BE1014556A3 - Mixture of oligonucleotides, useful for specific amplification of Candida albicans genes, particularly for diagnosis and identification of therapeutic agents - Google Patents

Abstract

Mixture (A) of oligonucleotides (ON1) that include at least the sequence of any of 6039 sequences (B) defined in the specification. Independent claims are also included for the following: (1) mixtures of pairs of oligonucleotides for specific amplification of (part of) the genes of C. albicans where the first includes at least the sequence of any of 6039 sequences (C) defined in the specification, and the second is an ON1; (2) C. albicans sequences (D) amplified using a mixture of ON1 or the mixture of (1); (3) kit comprising more than 1500 different (D); (4) method for detecting, identifying, characterizing and optionally recovering a new therapeutic agent (E) that acts specifically on C. albicans; (5) peptide or nucleotide sequence (F) identified by method (4); (6) compound (G), directed against (F) and optionally having therapeutic activity against C. albicans; (7) therapeutic agent directed against C. albicans detected etc. by method (4); and (8) kit for diagnosis of C. albicans that contains (F), (G) or (H).

Description

       

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  Specific nucleotide sequences of the yeast genome
Candida albicans and applications thereof Object of the invention The present invention relates to new nucleotide sequences specific for the Candida albicans yeast, in particular pairs of oligonucleotides (primers) or specific probes as well as DNA chips comprising said nucleotide sequences intended in particular for the study of the transcriptome in Candida albicans.



  Technological background underlying the invention.



   Modern therapeutic treatments, in particular organ transplantation and cancer therapies cause a decrease in the activity of the immune system which makes patients more susceptible to opportunistic infections. In addition, AIDS patients are also susceptible to such infections.



   The yeast Candida albicans (C. albicans) is one of the most common pathogenic fungi capable of infecting humans and causes infectious yeast infection, especially in patients whose immune systems have been weakened. Candida microorganisms are the predominant pathogens in fungal infections today.

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 represent more than 8% of all blood infections detected.



   The mycoses caused by pathogenic fungi can be superficial or deep. In the case of deep yeast infections, they can be very severe and have a serious prognosis.



   To treat these mycoses, we use substances with anti-fungal effect fungistatic or fungicidal. However, this treatment remains difficult, because few anti-fungal substances are available in the therapeutic field and they have drawbacks, in particular they can cause side effects or their effects can be reduced following resistance phenomena.



   For example, amphotericin B and fluconazole, which represent the treatments of choice for deep mycoses, can cause nephrotoxic side effects.



  [0007] Candida albicans infection is usually established following the passage of the microorganism through the mucous epithelium of the blood irrigation system.



  Furthermore, it is known that this microorganism is also capable of infecting organs or tissues following intravenous introductions, in particular by means of contaminated syringes or needles.



  It has also been observed that from the moment the microorganism is present in the blood circulation system, it can cause endocarditis and eye infections.



  However, the understanding of the pathophysiology of Candida infections, in particular Candida albicans, remains very imperfect, which

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 constitutes an obvious handicap for the development of effective therapeutic strategies. Consequently, the possibility of studying simultaneously, using new genetic tools, the transcriptional activity of a large number of genes of such a microorganism can contribute to a better understanding of the function of its genes and adaptation mechanisms highlighted in different physiological situations, in particular during the host-pathogen interaction.



  In this perspective, the information collected from the sequencing project on the taxonomic species Candida albicans SC5314 undertaken by the Stanford DNA Sequencing and Technology Center, available on the site (http://sequencewww.stanford.edu/group / candida /) offer an interesting basis for the study of a large number of genes capable of participating in essential cellular processes and the identification of candidate anti-mycotic molecules.



  Patent applications WO 00/68420 and WO 01/83824 describe polynucleotide sequences of genes or gene fragments (probes) specific for Candida albicans or Candida dubliniensis allowing either specific detection or quantification of these micro- organisms in a biological sample, ie the characterization of therapeutic agents directed against these genetic targets.



  However, there is a need to obtain new tools allowing an improved analysis of the Candida albicans transcriptome, which, in particular, would allow a study and monitoring of the expression (activation and repression) of all the genes of this microorganism. In addition, such tools would facilitate the identification and characterization of new targets

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 therapeutic and the development of effective drugs in the treatment of Candida albicans infections.



  Characteristic elements of the invention A first aspect of the present invention relates to a mixture of oligonucleotides (primers) allowing a genetic amplification (preferably by PCR) specific for genes or portions of genes (probes) of Candi da albicans.



   More specifically, the present invention relates to a mixture of oligo-nucleotides whose sequence comprises at least the sequence of one of the oligo-nucleotides chosen from the group consisting of the sequences SEQ ID No. 6040 to SEQ ID No. 12078.



   The present invention also relates to a mixture of pairs of oligonucleotides allowing a specific genetic amplification of genes or portions of genes (probes) of Candida albicans and whose first sequence of the pair comprises at least the sequence d 'one of the oligonucleotides chosen from the group consisting of the sequences SEQ ID No. 1 to SEQ ID No.' 6039 and whose second sequence of the pair comprises at least the sequence of one of the oligonucleotides chosen from the group consisting of the sequences SEQ ID No. 6040 to SEQ ID No. 12078.



  The present invention also relates to the specific nucleotide sequences (amplicons or probes) of Candida albicans and amplified by the mixture of said oligonucleotides (primers) or the mixture of said pairs of oligonucleotides (primers).



  A complementary aspect of the present invention relates to a kit of elements (kit of parts) comprising a large number (preferably more than 1500, advantageously more than 2000, more than 2500, more than 3000, more than 3500, more from 4000, more than 4500, more than

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 5000, more than 5500, more than 6000) or all of the aforementioned sequences (primer oligonucleotides or amplified sequences or probes), so as to allow a detailed and preferably complete study of the specific transcription phenomena of Candida albicans.



   According to a preferred embodiment of the invention, this kit comprises said amplified sequences (or probes) fixed (linked) by one of their ends to the surface of a solid support according to a network (micro- or macro-network) so as to form a DNA chip.



   According to the invention, the term “DNA chip” means the surface of a solid support on which are fixed at least 10, preferably more than 100 different amplified probes or sequences per cm 2 of surface of the solid support, preferably according to a micro- or macro-network.



   Preferably, more than 90%, in particular more than 95% of said amplified genetic sequences or probes have a length of more than 300 base pairs.



   Advantageously, the solid support consists of elements possibly comprising one or more layers of plastic, glass or metal supports, or even several layers of supports of the filter (nylon) or gels type described in documents EP 0 535,242, US 5,736,257, US 5,552,270, etc.



   The kit according to the invention also includes one or more elements allowing specific labeling of the genetic sequences capable of hybridizing to the amplified sequences or probes fixed on the surface of the solid support.



  This marking can be chosen so that the signal resulting from the hybridization allows detection by fluorescence, chemoluminescence;

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 bioluminescence, electroluminescence, detection by colorimetry, or by magnetic or electrical radioactive variation caused by a metallic, magnetic or radioactive marker.



   Said pairs of oligonucleotides as well as the sequences amplified by these so-called pairs of oligonucleotides (probes), as well as the DNA chip comprising these said elements constitute tools advantageously allowing the study of activity biological of Candida albicans, in particular to characterize the transcriptional activity of the genus Candida, in particular of Candida albicans, in particular to characterize phylogenic variants of the genus Candida, in particular phylogenic variants of the genus Candida albicans.



   These tools can also be used in a method for detecting, identifying, characterizing and collecting new therapeutic agents capable of acting specifically against Candida albicans, in particular by directly or indirectly blocking certain transcription phenomena of certain Candida albicans genes and thus allow a significant reduction or suppression of infections by Candida, in particular by Candida albicans in a mammal, in particular in humans.



   This method consists in bringing the therapeutic agent into contact with a strain of Candida albicans and in extracting the messenger RNAs from the genes of this treated strain, before their retrotranscription into cDNA, their possible amplification and their contacting with the sequences. amplified or probes present in the kit of elements of the invention, preferably on a DNA chip, so as to identify the transcription profile possibly modified by the action of the agent

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 therapeutic, and then to detect, identify, characterize and possibly collect the therapeutic agent presenting a most effective action profile to obtain a significant reduction or suppression of Candida infections, in particular by Candida albicans.



   This method can also include a step of detection, identification and isolation of specific nucleotide sequences (genes or portions of genes) of Candida albicans amplified by the pairs of oligonucleotides mentioned above and having a specific biological activity, in particular the sequences whose transcription profile has been modified by the action of said therapeutic agent.



  This method also relates to the isolation of said nucleotide sequence, the step of characterizing the corresponding complete coding nucleotide (gene) sequence (and optionally the complementary strand sequence) and the corresponding peptide sequence encoded by said complete nucleotide sequence; these so-called nucleotide and peptide sequences can be used as specific markers of Candida albicans infections, in particular of a virulence profile of variants of Candida albicans.



  This method can also include the step of pharmacological characterization of the activity of said peptide.



  A last aspect of the present invention also relates to the protection of said nucleotide and peptide sequences identified, selected and characterized by this method, as well as new therapeutic agents characterized and collected by this said method.

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   These new compounds (such as antibodies or a hypervariable portion thereof) directed against said proteins or an epitope thereof can for example be agents capable of blocking the genetic expression of the specific sequences of Candida albicans or may interact specifically with said proteins of said sequences for diagnostic or therapeutic purposes.



   A final aspect of the invention relates to possible therapeutic or diagnostic applications of these new compounds or nucleotide and peptide sequences specific for Candida albicans. The object of the invention relates in particular to a pharmaceutical composition, including a vaccine, comprising these said compounds or said sequences, combined with an adequate pharmaceutical vehicle or a diagnostic tool comprising said compounds and or said sequences.



  The present invention will be described in detail with reference to the examples appended hereto and presented by way of nonlimiting illustration of the various aspects of the invention.



  Detailed description of the invention 1) Identification and annotation of the genes present in the sequences of the Candida albicans genome The genome sequencing of C. albicans was obtained by the Stanford Genome Technology Center (SGTC) (http: // sequence-www.stanford.edu/group/candida). From said data, open reading phases of more than 120 base pairs have been identified and designated as IPFs (Individual Protein Files).



  In addition, open reading phases of more than 380 codons were used to define a

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 Genetic matrix type genetic marking (Borodovsky et al., J. Computers abs Chemistry, volume 17, pages 123-133, 1993) which was then used to assess the probability of encoding of all ORFs.



   These ORFs were then compared to different databases: - nrprot (a non-redundant protein base proposed by the National Center for Biological Inforamtion) - Scprot (a protein database
S. cerevisiae), - GCCA (a database relating to the open reading phases of C. albicans) and - genolevure (FEBS Letters, Vol. 487, 2,000).



   The open reading phases of less than 450 base pairs, which either do not have a homology with the abovementioned databases, or either do not have a significant probability of coding, have been automatically annotated as FALSORF sequences (11287 IPFs were annotated FALSORF).



  Access to the various data relating to each IPF was made possible by the use of a WWW interface (GMP Tool-Box TM, Institut Pasteur).



  The remaining 8890 IPFS were annotated by mentioning the arrangement of these IPFs compared to neighboring IPFs. The probability of encoding and the similarity with known proteins were analyzed. (Each IPF has been annotated as "FALSORF" or designated by a gene name (V-SNAME), a gene function (V-FUNCTION) or a annotation (V-COMMENT)). In addition, an initiation codon has been defined. In this process, 1918 IPFs were annotated "FALSORF".



  When an IPF is similar to a protein previously described in C. albicans, the same gene name

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 preceded by the prefix Ca was used. When an IPF is similar to a S. cerevisiae protein of known function, it has been designated CaXYZi, in which XYZi is the name of the gene for the corresponding protein of S. cerevisiae and the identical function is indicated at the level of "by homology" marker.



  When an IPF is similar to a sequence of S.cerevisiae, but with an unknown function or a protein of another species, the name IPFnnn is assigned to it and a function is assigned to it based on knowledge of the corresponding protein with a "by homology" marking.



  The microorganism C. albicans is a heterozygous diploid. In order to remove duplicate IPFs, overlapping Contigs are first identified by mutual comparison and the IPFs of the duplicated regions are compared and one of the two duplicate IPFs is annotated FALSORF. The information under these IPFs is included in the annotation of the retained IPFs. In all cases, the IPF on the largest Contig is kept when two IPFs differ in size. Using this approach, 800 IPFs were annotated FALSORF. It is important to note that this process made it possible to identify 21 new families of genes which are designated CaIFA (for IPF Family A) at CaIFU.



  The genomic base of the current C. albicans microorganism contains 6165 IPFs corresponding to at least 5910 genes of Candida albicans strain SC5314 whose characteristics are summarized in Table 1. This Table 1 contains information on the location of IPFs, on the Contigs (codon start of ORFs, codon start of CDS, codon stop of CDS, orientation), the names and functions proposed for the gene as well as the homologs

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 closest in S. cerevisiae and the corresponding CDS in the SGTC base of the C. albicans genome.



   Among the 6165 IPFs, - 2668 have a gene name of the CaXYZi type including members of the family of the CaIFa, CaIFU and 3497 genes have a name of the IPFnnn type; - 2774 do not have an assigned function on the basis of the preceding characteristics and on the basis of a similarity of a protein having a known function, and - 792 are fragments of genes corresponding to 543 genes.



  2) Design of oligonucleotides for the production of probes corresponding to the C. albicans genes.



   The aim is to define pairs of oligonucleotides (primers) for all the genes of C. albicans identified. These oligonucleotides will be used for the production of probes by amplification. These probes will be used to detect the abundance of the corresponding transcripts in C. albicans cells. Constraints to obtain these oligonucleotides were as follows: 1. the pairs of oligonucleotides had to be specific for the corresponding gene so as to limit the amplification of two different probes with a single pair of oligonucleotides.



  2. the amplicons (generated by PCR) had to be specific for the corresponding gene so as to limit the possible excess of hybridization on each probe.



  3. the amplicons had to be located on the 3 ′ part of the corresponding gene so as to be recognized by a complete population of reverse-transcribed oligo-dT cDNAs.

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   The following strategy was used and allowed the production of 6039 pairs of oligonucleotides (primers).



   The oligo-nucleotides chosen for the specific amplification of 6022 IPFs were constructed using software primer 3 (Copyright # 1996,1997,1998 Whitehead Institute for Biomedical Research, Steve Rozen, Helen J. Skaletsky (1998) Primer3 Code available on the website http: // wwwgenome. Wi.mit.edu/genome software / other / primer3.html). These oligonucleotides have been selected as much as possible so that their application can result in the production of a product of 300 to 400 base pairs located on the last 600 base pairs of the coding region of IPFs.

   In addition, the following characteristics have been retained as far as possible for the definition of oligonucleotides: length between 18 and 22 bases, a melting temperature between 53 C and 55 C, and the presence at the end 3 'of two bases chosen between a cytosine and a guanine.



  2016 pairs of oligonucleotides previously identified according to the procedure (Murad et al., Mol.



  Microbiol. 42: 981, 2001) were compared to the nucleotide sequence (SEQNUCL) of 6172 IPFs using the blastn system on the basis of the technique described by Tekaia et al. (FEBS Letters, volume 487, pages 17-30,2000). The pairs of oligonucleotides for which at least one of the two oligonucleotides gave an insignificant blast hit (p <0.05) or which was capable of amplifying a segment of another IPF (in which two of the oligonucleotides were not used for the amplification of the same IPF) or which made it possible to amplify a segment of the IPF not entirely understood in the last 600 base pairs of the IPF coding region, have been eliminated. In

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 using this approach, 1480 other pairs of oligonucleotides were selected.



   The oligonucleotides defined according to the procedure on the basis of the remaining 4,685 IPFs, except those whose size is strictly less than 300 base pairs, were compared to the nucleotide sequences of
6172 IPFs using the blastn program. Oligonucleotides which give more than 10 significant blast hits (p <0.05) or which are likely to amplify another IPF have been eliminated. A group of 3950 pairs of oligonucleotides has been kept for future analysis.



   The PCR products (amplicons or probes) predicted for the 5430 IPFs (1480 for which the oligonucleotides had already defined previously and the 3950 for which the oligonucleotides were not yet accessible), were compared to the sequence nucleotide of 6172 IPFs by the blastn program. Analysis of these results allows the identification of 4866 pairs of oligonucleotides for which the products resulting from the amplification do not pair with the other IPFs on more than 40 contiguous base pairs or 100 discontinuous base pairs. 1,337 pairs of oligo-nucleotides chosen from the 2016 previously defined and 3,537 chosen from the 3,950 others were thus retained. The former are designated by the term "setA" in Table 2. The latter are designated by the term "SetB" in Table 2.



   The remaining pairs of oligonucleotides were chosen by varying different parameters: size of the amplicon in particular in the case where the IPF is less than 300 base pairs in size, the nature of the bases located at the 3 'end of the oligonucleotides, the localization within the last 600 bases of the coding sequence of the IPF or even the localization inside the IPF while trying to choose as much as

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 an amplification region may be present which does not have homology with the other IPFs.

   By this approach, 153 pairs of oligo-nucleotides with the two bases located in 3 'chosen from cytosine or guanine were defined from IPFs of size less than 300 base pairs and 490 pairs of oligo-nucleotides corresponding to IPFs of size greater than 300 base pairs and satisfying the criteria of the method but resulting in an amplification product which can give more or less significant aspecific hybridizations were retained.



  These pairs are designated by the term "SetB" in Table 2. In addition, 73 pairs of oligonucleotides with the two bases located in 3 'chosen indistinctly were defined from IPFs of size less than 300 base pairs and 449 pairs of oligonucleotides corresponding to IPFs of size greater than 300 base pairs and resulting in a product localized in a region of the IPF for which aspecific hybridizations are reduced were retained. These pairs are designated by the term "SetC" in Table 2.



  The set of 6039 pairs of oligonucleotides allows the amplification of 6039 probes corresponding to 6021 IPFs of Candi da albi cans and a FALSORF. For 17 IPFs, there are two pairs of oligonucleotides allowing the production of a probe.



  Table 1 summarizes all the data concerning the IPFS, namely name, function, location on the contigs, counterparts in yeast and counterparts in the Stanford bank.



  Table 2 summarizes all of the information concerning each pair of oligonucleotides with the location of the genes on the contigs and of the PCR product inside the gene.

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 EMI15.1
 



  D12001 41 (linked to D1200068) Table 1
 EMI15.2
 IPF Gene name Location StartCDS rn C S <oP0DSin in C Functlon S cerevisiae counterpart SGTC ORF 19501 1 IPF19501 Contig6-1097 1582 761 un \ Inown functlon no signlflcant match or'6 12212 CaDOCI Conhg6 1179 1303 2742 component of the anaphase promoting complex (by homology) YGL240w or'6 17 19484 IPFl9484 Contlg6.1l93 51 1286 putative zinc amloo peptidase (by homology) YIL137c or'6 22 14995 CaMSE2 3eoc COr \ ttg6 1249 152 718 Mltochondrial glutamyJ.tRNA synthetase, 3 prime end (by homology) YOLo33w or'6 5199 149942 1249 951 1919 unknownfunctron YJL066c or'640 20722 IPF2072 C.nt, g6 1262 1234 2298 unknowntunctron YDR279w arl649 12061 IPF12061 Contlg6.1273 1862 3 unknown functron no slgmhcant match or'6 51 121102 IPF12110 Contlgan.1l5lryl 14.1795 esterase (by homology)

   nu match or'665 113822 IPFI1382 con g6 1301 1036 161 unknown function match or'671 160361 IPF16036 Against 1306 928 1392 similar ta Saccharomyces cerevisiae Timl7p mitochandrial inner membrane nmport translocase subumt (by homology) YJL143w orl6 75 17430 1 IPF17830 Con zinc protease (by homology) YIL137c or! 6 79 19448 1 IPF19448 Conllg6.1322 728 2434 srmltar Saccharomyces cerelllSlae Lrolp lecithln chotesterai acyttransierase, like gene medlatmg diacylglycerol estenfication (by homology) YNR004w23131 ) YCR019w or'6 96 133682, PF13368 Contig6-1337 1845 487 unknown function no slgnlllcant match arf6103 19824 1 CaPH087 5eoc Contig6 1338 1385 2047 Member of the phosphate permease family.

   5 prime end (by homology) YJL198w orf6 104 145821 CaCANS Can'ig6 1349 852 1061 basrc aminoacrd parmease, 5prime end (by homology) no signwcam match orl6 2565 17811 IPF17811 Contig6-135691 327 unknown function na match not found 19435 IPFI 9435 Contlg6. 1357 2224 1070 unknawn IUnctlon no slgnlilcant match ort6 127 177991 IPF17799 Contig6-1364 1293 2219 unknown functlon YBR151w orf6 136 70462 IPF7046 Contlg6.1365 1435 338 unknown function YHR052w or'6137 19425 PF19425 contrg6 unknown 1941 821 821 217 1370 2942 2526 unknown lunction no slgmllcant match or'6 147 69222 IPF6922 Contrg61373 1608 g65 unknown function match on6152 149081 CaRPC31 5eoc ContiR6.1381 2117 2278 DNA directed RNA polymerase III, 5.prime end (by homology)

   no match orl6 4492 17945 IPF17945 Contlg6-1386 59 1018 unknown lunction no slgmllcant match orlb 160 168432 IPFl6843 Conhg6-1391 1310 1011 unhnownfunetmn YGRI27w not lound 91482 CaRCLl ConUg6 1414 692 1807 RNA 3 terminal phosphate cyclase. or'6 190 153452 IPF15345 Contig6 1416 596 1363 pephdyl tRNA.hydrolase (by homology) no match or'6 192 13421 CaPET56 Contrg6 1417 2588 1398 nbosomal RNA melhylase (by homology) YOR201c orf6-195 177902 IPF17790 Conhg6142114142114 CaCOX7 Contlg6 1433 328 149 Subumt VII of cytochrome c oxidase (by homology) YMR256c orf6 215 152482 IPF15248 ConUq6 1433 1988 810 zinc fmger protem (by homology) YOL054w or, 2 2'7 t9565 1 CaMNT3 5eoc Confer6 1434 1666yl54 246 mannosylase 2465 mannosylase 244 mannosylase 246 manget 246 1634 246 man.

   5 prime end YOR099w orl6 220 80162 IPF8016 Contig6.1436 1913 1614 unknown functlon no srgmlrcant match not found 72052 CaPRC3 Conlrg6 1441 656 2308 Carboxypeptndase Y precursor (by homology) Y8R139w orl6 230 19377 1 PF19377 Contig6 orlonfl 1746 '6 239 176522 IPF17652 Conhg611451 3 1985 reverse transcriptase, 3.pnme end (by homology) no slgniflcant match orf6 241 174242 CaCYCI Conhgfi-1454 1362 1694 cytochrome-c Isoform 1 YJR048w ort6 244 3998 PF3998 Contig6 unknown 152 582 255 156322 IPF15632 Contlg6.1460 1970 789 unknown function no srgmlicant match orl6 257 103602 1PF10360 Contlg6-1463 1959 1192 unknowntunctian YMR134w ors61867 159142 CaRP115A Contig6 1467 1291 851 rlbosomal protem LIS e c12 (

   YLR029c orl6 269 175052 CaHRDI Contig6 1468 1040 2941 Involved ln degradatlon of Hmg2p YOl013c d6 272 173472 IPF17347 Contlg6'14761674 448 unlmown functlon YER129w or16289 89852 1PF8985 5eoc Contlg6 2n1, 1941bct1 prime 2n1, 1946 Contrg6 1481 2289 1042 Hypothetical protem na match or'6 294 178 182 CaPTC2 CoMig6.1484 721 2472 Protest phosphatase type 2C (hy homology) YER089c or'6 299 173942 CaTIF4631 Contlg6.1493 3276 22 MRNA cap binding pmtein (by homology) YGR162w or6 39082 IPF3908 Conhg61494453 3023 unknownfunction YPR090w or)

  6319 109471 CaCTA25 Contig6.1496983 1660 trans <nptional actwation no srgnlflcant match orl6 321 44432 IPF4443 Contrg6 1499 1405 1902 unknown functlon no match ort6 3515 195671 IPF19167 Contig6 1500 2817 1717 Unknown function YHRO85w orf6 329 19573 CalFA16 Contlg6 1504 51 1574 unknown function YJL006 1882 1816 6,7-dnmethyl 8 ribityliumaZI08 synthase, 3.prime end (by homology) YOU43c ort6 3572 124421 1PF12442 Contig6-1519 2418 1606 unknown funchon YML052w ori6360 158391 IPFI 5839 Conhg6 1521 2859 2440 unknown function no sIgr1l1ic3 37 or67 376 1144 377 unknown functlon YPR143w.,

  96367 37702 IPF3770 Conhg6.1523 1452 2903 srmilar to Saccharamyces cerewsrae Kar3p kinesln-related protern YPR141c or'6368 17840.2 IPF17840 ConhR6 1524 927 3152 unknown functlon YGR284c ori6370 13661 IPF13661 13kn3FR6131 2155 1508 unknown funchon, 3-prime end o signrh <ant match orl6 379 193151 IPF19315 5t Contig6 1529 2746 2156 unknown lunctlon, 5-prime end no slgnlflcant match orf6 381 19310 IPFI9310 31 Conhg61531 1169 2017 unknown function, 3 pnme end no sngnrhcanl match nos Heavy 19308 IPF19308 3f Conllg2 1531 function , 3 prime end no slgnllrcant match not round 118352 IPFl 1g35 5eoc Contlg6.1537 1255 3165 unhnownLnolian,

  3 3 prime end no signrlrcant match orl6 401 150512 IPFI5051 Contlg6.1538 3771 4484 unknown functlon no stgnlflcant match or% 402 139042 IPF13904 Contig6-1540 379 1152 farnesyl cystelne carboxyl.methyltransferase (by homology) YDR410c orl6 a40513590 subunit of the Arp2 / 3 complex involved in the contrai of actin polymenzation (by homology) YLR370 orl6 406 19295 1 IPF19295 5eoc:

   Contig6-1543 110 1561 unknown function, internat fragment no slgnrflcant match.: 6 412 192941 IPF19295 Conllg6.1543 1386 3413 unknown function, 3 prime end YJL207c orl6 413 19290 1 PF192903 3 Contig6 1545 2668 1277 unknown function, 3-prime end no slgnlflcant match orl6 417 19284 IPF19283 3f Contrg6-1545 4I8o 2945 unknown function, 3 prime end no significant match oral6 421 192831 IPF19283 Conilg6 1545 4614 4150 unknown lunchon, 5 prime and - 'R11-c..t match nothund 174802 CaIFD7 Conhg6-1547 1782 2816 Putative aryl alcohal clehydrogenase (by homology) YPL088w on! 6425

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 EMI16.1
 O1200141 (linked to 012000.68) Table 1
 EMI16.2
 17205 CalFA243 Contig61548915 2282 unknown luncbon,

   3-prime end YOR353c ort6426 IPF8866 Conbg6 8866 1550 2632 326 unknawn function no match art6430 Ignlhcant $ 12391 IPF1239 Conhg6.1551 220 1572 unknown function YDL020c gold (6431 17380 1018 CaCTA27 Contlg6-15532013 transcnptronal actrvatron No. sngmlicant match art6434 143,232 IPF14323 Contlg6-1555 2690 - 2220 unknownlunctron YNL050c orf6438 11378 IPF11378 Contlg6-1557 312 1523 unhnownfunctjon no $ Ignltlcant match orf6 443 113792 IPFl1379 ContJg6-1557 2481 1756 unknownfunctron nosignifrcantm6 or66noc prothecom 1556nocpr05162n2proc # 276164406 1954 Ca3EC06164162 -1559 748 2 hlgh-afflmty morganrc phosphate / H + symporter by homology YM1l23c oTf6447 4338 CaNA83 Contlg6-1561 3792 1282 polyadenylated RNA-bmding proton (by homology)

   YPLl90c or'6 452 162012 IPF16201 Contig6 1563 1948 2646 unknown mnchon no slgnlflcant match or'6 456 165982 IPF16598 Contig6-15641615 374 unknownfunaian YBR042c orf6458 141222 CaSMF11 Conhg6-1565 721 2454 manganeset634 (54) manniesetchanter64 (by4922) Saccharomyces cereVISlae Fan0 dihydroneopterin aldolase, dlhydro-6-hydroxymethyJptenn pyrophosphokmase, dlhydropteroate synthetase (by homology) YNL256w or'6 466 195521 CaMRPL3 ContlgG-1568 3730 2516 nbosomal protal 01 the large n0noch no. 41142 CaUBPI3 Contig6-1569 1312 3414 ubiqurtm carboxyl-termmal hydrolase (Dy homology) YER098w or'6471 8268 IPF8268 5i ContiR6.1572 1797 2201 member 01 the FRP lamlly of protelns related to Yarrowiah0oiyYica glyoxylate pathwaypuceuse Gypsypecies

   5-pnme end YCR010c orf6 478 8269 IPF8268 Cont) E6 1572 1961 2647 member of the FRPtamiiy af0rotems related to> rrowiah0olYhca RiYaXYiate pathway regutator Gprl p and Saccharomyces cereVISlae Fun34p, 3 pnme end YNR001g 1378 lipase (by homoJogy) YJR107w orl6490 128192 IPF12B19 Contng6.1582479 2956 unknawn Lnction YDR474c orf6495 192491 CaALGII Contlg6-1583 1036 2865 required for asparaglOe-hnked oligosacchande a5sembly (IP13940)

  g6-15842546 1845 unhnownfunctfon YJL149w orf6500 132902 iPF13290 Contrg61586 1371 2330 unknawn <Unchon YKL194c ort6502 164 792 928 2946 IPF16479 Contlg6-1587 unknownfunctron YDR365c ort6504 11570 IPF11570 ConHg615881166 unhnownfunctton No. 3 slgOlflcant match Off6506 IPFl1569 Conbg6-1588 115692 2594 1440 unknown functlon No. Slgnlflcant match orf6 507 101 052 641 iPF10105 Contrg615941555 0aiymerase.iihe RNA (bY homaioRv) YOL135c orf6519 166952 IPF16695 Contng6-15991571 3 unknownfunctron YCR081w ort6526 17515 1PF17515 Conbg6-1602 74 '2347 unknown functlon YAL002w ort6534 81532 CaRBT4 Contlg6-1603 3109 2033 re0resseà by TUPI 0r7inf79 379 no sngnilicant match orf6 541 163082 IPFl630B Conhg6-1605 1353 226 unhnownfunctfon no slgnlflcant match arl6542 17951 2 CaPOL35eoc Contlg6-1606 2038 2 DNA Polymerase III,

   5 pnme end YDL102w ort6546 19235 CaH) K15eoc Conttg6-16062473 4674 nlshdine kmase. 5pnme end YiL147c orf6 547 13723 IPF13723 Contng6 1607 2181 427 unknown function no slgmltcant match or'6 548 171902 IPF17190 Conti 6 1608 1558 3312 unknown functron no slgnlllcant match or'6 550 168302 IPF16830 Contlg6recrspycrosserey81p81CrobpYCRpR ln sporulabon (by homology) YNL012w orf6 553 17358 IPF17358 Contrg6-1612 2750 900 unknown funchon YLR023c ort6 557 14934 1 CaAUT2 Contig6-1614 1250 2590 anchor protem medtatemg attachment of autophagosomes to microtubules (by homology) or6UU65 341 of mutant ofsua7 (by homology) YNL222w ort6 562 20041 1 iPF14094 repea Contrg6 1615 524 2062 repeated protein (10 hmes)

  ofunhnown'unchon no sngnitlcant match orf6 566 17 975 IPF17975 Cantrg6-1617 136 2250 unknown'unchon no s, gnlflcant match or (6 568 192311 IPF19231 Contrg6-16172861 3637 unknownfunction YNL305c orl6569 164301 IPFl6418 3erehc16sv6rnc616vrcbc166sv6r616vc-616-616 cytochrome-c reductase 17K protem, 3-pnme end (by homology) YFR033c not found 168092 CaRMT2 Contlg6-1619 1786 3021 N delta armme methyltransferase (by homology) YDR465c orl6571 19593 IPFl9593 Conhg6 1621 2365 896 slmllar Slaomyp cuclmul saccharomyce by homology) YPL020c or'6 576 170482 iPF17048 Contrg6-1622 1020 2954 unknown funcbon YOR322c or / 6578 69882 CaSNF4 Cont! s616242045 1035 Nuclear regulatory protem (by homology) YGL115w ort6 583 41172 CaMXR1 Contlg6i2u2 redi62 602 1162 4118 CaRFCS Against 1626 1589 2677 DNA reP ',

  cabon'actor C (by homology) YBR087w o116 593 41192 IPF4119 Conhg6-1626 3211 2738 unknawn functlon no slgOlflcant match or'6 5969 42842 IPF4284 Contrg6-1627 1303 914 unknownfunctron YOL026c or'6597 4286 CaHXK2 325 Contr prime end (by homology) YGL253w ort6 6754 19221 CaHXK2 5f Conhg6 1627 3085 2894 hexokinase II.

   5-pnme end (by homology) YFR053c ort6 6754 10495 iPF10495 Contlg6 16293064 833 unknown functlon yjU08w or (6601 44702 IPF4470 Contig6.1631 2465 2016 unknownfunction YDR512c ort6607 13402 IPF13402 Contig6.1632 2071 786 'unknown 163450 1459 Transcription regulatory protein (by homology) yJU27c or / 6609 37461 IPF3746 Contlg6-1635 1144 2202 unhnownfuncLion YDR017c or! 6613 17921 CaVPS1855 Contlg6-1637 3156 1624 vacuolar membrane pratein, 5-pnme end YLR148w orb61618 2874 442 vacuoiar membrane protem YLR148w ort6 621 10444 CaifHi Conttg6-1639 1689 523 Dioxy enase (byhomoiagy) YLL057c ort6 624 104462.

   CaSEC232 Contig6-1639 2465 5050 componento'c0Pi'coatibyhomoiogy> YPR1B1c ort6 625 7584 CaJNHl comi 6.1641 447 698 Inhibitor of mltochondnaJ ATPase o slgnlflcant match not found 17098 CaRUD3 Contlg6-1643 12ot uso 256 Suppor orot 256 Suppor 630 19597 CaMDMl Contrg6-1645 4081 1277 Intermedlate filament protem. 3-pnme end (by homology) YML104c orf6 640 17520 1 iPF17S20.s3eoi Conbg6-1648 1 612 unttnown functton. interna) fragment no slgntficant match ortb 642 17757 1 CaCSL4 Conbg6-1649 1489 2472 Involved ln klnetochore-related functlon (by homology) YNL232w ort6 647 19195 IPF19195 5f Contig6 1655 2571 3209 putative amino amd or GABA permease, 5-pnme ) yK / 74c ort6 660 17861 IPF19195 3f Contig61655 3148 4584 putatIve amino and or GABA permease.

   3 prime end (by hamoioRv) YKL! 74c orf6 662 114491 iPFi1449 con'i 6 1656 4187 4363 unknown functlon no slgnlhcant match orl6 1742 9689 IPF9689 Contrg6 1657 787 2130 unknawn'unchon no srgndicant match orf6 663 96901 tP96-69 'unchon YBRIOlc orf6664 14929 CaPOPl Contlg6 1658 228 2567 Protec component ofribonuoease nbonuclease P and MRP (by homology) YNL221c orf6 665 172 762 1660 1119 4181 CaVPS34 Conbg6 iphosphaiidyiinositoi 3.hinase YLR240w orf6673 64042 CDC123 Contlg6-1661 1383 to 2420 srmdar Saccharomyces cerevrsiae Cdc123p cell cycle regulator (by homology) YLR215c or (6,676

  <Desc / Clms Page number 17>

 
 EMI17.1
 D12001.41 (linked to 012000 6B) Table 1
 EMI17.2
 15923 PF15923 5eoc Contig6.l662 1453 unknown funcUOn, 5-prime end YBR200w ort6 679 163702 IPF16368 3f Contng6-1666 1772 288 unknown function,

   3 prime end no slgnlheant match ort6 691 163682 IPF16368 Cont) g616664285 1769 Unknown functlon, 5-prime end no signihcant match ort6 692 55362 CaCPHl Contig6-1667 2672 702 Transcription factor YHR084w orf6695 13102 CaRPT6 Cont) 86 1670 1789 584 26S by homology) YGL048c orf6 700 158981 CaSCWl ConUg6-1672 2067 3203 glucanase (by homology) YGR279c orf6 708 19179 1 tuf19178 3t Against 1673 2192 1671 unknown funcMon, 3 pnme end no sIRnificant match not found 191781 IPF19178 5e:

   Contlg6-1673 3077 2193 unknown function, 3 prime end no match not tound 12541 CaTUB43 Contlg6.1674 4504 3011 gamma-tubulln, 3-prime end YLR212c orf6 712 111712 CaGAP7 5eoc Conhg6 1675 1968 406 gene ammo acid permease. 5 prime end YKR039w orf6 713 10588 CaRMSI Cnt g6 1677 1239 1 (putauve) tran5cnptlonal regulator (by homology) YDR257c orf6 721 191681 IPF19168 Contig6 1678 1380 571 unknown funetlon no slgmfleant match ort6 724 15021 1 CaAYR219yxycone drone (by homology Y! L124w orf6 725 116942 IPF11694 C ,,:

  ,, 61679 2665 1133 slmllar to Saccharomyces cerewsiae Tnalp high afflnlty mcotm, c acid plasma membrane permease (by homology) YGR260w orf6 729 19165 IPF19165 Cont) g6 1681 497 3 unknown funct'on, 3-prime end no signdicant match not found1916F 53eol Contng61681 1850 1377 unknown functlon, mternal fragment o slgmhcant match not tound 191601 IPF19160 Contng6-1682 1486 401 unknown funetJon no slgnltlcant match or'6735 7001 1 IPF14094 repea Contig6 1684 222 1532 repeated protem (10 tlmes) of unknown functlon

   3 prime end no slgmflcant match ort63125 148852 CaRBT7 Contig61685 3942 3025 repressed by TUPI YPL123c orf6 741 15959 IPF15959 Contlg6-1689 38 511 unknown functlon no slgnlflcant match or'6 753 159572 IPF15957 Contlgm19641 161111 notgn196 Contig616903857 4255 unknown function noslgnrfncantmatch or'6 4265 69132 IPF6913 Conbg6.1691 3289 2132 unknown funetlon YBL034c 0d6758 111822 IPF11182 3eoc Contig6-1692 110 5071 unknown function, 3.prime end YLR106c ort6 759 196849atnpract 34 component (by homology) YBR170c off6 761 113882 IPF11388 ConUg616942846 792 unknowntunction YER041 .., f6 764 200481 CaIFL2 Contig6 1694 4109 4939 unknown function YJL158c., f,

  5,765 20172 CaCDC6 Contlg6-1696 3,365 1,920 Cell division control protein YJL194w ort6 769 10,483 CaDCPI Conhg6 1,697 670 1,227 mRNAdecaPPin enaYme (bYhomoioRv) YOU49w orf6 6492 104862 CaSPT20 Ct, g6 1697 16lon factorter member 0.889 homology) YOL148c or \ 6772 159942 CaNOT3 Contig6.1699 3454 1499 unknownfunctnon yIL038 orf6 778 61662 CaIFIl Conhg6-1700 1261 3033 unknown function YIL103w or'6780 4242 CaCAPl Ct, g6 1703 2961 4460 transcnptional acwator 78 (217 homology196F21 or2 homf196) 1706 4921 2405 unknown function YGR237c or'6 794 15731 2 CaPLB4 5f Contig6.1707 964 2148 Phospholipase, 5.pnme end (by homology) YOLOllw orl6795 157332 CaPLB4 31 Cont) g6-1707 2159 3073 phosphohpase, 3-pnme end (by homology )

   YOL011w or'6 796 15734 IPF15734 Contlg6-1707 3854 3997 unknown function no significant match not lound 154421 IPF15442 Contng6-17081522 2676 unknownfuncion YJL171c on6 799 12201 IPF12201 Contig6 1709 1427 3253 Na + .nucleoside cotnns114 orfnncnfnncn141nfncfnncnfcnnfcnncnn1cnfncfcnfcfcfcfcfc] C.nt.g6 1710 4290 5186 unknown function YBR005w orf6 809 9594 CaPEX7 Contlg6-1711 1687 2829 peroxisomallmport protem (by homology)

   YDR142c ort6 3701 15134 IPF15134 Contlg6-1713 1411 2640 Unknown function YNL206c ad6817 64932 IPF6493 Contlg6-1714 2044 4941 unknown functlen YNL234w ort6 821 162282 IPF16228 Cont6 1715 2182 3045 unknownfunction YGL224c orf6 4054 126886F54 406f15 -1717 2247 2774 unknown tuaction YDR124w orf6 827 9787 2 IPF9787 ConUg6.1718 2766 1303 stmifarto SaccharomYces ceremsnae Hst3p silencmi protem (by homology) YOR025w ort6 830 196851 IPF19685 Contig617191871 2908 unknown tunction YAP01016 homology) YBRO17c orf6 836 151192 PF15119 Contig6-1721 2016 235 unknownfunctnon YKL175w orf6838 151161 IPF15116 Contlg6-1721 4349 2973 Unknawnfunctnon YKL077w ort6839 19126 IPF19126 Contfg6 1723 2051 519 putative aminaac

   YER119c orf6 843 12820.2 Camiel Contre 1724 1041 2720 In'iolved in Ca2 + 'ntiux dunng matmg (by homology) YNL291c ors6 848 156932 C.IKI3 Contng6-1725 158 4204 killer texin insensitive protein 3 (by homology) YLR384c ort6 8502856 Ca 2145 130 putahve ser / thr protem kinase by homology YGR092w od6851 140892 IPF14089 Ct, g61730 3670 6186 putative serine / threomne pmtein kmase YLR248 orf6 859 180022 IPFI8002.

   Contig6.1734 100 1695 Unknown function YKL014c or'6866 19850 1 IPF19850 Conhg6 1734 2238 2828 unknown funcÍlon YDR034c orf6 867 16519 CaHAP2 Contlg6-1734 3941 5035 CCAAT-b! Nd <ng factor subumt (by homoogy) YGL237c or (6,868 43,282 IPF4328 Contig6.1735 2189 1143 unknown functfon YMR315w or'6871 43262 IPF4326 o6 735 3220 2513 unknown functnon no SlgOlflcant match., 6 And ', 4325 IPF4388 Contng6838 no 1 gn calln match or 6873 16312 CaCDSl Contng6-173fi 3288 1933 CDP dtacyigtycerot synthase (by hmlgy) YBR029c orf6 874 9596 CaSCTl Cont [g6 1739 2464 4776 Suppresses a choline-transport mutant YBLOl lw Off6 883 153502 IPF9034013 zinc finger transcnptlOn factor (by homology)

   YDR207c ont6887 116812 IPF11681 Contng61741 2166 1006 unknown functlon no sigmfmant match orf6 889 19522 CaMNN4 Conhg6-1744 807 3353 regulates the mannosylphosphorylatnon (by homology) YKL201c orf6 900 15294 2 17 1395 transcription factor of a fungahspecfic famlly of bzip protems (by homology) YHL009c .116 906 10474 CaABZl Contig6 1748 4201 1805 paraamtnobenzoate5ynthaM (byhomo (ogy) YNR033w orf6 910 16835 CaPUS4 Cfidine 19 Vfid 19GN 17) 121411 IPF12141 C.nlg6 1749 3228 4340 unknown functlon YNL212w ort6916 13980 CAVAS1 Cog6 17 51 3922 677 valyl tRNA synthetase (by homology) YGR094w orf6 921 13982 CaPRP31 Canhg6.1751 5007 4357 pm.mRNA splicing pmtein (

   YGR091w orf6 922 16027 CaNUP84 C.nt! 961752 2608 74 nuclear pore proton (by homology) YDL116w orf6 923 160241 [PF16024 Against 1752 3744 4967 unknawntunchon YDR425w orf6924

  <Desc / Clms Page number 18>

 
 EMI18.1
 D12001-41 (linked to 012000.68) Table 1
 EMI18.2
 6854 CaPH023 Conhg6 1753 3007 1562 Involved in transcriptional regulation of PH05 (by homology) YNL097c., F6 925 116742 CalPTI Conhg6 1754 3810 2266 M..n.yl d, ph.ph., yi .., t.1 c ,. .id.

   (by homology) YDR072c ort6 927 81472 IPF8147 Contrg61755 1603 2556 unknown funchon YJL079c ort6929 17420 CaTOM37 CaMig6.1756 2742 3812 Mltoehondnal outer membrane import receptor su bu nit (by homology) no match ort6 932 16846 CaRAD23 Contig6 nucleide ubiquitin llke pmtein) (by homology) YEL037c orf6 935 151282 CalFAl Contrg6-1758 1029 3053 Unknown lunetton YJL005w orf6 938 15126 CaURE2 Ct, g6 1758 4250 5284 Nitrogen eatabohte repression regulator (by homology) YNL22566196966 or'6940 13420 2 CaHIS3 Comig6-1760 1674 1006 rmidazole gycero) phosphate dehydratase YOR202w orf6.945 13419 CaMDMIO Ctg6 1760 2114 3535 Involved in mitochondrial morphology and tnhentance (by homology) YAL010 orf6 946 13416g YF607416616616616616616616616616616166166166166166166166166166166166166166166166166166166166166166166 fellow 101012 CaPHA2 Cont,

  g6 1761 1897 944 prephenate dehydratase. 3 pume end (by homology) YNL316c orf6 521 100991 CaRPL9B Contrg6 1761 3236 2661 RPL9B nbosomal protein L9 by homology YNL067w ort6 955 15703 CIFB3 Contig6 1762 2901 4721 unknown function no match orf6 959 156302 IPF15721 0f47 120fd206fdf16 .1763 4718 4377 unknown function no match ort6 963 15266 1 CaBSD2 Contrg6 1765 3260 2154 Metal homeostasis protein (by homology) YBR290w ort6 970 190821 IPF19082 Contrg6-1765 4722 4964 unknown functron no signi'icant match not found 17372 2 CaPOLS Contlg6 1726 1193 DNA polymerase V (by homology) YEL055c 0d6972 17243 IPF14452 repea Conbg6-1766 4591 4782 Fl ATPase epsilon subunt (by homology) no srgnrfncant match not found 7263 CaRIB21 Contfg6 1767 2605 3813 DRAP deaminase (by homology)

   YOL066c orf6 976 72622 IPF7262 Contlg6.1767 4798 3839 unknown function no stgntftcant match or (6 977 196171 IPF19617 C.tig6 1768 2387 3385 unknown functlOn no slgntltcant match orf6 979 17661 1 IPF17661 Contlg6176 5116n61 566n686n6n 566n686n6n6n6n 566n6nn 566n6n6n6n6nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn a] a "a" d "n" Contlg6 1769 3107 786 unknown function no match or'6 984 190781 CaSBP1 5eoc Contig6 1770 178 2 RNA binding protem.llke, 5 prime end (by homology) no signrfrcant match orf6 5046 7101 CaFIL1 Contlg6.1770 4480 5265 PutatIve mltochondnal ribosome factor by homology) YHR038w ort6 988 149682 IPF14968 Contrg6-1773 4311 4673 unknown lunction no match orf6 995 165 582 IPF16558 Contlg6.1774 17 1495 putative transcription initia .tien factor, 3 prime end (by homology)

   YGR274c or'6996 103092 IPFI0309 Conhg61775 1110 1904 unknownfunctron YKL20fic or'6 997 100842 IPF10079 Contlg6.1775 4854 2089 unknown funetlon YMR280c ort6 999 17112 2 IPF17112 ContJg6 1777 3181 4188 thiosulf11EU1'Or'1E1? Co.t.gG 1777 5655 4612 muJtlcopy suppressor of losl-1 YNR034w ort61002 136832 IPF13683 Conhg6 1779 1995 4955 unknown function na signrhcant match ort6 1007 3880 CaLYS22 C.tg6 1780 3656 4942 Homocltrate synthase (by homology) YDU81w6f6176 1193 2533 unknown functnon YBR287w orf6 1016 8388 CGLK1 Cami 6.1781 4084 2666 aldohexose specrhc glucoWnase (by homology) YCL040w orf6 1017 84342 IPF8434 Contlg6.1782 2032 2307 unknown funetlon no match not found 91982 Ca84l11 contry11 )

   YOR027w or'6 1022 177732 IPF17773 Contlg6 1786 1193 897 unknown funetlon no match not lound 122622 IPF12262 Contig6 1786 4415 6553 exiraceUuiaraiPha.1,4.gwcan (by homology) no sngndicant match ad6 1030 151912 CaPUF2 exon37 10 , exon 2 (by homology) YJR091c orf6 1031 15189 CaPUF2 exonl Contig6 1787 3901 2738 RNA-binding proton (by homology) no significant match ort6 1032 12896 CaPRB2 Conttg6 1788 3289 1892 Protease B, vacuolar (by homology) YEL060 orf6 1089 1289 ! g6 1788 4628 3669 putative exicloreductase (by homology) YJR096w orf6 1037 17695 CaDPBl Contig6 1789 2398 251 DNA polymense Il complex (by homology) YJL090c orf6 1038 19066 IPF19066 Cont)

  g6 1789 3375 4568 unknown function YOR084w orf6 1039 151531 IPF15153 Contig6.1790 3218 4294 unknown funchon YOL105c orf6 1042 14821 CaNTAl Contig6-1791 4442 3318 Amino.terminalamidase (by homology) YJR062c 0116 1044 15015tcdr615 unknown orf6 1045 12328 1792 4538 5395 CaRNHl Contig6 ribonuclease H (by homology) YMR234w off6 1047 15772 4021 3728 1 IPF15772 Conhg6.1793 unknown funetton No. signrhcant match orf6 1622 10568 1795 727 1842 IPF10568 Conttg6 unknown function No. slgnihcant game., f6 1052 105661 IPF10566 Contig6 .1795 2724 3809 unknown funetlon YDR315c o116 t053 10565 1 IPF10564 3 Cont, g6 1795 5294 4071 unknown function,

   3-prime end no slgntllcant match orf6 1054 174172 IPF17417 Cont <g617963014 3619 Unknown function YMLL 16w orf6 1057 180342 IPF18034 Contng61796 4617 6461 Unknown funetlon YLR106 or'6 1058 146572 IPF14657 Contig6.1797 3115 4971 unknown funetlon no sigmhcant match or'6 1060 143922 IPF1439 nol72 6 1063 146181 IPF14618 Contlg6.1799 1075 176 unknown funetlon no signdrcant match ort6 1065 146151 IPF14615 Contrg6 1799 1910 3196 unknown function YJR053w Oft6 1066 146141 IPF14614 Conhg6-1799 3730 3933 unknown function no significant match not found 133332 IPF6333 unknown 133394 IPF13333 unknown no match ort6 1068 13331 CaPOT14 Contig6.l8OO 2845 1637 acetyf CoA acetyltransterase (by homology)

   YPL028w orf6 1069 133282 IPF13328 Contig6-1800 3665 4423 unknownfunctron YPL041c orf61070 19855 IPF19855 Contlg6.1801 3151 1448 unknwon function no signiftcant match orl6 1073 66242 IPF6624 Contlg6.1801 5333 4476 unknown61 YF61 unknown functron YOR243c off6 1078 150332 IPF15033 Contlg6.1803 1694 3 unknown lunctlon YDL091c orf61081 15031 1 C.IFAIL CoMrg6 1803 4126 2330 Unknown lunetlon YJL005w orf6 1082 142231 CaCDC53 C..tig6 1804 631 off 316281 14222 CaPPTl Cont, g6.l804 4888 3194 Pmtein ser / thr phosphatase YGR123c or'6 1084 3765 IPF3765 Cont) g6 1805 84 653 unknown function YGR106c or'6 1085 3764 CaERG24 Contig6.l8O5 2139 793 C 14 sterol reductase (by homology)

   YNL280c orf6 1086 196881 IPF19688 Contrg6 1807 1926 301 unknown function no signnicant match ort6l087 126201 CaMEP3 Contrg61808 2196 3800 low affinity high capacity ammonium permease (by homology) YPR138c or'6 1090

  <Desc / Clms Page number 19>

 
 EMI19.1
 D12001 41 (linked to DI2000-68) Table 1
 EMI19.2
 17507 IPFl7507 Against 1809 1319 672 PutatweoutathioneS.transferase (bYhamaiogy) YNL229c or'61092 128292 IPFl2829 Con'i 6.1809 3984 1924 unknown functlon YLL035w Off6.1093 13578 CalN080 Contlg61810 368 4531 156 hel29 1258 porphoblhnogen deammase YDL205c orf61095 4719 IPF4719 Contlg6-1812 2474 1365 Slmllar to Saccharomyces cereVISlae Kar4p regulatory protem required for pheromone mductlon of karyogamy genes (by homology) YCl055w ort61096 17442 CaRK60 Mann6

   YBL082c orl61100 16935 iPF16935 Cont'g61814768 2696 unhnownfunctfon YOL144w orf6 1101 19049 CaPEXll Contlg6 1813 6266 5529 peroxisomai membrane protem - peroxm by homology Y01l47c orl61103 190481 CaDAK6fyn6nid6nid6nd6d6166d6166d6166; Conhg6 1815 2569 1382 unknown Lnction YNL254c orf6 1109 19045 CaNRD13f Conhg6-18154573 2855 involved ln regulatlon of nudear pre mRNA abundance, 3-prime end (by homology) YNL251c orl65699 19043 CaNRD15f Contlg6-1815 of 49192 , 5 pnme end (by homology) YNL251c ort6 1112 198561 CaALS9 5eoc Conti 6.1816 2832 148 aggluhnm-like pratam, 5-pnme end YAL063c orf6 1114 13002 CaALSI 3eoc 00nhg6.1816 8087 5601 aggfutmm)) he proteln, 31 prime y 1115 5791 0aSSDi Contlg6 1817 622 4446 Protem phosphatase (by homology)

   YDR293c orf6 1117 5793 CaFOL2 Contig6-1817 4906 5736 GTP cyelohydrolase (by homology) YGR267c orf6 1119 198581 iPF15244 3f ConMg6-1818 1371 805 unknawn lunetlon, 3 pnme end o slgnlheant match orf6 1121 15244 iPF18184ff18184 end YHR023w ort6 1122 15242 CaAPL2 Contig6.1BIB 4283 6610 Apl1 comptex subumt, betal-adaptin (Dy homology) YKL135c orf6 1123 34022 CaRPS9B Conbg6.1819 4475 4963 Ribosomal pratem YPL081w orf61126 1255i 6.1208 Factor CaClat95 by homology) YPR016c orf6 1615 14337 CaSTT4 Cont'g6 1820 1979 7120 Phosphatndylmosrtoh4 kinase (by homology) YLR305c or'6 1129 15222 IPF15222 Cont! g618211127 3 Unknownfunctton YOL092w orf6 1130 15220on IPF152fb2ff2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2 5t CDnha6.1B21 3955 4788 WD-repeat Pratem,

   5 prime end (by homology) YCR072c orf6 1132 152172 IPFl521731 Contlg61821 4730 5515 WD-repeat proteln, 3 prime end (by homology) YCROne orl61133 15216 CalMG2 ConUg6-1821 5667 6038 Requued for Integrnty of Mitochondnal GenomeR 50/7 CaBAT21 Against 1822 3941 2760 branched chain amino acndtransammase (by homology) YJR148w or'6 1137 5074 CaANCl ConUg6-1822 4946 565e TFIIF subunit, iranscnP'ian initiation factor (by homology) YPL129w ort61138 14381 1 CaFEN2 Contlg61823 (by homology) YCR028c ort6 1141 16461 IPF14730 3eoc Cont! g6 1824 33 737 unknawn functian, 3 pnma end no slgmflcant match or)

  6 1142 19562 IPF19562 Conhg6 1824 2431 809 unknown lunctmn no slgnlllcant match orf6 1143 163891 calFA2 Contng6-1824 3693 5423 unknownfunctton YJL005w ort61144 98692 IPF9869 Cont! G61825 2616 4133 unknown'unchon YPL082c or698 1147 987 tuncbon no signifmant match or'6 1148 13252 IPF13252 Contig6 1826 2495 3046 unknown functlon no sngndncant match ort6 1150 13247 IPF13247 Contlg6-18264201 4725 unknown functlon no sigm'icant match orf6 1152 198591 iPF19859 Contig6-1826 67c nofig 1157conc 104722 CaXKSI Contig6-18271553 3298 xYwiokinase (bYhomoiogy 'YGR194c ortô 1156 104702 iPFio470 Contlg6-1827 3689 5152 unknown funchon YJR003c ort61157 10469 CaLYSI 5eoc Contlg6-1827 5816 674 saccharopme dehydro 1643 3 Unknown tunctvon,

   3-pnme end no significan 'match or161159 12009 CaACHI contig6 1830 3277 1703 acety! coenzyme hydrolase (by homology) YBL015w ort6 1164 19029 CaROXl conti 6.iB31 787 2595 Possible heme depend on transcripttona) repressor (by homology) YPR065w ort6 1166 9601 2 CaFOX2 Contng6-1832 2299 5019 hydratase dehydrogenase-epimerase (by homology) ort6 CalFKl Contre 1833 3324 1666 probable monoxygenase (by homology) no slgmtJCant match orf6.1172 190261 IPF19026 Contngfi 1834 3107 672 unknownfunctton YAL053w ort6 1174 16740 CaSNU114 Contlg6-1835 4147 1079 tlnRNP-speclh6 protemh6 protbh6 protbh6 protbh6 prot1h6 4997 4641 DNA directed RNA polymerase II, 32 kDa subumt, 3pnme end (by homology) YJLi40w ori61177 19620 CaRPB4 5f Contlg6-1835 5454 4969 DNA-duected RNA polymerase Il, 32 kDa subunit, 5-pnme end (by homology)

   YJL140w orf6 1178 16043 CaYAKI 3f conti 6 1835 7597 6182 serine / threomne protem kinase, 3-pnme end (by homology) YJU4tc ori61179 16042 CaYAKI5 '5f Conhg6-1835 8613 7603 senne / threomne proton kinase, 5-pnme no slgnllicant match ort6 1180 2535 IPF2535 cant1g6.1837 3501 2527 unknown function no stgnlflcant match ort61186 2532 'PF2532 Contng6-1837 4594 4998 unknownluncbon YLR104w ort6 6527 12764 2 CaFCY22 Conbg6-1838 2275 695 punne-cytoslne permer88 (1748 hom48) IPF17488 5f Cont <g61840 4873 5802 unknown function, 5.pnme end no signdicant match orf6 1193 17489 iPF17488 3f Contig6-1840 5714 6262 unkno't \ ln function,

   3-pnme end no signlflcant match ori61195 2328 IPF2328 Conhg6 1841 4262 3420 unknawn funchon no sngmlicant match ort6 1197 2326 IPF2326 Contlg6-1841 5094 5978 unhnownfunctfon no srgmlleant match or (61199 9732 CaTEFI contlon 27.t842 YPR080w orf6 1202 16732 CaSPR3 CaMig6.1843 1189 2664 sporulatl0n-speclfte sePhn (by homology) YGR059w ort6 1204 15983 IPF15983 Contla6-18433821 5017 unknown functnon YLR363c ar16 1205 15177 IPf15177 Conb613 120bn7 Conb6138 1847 2712 3452 unknown function no slgOlllcant match ort6 1215 16416 CaTtM22 Contlg6-1847 4138 3584 MitachamdfiaiimPon IOner membrane translocase subumt (by homology)

   YOL217c orl6 1216 116462 iPFi1646 Conttg6.1847 5464 6000 unhnowtfunctton no slgmtlcant match or'6 1217 136752 IPF13675 Contlg6-1848 3417 1621 unhnownfunctton YGL023c orf61219 136782 IPF13678 Contr6-1866062762715152727627151527276151527627196271962719627619527196196196195271961961961961951961962719519619619619619516191962761951619619516196196196196196196196196196196196196196196196196196196196196196196196196196196196196196196196196196196191961961961961961961919627 even match ort6 1224 10062 IPFlO062 ConUg6-1850 5775 3907 unknown funcbon YNR051c or'6 1225 7655 IPF7655 Seoc Cantlg61B51 133 2 unknown funchon.

   5-prime end no signiticant match ori61905 7651 caiFK3 Contig6-1851 3282 1624 Probable monooxygenase (by homology) no sgnltJcant match ort6 1227 143602 cacAHii Conttg6 1852 1407 2768 Probable membrane protein (by homology) YGR189c ort61231 1435t CaQCR9 -c reductase subunrt 9 (by homology) YGR183c not found 143562 IPF14356 Contng6-18523790 4557 unknownfunctnon YLR022c orf61233 31782 IPF3178 Contig6-1853 4065 1879 Unknownfunctnon YFL023w o116 1234

  <Desc / Clms Page number 20>

 
 EMI20.1
 0 \ 2001-41 (linked to D'2Doe.68> Table 1
 EMI20.2
 12012 CaSSP120 Contrg6 1854 1799 2479 seeretory proton (by homology)

   YLR250w or'6 1240 14109 IPF14109 Contlg6 1856 2641 4029 unknown Lnchon no slgnthcant match cri61247 160471 IPF16047 Contlg6-1857 7220 5991 unknown funchon YKR071c orf61251 160302 iPF16030 Contlg6-1858rfbprsnrp srpwrpfrsbpwsrpfrrpfrp site selection YCR038c art6 1252 160282 PF16028 Cont <g618586819 7943 unknownfunctron YJR066w od6 1253 16634 CaPCLl Contrg6-1860 4671 5786 cyclrn, G1 / S-speciflc (by homology) YNL289w cri61258 40712 IPF4071 Cont <g618613335 1461 unknown funchon YNL250w ort61261 4065 IPF4065 Contrg6 1861 4715 5080 unknown funcllon YHR087w or'6 1262 14475 1 IPFl03185eoc Contrg6 1862 274 2 unknown functlOn,

   S'prlme end no sJgnlflcant match not found 144682 IPF14468 Contrg61862 2090 4243 unknownfunctron YGR089w ort61266 14465 IPF14465 Contlg6-1B62 4877 4254 unknown funcllon no slgnlflCant match ort6 1269 10499 CaDCGl Contrg6 1863 4414 3716 invo & metabolism! homology) YIR030c or! 6 1271 10496 CaDDCl Contig6.1863 4609 6069 DNA damage checkPoint proton, defays thé cell cycle at the Gl / S boundary in response to UV irradratron, member of the RAD24 eprstasrs group (by homology) YPL194w ort6 1272 17450 IPF17450 Contlg6 1864 4885 2 unknown functron YLR106c or'61274 12759.2 IPFi2758 3f Cont) g6 1865 3283 3089 unknown funcuon, 3.prime end no slgnlflcant match notiounà 127582 IPFl27585 'Contlg6.1B65 3800 3228 unknown tunction, S.pnme no 6 7218 15112 CaSEFll 5epc CPntig6.1866 1164 1 Putatrve transcnpbon factor, 5'prime end (by homology)

   YBL06fic od6 1277 15109 CaSNMl Contrg6-18662770 3378 RNA btndtng Protem of RNase MRP (by homology) no sigmhcant match od61278 15107 CaFRE31 Conhg6-1866 5749 3617 Femc reductase (by homology) YNR060w orf6 1281 143676 2305676 homology) YGL148w ort6 1285 14671 CaCDC45 Conbg6-1867 5352 3613 Chromosomal DNA replicatll:

  m mitiatlon proton (by homology) YLR103c orf6 1287 11910 1 IPF7423 3eoc Conbg6.1868 193 912 simllar to Saccharomyces cerevisiae Sp022 IOvolved 10 sporulation, 3-pnme end YIl073c orf6 1288 11914 CaRTAl Conbg6-1868 3691 2198 unknown 1899 1289 2198 unknown iPF15225 Cont'g6 1869 5607 3715 Sorting nexin f) he proton (by homology) YJL036w or'6 1292 15224 1PF15224 Conh 6 1869 7560 6202 unknown functron YKL046c orlfi 1293 14435 CaLYSI4 Contig6 1870 1504 3282 transcriptIrte facto (Invoice by homology) YDR034c ort6 1295 19861 IPF1986231 Contrg6 1870 3603 3418 unknown funetlon, 3.prime end no slgnlflcant match not found 19862 IPF19862 5f Conhgfi 1870 3793 3470 unknown funchon, 5-pnme end no siKm'icant match ort6 1296 144322 CaSAC6 JI 1870 4537 4130 Actm filament bundhng prote, n, Ilmbnn, 3.pnme end (by homology)

   YDR129c orf61297 8093 CaSAC6 5f Conug6-1870 6071 4599 actlO filament bund'ing protem, flmbrln, 5 pnme end (by homology) YOR129c orf6 1299 15067 CaPH080 Conbg6 1871 2629 3966 Cyclln (by homology) YOL001w off61302 15065 50002 functton YMR178w ort61304 17676 fPF17676 Contrg6.1872 1955 3931 simiiarto to Saccharomyces cerewsiae Cstl3p IOvolved m chromosome stability (by homology) YBR158w or'6 1307 16055 CaAlS12 5eoc3 CaMig6 1873 1rnnrntnrntnrnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn] Canals12 3f Contlg6.1873 3159 3821 agg! Utmm hhe protem,

   3 pr <me end no sigmficant match orf6 3075 4068 IPF4068 Conhg6 1874 4383 1027 reverse transcnptase no sngndncanf match ort6 1312 16160 CaFRP3 Contlg6.1875 2207 3064 member ot the FRP famlly of protelns related ta Yartowia Ilpolyfca glyoxylespyweedprescent pathway end YCROI0c or'6 1315 17492 IPF17492 Contrg6-187S 4665 4042 unknown tunchon no slgnlflcant match orf6 1316 6529 CaUBCI3 Contlg6.1876 4926 5435 E2 ublquttln.conlugating enzyme (by homology) YDR092w orf6 1351 90oc9 579f9in51

   5 plum end YHR166c ort6 1320 19864 1PF19864 Cont'g61877937 2160 unknown funchon YGR080w orf6 1321 9048 1 IPF9048 Contngfi1877 3904 2258 unknown 1unc \\ on YPR093c or (61322 9047 IPF9047 Contig6.1877 4185 4544 unknown1 YPR094 5364646 funchon No. slgnlflcanl gold match% 1324 15273 3726 1204 iPF15273 Centig6.1878 unhnownfunctfon YDR207c orf6 1326 107952 3129 1576 1PF10795 CPntig6.1879 putatrvetranscnptnonfactor (byhomology) YNL027w orf61328 11679 CaPPH21 CPntig6.1880 3949 5031 proteln ser / thr PP2A phosphatase 1 (by hamolagy) YDL188c orf6 1330 11996 CaCFTl Can'ig6.1881 6993 2731 pre mRNA3 3 .end processing factor CF i) (byhomofogy) YDR301w or'6 1333 119952 iPFi1995 Conbg6-1881 7583 8380 unknownfunctlon YDR302w or'6 1334 148292 CallV2 Contrg6-1886 (by homotogy)

   YMRI08w orf61336 14827 IPF14827 Contrg6 1882 4983 4051 unknown funetton no srgndicant match orf6 1338 7928 CaPRCl Conhg6.1883 1997 369 Carboxypeptldase precursor, (MR297w or'6 1341 79271 IPF7927 Contlg6-1883 281 377 putahf (317136) 6 1883 3881 4837 putative protin kinase (by homology) YDL214c orf6 1343 7924 CaSHMl Conbg6.1883 5116 6597 Senne hydroxymethyltransferase precursor.

   mltochondrlal (by hOn'lolaRY) YBR263w or'6 1344 13577 2 IPFl3577 Contlg6 1884 1046 642 unknown funetlon no slgnllicant match or'6 1347 15411 2 CaUGPl con'i 6.1884 µ137 5555 UTP glucosel-phosphate undylyltransferase (by homology) Y49% 15412 CaRBL2 Contig61554 6018 5731 6eia "ubu'm binding proton (by homology) YOR265w not found 15414 CaDITl Contlg6 1884 7795 6269 Spore wall maturatron proteln (by homology) YDR403w ort6 1352 19618 CaSTE45eoe Cont) g6 1885 11din 2 GTP.un of ttre pheromone pathway, 5 prime end (by homology)

   YOR212w or'6 1353 IPF12478 Contig6-1886 1526 3634 unknownfunction YML034w or'6 1358 124732 Conbg6-18863839 4207 unhnown'unchan yML033w orf61360 124722 IPF12472 ConhR61886570knawn6 CaSPBl Cont! G6 1889 5745 3184 Putative methyltransferase by homology YCL054w or'6 1369 16249 IPF17429 3f Contfg6.1889 7514 6036 simiiarto Saccharomyces cerevisiae See5p reqwred for exocytosis, 3.pfime end YDR166c ort17fill f171617517f16 fn16177161751791691791751791691791791791791791617161691691617161671671616716167161671616716161616716167167161671616716716716161671671671616716716167167167161671671671616716716716716 exclusively for exocytosls, 5.pnme end YDL239c orf6 1371 14282 IPF14282 Contrg6 1890 3930 1 Similar to mucm pootems (by hamo'5g /) no signdncant match orf61 73 14275 IPF14275 Contrg6-1890 6049 5279 Probable ADP-nbosylabcn factors (by homology)

   YPL051w or'6 1374 12997 CaALSIO Contrg6-1891 2942 7702 a Outimniihe protem YJR004c orf61377 9357 CaMOT2 Cont'g6 1893 3186 1453 transcnptional repressor. 3-pnme end (by homology) YER068w orf61380 9353 IPF9353 Contig61893 3534 3887 unknown funetlon YMR123w or (6 1381 13556 IPFl3556 Conbg6-1894 176fi 2413 unknown functlon no slgnlflcant match ort6 1385 135541 IPF1355c can13 6.1 IPF13552 coMig6.1894 5104 3770 putatrve methyltransferase (by homology) YDR316w or'6 1387 13551 CaRPN6 ContJg6-1894 5193 6680 subun! Toftheregu) at0fypart <c! eoftheproteasome (byhomo! ogy) YDL097c or'6 1388

  <Desc / Clms Page number 21>

 
 EMI21.1
 D12001-41 (linked to D12000 68)

   Table 1
 EMI21.2
 11655 CaTca5a Conbg6.1895 684 5117 polyproteln of Tca5 retrotransposon YFL007w orf6 1390 19630 CaTca5b Contlg6.1895 5589 5885 polyproteln of TeaS retrotransposon no slgnlfeeant mateh orf6 1390 15604 IPF15601166nit Factor 69616? ! g6-18967607 8236 unknown functnon no sigm'ican 'ma'ch or) 61396 4969 CaHOL3 Conhg6.1897 766 2412 member of major facihtator supedamfty muftidrug resistance proton subiamilY 1 (by homology) YNR055c orf6 1398 4971 CaSEC17 368 transport vesncle fusnon protem (by homology) YBL050w orf6 1399 49721 IPF4972 Contig6-1897 3949 4539 unknownfunchon YJR112w or (61400 4973 CaMRPS28 Contng6 1897 5572 4610 nbosomal proton (by homology)

   YDR337w orf6 1401 18979 iPF18979 Contig6 1898 219 1 unknown funchon YILI45c ort6156 141162 iPF'4116 Conbg6-1898 1271 2476 unknownfunchon YOR084w or / 61403 14113 IPFI4113 Contng6 1898 4152 7130 unknown lunctlon Yia30w orUR6140 ort61407 8686 CaTRX2 cami 6.1899 4300 3944 thloredoxm (by homology) YGR209c or'6 1408 8685 CaDIBI conh 6 1899 4911 5357 Component of the U4 / U6 U5 snRNP (by homology) YpR082c or'6 1409 18977 IPF18977 Conttg6-1900 10t Saccharomyces cerevislae 5mb1p assoclated with Ul snRNP as part of the Sm.core that IS common to aIl spllceosomal snRNPs (by homology) YER029c orl6 1412 12928 CaYPT32 Contng6.1900 2245 1577 small GTP.b, nd, ng protein essentla \ for Go '' unction (by homology)

   YER031c ort6 1413 12926 CaECM22 Contlg6.1900 5525 2943 putatIve proteln involved 10 cell wall biogenesls (by homology) YDR213w ort6 1414 19866 CaSTll Contlg6-1901 4138 5778 sugar transporter (by homology) YDR536w orf61416 12888.1 CaGRP1.449. reductases (by homology) YOLl51w ort61421 128872 IPF12887 Contlg6-19025673 4300 Putatrve multdrug protem (by homology) YJR124c orf61422 25802 tPF2580 contig6.1903 167 2425 unknowniunction YOR140w u662424 2578 CaUBP2ultfl 66.lpcult.cll 27

   YOR124c orf61427 138391 JPF13839 Contlg6.1904 2499 4124 unknown funchon no slgnlflcant match ort6 1429 13843 CaYAE8 Contfg6 1904 4365 6515 GTP.bindin Protem (byhamo'ogy 'YAL048c or'6 1430 16191 2 IPF16i1158 cnpr58196 and DNA repalr protein YDL059c orf6 1435 86101 iPF8610 ConUg619063243 1519 permease (bY homoiogy) YMROllw ort61438 14764 CaSTEl4 Contig6 1907 891 1688 farnesyl cystem carboxyl-methyltransferase (by homology) YDR410c ort61442 14763.

   Contng6-1907 3246 1936 delta.12 fatty amd desaturase (by homology) no slgntheant match ort6 1443 1986B CaSEC9 com, 6 1907 6869 5289 transport protem (by homology) YGR009c orf61444 '19622 iPF19622 Cont <g619077644 9248 unknown functlon no slgnltlcant match orf61446 17574 tPF17574 Cont! g619085365 7779 Unknown functlon YAR014c ort6 1448 13725 iPF15540 conti 6 1910 2375 3133 unknown functlon no slgntflcant match orf61453 13724 IPF6k10fint106fint107fintcounter Cont [g6 910 8392 6632 Dohehot hmasa (by homology) YMR013c ort6 1456 69601 IPF6960 Conhg6.1911 128 478 unknown tunetlon YMR221c ort61457 6961 CaCOS161 Contlg6-1911 889 1878 Involved ln manganese homeostaslS (by homology)

   YCR044c ort61458 18966 IPF18966 Conhg6-1912 330 653 unknown'unchon no slgnlflcant match not found 14405 CaSNU71 Cen'ig6.1912 2813 975 Assacnated mth U1 snRNP (by homology) YGR013w orf6 1460 14401 CaprP121 contn34 contn34 -pnme end (by homology) YML046w orf6 1461 144002 CaRAD7 Conhg6 1912 7368 5392 nucleottde exoston repatr Protem (by homology) YJR052w ort6 1462 20057 IPF20056 Cont! g6 1913 2220 2825 unknown funchon YER067w orf61464 116136F135441 CaCTA211.5f Contlg6-19142409 2657 transcrtpttonat activator.

   5-pnme end (by homofogy) no slgnlflcant match or'6 4420 115341 CaCTA211 3f Conbg6.19142763 3149 transcrlpbonaf actlvator, 3 prime end (by homology) no slgnltlcant match ort61466 11533 CalFA9 Contng6 1914 3883 5949 unhnownfunctton Y20058200582006 Contng6-1916 1435 2034 unknown'unchon YOR252w o 6 1469 165012 2505 IPF16501 Contlg6-19166005 unknownfunctton YJL050w orf61471 167612 'PF16761 Contig61917 657 3356 unknownfunctton YNL085w orf61472 9088 CaPMT6 ContlgG 19194914 2416-proton mannosyltransferase YGR199w ort6 1474 164661 IPFl6466 Cont) g619201997 3 unhnownfunctton YKL014c ort6 1475 18957 1 IPF11988 Contlg6 1921 1799 1491 unknown funetton,

   3.pnme end no slRnlllcant match not lound 119882 IPFl1988 Cont'g619213605 1800 unknown funetton YML096w orf61479 119892 iPFi1989 Contig6-1921 4866 3817 unknown funcbon YOR064c ort61480 119912 IPFl1991 Contlg6 1921 8922 5422 mltochondnal (by homology) YMR287c ort6 1481 19624 CaCDC24 Contng6-1922 1197 3731 GTP / GDP exchange factor for Cdc42p (by homology) YAL041w orf61482 16916 CaETFI Conbg6 1922 4525 6408 ETF UBIQUINONE OXIOOREDUCTASE (b6 hom83)

   iPF13975 Conttg619234599 5495 unknown function 'YCL047c orf6 1486 13974 CaVMA16 Contlg6-1923 6387 5797 H + ATPase 23 KD subumt, vacuolar (by homology) YHR026w orf6 1487 13972 2 1PF13972 Contig6 1923 7227 8624 unknown functton YCL6 medlator (by homology) ysR200w orf6 1490 13600 'PF13600 5eoc Contlg61924 5204 8557 unknown funchon, 5-pnme end no slgnlflcant match orf6 1491 11526.2 IPF11526 Conbg6 1925 1822 2355 unknown functnon no signilncant match ort61493 11525 CaHEM13 conheh136

   coproporphyrlnogen III oxldase YDR044w orf6 1494 115241 CaCDR12 Contlg6-19256135 5677 drug resistance protêt YOR328w ort6 1643 19871 CaMRPLlO 3 ConUg6 1926 1117 1980 nbosomal protem, 3 pnmeend (by homology) YNL284c ortF266669 4466 4466 ort661466 4466 4466 4466 4466 4466 4466 Cont) g6 1926 3334 4323 casem kinase Il alpha cham (by homology) YOR061w orf6 1500 4463 IPF4463 Conhg6 1926 6345 4513 unknown funchon YAL026c or'6 1501 4459 IPF4459 Contlg6-19267759 8187 unknown funchon YKR074w orf6 1502 18952 CaCYT (by homology) YOR065w orf6 1503 6172 CaMSBl conb 6.1927 3198 6938 Morphogenests retated protem (by homology) YORIB8w or'6 1506 10586.2 CaBUB3 Contlg6.1929 1678 557 cef) cycte arrest protem (by homology) YOR026w orf51 1509e 5191719 ,

   5pnme end o sngmhcant match orf6 1513 5178 CaANPI Comng6-1931 3682 2396 GB '* mannosyltransferase (by homotogy) YEL036c or'6 1514 11993 CaSMC2 contig6.1931 8368 4853 chromosome segregation protein (by homology) YFR0634 1f631c6 2 6115 similar to Saccharomyces eereVISlae Cdc39p nuelear prote, "IOvolved ln cell cycle control, 3.pnme end (by homology) YCR093w or'6 1517

  <Desc / Clms Page number 22>

 
 EMI22.1
 DI2001.41 (Linked to DI20OQ.68) Table 1
 EMI22.2
 10066 CaUBC1 canhg6.1932 6634 7326 ubiquttm canjugating enzyme by homology YDR177w ort6 1518 16157 2 CalRE1 Against 1933 581 4255 proton kinase (by homology)

   YHR079c or'6 1519 198721 IPF19872 Conhg61933 5156 4458 unknown function YHR081w orf61520 156071 IPF15607 Contlg6-1933 5437 6237 unknown function YDR412w orf6 1521 15606 IPF15606 Contlg6-1933 8273 9676 similar to Saccharomyces cerewrub1rr6nrrf1rr6rnf1r6rnf1r6rf1r6r1f1r6rfcfcfc09 3 Contig6-1934 543 1160 pantothenate synthetase, 3 prime end (by homology) YJ1145c ort6 1523 19698 CaPRPI6 C..t, g61934 4388 1296 RNA depend ATPase (by h..l.gy) YKRO86w od6 1526 109012 IPF10901 C.nt, g61934 4560 5213 unknown functfon no sgnificant match off6 1527 109002 CaNUP57 C.nt.g6 1934 7009 5279 nuclear pore protetn (byhomo) ogy) YGR119c or'6 1528 10896 IPF10896 Conhg6 1934 8201 7674 NADH dehydrogenase (ubnquinone 3) ) 22K chain precursor (by homology)

   no slgnlttcant match or'6 2209 145742 IPF14574 Contig619352214 1531 unknown function YMR132c orf6 1532 19633 tPF19633 5eoc C.nt, g6.l935 3162 8495 similar to Saccharomyces cerevisiae Cdc39p nuclear proton invotved m cell cycle control, 5 primeC (ort Y) 1533 3255 IPF3255 Contlg6-1936 3388 1370 s! Mllar ta Saccharomyces cerewsnae VpsSp mvolved ln Golgi retentlon and vacuolar sartlng (by hamology) YOR069w ort61535 3252 IPF3252 Contfg6 1936 4303 4785 unknown function no sec116 536 516 516 516 516 516 516 unknown function no significant match orf6 1537 3250 IPF3250 Cont, g6.l936 5926 6357 unknown functlon no signihcant match or'6 1538 14501 2 IPF14501 5eoc Contlg6-1937 1742 3 putative G protein, transducin type, 5-pnme end (by homology)

   YBR281c or'6 1539 14853 CaPH087 C.nt.g6 1937 4900 7920 Member of the phosphate permease family (by homology) YCR037c orf6 1540 14031 IPF14031 Contlg6-1938474 1568 putahe seaeted as.partlç protease (Dy homology) YLR120c ort6 151940442 1921 unknown functlon YKL201c orf61543 43391 CaCDC37 ContLg6-1939 3068 1542 Cell division control protein (by homology) YDR168w off6 1546 4343 IPF4343 Conbg6-1939 6614 4317 similar to Saccharomyces cerewsiae Vps9pvacualar sortira protein YML03c166666 ort6 1549 5784 CaHASI ConUg6 1940 196 1905 ATP DEPENDENT RNA HELICASE (by homology) YMR290c or'6 1551 5785 1 CaHYS2 Against 1940 2125 3549 DNA duected DNA 0oiYmera> e delta (by homology) YJR006w ort6 1553 15920 1 IPF15983 17371 finger contgining 0ratem (bY homology)

   YOR113w orf6 1556 7957 CaHYR153 c ont g6.l941 10855 11058 Hyphally regulated proteln, internai fragment no stgr1lflcant match os6 3143 13205 CaGPX2 Co: g6.l942 993 1484 glutathione peroxidase (by homology) YIR037w orf6 gnubidf135131 (by homology) YIR037w or'6 1559 13211 1 CaGPX3 Ct, R6 1942 5088 5777 glutath, one peroxidase (by homology) YtR037w ort61560 15237 CaCIN4 Conug6-1943 1656 1054 G1P-bmdmg protein YMR138w orf61561 15221 cross PS3 194 protein (by homology) YMR137c orf6 1562 142162 Ca MNNI1 Contng6 1943 6088 4754 Mannosyltransferase complex component (by homology) YJLl83w or (6 1563 18940 IPF14219 3eoc Conttg6-1943 7353 6853 Probable membrane protein, 3 prime end (by homology)

   YOLl07w orf6 3784 135262 IPF13526 Cot g6.l944 2771 1728 unknownfunctnon YPR129w os6 1566 135222 IPF13522 Cont g6 1944 3458 4660 unknownfunctnon YPR133c orf61568 135191 CaRPS23 conh 6.1944 5456 5019 Ribosomal protein 523 (by homology) 165370 (Cont. 1190 AP-2 complex subumi, si ma2 subunit (by homology) YJR058c orfs 1572 16571 2 CaCDC8 ConUg6-1945 1926 1252 dTMP kinase (by homology) YJR057w orf6 1573 17015 CaSVL3 Contng6 1945 5052 7982 Involved in vacuole function (by homc) Y032 , f6 1575 148662 CaCDC43 ConUg6-19461652 2845 geranylgeranyttransferase YGL155w or'6 1576 189381 IPF14864 Contlg6-1946 3325 4428 unknownfuncGOn YDLI19c ort6 1577 151862 CaPEX14 Cont! g6 1946 4898 6172 peroxtsomal protein

   YGLI53w orf6 1578 15183 IPF15183 Contng6-1946 7491 8567 unknown function no significant match orfe 1580 151782 IPF 15178 Contig6.l946 9416 10501 Unknown function no slgnlflcant match orl61582 12521 CaNPRl Conttg6-1947 5333 7735 nitrogen permease reactivator protein (by18c) 51 , PF 16051 Cont) g6 1948 984 3419 unknownfunctjon YER129w orf6 1589 96052 IPF9 "5 Contre 1948 7771 10455 stmilar tu Saharomyces cereui5tae Mnhlp Mphase mducing proton tyrosine phosphatase YMR036C ort61592 3184 IPF6 160on2 ex2192 250 exoni Con IPF3184 exon2 Contig6.1950 2767 3222 unknown function, exon 2 YGR165w or'6 1603 3181 IPF3181 Co.t g6 1950 3598 4239 snmnlar to Saccharomyces cerevisiae Erp3p p24 protein involved in membrane trafficking (by homology)

   YDL018c ort6 1604 31802 IPF3180 Contig6 1950 4290 5183 unknown functnan YDR437w orf6 1605 122182 CaGSHl.exon2 Contig6-1951 2918 1200 gamma glutamylcysteme synthetase, exon 2 (by homology) YJLIDI orté 1606 189321 CaGSHI exonlrein191 (by homology) YJL101c orf6 1607 13495 CaADE5,7 ContJg6-1951 7464 5056 phosphonbosylamme.glyane Ingase and phosphoribosylformylglycinamidine cyclo-ligase (by homology) YGL234w or'6 1608 17932 IPF13493 C-nt: g6 19519F713772 5eoc Cnt 961952 3579 1 phospholipase D, 5-prime end YKR031c or'6 1610 13081 IPF13081 Contig6 1952 4474 4097 unknown function no match or'6 1611 13080 1 IPF13080 Contig64952 5263 4700 unknown function YNL266w orf6 7053 130791 IPF23075 656 Cami function YDR336w orf6 1612 12561 CaALS3 5eoc C.nt:

  g6 1953 2658 1 agglutinin-like protem, 5 pftme end YJR004c orf6 1614 88622 IPF8862 Contig6-1954 2107 554 unknown functlon no signrtncant match ort6 1618 8861 CaARP6 Contng6-1954 2943 4283 actin miated protein (by homology) YLR0851 OffF 1619 5366 4305 similar to Saccharomyces cerewsiae GpR2p ph.sph.t, dyl..t.1 datyla.

   (by h.ol.gy) YMR281w orf6 1620 88562 IPF8856 ContiR6.1954 7607 6573 unknown function YER175c orf61621 97062 IPF9706 Contng6-19563920 6151 unknownfuncfon YBR2o3w orf61623 9704 IPF9704 Conti giet fuce 1956 Conte gia 1956 ) (by homology) YKR062w off6 3841 9703 IPF9703 Contlg6 1956 10016 7848 unknown functlon no slgnlflcant match orf6 1625 124281 IPF12428 Contng6-1957 663 1553 unknown function YHR088w orf6 1627 12426 CaMSNS C..t.g6 1957 2303 4753 importin beta nuclear export of Pho4p and Involved in pheromone response pathway, 5 pnme end (by homology) YDR335w or'6 1628 18929.1 CaMSNS si Canà 6.1957 4728 6041 Importlnbeta tamlly member requlred for nuclear export of Pho4p and involved in pheromone response pathway, 3 prime end ( by homology)

   YDR335w or'6 1629 1708 CaCTA22 C..tig6.l958 5457 6116 Protein with putative transcription activation domam no sngndicant match or'6 1631 17092 IPF1709 Contig6 1958 6717 6319 unknownfunction YDRI00w ores 1633 17132 CaVID21 ConUg619586892 8935 unknownfunct. Conhg6-1959 1967 3379 1.3 1,4betaglucanase (by homology) YEL040w orf6 1639 8079 CaCOPI Contig61959 3873 7538 coatomer complex alpha chain of secretory pathway vesicies (by homology) YDL145c orf6 1640

  <Desc / Clms Page number 23>

 
 EMI23.1
 D12001-41 (linked to D'20DD.68> Table 1
 EMI23.2
 13736 IPF14094 repea ConUg6-1960 2975 3775 repeated protem (10 times) U unhnPwn'uncton, 5.pnme end no si mficant match or'6 1641 13735 IPF14094 repea Conhg6 1960 3972 4514 repeated protem (10 imes) of unknown funcbon,

   3-pnme end no slgmflcant match or'6 1642 129781 CaCDRII 3f Contng6 1961 2578 47 muttfdrug resistance proton. 3.Pnme end (by homology) YOR153w ort6 1643 12975 CaCDRll 5f Contlg6.1961 4587 2536 moEhdru reslstance protem, 5.pnme end (by homology) YOR153w ort6 1644 17542 IPF17542 CaMig6.1962 45 1736 unknown funcbon no slgnll4545 175F17 Contlg6.1962 3050 2244 unknown functlon no stRf)! Cant match orf6 1646 166202 CaTELl 5eoc Contlg6.1962 3262 7617 Putatwe pnospnahdY \\ MS \ tol kmase irwoilled ln control \ mg telomere tength, 5 pnme end (by homology) YBL088c orf6 1647 iPF19700 Comi 6.1963 2579 4708 unknown> unchon no slgmflcant match or'6 1649 6742 CaRPL3 Contng6 1963 5232 6401 60S large subumt nbosomal protem L3 e (by homology)

   YOR063w orl6 1650 7796 CaPH011 Cont'g619641640 252 Secretedaodphosphatase YBR092c orf61652 7797 CaMET2 Conttg6 1964 4350 3121 Homosenne 0 acetyltransterase YNL277w orf6 1653 7800.2 CaUGT51 Contrg6.1964 9403ucucrase 4880UUrase? H \ (unchon no slgnlllcant match orf6 1656 179982 IPF17998 Cont! G61965996 1736 unknown functnon no slgnlflcant match ad6 1657 17999 IPF17999 Contfg619654713 2128 unknown functlon no sngndicant match or (6 1658 14171 iPF1417616 gf16 YG16 -161 GF16? .1966 1508 3658 phosphatndylinosntoh4-phosphate 5.kinase, 3 pnme end (by homology)

   YDR208w or'6 1660 15139 IPF312 Conhg6 1966 4230 5684 unknown functlon YJROSOc ad6 1661 196381 1PF19637 Cbnàg6.1967 11 997 unknown tunctton no signi'antant match orf6 1665 3161 IPF3161 Cont! G619671995 103366754CN6156676RN6156N6166N6165N6166N6166N166166N6166166NN6 shock protein (by homology) YFL014w orf6 1668 38782 IPF3B78 Cont! g619681319 1906 unhnownfunctfon YLR221c orf61669 38762 IPF3876 Contlg6 19682564 5299 unknown fundlon YJR126c orf61671 3875 IPF3875 5eoc Contig6 1968 567 567 567 567 566 567 566 566 567 arto SaccharomYces cerevisiae EsbP6P Probqb'e monocarboxYiate permease (by homology) YNL125c orl61674 11696 CaRPS5 Contlg6 1969 6062 5385 nbosomal protem S5 e (by homology) YJR123w orf61675 162692 iPF16269 Conhg619

  unaion YGR278w or'6 '677 16267 iPF16267 Con'i 6 1970 2432 5386 unknown funchon YER077c orf6 1678 9036 IPF9036 Contlg6 1970 6990 5698 simllar to Saccharomyces cerevislae Raplp DNA bmdmg protem wlth repressor and acttvator1679 Con'ig6 1970 8341 7985 Formate dehydrogenase, 3.pnme end (by homology) YOR388c od6 3469 18025 2 CaFDH4 53f Comi 6.1970 8421 8155 Formate dehydra enase, intema "ra ment (by homo'oGY) no slgmflcant match ort6 3525 18024 CaFDH4 Contlg6-1970 8637 8422 Formate dehydrogenase, 5 pffme end (by homology) YPL275w orf6 2662 18922 CaFDHI3 Conhg6 1970 8957 8751 Putative formate dehydrogenase, 3 pnme end (by homology) YPL276w ort6 2663 18921 CaFDHI3 5f Conhg6.1970 9132 5.Pfime end (by homology)

   YPL276w orf6 2663 15977 2 1PF15977 Conbg6 1972 6615 5350 unhnownfunctton no slgmtlcant match 0rt6 1685 9179 CaERG25 Conti 6.t973 2700 1774 C 4 sterol methYiaxidase YGR060w or'6 1690 9177 CalOP2 Cont. JPF17131 Contig6-1974 6958 7695 unknawn funchon no slgnlilcant match or / 61692 18917 1 IPFl89175eoc Comi 6.1974 9416 9667 unknown functlOn, 5.pnme end YJL222w or'6 4068 19702 IPF19702 Contng6-1975 735 5195 unhnownf6cng196 6472 5750 unknown function no slgmtlcant match orf6 1698 12399 IPF12399 Contng6 1976 7398 8036 unknown functnon o sngmincant match or% 1700 12401 CaRFC3 Against 1976 9140 8055 ONA repticat'on tactOT C, 40 kDa subumt (by homology)

   YNL290w orf6 1701 115661 IPF11566 Contlg6 1977 2775 3494 unknownfunction no slgnlflcant match or (61705 115681 CaAlK8 Contlg6.1977 4279 5826 n alkane Induclble cytochrome P-450 (by homology) YDR402c orf61706 115532 CaSh79 Cont ort6 1714 11555 CaMET6 Contig6 1979 4981 2678 BY HOMOLOGY TO S CEREV 5.methYltetrahYdroP'eroYitnoutamate.hamocYsteine methyltranslerase YER09lc ort6 1715 11557 IPFI1550 Cont) g61979 8091 5959 Ca2 + -transPB6 p11 prime # 115 Pt6 5t Conttg6-1979 9204 8137 Cô2 + .trônsponin P type ATPase, 5-pnme end (by homology) YGL167c orf6 1717 124702 iPF12470 Cami 6.1980 1726 644 unknown functlon no slgnlflcant match ort6 1720 19877 1 JPFl9S77 Contfgysty2194

   YGR012w orf6 1721 16505 2 IPF16505 Conh 6 t980 5292 3673 Unknown functlon YPL112c orf6 1722 16507 IPF16189 31 Cantig6.1980 6730 6338 panthotenate kmase, 3-prime end (by homology) YDR531w ort6 1723 16189 IPF16809 kin31; (by homology) YDR531w or'6 1724 12207 1 CaAPG7 Contlg6.1981 823 2742 component ot the autophagtc system (by homology) YHR171w ort6 1727 12206 CaSPC97 conhg6.1981 2941 5556 spmdle pole body component (Dy homology) YHR1722 orf6 17 Cont'g6 1981 6465 698 20S proteasome subumt (alpha5) (by homology) YGR253c or'6 1729 12204 CaLSC2 3eoc1 Conhg6 1981 7407 6796 suconate CoA Ingase beta subumt, 3 Dnme end (by homology) YGR244c or'6 1730 195801 caiNTi Contl 1982 137 5116 inte rin.hhe proteln alpha cham YJR092w or / 61732 18911 caflPi cami 6 1982 5649 6614 Component of Pre.mRNA polyadenytation factor PF (by homology)

   YJR093c or'6 1733 15194 CaTIF5 Against 19 & 2 8356 7094 Trans! AtlOn Imtlation factor elF5 (by homology) YPR041w orfb 1736 18910 IPF18910 Cont'g6l983269 361 unknown function no signihcanc match not found 59182 IPF5918 Contig61915 15OR21 581 21821 21921 581 21821 21921 581 21821 21921 518 v38938151515381.jpg 5818051515151515151521f21 3690 4886 PhosPhahdyisYnthase (by homology) YKR070w ort6 1739 15555 CaGRP4 Cont! G619843206 2169 putatwe reductase (Dy homology) YOL151w or% 1740 15804 CaGRP6 Cont) g61984 5066 3900 Putative reductase (bY3191 & V12) (bY homology)

   YPL164c orf6 1742 196081 IPF19608 Contng61985 2018 1461 unknown funcbon no slgnlflcant match orf6 1745 13098 IPF13098 cantig6.1985 2157 3404 unknown Lnction YER152c or'6 1746 130972 iPF13097 Contlg6-1985 3612 4700 unknown funetlon Y17512 Convenience '6 1748 130941 IPF13094 Cont) g6 1985 5732 7378 unknown functlon YNL115c orf61749 13092 IPF13885 repea Cont'g61935 7986 8201 unknown'uncbon, 5 pr) me end no sigmficant match orf6 4351 14511 IPF14511 Cont'g619861189 2223 unknown functnon.

   5-pnme end YMR3I3c or'6 1752 14513 IPF14511 Conbg619862473 3150 unknown function, 3 pnme end yMR313c orf6 3521 14514 tPF14514 Conbg6 1986 4117 3200 unknown functron YMR312w orf6 1754

  <Desc / Clms Page number 24>

 
 EMI24.1
 D12001 41 (Linked to D12000-68) Table 1
 EMI24.2
 145191 IPF14519 ConUg6-1986 4974 7472 unknown functlon na match ort6 1755 44501 IPF4450 ConUg6-1986 9496 8825 unknown function no significant match orf6 1756 68042 CaADOl Conbg6-1987 5893 4850 adenosme kmase (by homology) YJR105w orf6 1761 1622 IPF2 814 sulphatetransporter (byhomology) YGR125w or'6 1764 4967 CaCPA2 Contlg6.1988 5635 9084 argmlne-speclfic carbamoylphosphate (by homology) YJR10ge ort6 1765 18902 IPF10555 3eoc Contlg6.1989 33 2501 unknown function, 30 prime end YR.

   ort6 1766 141191 IPF14119 Conhgfi-1989 4716 5471 unknown functlon no slgnlllcant match orf6 1768 18901 1 IPF18901 3 Conhg61989 6653 6916 unknown function, 3 prime end no s) f! n! f! cant match not found 15077 CaClrt4a Contig6 1991 108 1256 Transposase ( by homology) 00 Match or (6 1773 150732 CaPGM2 Contng61991 2184 3866 Pho:

  phoglucomutase (byhomology) YMR105c ort61775 12606 1 IPF12606 5eoc Contng6 1992 2555 3 unknown functnon, 5 prime end YNL123w orf61778 12603 1 IPF12603 Contig6 1992 3929 2838 unknown functlon no slgnlfleant match orf6 1779 121 522ff12121f12f121 CaHMTI Contig6 1992 5572 6591 hnRNP methyltransferase (by homalogy) YBR034 ort6 1781 15753 2 CaVTC4 Against 1993 4235 2106 putative polyphosphate synthetase (by homology) YJL012c ort6 1784 16672 CaIFG2 3f Conhg6-1993 630t 6no2 prime no homology) no sngndicant match orf6 2576 188961 CaIFG2 5f C.nt, g6 1993 7332 6448 probable d-amlno acid oxidase, 5-prime end (by homology) o Match ort61786 10396.2 CaSHR3 C..t.g6-1993 8129 8839 endoplasmahc retleulum membrane protein (by homology)

   YDL212w orl61787 103972 IPF10397 C..t.g6 1993 9466 9615 unknown funchon no sigmficam match not found 11812 IPF11812 ConUg6-1994 332 2698 unknown lunction YER008c ort6 1789 118071 iPFl1807 Cot, g6.l994 4147 2831 unknown tunction80 Cont61 IP61 1716 .1994 4384 6471 similar saccharomyces cerewsnae Yndlp nudeOSlde dophosphatase (by homology) YER005w ort6 1791 118042 IPF11804 Cont! G6l9946783 7463 unknown function no slgnlflcant match orf6 1792 7715 2 IPF7715 Contff! 6199ct11 77611 116732 117532 77611 113632 113532 113532 113532 7117327 11313232 7167117 11116327 1111632 117532. 5773 3869 related to Neurospora crassa AP-1 Inke transcription factor (by homology) no signi'icant match of161795 17222 1 CaCTA211 5eoc Contlg6 1996 495 1 transcnpt \ onal actwator, prime end no slgnltleant match od6 9028 3477 2 CaZorro2a 3f Conbg6.199669 Reverse transcnptase,

   3-prime end YGL215w ort61800 34801 CaZorro2a 5t Contig6.l996 7882 6632 putative reverse transcriptase, 5 prime end no signMcant match ort6 1801 137182 CaVMA5 Contlg6-1997 1322 156 H + .ATPase Vl tomorrow 42 KD subunit (by homology) YKL31717 pr6 Contlg619972260 3402 unknown function YKL082c orf6 1804 137151 C.IFJ2 Cont! G6-19974993 3650 Unknown functlon YGR263c orf61805 94801 IPF9480 Conhg6-1998 1215 1844 unknown function YOR292c ort6 1807 9477 2 CaDBP9 contg6186366996 366 -1998 4663 3941 2 deoxygtucose 6 phosphate phosphatase (by homology) YHR044c orf6 1809 97852 IPF9785 Contng61999268 3177 unknown function YFL047 ort6 1 B12 9782 1 IPF9782 C.ntg6 1999 4665 3304 unknown f..t, .n YPLO60 .., t6 1814 9779 IPF9779 5 ConUg6 1999 5134 6804 seane'threomne protein hma> e, 5.Prime end (by homology)

   YDR523c ort6 1815 179332 IPF17932 Contng619997998 6847 .k..n f.nt, .. yBR175w ort61816 104292 IPF10429 Contre 2000 1533 2144 unknownfuncbon yMR295c art61818 14791 CAERKI Contig6 2000 4210 2939 mitogen activated protein kmase (FUS3) g6 2000 9006 7375 DNA directed DNA polymerase alpha, 58 KD subunit (DNA primase) (by homology) YKL045w orf6 1820 133982 IPF13398 Conhgfi 2001 5654 2592 protern kinase (by homology) YMR216c orf6 1821 20063 IPF20063 Cont! g6 2002 1790 2317 unknown funchon no significant match od6 1826 10741 IPF10741 Conhg6.2002 5044 7020 hypothetical membrane protein YIR033 .., f6 1828 73471 IPF7347 Contlg6.2003609 202 unknownfunctnon YIL027 crf61829 73452 IPF7345 Cont, g6 2003 1432 4098 unknown functlon YAL031c ort61831 733 unknown 83733 833 s

  gnificant match orl6 1833 7334 1 tPF7334 Conbg6-2003 10124 10933 unknown functlon YOR004w ort61835 73332 IPF7333 Contlg6-2003 13607 11046 unknown function YNL023 orf6 1837 90002 IPF9000 ConUg6.2004 597 175 unknown functnon99 ort6 ne6 subunit yMR309c orf6 1839 89962 IPF8996 Contlg620043740 4927 unknownfunctlon YGL211 or'6 1840 89951 IPF8995 ConGg62004 5282 6088 unknown functlon YMR226c od6 1841 89942 CaRPL208 Conhg6 2004 6975 nbosor6b6b6b6b6b6n6b6b6b6n6b6b6n6b6b6b6n6b6b6f9b6b6f9bc5f9bcfcffcfcfcfcfcfcfcfcfcfcfcfcfcfff; coat protein, internal fragment (by homology) VIR019c or'61844 14620 CaSEC16 3f C.tg6 2005 2520 2936 Multidomain vesicle coat protein, 3-prime end (by homology) ne gj ,,

  fcnt match orf6 1846 18885.1 IPF18885 contig6.2DC5 11275 9827 similarto te Saccharomyces cerevmae Cdc9lp cell drvnsnon control protein (by homology) YLR459w orf6 1849 32622 IPF3262 3 'Contlg6-2006 2076 2522 unknown function, 3-prime6 326 3130 5850 unknown functlon YPLl05c os6 1852 32592 IPF3259 C..tig6> 2006 7199 6000 unknown function no stgnlflcant match or'6 1853 14917 CaRNA14.3eoc Contig6-2007 1 1614 component of pre.mRNA 3 -end processing factor CF 1, 3- prime end (by homelogy) YMR061w orf6 1855 149192 IPF14919 Conhg6-2007 1854 3521 unknown function no slgnlilcant match ort6 1856 14920 CaMTFl ConUg6-2007 4791 3736 RNA polymerase specific factor, mitochondrial (by homelogy) YMR228h 2F47189 529477 529 function no sngndlcant match or'6 1858 153192 CaSNF2 Cont)

  g6 2007 11088 6016 component of 5YYi / SNFOobaitranscfiP'ion activator complex (by homology) YOR290c orf6 1859 6281 1 CaTFSl C.ntg6 2008 791 156 cdc25 dependent nutrient and ammoroa respon5e celhcycle regulator (by homology) YLR178 orf6 1861 62g6CH55 .binding factor subunit (by homology) YOR358w orf6 1862 6284 1 IPF6284 Contig6-2008 4343 2922 unknown functlon YHR207c or'6 1863 62862 IPF6286 Contlg6-2008 5276 6760 unknown funchon YER116 ort61864 103632 CaMNN22 Contng6 2009 3080 489 homology)

   YBR0t5c orf6 1866 103592 IPF10359 Contng6-2009 7768 6269 unknown tunchon YMR135c ort6 1869 158802 IPF15880 ConUg62010 4608 2161 unknown function no signrtncant match os6 1873 148612 IPF14861 Cont.g6 2010 6786 7121 unknown function no argm614 828 9447 acyl-coenzyme-A dehydrogenase (by homology) no slgmtleant match or) 6 1875 111702 CaGAP7 3eoc CoMng6 2013 3 812 generai amine acid permease, 3 prime end yKR039w off6 1878 19882 1 CaPAPll CPnti 6.2013 3137 1470 poly (A) polymerase by homology to S cerevislae YKR002w or'6 1880

  <Desc / Clms Page number 25>

 
 EMI25.1
 D12001 41 (linked to DI2000.68) Table 1
 EMI25.2
 111671 IPF11167 Cont) g620133543 4844 unknown function YKR003w os6 1881 111612 IPF11161 3 6 Il 3 9829 unknown funetion,

   3-prime end YCR097w or (6 1884 8267 IPF8267 ConUgfi-2014 4978 926 P type ATPase YDR291w or'6 1885 156862 CaTAF67 Contlg ± .2014 5512 7281 TFIID subunlt (by homology) YMR227c or'6 1886 9044 C.RPL11 Conhg6-201 2153 1653 60S nbosamai Protem (by hmlgy) YPRI02c off6 1888 90421 CaPRE2 c rit g 6 20 3787 2930 20S proteasome subumt (beta5) YPR103w orf61889 90402 IPF9040 3eoc Cont'g6 2015 7523 4194 snmnlar to Sacchathcuca1a the forkheadlhnf3 tamily, 3 prime end (by homology) YPR104c ort6 1892 15335 IPF15335 C..t:

  g6 2016 2033 3760 unknown function no match ort6 1894 13214 CaKEMl 3 Ct g6 2016 5219 9745 mufttfuncttonaf nuclease, 3-prime end (by homology) YGL173 orf6 1895 13215 1 CaCOX19 Contng6 2016 10339 9932 Protem required for cytochrome c oxidase activity (by homology) YLLoi8ca ort6 1897 10967 2 tPF10967 Ct g6 2017 6738 5338 unknown function no signdncant match or'6 1900 109632 IPF10963 Contig6.2017 8099 10465 snmilar to Saccharomyces cerewsiae Tid3Pintercahng Dcmlp (by homology) YIL144w orF11711186189pr189187 (by homology) YLR120c ort6 1902 11976 CaUGAll exon2 ConGg6 2018 3823 3713 4 aminobutyrate aminotransierase, exon 2 (by homology) YGR019w ort6 2548 11975 1 CaUGAll exonl Conhg6-2018 5223 3919 4minob utyat ammotransferase

   YGR019w orf6 1903 11974 IPF11974 Contlg6 2018 6492 5743 unknown functlOn no slgmflcant match ort6 1904 119731 CaIFK2 Contng6 2018 8369 6711 probable monoxygenase (by homology) no match., F6.9 "117752 CaDAK2 5eoc Conbg62019 1752 1 prime homology) YFL053w orf6 1906 117772 IPFI 1777 Contlg6.2019 2596 4665 unknown function YDR034c ort6 1907 128842 IPF128 "4 Conttg6.2019 6725 4863 unknown funcbon YKR105c orf6 1908 20065 IPF20065 Conhg6-2020 6630 4195 slrnllnnwynw.n protein (by homology) YMR284w ort6 1909 37622 CaCu1la Conhg62020 7864 9450 transposase no siKmficant match ort6 1910 162561 CaCARl 3eoc Contng62021 140 430 arginase, 3 prime end (by homology) YPLIII ..,

  162297 162532 IPF16253 Contng6-20211565 2392 unlmown funetton no slgnlilcant match on61914 14601 2 CaACRl C..t.g6.202l 4352 5263 Succmate fumarate transporter (by homology) YJR095w ort61915 14602 CaYUHI Canti 6 2021 5692 6576 3-prime end (by homology) YJR099w orf6 1916 146031 IPF14603 Contlg6.20217635 6598 unknownfunction YJRI00c orf61917 74731 IPF7473 Contig6-2022 1833 2903 unknown lunctlon YDL144c orf6 1919 74721 IPF7472 Conttg6.2022 unknown no slgmf, cant match ort6 1922 14196 2 CaESPI ConUg6 2023 5917 1121 Reqwsed for sister chromatid separation (by homology) YGR098c ort6 1925 141932 IPF14193 Contig6-20236861 6349 unknownfunctnon YHR059w orl61926 14191 CalSCI Conhg6o23 832

   YOR142w or'6 1927 200661 CaDIT2 contig6.2024 20 1183 putatrve cytochrome P450 YDR402c orf6 1929 162732 IPF16273 Gontlg6.2024 1680 3197 similar to Saccharomyces cerevisiae Dtrlp dityrosine transporter (by homology) YBR180w or'619301539 349243 ort61931 156412 IPF15641 ConUg6.2024 6661 5003 unknown function YKR056w or'6 1932 13562 CaALRl Contng6-2025 2531 5329 drvalent cation transporter (by homology) YOL130w ori61933 13564 IPF13564 Cont! g6 2025 6293 8059 putative arylsultyase)

   no signdicant match orf6 1934 135652 IPF13565 coMig62025 10215 8209 unknown lunctlon YNL308c ort61935 135672 IPF14825 contig6.2025 11671 10517 unknownfuncûon no signdncant match orl6 1936 14064 1PF14064 Conhg6nwmwmr6 Mcslmw6wlmc6fc6fcfcfcfcfcffcfcfcfcfcfcfcfcfcfffffffffffffffffffffffffffffffffffffffffffffffffffffffffffqqfqqfqfbqfcfcfcfcfcfcfcfcffcfffffffffcfcfcfcfffffffffffffffffffffffffffffffffffffffffffffff 2026 6103 1088 elathnn heavy cham (by homology) YGL206 orf6 1940 140602 IPF14060 Contig6 2026 7731 6640 unknown function YKL098w orf6 1942 125742 CafFL4 C.nt.gb 2027 579 1643 unknown function YKL163w orf6 1945 125702 CaBNAl Contig6 2027 2144 by homology) YJR025c orf6 1948 125 681 IPF12568 Contng6 2027 3419 2772 unknown lunctlon no stgmflcant match orf6 1949 125672 IPF12567 Against 2027 3716 4555 unk- f.nct ,.

   YOR223w orf61950 12564 1 IPF12564 ConDg6-2027 6001 6861 ADP / ATP carrier protetns (by homology) YPL134c Dff6 1951 12563 CaSUA71 Contngfi-2027 7594 8634 TFIIS subun <t (transcnptton intaDon factor EXby homology) YPRO86. ort6 1952 14847 CaCTA212 5th. Contig6.20Z8 4248 4778 Transcnphonal actlvator, 5 prime end no slgmtlcant match or% 1954 19708 CaRRN3 Conhg6 2028 5665 7335 RNA polymerase 1 specifies transcription factor (by homology) YKL125.

   ort6 1957 17625 IPF17625 Conhg6 2028 8043 7510 putative cell wall protein of the PIR family YKL163w oral61959 162432 IPF3348 cami 6 2028 9250 8144 unknowniuncbon yGR263c orf61962 16234 C. Mpplo ConUg6 2028 11063 9360 component oi the U3ote nucleinon nucleon ribonon) 16231 IPF16231 Conhg6-2028 12438 13253 unknown funehon no match or'6 1966 162331 IPF16233 cami 6 2028 12470 11100 unknown funetlon no s1gnltlcant match orf6 1965 162 229 IPF15442 3eoc Contig6 2028 13767 13261 unknown functnon, 3-pnme end YFL6c1996f6176 2030 5381 6901 unknown functlon o srgmttcant match ort61970 12135 IPF12 "5 Conhg62031 4462 3161 unknown funcuan no match off61974 19610 1 CaVPSI Cont [g6 2031 7219 5138 member of the dynamo fam! TyofGTPases (by homcdogy)

   YKR001c crf6 1975 18864 IPF12138 Contng6-2031 8037 7567 unknown tuncbon YBR022w orf6 1976 16795 IPF16795 C.nlig6 2032 708 1736 glyceratelformate.dehydrogenase (by homology) YNL274. orf6 1981 14073 CaEXGl C '962032 4140 2824 glucan 1,3.beta glucosidase YLR300w on'61982 11987 1 IPF11987 3eoc Cont'g62033 3,731 unknown functnon, 3pnme enM no match orf6 1983 11982 1 CaGPD2 CcMig6.2033 2759 3874hydrogen (by homology) YOL022w orl6 1984 11981 1 CaPLS2 Contfg62033 6011 4182 pho5pholipase yMR008c or'6 1985 19885 1 IPF198g5 Contlg6.2033 6548 7081 unknown funetlon no slgnlllcant match., f6 1986 18859 IPFI8859 Cont <g62034 1630 1983 unknown function YGLO80.

   orf6 1989 171862 iPF17186 Contlg6.2034 3815 4525 unknownfuncion YDRS33c or'6 1991 19886 1 CaSLCl Contig6 2034 5461 6342 fatty acyltran5fense (by homology) YOL052c., t6 1992 14699 CaAPL5 Contig6 2034 9851 6552 Au.3 3 compiex subunit homology) YPL195w orf6 1994 14701 IPF10493 5eoc Cont) g6 2034 10135 10644 unknown function.

   5 prime end no signncant match or'6 1995 142252 IPF14225 CQntlg6.20352200 998 unknown function YDLl33w ort6 1997 125012 IPF12501 conbg6.2035 4116 4808 unknownfunclnon YOL183 orf61998 124992 IPF12498 3f ConUg6 2035 6906 6107 prime 910

  <Desc / Clms Page number 26>

 
 EMI26.1
 012001-41 (linked to D12000-68) Table 1
 EMI26.2
 12498 2 iPF12498 53f Contig6 2035 7490 6837 unhnown'uncban, intemaiira men 'no lgm11cant match not lound 12495 IPFl249S 5t Contîg6-Z03S 8302 8880 unknown functlon, 5.Pfime end no significant match ort6 2001 12494 iPF12495.3on 9209 , 3-pnme end no signilrcant match not'ound 12493 CaTFPl Contig6-2035 11350 9632 vacuolar ATPase subumt (by homoiogY)

   YDL185w or'6 2002 124921 IPF12492 Conhg6-2035 12506 11946 unknownfunctron YKR001c ort62003 18856 1 Caifoi ConGg62036 816 1850 Putatif aryt ateohot denydrogenase (by homology) YPL088w or'6 2004 15638 IPFl5638 Conhgc unknown 2036 3736 IPF15633 Contrg6 2036 7201 6029 similar to Saccharomyces cerewsiae Bstlp egahve regulator of COPII veslcle format'on YFL025c or'6 2009 188531 iPF18853 Against 2036 8831 8019 unknown functlon YLL023c or'6 2010 16098.2 CaCDC3 Contng6 2013 10958) 98c) 4934 16314 IPFl6314 ConbgS-2037 2705 1359 unknown functlon o signrfrcant match orf6 2012 12682 CaSMC3 Contlg6-2037 9990 6268 reqUired for structural malOtenance of chromosomes (by homology)

   YJL074c orl62013 12686 IPFl2686 Contlg6-2037 10573 11406 unknown'uncLian no slgnltlcant match or'6 2014 15005 CaACSl Contlg6-2038 1730 3757 acetyl coenzyme-A syntl1etase (by homology) YAL054c orf6 2015 15006 CaHEMnOrtynogen 16671 IPF16671 conti 6.2038 6100 6549 unknown functlon no significant match orf6 2017 16670 IPF16670 Contlg6-2038 6855 8180 unknown funchon YOR242c orf6 2018 10752 CaKIP2 Contlg6-2038 8561 10558 Kinesm reiated proton reqwred for nuclear mlgrahon (by1cg196195406196196196196195196196196196196196196196196196196196 11129 13174 uol <.oowo 1uf \ Ctloo no S! gntf! cant mateH od6 2021 88542 IPF8854 Contlg6-20396002 3516 slmlJar saccharomycescerewsiae Mnnlp alpha-I, 3 rnannosyltraosferase (by homology)

   YER001w or'6 2025 89482 CaAMYGl Conti 6.2039 10862 8022 glucoamylase YBR229c ort62026 14489 caifa Cootlg6-2040 5840 6910 unhnawn'unchan YJ115Bc or'6 2030 144902 CaSEN15 Contlg6-2040 7601 8116 trycing 'tRNAcing' or'62031 match iPF14493 Contlg6.2040 14493 10263 8212 lunchon unknown No. slgntflcant match orf6 2032 14495 2040 11943 10789 IPFl44953 Contlg6 Slmllar to Saccharomyces cereVISlae Erf2p IOvotved m palmltoylatlon and locallzabon of Ras2p, 3 PNME end YLR246w ori62033 17272 iPF17272 Conhg6-2041 2873 3298 unknown funaian no slgnlflcant match orf6 2035 17271 CaCRKI 3f Contng6 2041 5353 4148 Protem kinase, 3 pnme end no slgnltlcant match ort6 308 17267 CaCRKI Contlg6-2041 6386 5292 Protemhmase, 5.pfimecnd YPR161c ort6 202 4495 crawi 2041 446ai41 homology)

   wa03w ort6 2039 4458 CaCYTl Contrg6 2041 10483 9617 cytochrome (by homology) YOR065w or'6 2040 14777 1 CalFM2 Contlg6-2042 596 1681 GiYcerate "armate.dehYdro enases (bY homology) YNL274c orf6 2042 147755 170F6474F167474F6147476164F167474F167474F167474f167164ff7164f467164ff7144 14774 IPF14773 exon2 CaMig6.2042 3091 2738 unknown funchon, exon 2 no sigmficam match or'6 2044 18847 1PF14773 exon] Cont'g6 2042 3636 3181 unknown Lnaian, exon 1 YBR005w orf6 2046 14772 IPF14772 Conbg6-2042 45HL 5422 unknown 2047 19604 CaiPPi Contlg62042 5732 6598 inorgamc PYraPhosPhaiase (by homotogy) YBR011c or'6 2048 16625 CaAPE3 Contrg6 2042 7249 8901 amrnopeptrdase (by homology)

   YBR286w ori62049 131001 iPF13to0 Contlg6-2042 11005 9095 unknown function YJL073w orf6 2050 9241 2 Ca8Ull Contlg6-2043 666 3569 Ubrqudin hgase bfndtng protem YMR275c orl6 2052 11885 CaCPAI 55gprcharlprochrhmprite 2043 cham YOR303w ort6 2053 8993 CaERG251 Contlg6-2043 7552 8517 C4 sterol methy \ mudase (by homoiogY) YGR060w or'6 2054 19887 CaVMA6 Contrg6-2044 308 1354 H + ATPase VO tomorrow 36 KO subunit, vacuolar (by homology) YLR447c 109592 CaCNH15f Contig6-20442501 4264 Na + / H + antiporter, 5pnmeend (byhomology) YLR138w orf62059 188451 CaCNHI3f Contig6.2044 4327 4893 Na + / H + antrporter, 3-pnmeend (byhomology) YLR138w 49'42 20'42 funchon, 5-pnme end YlR451w ort6 2062 16966 IPF19542 3f Cont! g6 2044 5831 6457 unknown function,

   3 Onme end YER163c or'6 2063 16965 IPF16965 Con'i% 6.2044 8777 6399 unknown functlon YOR256c orf6 2065 12107 CaPHR3 Contlg6-2044 10596 11774 surface glycoproteln (by homology) YOL132w orf6 2069 14577 2 CaSUN41 Contrg6-2045 6966 .gwcosidase (by homology) yjLi23w ort6 2071 19550 1 CaCAN5 Contng62045 9894 8533 ammo amd permease (by homology) YEL063c orl6 2072 123812 IPFl2381 Contlg62046 2346 2837 unknown functlon yjR0Qic46612382362 Y2R46 Or12202 12462 Y2R636461212823 6991 6107 unknown function yjL003w or'6 2077 12385 1 CaBETI Contlg6-2046 7407 7859 involved JO ER Golgi transport (by homology) YIL004c orf6 2078 11767 IPF11767 conb 62Q47 1765 2673 mltochondnal carner proteln (by homology)

   YPR058w ori6 2084 11766 iPFi1766 Cont! G62047 3119 4168 unknown Lnchon YOR132w orl6 2085 117642 IPF11764 Contrg6-20474433 5485 unknownfunctron 'YGL159w orf62086 198881 CaPH08 Conbg6 2047 6312 7967 represslble alkalrne phosphatic. 5-pnme end (by homology) YDR481c orl62087 13517 2 'PF13517 Conhg6-2048 257 2170 unhnawnfunchon YBR280c ort6 2089 135142 caORMt conh 62048 3078 3884 unknawn tunchon YGR038w orf62090 151202 CaSHM2 Contlgur2.

   mitochondnai (byhomaiogy> yLRQ58c or'62091 15122 CaSBAl Contig6-2048 7076 7741 Hsp90 (Nrnety) Associated Co-chaperone (by homology) yKLii7w or'62092 4902 1 IPF4902 Conttg6-2049 1462 3537 unkr.own tunctlon 49 3 Contlg6.2049 5371 3863 mvolved 10 co translatlonal pathwayof Protem transport, 3 pnme end (by homology) Y8R283c ort62095 49052 IPF4905 Conhg620497203 6184 unknown functlon nosignrfncantmatch or'62096 12031 IPFl2031 3462033 orth unknownfunchon YCR068w orf62101 12D34 IPF12034 Conttg6-2050 6081 5773 unknowntunchon no stgnltlcant match or% 2102 4401 2 IPF4401 Contrg6 2051 2290 2820 putative sucmnate dehydrogenase (by homology)

   YMR118c orf6 2104 4403 IPF4403 Canh 6.2051 5722 3206 unknown funchon no slgnlllcant match orf6 2'05 4405 IPF4405 Contrg6 2051 6558 6878 unknawn'uncLion no stgnltlcant match orf6 2106 4406 IPF44Q6 Contlg6-201 7412 7017 unknown1986191019 781 7062 Unknown Funcbon no slgntflcant match or 6 2 08 6016 2 ÉàÀI Contlg6-20S1 8964 8623 Mrtochondnal nbosomal protem YKL138c orf6 2109 16341 CaALSl 5eoc Contlg6-20525753 7726 agglutmlO-llke prote.n.

   5 pnme end YJR004c orf6 2112 4102 CaMRPLI6 Contlg6.2053 904 1557 nbosomal pratem YBl038w ori62113

  <Desc / Clms Page number 27>

 
 EMI27.1
 D12DCF41 (linked to 012000-68) Table 1
 EMI27.2
 148142 IPF14814 Contig6-2053 2977 2528 unknown function VJR097w orf6 2114 14813 CaRPA49 Contig6 2053 3175 4356 ONA directed RNA polymerase A (by homology) YNL248c orf6 2115 148102 IPF14810 Contlg6-2053 5512 5096 unknownfunction YER044c 1g62 686 protein kina5e, regulatofy subunit (by homology) YIL033c orf6 2117 15827 CaKAR2 Ct, g6.2053 9395 11458 dnaK type molecular chaperone (by homology) YJL034w orf6 2118 197101 CaLYS2 Contlg6-2054 5021 807 L aminoadipunridehidride219hidride2 CaRAD16 Against 2054 8007 5449 nucleotnde exaslon repanr protem (by homology)

   YBR114w orf6 2120 178812 IPF17881 Conbg6-2055 2551 1064 ryclin (by homology) YJL006c orf6 2123 12994 CaPORl Contas 2055 3627 2779 mitochondrial outer membrane ponn (by homoiogy) YNL055c orf6 2124 18833 lPF18ic116 IPF12992 Contig6-20555193 6110 unknownfunctnon YPR139c orf62125 12991 IPF12991 ConUg62055 6954 6172 unknown tuncbon YIR005w or'62127 129872 IPF12987 Contng6.2055 7281 9830 unknown function YMR049c or16210yhyyywy.html 2130 170501 IPF17050 Conhg6-2055 12245 11661 unknown function YNL118c orf6 2131 113351 IPF11335 Contig6 2056 4269 6851 Member of the phosphate permease family (by homology) YNR013c ort6 2133 11332 2 IPF11332 Conhg6.2056 7623 10097 unknown functnon.

  f6 2135 19891 1 IPF19891 ConUg6 2057 299 1324 unknown function no signuicant match., f6 2136 3751 CaGUTI Contig6-2057 3477 1582 Glycerol kinase (by homology) YHL032c orf6 2137 37502 CaZorrola Contrg6-2057 7324 3875 Putative reverse transcriptase YKR54 37 conti 6 2057 9325 7499 unknownfunctnon yDR356w ort62141 8065 CaEPTl Contig6 2058 1837 629 alcohot phosphatidyl transfese (by homology) YHR123w orf6 2143 141992 CaATMl ConUg6 2059 5785 3917 ATP btndmg cassette transporter (by hpmology) YMR301c223f

  g6 2059 7033 6476 snmnlaoty to severaltransaminases, 3-Drnme end (by homology> YFL030w ort6 2148 14203 IPF14203 C, Contng6 2059 7752 7105 similanry to 5everal transammases. 5 prime end (by homology) YFL030w or'6 2149 16296 IPF59291 11003 unknown funchon no significant match orf6 2150 19892 IPF19892 ConUg6-2059 11582 12001 unknown function no sngmhcaM match ort6 2152 16288 2 CaCOX12 Contng6-2059 12421 12663 cytochrome c oxidase, subunit V18 (by homology) YLR038c not found 8614 CDOP6 Conttg66060 RNA heiicase reQulred for 60S nbosomal subunrt assembly (by homology) YNRQ38w ort6 2153 86161 IPF8616 Contng6 2060 2966 3241 slmllarto Saccharomyces cerewsnae Rsml9p nbosomal protein (by homology)

   YNR037c notfound IPF8617 Conhg6-20604705 86171 3404 86192 unknown lunction YCR079w orl62154 IPF8619 Contig6-20605549 7387 unknown functton YER101c orf6 2155 8621 9013 7817 CaYHBl Conug6-2060 flavohemoglobm (by homology) yGR234w orf6 2156 10280 2061 1449 1132 IPF10280 contig6 unknmo function no match orf6 2158 102782 IPF10278 Conhg6-2061 2305 3690 DNA J - like protein (by homology) YER048c orf6 2159 102772 IPF10277 Contng62061 4042 4308 unknown funchon YER048wa not found 10273 CaCFL3 Contre 2061 5201 7384 lerric reductase like pmtein YOR38170 orf90 761f6 76 yGR111w or'62164 102691 1PF 10269 Contig6-2061 9732 10124 Glm complex component-hke by homology YNL153c or'6 2165 3737 IPF3737 Contig6 2062 4766 4305 simiiarto to Saccharomyces cerevislae Apslp AP-1 complex subunrt, sngmal subun

   YLR170c orf6 2168 37401 CaMNN6 Conbg6 2062 6057 8039 putative golgi alphal.2mannosyltransferase (by homology) '1'BRQ15c oi'6 2169 195641 CaMNT3 3est Cont! G6 2062 9142 8114 Putative mannosyltransferase, 13w endoc6166OR616616 YOR 2063 188 3676 unknown function. 3 prime end YDL203c orf6 2172 131622 IPF13162 Contig6 2063 6291 8210 unknown functlon YNL101w orf6 2174 131602 IPF13160 Contng6-20639057 8431 unknownfunctnon YGR235c or'62176 14914 IPF14914 Cont) R62065 1134 52I.nyyom. 2182 14322 IPF14322 Contfg6 2065 6460 7635 unknownfunchon YNL051w or'6 2184 14321 CaSEC24 Contig6 2065 10589 7803 component of COPII coat of ER Goig 'vesic) es (by homology)

   YIL109 orf6 2185 155352 CaSAM2 conti 6.2067 4935 3778 S-adenosylmethlOmne synthetase YDR502c orf6 2190 5432 1 CaDPPI ConUg62067 8530 7745 Diacylglyceroi Pyrophosphate Phosphatase by homology YDR284c Off6 2191 188221 IP18 96188 361n181818318F1891818918189181891818918189181891818918181 01891818181_201 Off18 3 96 96 961818 IP IP IP 3015 1315 unknown function no significant match orf6 2197 9143 1 1PF9 143 contig6 2069 4082 3516 similar to Saccharomyces cerevisiae Nat3p N acetyltransferase (by homology) YPRI31 orf6 2198 9141 IPF9141 Contng6-2069 7397 4782 similar to Saccharomyces cerensnae Ctf binding protein (by homology) YPR135w orf6 2199 91392 IPF9139 Contig6-20698024 8725 unknown lunction nosagnnicaMmatch or'6 2200 91362 IPF9136 5eoc Contlg6-2069 10478 12589 potassium transporter, 5-prime end (by homology)

   YMR088c 'od6 22Qi 200701 CaVPS184 canti 6.207g 1016 3451 vacuolar membrane protem YLR148w off6 2203 12747 2 CaSAP6 Cont g6.2o7o 5452 6708 seereted aspartyl protease YIL015w orf6 2204 9132 IPF9132 Co.t, g6 2089 899181 IPF10894 Cont'g62071 2959 2114 unknown onction YGR120c or'6 2210 114282 IPF11428 Cont! G6-2072 3372 2815 unknown function YLR109w or'62214 17713 CaCYPl ContR6 2072 4303 4791 cyclophilm (peptidylprolyl isomense), mttochondna6) 2216 12662 IPF12662 C.nt:

  g6 2072 6391 5888 unknown function no signdicant match orf6 2218 188121 CaECMIB 5eoc Co.t g6 2073 406 2 ce! wall biogenesis, 5 prime end (by hoinology) no Match or'6 2220 18811 1 IPF18811 Against 2073 1530 1015 unknown function YDR525wa orf62221 17165 CaPEX17 Cont, g6.2O73 2317 3042 Peroxisomal peripheral membrane protem (by homology) no signdncant match off6 2222 188101 IPF18810 ConUg6-2073 3477 4610 unknown function YNL215w orf6 2223 162222 IPF16222 Conbg62073 5781 8057 unknown functlon YDL233w ort62224 197131 IPF19713 conti% 6 2073 8376 10019 unknownfuncbon YNL218w orf6 2226 176556 IP17 :

  2074 2222 366 general amino acid permease (by homology) YKR039w orf6 2231 73972 IPF7397 Conllg6-2074 4098 2770 unknownfunchon YGR141w orf6 2232 7398 2 CaCBRl Contigu2074 5941 5057 Cytochrome.b5 reductase (by homology) YIL043 ort674 033 743 6747 unknawnLnction YER049w orf6 2234 4815 IPF4815 Contng6 2075 7286 8137 unknown Function no slgnlflcant match or (6 2237 4814 IPF4g14 Conhg6-2075 9375 8494 5imilar to Saccharomyces cerevisiae Mrp20p ribosomal protem of the large subunit5 orochondw, mitochond 22)

  <Desc / Clms Page number 28>

 
 EMI28.1
 D12001 41 (linked to O12Doe 68) Table 1
 EMI28.2
 4811 2 CaRPB140 Cont) g6 2075 9656 13360 DNA depenclent RNA polymerase) t RPB140 YOR151c orf6 2239 19894 1 CaPM140 Contng6-2076 2615 1290 mannose 6 phosphate fsomerase (PHOSPHOMANNOSE ISOMERASE) (PMI) (PHOSPHOHEXOMUTASE)

   YER003c ort6 2242 11069 IPF11069 Contng62076 3346 3855 unknown function no slgmllcant match ort6 2243 110681 IPF11068 Contig6 2076 6055 3842 unknown function YIL005 or'6 2244 il 52 IPF11065 Conhg620767500 6400 unknown functlon YIL006w orf62246 11081 9081.281638163 65347 110591) PF11059 Cont'g6 2076 11914 12051 unknown function no significant match or'6 5348 10077 2 'P'10077 Cont'g6 2077 3342 1840 3 oxoacicl CoA transferase by homology no signihcant match orf6 2249 10074 1 IPF10074 Contng6-2077 5046 4054 unknown function no match orf6 2250 10071 IPFI0071 Conbg6-2077 5956 5516 3 3.dehydroQumase (by homology) no snqnnicant match orl62251 99982 IPF9998 Contng6-20776445 7464 unknownfunction no signhcant match orf6 2252 12369 IPF12369 Cont'g6 2078 671 28bd put )

   YLL029w orf6 2254 123682 iPF12368 Conbg620786488 2943 unknownfunchon YDR464w or'62255 6011 2 IPF6011 Conhg6-2079 2199 1702 unknown function no signficant match or (6 2256 6006 IPF6006 C.tg6.2079 10266 9607 unkoown functlon6 signitt6 noittcorittcorott6 1476 3146 RNA hehcase. 3 prime end YGL171w or (6 2262 8902 CaATP20 Contlg6.2080 3969 3625 FiF0.ATPasecomPlex, G subumt (by homology) YPR020w ri6 2263 8901 IPF8901 Contng6-20805888 4461 unknown function YDR107c CaL22661 membrane protem (by homology) YPLi01w or'62265 8896 C.DLH1St C.ntig6 20. "7741 7890 metottc recombination protem. 5 prime end no signi'icantmatch not tound 88952 CaDLHI 3f Contig6 2080 8073 8855 me! ot <c recomb! nat) on protem.

   3 pr) me end YER179w ort62266 140832 IPF14083 Conhg6-2081 2170 1133 sim liant y to Saccharomyces cereVISlae carner proteln FIx1p (by homology) YPR128c or'62269 14084 IPF14084 Canhg6-2081 4611 113 3298 unknown functian YGR70c156156 or16GN6156 11023 4871 glutamate synthase (NAPDPH), 3.prune end (by homology) YDL171c orf6 2272 19895 CaSRP101 Cont) g6 2082 1067 2674 signal recognition partncle receptor.

   alpha cham (by homology) YOR292 ort6 2275 14208 CaPSD2 51 Contg6.2OB2 3435 6323 phosphabdylsenne decarboxylase 2, 5 prime end (by homology) YGR170w orf6 2277 18795 CaPSD2 3f Conug6-2082 6220 6648 phosphatndylsenne decarboxylase 2, 3 prime YGR170w or'6 181 15550 CaMES1 cantig6.2082 10071 7825 methnonyl-tRNA synthetase (by homology) YGR264c or'62278 15547 1 IPF15547 Cont) g6 2082 10348 11700 putative glutamyl.tRNA amidotransferàse subunit A (by homology14 orFF22) YMR29 g6 2083 4196 2088 unknown funcbon YOR273c orf6 2283 111441 IPF11144 ConHa62083 7504 6203 unknownfuncton YHR036w ort62284 134792 IPF134793eocContng620842 2 3595 unknownfunctnon.3Pnmeend YCRO81 .., f6 2285 13U186F13

  f6 2286 4824 IPF4824 C.tig6 2085 2127 745 unknown function YOR155c orf6 2293 4821 1 CaRPS4B 3 C.nt.g6 2085 3466 2693 ribosomal protem S4, 3 prime end YJR145c orf6 8330 48202, PF4820 Contig6 2085 5411 4728 putaivecompemIA30 (by homology) no match ort6 2295 4817 IPF4817 can'ig6.2085 9311 10309 unknown Funchon YOR246c orf6 2296 101871 CaCARl Cnt, g6 2086 2017 1064 arginase by homology YPUiiw or'6 2297 10184, PF10184 Cotg6 2086 3354 6842 unknown function YPLI '62299 19646 IPF19645 exon] Contig6 2086 7070 7609 unknown function, exon 1 YPR040w orf6 2300 19645 IPF19645 exon.

   Contng6-2086 7684 8253 unknown function. exon 2 YPR040w orf6 3224 64882 IPF6488 Conbg620875779 6978 unknownfunctnon no significant match or'6 2306 14397 CaTLG2 C..t, g6 2087 8496 9764 Syntaxin family of t SNAREs (by hamology) YOL018c orf6 2307 143952 CaZRC1 114 (by homology) YMR243c orf6 2308 17469 IPF17469 contig6 2088 2182 3474 unknown funchon no slgmhcant match or'6 2309 19896 IPF19896 Contig6.2O88 8632 6245 unknown function no Sjgn! hcant match orf6 2313 17891 2 C-MAD2 conbgmd2090 842 complex subunit (by homology) YJL030w orf6 2317 17890 1 CaBET4 exon2 Contlg6.2090 1143 2246 alpha subunit of geranylgeranyl transferase type 2, exon 2 YJL031c orf6 2318 13751 CaIFl2 3f Cont! g6 2090 3482 2394 unknown tuncton, 3 prime no;

  mhcant match or'6 2319 19718 CalFl2 5f Conbg6-2090 4167 3436 unknown function, 5 prime end no signrtncant match ort6 2320 6163 1 CaMNSI Cont) g62090 6822 5125 Alphal, 2mannosW ase (by homology) YJR131w orf6 2321 6159 tPF1509 916 unknown functnon YML076c or'6 2322 40122 IPF4012 Conttg6-2091 2438 4864 Unknown Function YPL221w orl62324 4010 IPF4010 Cotg6 2091 6332 5076 unknown function no significanf match orf6 2326 4009 CaBMSl Contng6 2091 6582 10214 probable membrane proteln Involved but site selechon) '6 2327 18784 IPF18784 Conhg6-209i 13460 14455 unhnown functton no signihcant match off6 2329 158012 CaTOM6 Cbnti 6.2092 540 235 mltochoodnal outer membrane import reptor subumt (by homology) YOR045w ort6 2330 116212 CaRNAl Cont! G6 2092 636 )

   YMR235c ori6 2331 11620 IPF11620 Ct g6 2092 2002 6000 simitar to Saccharomyces cerevisiae Rad50p DNA repau protem (by homology) YNL250w orf6 2332 116172 IPF11617 Contig6-2092 6694 6020 unknown function YOR298w orf6 2333 116b1bclbprb16 98bprpr1616bbfpr1516 2334 15394 IPF15394 ConUg6 2093 2614 2228 unknown tuncuon YDR469w ort6 2340 15393 CaTLGl Contlg6.2093 2857 3540 tSNARE that affects LateGolgicomPadment (byhomaiogy> YDR468c orf6 2341 19897 1 IPF1989ant ConCH47 2046 offCH620 236n466UCH620ncount 236)

  g6 2093 8597 10348 chrtmase 2 precursor YLR286c or'6 2344 15861 1 IPF15861 cont g6 2093 10633 11655 unko ... f..cti.n no sigmhcant match orf6 2345 15862 CaSCWll 3eoc ConUg6-2093 12524 11748 gfucanase gene famity member. 3 prfme end (by homotogy) YGL028c or'62346 16878 CaSAS3 C.tg6 2094 2479 4896 snlencmg protein (by hmlogy) YBL052c or'6 2349 17504 IPF17504 Conl: g6 2094 6357 5113 unknown function YBL055c off6 2350 17503 CF1750 6537 7283 protem folding and stabilization (by homology) YMR161w off6 2351 170312 IPF17031 Contlg6.2094 7655 8251 unknownfuncbon YBL057c or'6 2353 19898 1 CaDOT6 Contngfi-2094 10269 8467 involved in derepression of telomeric snlenung (by homology) YER088c CaTRP2 ConUg6 2094 12575 11007 anthranilate synthase component 1 (Oy homology) YER090w or'6 2355 114602:

  PI11146 Cantng6.2095 15042 11401 unknownfunctnon YJL076w ort62362 19720 1 IPF19720 3eoc Contng6 2096 3 4982 unknown funcuon. 3 prime end no slqnlhcant match or'6 2365 14165 IPF14165 ConUg6-2096 6371 5115 unknown functnon no significant match or'6 2366

  <Desc / Clms Page number 29>

 
 EMI29.1
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 EMI29.2
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  <Desc / Clms Page number 30>

 
 EMI30.1
 D12001-41 (linked to DI2000-68) Table 1
 EMI30.2
 94662 IPF9466 Against 2116 3600 1189 unknown tunctlOn YBRO97 .., f6 2484 9462 IPF17322 3f Cont! G6 2116 9376 7088 unknown function, 3.pnme end YNR052c orf6 2486 9461) PF9459 C..tig6 2116 9870 9406 unknown function, 5 prim ncl no sigmhcant match orf6 2487 94591 IPF9459 Contlg6.2116 11454 10621 unknown lunetlon no slgnlflcant match.

   ort62488 19648 CaIFF12 3eoc Contig6-211b 15165 12751 unknown function, 3 prime end no match ort6 2490 19650 1 CaSPS19 Against 2117 1777 2655 peroxnsomat 2,4-dnenoyt CoA reductase (by homology) YNL202w orf6 2495 10382 CaGCSI Against 2117 2904 4031 factor GTPase-activating protein (ARF-GAP) (by homelogy) YDL226c 0rf62496 10381 2 CaCWH8 C..t 6 2 5008 4283 putative requlred protein tor full levels 01 dohchoHmked oligosaccharides in the endoplasmic reticulum (by homology) YGR036c or'K 2497 1097 Cot.g6 2117 10818 8191 karyophenn beta protein (by homology) YLR347c orf6 2498 10466 CaCANI Contlg6.2118 3233 4948 amino aad permease (by homology) YEL063c ort6 2500 10464 CaMET223 Contig6 2118 6171 5143 proton ser / thr phosphatase)

   YOL064c ad6 2502 10461 CaRIM9 Conhg6-2118 8100 9140 regulator for sporulation and invasive growth YMR063w orf6 2504 104591 IPF10459 Cont) g62118 10462 9212 unknown functfon YDR180w or'6 2505 10457 IPFl0457 Contlgin.2118 nuclear116 or'6 2506 10455 1PF10455 Cont: g6 2118 11464 12309 unknown function YOR195w orf6 2507 10454 CaMET221 CPntig6.2118 12717 13793 proton ser / thr phosphatase (by homology) YOL064c orf6 2508 10452 CaJA2 Cont <g6-2118 16344 13849 ATP depend RNA hehcases t'ke (by homo) ogy) YKL078..16 2510 10133 2 CaRLRl Cantlg6 2119 1136 5962 hypothetlcal regulatory protein (by homology) YNLI39., f6 2512 132782 CaPZFl Contrg621197297 6059 TF59 initiation factor) (by homology) YPR186c orf6 2514 132752 IPF13275 Against 2119 8730 10046 function YHR016c orf6 2516 13423 IPF13423 Co.t, g6 2119 12415 11111 unknown fuct, ..

   YOR059c orf6 2517 102622 2120 4344 5189 PF10262 Against unknownfunctron YKL051w orl62518 CaGRX3 Contig6 102592 2120 5542 6303 glutaredoxin like proton YDR098c orf6 2519 102582 8222 6453 IPF10258 Conhg6.2120 sJmllar to Saccharomyces cerewsrae Rad24p checkpomt cell cycle protein (by homology) YER173w ort6 2520 200761 IPF15357 Contrg6 -2120 10210 8390 unknown function YER169w off6 2522 144792 CaARP8 Contrg6 2121 1775 4819 actrn-related protein (by homology) YOR141c orf6 2524 19902 tPFl9902 Contig6 2121 7130 9136 unknown functlon no stgnificant match orf6 2525 16648 CaIF22 Conhg 21 (239) 6 2527 166462 IPF16646 Contng6-21222765 3484 unknown tunct, on YELQQIC orf62529 130172 IPF13017. G6 2 22 11414 10434 unknown function no slgnlflcant match orl62532 132701 16120 3 ...

   Conttgô 2123 140 1045 unknown / unctron.3-Pnmeend YOLI19C ort62533 132681 IPF13268 Conhg6 2123 2588 1116 unknown function YDR132c orf6 2535 132642 IPF13264 Contlg6 2123 4378 7302 zrnc-hnger transcription factor ot the Zn (2n type cluster (cn cluster) by homology) YML099c or'62536 144452 C.RGT1 Contrg6-2123 10938 14027 Regulator of glucose induced genes (by homology) YKL038w orf6 2537 14254 IPF14254 Contre 2124 6612 5017 unknown function no vgniticant match orf6 2540 14255 2 IPF14255 771919 funchon YLR228c., t6 2541 140332 CaARG81 Contig6 2124 9125 12427 transcription factor possibly tived 10 argmine metaboltsm, 3 prime end (by homology) YML099c orf6 2542 5058 CaCHS5 Conlrg6 2125 2604 4292 chmn b, .y.thes protetn YLR30 Conttg6 2125 4880 4524 vacuolar ATPase (by homalogy)

   YGR020c orf6 2545 50621 IPF5062 Contig621255198 6055 unknownfunctron YGR021w orf6 2546 5064 IPF5064 C.N. (by hom.logy) YGR019w orf6 2548 19651 CaUGAI2 5f Cont'g6 2125 9643 8957 4 ammobutyrate aminotransterase (GABA transaminase), 5 prime end (by homotogy) YGR019w orf6 2549 197241 IPF197omy Co.t giafferee saccharose repeat bmdrng factor 1 YPL128C orf6 2550 14805 IPF14805 Contrg6 2126 4769 3108 acetyl coenzyme To transport (by homalogy) YBR220c orf6 2554 148021 IPF14802 Con:

  g6 2126 5695 5958 unknown ffunc ion YCL057ca not I..d 19903 IPF19903 Contng6 2126 8938 7688 unknown functian no match orf6 2555 69301 (PF6930 Contng621269453 10289 unknown lunctlon YER048c orf6 2556 19904 CaQR17 Contig6.2l26 11591 10473 2558 6920 CaRPL30 3 Contig6 2126 13059 12742 RNA bmdmg.

   3 pnme end (by ho..Iogy) YGL030w not tound 18743 CaRPL24A Contig6 2126 14080 14547 ribosomal protein L24 (by homology) YGL031c Off6 3062 119292 CaCIPl contig6.2127 1498 2397 Cadmium rnduced protein (by hamology) no match or'6 2562 11927 1 CaCAN2 Conttg6 2127 4072 5778 ammo aod permease (by homoogy) YEL063c ort6 2565 119261 IPF11926 Contlg6.2127 4526 4332 unknown funchon no sigm'icam match not tound 119231 CaMSYl Cont) g6 2127 7405 5900 tyrosyl TRNA synth216672 homy216Y2Y216Y2Y2Y2Y2Y2Y2Y2Y2Y2YY2Y2Y2Y2Y2Y2YYY2 Contlg6.2127 11252 10176 pmtein ser / thr phosphatase (by homology) YOL064c orf6 2571 '172132 CaKAR5 Contrg6-2127 13120. 11663 nuclear fusion protein like (by homology) YMR065w orf6 2573 103941 IPF10394 Conhg6-2128 2281 1823 ukn ...

   function no slgnJflcant match or'6 2575 10395 Ca [FG1 Cont) g6-2128 4069 2912 probabte d-amino aod oxidase (by hamology) no slgnlflcant match or (6 2576 10399 IPF10399 conhg6.2128 6859 7611 unknown function YNL177c ort6 2578 104042 IPF10 Contrg6-212811624 12409 unknown functlon YBL049w or'62579 10223 IPF10223 Contlg6.2129 3755 399 putative seine / threonine kinase YJLI87c orf6 2582 199061 IPF19906 C.nt.g6.2l29:

  4 8017 unknown functon YER040w or (6 2584 102152 CaDBP3 C.ntig6 2129 8285 9874 ATP dependent RNA helicase (HELICASE CA3) by homology YGL078c orf6 2585 3937 IPF3937 Conhg6-2130 2746 1109 Unknown function no signihcant match ort6 2588 14524 IPF14524 217 unknown funchon YGL160w orf6 2589 13431 2 CaSSK2 Contig6 2131 5632 1178 MAP kinase kinase kinase of the high osmolanty signal pathway {by homology) YNR031 orl62594 15404 CaHUBl Cont'g6 2131 6507 6728 Ubiqurtnmhke modifier (by homology) YNR132 Ca 2131 8128 6848 Phosphoprotein phosphatase PPG catalyhc cham (by homology) YNR032w orf6 2595 17195 IPF17195 Contig6-2131 9479 11500 unknown tuncbon YMR239c ort6 2596 13486 CaARG8 Contng6-2131 12999 11632 acetylornithine aminotter

   YOL140w orf6 2597 70302 IPF7030 Contig6 2132 645 2426 unknown functlon YBR103w orl62600 70312 IPF7031 Contrg6 2132 2894 2529 unknown function. 3-prime end YPR063c not found 7033 IPF7033 Conhg6-2132 3735 3061 unknown tunction YPR057w orf6 2601 7035 Camps 15 5f Contrg6 2132 3938 5926 senne / threonine protein kinase, 5 prime end (by homology) YBR097w orl6 2602 7038 CVPSIS 53t Contas 2132 58 serine / threonine proton kinase, internai fragment YBR097w orf6 2603

  <Desc / Clms Page number 31>

 
 EMI31.1
 D12001 41 (linked to DI2WO.68) Table 1
 EMI31.2
 7041.2 CaVPSI5 3f Against 2132 7374 8552 serlne / threonine protein kinase,

   3-prime end YBR097w orf6 2605 7044 CaEBPl Against 2132 10150 11373 NADPH dehydrogenase YHR179w orf6 2606 139091 IPF13909 Contlg6.2132 13825 13214 Unknown funebon no slgnlflcant match or'6 2608 139082 CaCDC20 Conbg49tum anlex 16168 62609 149862 CaPRC2 Cont) g6 2133 3618 2122 cariwxypeptndase y precursor, senne-type p, tta (by homology) YMR297w or% 2612 14985 IPF14985 C.tig6 2133 4102 5319 unknown function YDR459c rif6 2613 148722 IPF14872 Cotig5 21f 5470 2614 148711 [PF14871 cantig6.2133 8154 7675 unknownfunction YDR525wa or'62615 148702 IPF14870 Contlg6 2133 8375 10960 unknown function YCL045 or'62616 156621 IPF15662 Conbg6 2135 449 3 unknown function no match ort6 2620 15661 CaSPS20ls 396len. .CoA reduetase (by homology)

   YNL202w orl62621 156 602 IPF15660 Conhg621353583 2483 putatnemnochondnalcarrier (byhomology) YMR166c art62623 160822 IPF16082 Conug621354407 5759 unknown tunction YDLl04c orf62624 160 812 [PF16081 CPMig6.2135 6928 5813 unknown functlon YDL105 orf62625 15970 CaMLHI Ct, R6 2135 7132 9285 DNA mismatch repau protein (by homology) YMR167w ort6 2626 118192 CaSSA4 Condg62136 1744 3714 cahsp70 mRNA for heat shock YER103w ort6 2627 118172 IPF11817 Contig6 2136 6114 4000 unknown function YDL206w orf62628 11815 IPF11815 C.tg6 2136 8710 7082 similar Saccharomycescerev1ny1gy1406nyyyyyyclyvidy Lys4? unknown function no significant match ort62630 18732 1 IPF18732 Ct, g6 2137 1113 1466 hnshdmewch glycoprotem precursor (by homology)

   no slgnlllcant match orl62632 200791 IPF20079 Against 2137 5475 5062 unknownfunctlon YMR074c or'62634 15785 CaYPT6 C.nt, g6 2137 6216 6890 GTP bmdmg Protein of the rab family (by homology) YLR262c or'6 2635 157841 IPF157ct unknown756b Con match orf6 2636 15781 IPF15781 ConUg62137 8477 8977 unknown function no slgmflcant match tort6 2637 14025 CaHSP60 Conhg6 2137 9998 11698 Heat Shock Protem 60 (HSP60) YLR259c ort6 2638 14026 2 [PF14026 Conttg62137 12161 14230 t.

   Saccharomyces cerewsnae Rrnl lp Involve0 RNA polymerase 1 speclflc transcriptIon (by homology) YML043c orf6 2639 79142 CaL! P8 Contlg6.2139 6296 4914 Secretory lipase no significant match or'6 2643 199081 IPF19908 Ct, g6.2l39 9229 98cl ort6 2644 79222 IPF7922 Cont) g6 2139 13232 10071 unknowntuncfon YNL236w or'62645 127672 IPF12767 Contng6-2140 6589 8442 unknown functlon o signitcant match or'62650 3873 CaIMH3 exon2 Cont'g6 2141 1547 432 IMP dehydrogen331 exon31 exon332 Contig6.2l4l 2229 1780 IMP dehydrogenase, exon 1 YML056c., F6 2652 38702 IPF3870 Conhg6-2141 6315 3763 similar to Saccharomyces cerevisiae Rtslp potentlal regulatory subunit of protein phosphatase 2A YOR014w orl62653 3866 IPF386cnfn7c 2654 9628 CaSPE4 C.nt.g6 2142 1812 2846 sperm synthase (by nomology)

   YLR146c off6 2656 96261 IPF9626 coMig6.2142 3538 5259 unknown lunction no sngnAncant match or'62657 9624 IPF9624 caMig6.2142 7526 5658 similar to Saccharomyces cerevislae Ecm25p Involved 10 ceil wall biagenesis and architecture (by homology) YJL20123 Ca6R42 8817 11801 265 proteasome regulatory subunit (byhomoiogy) YHR027c orf6 2660 9034 CaFDH3 3f Contig6 2143 2536 1796 formate dehydrogenase, 3-prime end (by homoiogy) YOR388c orf6 3469 9033 1 CaFDH3 5f Contig6 2143 2940 2560 form.

   5 prime end (by homology) YPL276w or (6 2663 90302 IPF9030 Contlg6-21434419 5387 unknown functton YGR277c orf62664 9029 CaUBP15 Contig6 2143 9689 5541 ubnqultm speclhc protease (by homology) YMR304w orl6 2665142 orlon 26For261 6 2669 18724 CaRPNB Conhg6 2144 2400 3392 26S proteasome regulatory subumt (by homology) YOR261c or'6 2670 31742 IPF3174 Contlg6.2144 3641 5026 Farnesyl transierase (by homalogy) YPL172c ort6 2671 31702 IPF3170 Contlg7214 2145 3 7022 unknown tunction, 3-prime end YPR117w orf6 2676 9881 CaMOR1 Cont) g6 2145 8139 10967 Maclp W teracting proteln (by homology) YGR100w orf6 2680 9880 IPF9880 C.nt,

  g6 2145 14447 11316 unknown tunction no sngniticant match orf6 2682 10096 CaSTHI conhg6.2146 5518 1607 helncase related protem by homotogy YIL126w orf6 2685 105102 IPF10510 Contig6 2146 6659 7216 unknown function YKR065c orf6 2686 10508 75Sc8tc 10503 2146 10981 11169 CaYSY6 C.ntig6 protein secretory pathway the Involved, by homology YBR162wa not found IPF14693 Contng621473619 146932 26 197261 unknown funetlon YBL004w orf62690 IPF19726 Contig6-21473992 5419 unknownfunctnon YDL001w ort62691 135042 IPF13504 Contng6-21479441 12728 unknownfunction no significant match orf62693 6402.2 Cahit Contng6 2148 5309 5755 requued for growth at high temperature (by homology) YJR055w or) 6 2696 187181 CaCGRI Cont <g6 2148 7139 6117 Cell growth protein (by homology)

   YBR053c orf6 2697 64062 CaCCT4 Contlg6.2148 8685 10319 Component of chaperomn containing T complex YDL143w orl6 2699 6410.2 CaSASIO ConUg6-2148 12104 10410 Involved m sllenclng (by homology) YDL153c orf6 2702 199101 CaRPC53 DNAR653 homology) YDL150w orf6 2704 19655 1 CaMSH5 5eoc C..t, g6 2148 14929 15465 metosis specifies protein, 5 prime end YDL154w ort6 2706 108372 [PF10837 Contig621491472 2758 unknown funcbon YDR083w orf62709 108352 IPF1084f496f6126f126f126f6136f6cf6cf6cf6cf6cf6cf6cf6fcf6fcfc6cfcf6fcfcfcfcf6f9fcfcfcfcfcfcfcfcfcffffffcffffffffffffffffffffffffffffffffffffffffffffffff of dwfhhhhhhhhhhfffhffhffhffhfg 2149 8325 10823 ubiqultln.proteln ligase (by homology) YER125w ort6 2711 10828 IPF10828 Contig6 2149 11524 12243 unknown functfon YBL095w ort6 2712 101742 IPF10171 exon ConUg6 2150 6145 5753 unknown funcfon, exon 3 YDR145.

   Conbg62150 6444 6166 unknown function, exon 2 YDL138w ort6 3044 10171 1 IPF10171 exon1 C.nt96-2150 7725 6700 unknown funcfon, exon 1 YDLl94w orf6 2715 10168 IPF10168 3 C.nt.g6 2150 9450 13385 unknown 3 prime end2J616 Conüg6-2151 2116 2610 kmetochore protem complex CBF3 by homology YDR328c orf6 2827 5546.1 IPF5546 Conhg62151 3436 4875 unknown function YDL220c orf62719 5545 tPF5545 Contre 2151 6667 5027 unknown tunct.on YDR330w or'6271 55ng2) GN15856) NEPROTE) NKtNASEby homojogy YHR082c z62723 162132 CaZUOl Ct, g6 2152 320 1603 2uohn, aa putatjve Z DNA binding (by homology) YGR285c orf6 2725 162122 IPF16212 Contlg6.2152 2417 1773 unknown function YMR311

  <Desc / Clms Page number 32>

 
 EMI32.1
 DI2001.41 (linked to Di2Goe 68)

   Table 1
 EMI32.2
 167522 iPF16752 Contfg6-2152 5166 2773 unkn "n lunction YGR200c ort6 2727 6419 CaSR823 Contig6 2152 5475 6203 DNA-duected RNA polymemse Il holoenzyme and Kornberg s mediator (SRB) subcomplex subunit. 3.pnme end YHR041c not4'4652HC 6497 8794 Can suppress the U14 snoRNA RRNA processmg functnon YJL033w orf6 2728 6415.2 CaMSH53f Contng6-2152 10509 8791 MelOsis.speclflc protein. 3 prime end (by homology) YDL154.

   orf6 2729 19653.1 CaMSH55f 51 Contig6 2152 10662 10510 Menosl5-specAic protem, 5 prime end (by homology) no srgnlflcant match orf6 2706 187121 IPF18712 Contlg6.2152 11917 12096 unknown function YORI09c on64693 14734 CaACF2 1301titi6 215 glucanase YLR144c orf6 2732 12449 CaRPL32 Cont'g6 2153 4541 4936 nbosomal protein L32 YBL092w not found 12448 CaPTK2 Conhg6 2153 7699 5261 senne / threonine protem kinase involved, n polyamine uptake (by homology) YJR059w orf6 273412341934 by homology) YOR307c orf62736 123482 CaYHM2 conhg6.2154 4674 3769 mtDNA stabnlnzmg protem (by homology) YMR241w ort6 2738 13513 1 CaFCAl 3 Conhg6-2154 6444 6857 cytosine deaminase, 3 prime end YPR062w ti ...



  13511 CaTF84 Conti% 6,2154 8,497 7,406 component of RNA polymerase transcription initiation TFIIH factor (by homology) YPR056w ort6 2741 13509.2 CaRPS133 Contlg6.21549193 8759 rlbosomal protem, 3 prime end (by homology) YDR064w not found 135082 IPF87508 Cong function YDR063w orf6 2742 135072 CaCDC14 3 conhg6.2154 11014 12624 proton phosphatase, 3 prime end YFR028c or'6 2743 13506 IPF13506 Contlg6.2154 13293 12775 unknown tunction, 3 prime end no significant match ori61274 8642 IPF8642 Contig6.2l55 94 or'6 2744 86272 IPF8627 canUg62155 9548 11692 unknown functnon YOR140w or'6 2746 142321 IPF14232 C..t, g6 2156 311 2068 unknown lunetlon no signincant match prt62747 14233.1 IPF14233 Contng6-2156 2398 2886 Putative transthyretm precursor

   YJR061 orf6 2748 14241 2 IPF14241 Conbg62156 7783 3092 unknown function no significant match orf6 2750 141262 IPF14126 Contng6215611121 12119 unknownfunctnon no stgnificant match orf62753 14127 CaMAGI C..t, g6 2156 13252 12188 3 methyladem YER142c or'62754 108012 CaURA2 5eoc ConUg6.2157 5228 3 muià'uncUona 'pyrimidine biosynthesis protein, 5 prime end (by homology) YJL130c ort6 2755 14587 [PF14587 3 Conhg6-2157 10312 10848 unknown function, 3 prime end no signhcant match .. t f.ud 187081 CaALS3 3eoc Contng62157 16795 16460 agg) ut) nm)) he protein, 3 prime end no match orf6 2760 3147 IPF3147 Contlg6.2158 3476 993 Nuclear valosin containing protern.llke (by homology) YLL034c ort6 2764 31442 IPF3144 Ct , g6 2158 4438 3887 unknown functioa YPR172w or'6 2765 3143 IPF3143 Cont)

  g6 2158 6343 4649 similar to Saccharomyces cerewsiae Orc4p subumt ol origm recogmtnon complex (by ho.ology) YPR162c or'62766 3141 tPF3141 Conhg6 2158 6894 8921 s1mllar Saccharomyces cerewsiae Sst2p mvolved mRens1matynon ynpcpc Contig6.2l58 10610 9006 Translation initiation factor eIF2 (by homology) YER025w ort6 2768 6675 IPF6675 Conhg6-2159 2369 1956 unknown function no s'8n! F! Cant match orf6 2771 6676 IPF6676 Contlg6.2159 3115 4860 polytopic membrane protein involved m drug transport (by homology)

   YBR293w ort6 2772 66782 IPF6678 ConUg6 2159 6426 4924 unknown funchon YDR438w ort6 2773 66791 IPF6679 Contig6 2159 7945 6935 unknown functnon no meaning match or'6 2774 6680 tPF6680 ConLg6-2159 9851 8502 unhnown tunctton YR07082 766 5 exonbonuclease requued for 3 end formation of 5 SS rRNA (by homology) no match not found 19626 CaMRF2 Conhg6-2159 12273 11089 peptide cham release factor, mrtochondnal (by ho..I.gy) YGL143c ort6 2777 117131 IPFI1713 Contlg6.2160 2185 2982 unknown function YPL172 orf6 2780 11714.1 IPF11714 Conttg6.2160 3273 3052 unknown funcfon no significant match not found 117161 IPF11716 Contng6.21604849 6267 unknownfunctnon YER040w orl62781 117172 CaMRFl Contng6-2160 7584 6505 mnochondnno homnondnno

   YBR026c orl62782 199121 IPF19912 Conhg6 2160 9368 8577 unknown functton YJ1l58c orf6 2784 5342 CaTRAl ContiR6 2161 43 6897 phosphatidylinositol kinase by homology YHR099w orf6 2789 5335 IPF5334 exon2 ConUg8 2161 85. exon YHR100c not found 5334 IPF5334 exonl Conhg6 2161 8865 8635 unknown function, exon YHRIOOc not found 5333 IPF5333 Contig6 2161 9063 11177 unknown function YDR266c., f6 2791 53302 IPF5330 Contre 2161 13187 13540 unknown lunet10n no slgn616434 346 5000 vacuolar sortlng protem by homology to S cerevisiae YPR173c or'62796 113441 IPF11344 contig6.2162 6156 5158 unknown lunctton YNL325c ort6 2797 11347 IPF11347 Contlg6.2162 7033 6776 unknown lunetlon no significant match not tound 146241 132 match not found 14623 IPF14623 Ca.t,

  g6 2162 13531 14601 unknown function YPR009w orf6 2799 60031 IPF6003 Conhg6-2163 4000 8229 similar to Saccharomyces cerevisiae Msb2p multicopy suppressor of a CDC24 bud emergence defect (by homology) YGRO14w., f6 2804 187001 CaKRE2 3t Confit6 2164 2607 prime end no significant match oit6 4542 186991 CaKRE2 5f Contig6 2164 2795 2559 secretory pathway protein, 5 prime end 'no significant match ort6 4542 13700 CaPPH3 3a C.ntig6 2164 7120 6215 protein serine / threonine phosphatase.

   3-prime end (by homology) YDR075w ort6 3416 129222 CaPRP12 Co.t, g6 2164 7831 10434 involved in early maturation of pre RRNA (by homology) YMR302c orf6 2807 153062 CaMCM2 Contig6 2164 15055 12344 replicatnon Incensmg factor (by homology) YBL023c ort6 2810 88342 CaPCL2 Contng62165857 93 GIIS speclflc cychn YDL127w orf62813 165762 CaVCXl Contng6 2165 4486 3236 Ca2 + transport by homology YDLl28w orf6 2815 197291 CaERGI Contng6.21657347 5857 squaiene epoxidg6G176165161661651616616516G166165166166165166166166166G1661651661661651616716516166;

   like protein YDR211w orf6 2817 10140 IPF10138 3t C.tg6 2165 10709 10251 unknown function, 3> prime end match., t6 2818 101382 lPF10138 Cont) g62165 11455 10814 unknown function, 5 prime end YNR018w orf6 2819 10134 CaARHI Conttg2 2165 14844 and ferredoxin NADP + reductase (by homology) YDR376w orf6 2820 118372 CaNIF3 Conhg6.2166 1333 716 Ngglp mteractmg factor 3 (by homology) YGL221c orf6 2822 118422 IPF11842 Contng621666203 3147 unknown function YER276c ari62823 145 Contig6 2166 14663 17965 vacuolar biogenesis protem (by homology) YMR231w or'62825 5552 CaPEX3 conhg6.2167 2685 1294 PEROXISOMAL MEMBRANE PROTEIN by homology YDR329c or'6 2828 5556 IPF5556 Contig6 2167 4984 5955 acid phosphatase (by homology) match orf6 2830 5561 [PF5561 C..t,

  g6 2167 6942 10163 unknown function YDR326c orf6 2831 11849 tPF11849 Contng6-2168 4007 5698 unknown function YNL234w orf6 2833 118472 IPF11847 Contig62168 8141 13108 unknown Lncàon YNL233w orf62835

  <Desc / Clms Page number 33>

 
 EMI33.1
 D12001-41 (linked to 012000.68) Table 1
 EMI33.2
 16755 IPF16755 Contrg6 2169 4586 6781 unknown function YPR021c match ort6 2839 15969 IPF15969 6 2169 9253 7163 unknown function no signilicanl match ort62840 159682 IPF15968 Conhg6-2169 10357 9512 unknowniunctian YGL174w ost62841 159662 CaTCniprotcprtc299 by homoiogy) YDR161w or'62842.



  * 197311 IPF19731 C.tig6 2169 12G56 13183 unknown tuoctlOn YLRI45 .., f6 2843 15844 IPF15844 Contrg6 2169 15236 13482 slmllar to Saccharomyces cerevlslae Stp2p involved in pre tRNA splicing YHR006w or'6 2844 7152 Caagrngagrag21 ) YDR508c ort6 2846 7154 CaMIPI Conttg6 2170 6474 4123 Mitochondnaiintermediate peptidase (by homology) YKL134c os6 2848 71582 IPF7158 Contrg621707382 9967 putative seine / threonlne kmase YDR466w or'62849 71592 IP7

   g6 2 70 10705 10160 unknown functlon YBL107 or'62851 18690 IPF18690 Contig6 2171 994 2 unknown tunction no signihcant match ri6 2853 2568 CaERK2 Contig6.2l7l 2684 3802 mltogen actlvated protem kinase (MAP kmase) YBL016w orf6 2854 25717P CAD -dependent permease (by homology) YCROlle orf6 2855 2574 CaSCSI caMig6.2171 9377 8043 mrtochondnal protem of the cDC48 / PASI / SEm8 (AAA) famùY of ATPases (by homology) YDR375c orf6 2856 84202 IPF8420 Contlg6-2172 2911818 function18918 8421 2 IPF8421 conhg6.2172 5391 3529 unknown function no match art62860 84222 IPF "422 Contlg6 2172 5673 6284 unknownfunction YML036w orf62861 8423 IPF8423 Contrg6 2172 8438 6339 slmllar to Saccharomyces cerevlslae Dhslp exonufor2246non24club6; 8780 unknown funetton YKR036c or'62863 84261 CaTHRl C..t,

  g6 2172 11801 10728 homosennekrnase YHR025w ort62865 8427 CaERG16 conhg6.2172 13720 12134 cytochrome P450 lanosterol 14a.demethylase YHR007c ff6 2866 165142 IPF16514 C.nt g6 2 172,7247 15190 unknown functlon no sngnil617 or62 276 Ste4p pheromone response (by homology) YOR281c or'62868 174742 IPF17474 Contlg6-2173 2119 4149 unknown functlon YKL193c art62869 6151 2 IPF6151 Conbg6-2173 4150 5253 unknown funcbon YER007w ort6 7219 6149 t1pp6149 t1P6119 enzyme (by homology) YMR223w orf6 2870 6146 CalF03 Ct;

  g62173 9516 10721 Slmllar to Streptomyces coelicolor putative hydrolase YMR238w orf6 2871 195601 CaIF02., Contlg6-2173 13812 15068 unknown funchon YKL046c 0d62872 175582 IPF17558 Cont! g62173 18338 18538 unknownf75 YNL13 C.nt g62174 6030 7919 mrtochontinal nmport receptor (by hm.Ry) YNL121c rif6 2877 199131 IPF19913 Contig62174 8278 9438 unknownfunction YNL128w or'6 2878 80691 IPF8069 Contig6-2174 10210 9530 unknownfunctian YHR121w2177796 (6 2880 80661 CaTOM22 C..t, g6,2174 14169 14621 mltochondnal outer membrane import receptor complex subunit (by homology)

   YNL131w orf6 2881 141521 CaECEl Contig6-2176 3044 3859 Cell Elongation Protein no match ori6 2886 14155 iPF14155 Contig6 2176 4506 6377 slmllar to Saccharomyces cerevisiae Rim4p involved 10 sporulatlon (by homology) YHL024w ortF3019541 541 541 541 545 1956 YDL216c orf6 2888 15627 2 IPF19554 3f Conhg6-2176 7294 8460 unknown function, 3-prime end no match or'6 2889 15624 CaDOT4 C..t:

  g6 2176 9238 11445 derepression of telomenc silencing (by homology) YNLI86w orf6 2890 10516 CaUAPC Conhg6-2177 5627 7402 purine permease (by homology) no match od6 2894 105132 IPF10513 Contig6-2177 8853 9845 unknown functlon no slgnlflcant12 Ca695. 2177 13243 10061 general chromahn factor (bv homology) YGL207w ort6 2896 122902 CaGATI Contlg6 2178 5660 7663 nitrogen regulahon (by homology) YFL021w ort6 2898 11858 IPF11858 Contlg6-2178 10048 8870 unknown funchon no slgmflcant match or:

  6 2900 118542 IPF11854 C..t, g62178 13149 12907 unknown function no slgnrflcant match or6 2825 16693 CaMTR3 Against 2179 1279 2154 Involved in MRNA transport (by homology) YGR158c orf6 2904 19594 1 CaCH02 Conhg6-2179 4921 2255 phosphatidology methyl ) YGR157w ort6 2905 18681 1 CaOBP2 exon2 Contrg6 2179 6687 6292 ATP dependent RNA helicase of DEAD box family, exon 2 (by homology) YNLI12w orf6 2906 17362 CaDBP2.exonl Contrg6.2l79 9043 7712 ATP dependent RNAhehcase of DEAD box family, exon by homalogy) YNL112w orf6 2907 16126 IPF16126 C'Atig6,2179 10140 9745 slmllarto Saccharomyces cerevisiae Rpcl9p DNA directed RNA polymerase i, iU 16 KD subunit (by homology) YNL113.

   ort6 2908 16124 IPF16124 C.ntg6,2179 11981 10713 zinc linen, -nta.g vote, (by h.motogy) YOR113 .., t6 2909 172962 IPF17296 Contig6-2179 18510 16960 unknowniunction YDR285 orf62911 14250 CaRNTl Contrg6 2180 2288 111 (by homology) YMR239c orf6 2914 14249 CaMRPLI1 Cont) g6 2180 2754 3530 Mitochondnainbasamai protetn (by komology) YDL202w or (6 2915 142482 IPF14248 Contig6 2180 3944 4921 putative methyltransterase (by homology) Y1424724296167296167169296146167166166167166167166166nb167246166nb16241f167246fb167fb167f1fcfgfcfcfcfcfcfcfcfcfffffffffffffffffffff: '6 2917 90902 IPF9090 Conhg6 2180 12184 9638 unknown function no slgnlflcant match ort6 2919 199161 caAL5ii 5f Conttg6 2181 2953 5811 agglutinin like protein, 5-prime end YARO50w ort6 2920 99171 caAL5ii 3f Cont! 96.2 1815777 86n agglut prime end YAL063.

   or'6 2924 9914 IPF9914 Contrg6-2181 9309 12218 alanyl-tRNA synthetase (by homology) YOR335c orf6 2925 15124 CaMRP4 C.nt.g6,2181 13773 12391 Ribosomal protetn of the small subunrt mltochondrial (by homology) YHL00123w6 Conhg6-2181 13939 14550 unknown functron no slgnlflcant match or'62927 14331 IPF14331 Contrg6-2182 5091 7817 Probable extraceUularaiPha.i.4.Oucan glucosidase (by homology) no sigmficam match ort6 2933 12467 CaFET34 3eoc Contigan 2183 1373 -prime end (by homology) YMR058w orf6 790 12465 CaAPM3 Conttg6 2183 1906 3444 AP-3 complex subunit, mu3 subunit (by homology) YBR288c or'6 2941 124641 IPF12464 Contlg6.2183 3805 3578 unknown functron no signdrcant match not found 1246 SN12 Contng6 21f33 4201 7431 Sec9 interacting protein (by homology)

   YBL106c ort6 2942 71662 IPF7166 Contlg6-2183 7661 8995 unknownfunction YDL058w orf62943 7165 IPF7165 Contig62183 10532 9042 slmllar to Saccharomyces cerevisiae Dia4p seryl-tRNA synthetase (by homol.gy3 21683 Y16011 2945 7161 1 CaNOP58 Contig6 2183 12048 13598 nucleolar proton required for pre-18S rRNA processing YOR310c orf6 2946 19602 IPF19602 Contlg6.2184 3930 1015 snmnlar to Saccharomyces cerevrsrae Swi3p transcriptron regulatory protein (by homology) YIL4176176176176176 RPL17B nbosomal protein L17 e YJL177w or'6 2951 4774 CaQCR8 Cont! G6 2184 9181 9468 ubiqumol-cytochrome c reductase chain VIII (by homology)

   YJL166w not found 47752 CaERG20 Contlg6-2184 10740 9685 farnesyl-pyrophosphate synthetase YJL167w orf62952

  <Desc / Clms Page number 34>

 
 EMI34.1
 012001.41 (linked to 012000.68) Table 1
 EMI34.2
 47762 IPF4776 Cont) g6 2184 12493 11213 unknown Function YKL172w orf62953 4778.2 CaKTR2 Contrg6218414266 12827 mannosyltransferase (by hOr11ology) YKR061w or (6 2955 13417 CaMRP51 Contlg6.2185 583 1689 Mltochunin11) Against 2185 5381 4407 mitochondrial transit peptide (by homology) YALOI lw orf6 2963 15055 CaNRKI.

   Cont) g6 2185 8380 5705 Cdc31p mteract <ng ser / thr protein kinase (by homology) YHR102w orf6 2964 14728 IPF14728 C.tig6.2l85 10805 9102 unknown lunction no \ gf)) f! c.ar.1 match or'62965 147301 VPF147305eoc Conhg62185 12000 12710 unknown functlon, 5pnme end no significant match orf6 2966 6474 IPF6474 ConGg6-2186 2352 1183 unknown funcbon YML076c orf6 2968 64731 CaCMDl Conhg6-2186 3275 2757 Calmoduhn YBRI09c cri64226 6412 2 CaREVI Contrg6 2186 3669 7010 DNA repair protein (by homology) 646706 hom6 Or6 Ca6166 Or6 2186 7184 8362 Putative histon deacetylase (by homology) YPR068c or'62971 19918 CaALG1 Contig6 2186 9758 8388 beta 1,4 mannosyltransferase (by homology) YBRIlOw ort6 2972 150812 IPF15081 C..t, g6 2186 10329 12404, ph.ph.

   (by hm1.9y) YCR026c orf6 2973 15083 iPFi18353eoc Contig6 2186 14187 12538 unknown function no signficant match orf6 401 82872 IPF8287 Against 2187 1534 2526 unknownfunctron YMLO50w orf62976 6342 IPF6342 Contig6 2188 5860631 no. unknown funchon YDLl73w orl62983 6339 CaHAMl Contlg6.218B 10509 9901 Contracts 6.N.hYdroxylaminopunne sensitivity and mutagenesis (by homology) YJR069c orl62984 6338 IPFfi338 Cont) g6 2188 11263 10871 unknown function no s, g185 C. or35 , g6 2188 12652 11672 Thiamm pyrophosphoktnase (by homotogy) YOR143c or'62986 151632 CaPYC2 exonl Contig6 2189 1154 1402 Pyruvate carboxylase 2 (by homalogy) YBR218c or'64116 15167 CaPYC2 exon2 Ctg89 21

   YBR218c or'6 2989 186681 CaRIM11 Conttg6 2189 5417 4845 Ser / thr protein krnase (by homology) YMR139w off6 2991 13324 1 IPF13324 Against 2189 7043 6147 unknown functton no signihcant match orf6 2992 5082 IPF5082 Contig6 2189 9750 cpmr sacchar 871 actrvating protein kinase (by ho..Iogy) YFL029c orf6 2993 5080 CaSRBIO Conhg6 2189 11775 9949 cychn depend on hmase by homology YPL042c orf6 2994 50782 IPF5078 Contig6 2189 14108 12111 unhnowntunctton YLR417w Off6 29951742 unknown 1895 2196942 62996 15450 CaALS2 3feoc Conhg6-2190 2107 2 agglutrnin hke protem.

   3 prime end YAL063c or'6 1310 13001 CaALS2 531 C.nt.g6 2190 2256 1963 agglutinin-like protem, rntemal fragment no slgnrtrcant match not found 10205 CaALS2 5t Contig6.2190 7426 2156 aggfutmm)! He protein, 5 prime end YAR050w orf6 3000 10208 IPF10208 C..t, g6.2l9O 12799 10160 chloride channeliike protein (by homology) YJR040w or (6 3001 102092 CaGLE2 conti 6.2190 13087 14238 nuclear pore complex structure and function-like protem (by homology) YER107c off6 3002 10214 IPF10214 C ..t, g6 2190 16695 19073 unknown function no signilicant match orf6 3004 146442 CaYMEl C.ntig6-2191 5017 2954 famrlyofATPases YPR024w orf63007 16426 IPF16426 Contig6 2191 7201 9438 similar to human BRRN1 (by homology)

   YBL097w ort6 3008 164282 IPF16428 Contrg62191 10460 9474 unknown lunctlon YIL019w orf6 3009 155772 CaHIS6 Contig6 2191 10664 11503 5 P FAR somerase YIL020 orf6 3010 155762 CaRPB3 Contng6-219112529 11573 DNA-drrom1R6N1115296151151? 12763 13224 unknown funchon nosignrfrcantmatch or'63012 10526 CaYHC3 C.tig6.2l92 4218 2938 rnvolved 10 cellular pH homeostasis (by homology) YJL059w ort6 3016 105242 CaAR04 Contrg6 2192 5097 6209 3.dehydra.deoXYPhasPhaheptonyr ydoslase ort6 3017 20082 IPF20082 Conhg6-2192 7188 6385 unknown funchan YOR238w orf6 3018 105212 IPF10521 Conbg6-2192 8615 7500 unknown lunchon no Stgmfjcant match Off6 3019 105192 CaGPTl Contig6 2192 10657 8996 polyamine transporter,

   GABA transporter YDL210wr orf6 3020 17402.2 IPF17402 Contig6 2192 12848 14995 unhnownfunctton YJL062w orf6 3021 1632 CaATP3 ConLg6 2193 1553 705 FIFO ATPase complex, FI gamma subunit, 3 prime end (by homology) YBR0392 2116 no signrhcant match not tound 1662 IPF166 Conhg62193 3545 6613 unknown functlon YCR017c or'6 3024 168 IPF168 caMig6.2193 7496 8074 unknown function YDL046w orf6 3025 170 CaFTH2 Cont.g6 2193 8838 10373 iron transporter YBR1176166 off -2193 12962 10767 unknown functron YER113c or'6 3027 9686 IPF9686 Contng6-2194 2216 5539 srmllar to Saccharomyces cerevisiae Secgp Golgi - plasma membrane protem transport grotem (by homology)

   YPR055w od6 3030 96851 CaCTRl Contig6 2194 6450 5695 copper transport proton YPR124w or / 63031 96832 JPF9683 Contrg62194 9351 7204 unknowniunctron YHR006w od6 3033 12371 IPF12371 Contig6.2l94 15418 14246 extracellid alpid6 (31uc) 242 extracellular alphal6; g6-2195 3 4649 slmllar to Saccharomyces cerevrStae Tao3p transcriptional activator, 3 prime end YIL129c orf6 3035 13221 IPF13221 Contrg6-2195 4919 5980 unknown function YOR091w orf6 3038 132172 IPF13217 conhg62195 8005 6216 nf9494fn139 (by homology) YOH096W orf6 3041 13663 CaRK11 Cont) g6 2195 12087 12878 D-nbose-5 5 phosphate ketol-isomese (by homology) YOR095c orf6 3042 13664 CaARF3 Contrg6 2195 13600 13112 GTP bmdfng protem of thé ARF fam [) y (by homoogy)

   YOR094W orf6 3043 17552 CaPOTl Contig6.2l95 16141 16431 Acetyl COA C acyltransferase, peroxisomai (by homology) YIL160 ort6 3123 9983 CaHGTl Contig6-2196 3154 4791 hexose transporter YFL040w orf6 3044 9978 CaHSP21 homig21 '63045 9977 2 IPF9977 C.tiR6 2196 9299 10303 unknown lunction YLR064w ort6 3046 199201 IPF19920 3 Contfg6 2196 12632 10575 unknown function.

   3 pDme end YKLO15w orf6 3047 9973 IPF9973 Conhg6-2196 12938 13561 slmnar to Saccharomyces cerensiae Faulp 5,10 methenyftetrahydrofotate synthetase (by homology) YER183c orf6 3048 9972 2 IPF9972 3eoc Contrg6 2196 3015c135555 unknown646135 prime156 -21975772 8129 unknownfunctron YEL007w orf63050 7536 CaMIRI C..t.g6 2197 11615 12538 phosphate transport protein, mitochondnal (MCF) (by homology) YJR077c or'6 3051 7539 1 IPF7539 C.ntig6 2197 14411 15127 unknown function no match orf6 3052 186631 CaECM21 3 Cont <g6 2197 16936 15449 Involved ces wall biogenesis and architecture (by homology)

   YBLI01 or'6 3053 16764 IPF16764 Contig6 2198 2441 2971 unknown function YOR276w ort6 3055 11045 IPF11045 C..t.g6.2l98 6186 3310 unknown tunctton YMR212 crf6 3057 110402 IPF11040 Contrg6-2198 7459 9291 similar to SChizoscaccharide pombe dunng G2 / M transition (by homology) YMR213w orl6 3058

  <Desc / Clms Page number 35>

 
 EMI35.1
 012001.41 (linked to D12000-68) Table 1
 EMI35.2
 11037 CaRIM20 Contlg62198 9500 11857 RimlOI actlvating proteln YOR275c orf6 3059 110352 IPFlI035 Contlg6-2198 12061 13458 stmllar to Saçcharomyces cereVJSlae Mod5p tRNA Isopentenyltransferase (by homre19 2106 or30196194196196196196196196196196196196196196196196196; 2199 2151 1204 unknown'unc'ian no 5! Rn! F! Cant match orf6 3064 6915 CaPATl Cont <g6 2199 2929 5286 Topo'somerase fl.assamated proton (by homology)

   YCR077c orf6 3065 69092 CaSURl Contig6219911055 12911 SuppressorofROK1 YJL056c orf63067 6906 1 CaAGP3 Canhg6-2199 14003 15544 ammo aod permease (hy homotogy) YFL055w or'6 3068 138152 tPFr811151515 t108061515 Cont1061515 t158152151515 tpF138155 aggluhmn-Inke protem, 5-pnme end YJR004c orf6 3074 13009 CaALS4 Contig6.2201 11991 13631 agglubnm Itke protelO, 3.pnme end YIR019c ort6 3075 154462 CaSPC105 Contng6-2201 14537 17281 Spindle pole body protem30 by93 homology 2 CaALG2 5 Contlg6.2202 3787 5073 mannosyltranslerase, 5.pnme end (by homology) YGL065c or'6 3077 9505 1 CaRVS167 Contig6 2202 6616 5294 (putative) cytoskeletat proton (by homology) Y0R388w ort6 3078 9507 IPF2507 funehon YMR247c orf6 3079 9510 IPF9510 CaM,

  g6.2202 12891 11548 unknown funetton no signrtncant match orf6 3082 9511 2 CaMAP2 Contig6.2202 13928 15271 methionine amlnopephdase (by homology) YBL091c orf6 3083 9515 JPF9515 Contlg6.2202 17800 18909 slmllar for SlaomySiViSiMoSiMoSiMoReSiMoReSiMoSiReSiMoReSiMoSiReSiMeReSiMeReSiMoSeReSiMeSiMeSiMeReSiMoReSiMeReSiMoReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeReSiMeRT ort63085 13595 CaSOKl Contig6 2203 7951 10428 htgh eopy suppressor of a cvdlc AMP dependent proteln kinase mutan (by homology) YDR006c or'6 3088 17483 iPF17483 Cont-g62203 13039 12671 unknown functlon no sngndicant match or (6 3089 1053 1CD 355 2 Isopentenyl dl phosphate delta'isomerase, 3-pnme end YPL117c or'6 6577 1051 1 CaBFRl ContJg6.2204 1299 2687 Stmtlar to Saccharomyces cerewsiae Bfrlp Involved ln the maintenance of normal ploldv (by homology) YOR198c or'03046 1047 1047 1047 4159 unknown funetton YMR310c ort6 3095 10461 CaBGL21 Cont)

  g6 2204 4886 5812 endo.beta 1.3.Kiucanase (by homology) YGR282c ort6 3097 1044 CaROTll conhg6.22D4 6176 6757 Putative membrane proton YMR200w ort6 3098 1043 IPFl043 Contig6-2204 7520 8431 Slmllar to hydroxyqumoll, 2.ihloxygen 3099 10402 IPFl040 Contig6.2204 9291 11708 Stmtlar to transcnpttonal actIVators YPL248c ort63100 14709 CaCDR35eoc Conttg6.Z2052847 1 ABC transpqrter, multndrug resnstance protein, 5 pnme end Y0R153w or'6101fb 826nf276nf276nfb6nf276106n6nf276nf6n6fn6166nf6nf276n6n6fn6166fn6fn6fn6fn6fn6n6fn6fn6fn6fn276f1f2f6f2f2f6f2f2f6f2f2f6f2f6f2f6f2f6f2f6f2f6fcf6fcfcfffcfcfcfcfcfcfcfcfcfbf6fbfcfbfffbffffffbf9fb 12709 10808 unknown functlon YDR314c ort6 3103 87462 JPF8746 con'ig6.2206 3185 5587 putativealphaR, 3mannosyltransferase (byhomology) YEROOlw orf63107 8744 IPF8744 conhK6 2206 6302 8311 unknowntunctton YKL005c 876

   5 pnme end no stgntflcant match ort6 3110 8741 1 IPF8741.3f Contng6 2206 9991 12360 unknown functnon, 3pnme end YDR217c ori63111 87391 CaPUTl Cont! G6220614072 12603 proline oxndase (by homalogy) YLR142w ort6 3111 1401nct1801ngn1 oi16 3113 14077 1 CaGEA2 Conig6 2207 6700 3623 GTP / GDP exchange factor, 3-pnme end (by homology) YEL022w or'6 3114 14074 CaGEA2 Contre 2207 6797 6570 GOP1GTP excnange factor tor ARF, 5 pnme end (by homofogy) YEL022w or ' 6 3115 156762 CaEND3 Conttg6.2207 8249 9436 reqmredforendocytosis and cytoskeletal organlzation (by homology) YNL084c or'6 3116 15677 iPF15677 Contfg6220710356 9517 probab) eNADHub! C) uinoneox'anof9'67 "byhom" Conhg62207 11911 11528 Inpnd transfer protem (by homology)

   nosigm'ican'maich orffi 3118 16533 IPFl6533 Contig6-2207 13557 14216 unknown funcbon no stgntltcant match ort63119 16088 CaMETIB Contig6 2207 17848 14708 Involved 10 NER fePairand RNA polymerase Il transcrlptton (bY homology) YtL128w2202tot2,222 B (by homology) YfL160c ori63123 12868 tPF14094 repea Contig6-2208 12168 13706 repeated protêt (10 times) ot unknown functton no signdicant match ort6 3125 13855 iPF13855 Contng6-2208 17183 18664 unknownfunct! 0n no sngnihcant match9206209 7206609 1514 Glutamate decarboxylase (by hamoio & V) YMR250w ort6 3128 7610 CaEGDI Conttg6.2209 4784 4311 GAL4 DNA blndtng enhancer protem (by homology) YPL037c or'6 3129 7611 CaDPP2 Contlg62209 5518 6372 Dlacylglychatol phosphatol)

   YDR284c ort6 3130 7613 IPF7fi13 Conhg6-22096818 7972 unknowntunction YOL105c orf63131 7615 IPF7615 Cont <g622098924 8031 unknown function YLR064w ort6 3133 76162 IPF7616 Contlg6.2209 9102 10622 putatJve homosenne Q.acetyltransferase (by homology) YNL277w ort63134 76172 IPF7617 ConUg6 2209 11327 10680 unknown'unchan YHR18166t6196366n6366n6366n366366t136166366n366366136366366 unknown prime end YKR031c orf63136 15088 CaPOX4 coMig6.2210 1529 3658 Peroxi5omaiiattYacY! coAaxida5e (byhomaioRv)

   YGL205w Off6 3137 15087 tPF15087 Conhg6-2210 4115 4705 unknown functnon YHR140w orf6 3138 134742 CaPXP2 Cont'g622107931 5757 acy! CoAaxida5e Peraxisomai (byhomaiagy> YGL205w or'6 315 1868f18 1049 8024 10837 hyphally regulated proteln no slgntltcant match orf6 3143 114102 CaKNSI Contigu2211 15494 17494 Ser / thr proteln kinase (by homology) YLL019c orts 3149 8243 CaNUMII Cont) g6 2212 6362 3 nuclear migration protem (by homology) YDR150w orf6 3151 8285 7115 NADP.giutamate dehydrogenase (by homology) YOR375c ort6 3152 8232 CaTRP5 Contng6-2212 10836 12944 tryptophan synthase (by homology) YGL026c ort6 3154 82292 CaCWH41 3eoc Contlg6'Z212 14318 13086 ER giucosidase 1, 3.

   YGL027c or'6 3155 15332 CaCLN21 Cont <g6 2213 5041 7398 G1 cychn (by homology) YMR199w orf6 3156 18655 CaROTl Contng6 2213 9539 10321 Suppressor of TOR2 mutations (by homology) YMR200w orf6 3157 15824 iPF15824 Contng6 2213 11721 11062 unknown functton o slgnlhc252166 14565 Vacuolar protem sortmg (by homology) YNR006w orf6 3159 14662 CaODCl Contigu2213 15297 16718 Ornithinedecarboxylase YKL184w oit63160 1465 CaCMP2 Cont'gô 2213 17358 19187 Calcmeunn B, catalytnc subunrt (by homology) YML099 56NT16916 (by homology)

   YLR055c orl63164 16988 IPF16988 Contlg6 2214 3946 3587 unknown function no stgntftcant match not fauod 14665 lPF14665 Conttg6.22148285 5997 unknawn Lnchan YFL027c orf6.3167 14663 'PF14663 CPntig6.21n216621661662146216616616616616662166166166166166166166166166166166121_2011_2016_2011. ort65on ort ort ort ort65 ort reductase (by homology) YHR104w orf6 3169 11048 CaMIGl Cont! g6221414382 12670 transcnptnonal regulator YGL035c orf63170 11051 2 iPFi1051 Contig6.2214 16147 15695 unknown funchon no sngnrticant match orf6 3173

  <Desc / Clms Page number 36>

 
 EMI36.1
 D12001-41 (linked to D12000-68) Table 1
 EMI36.2
 95442 IPF9544 Contlg6.2215 1497 2501 unknown functlon YNL156c or'63176 95392 CaFAA21 Contig6 2215 5235 7391 long chain ttty cid CoA Ingase (by homology) YER015w orf6 3177 95382 IPF9538 C..t, g6 2215 8373 7520 or functionN 9534 CaSES1 Cont, g6.2215 11237 9849,

  yl TRNA y.thetae (by ho..I.gy) YDR023w ort6 3180 11452.2 IPF11452 Conbg6-2215 12002 13345 unknown tunction YDR030c orf6 3181 157292 CaCTR2 Against 2216 1257 1745 copper transport pmtein (by homology) YHR175w orf6 3157 157282 Cont! G622162115 3452 unknown function no slgmllcant match art63183 13658 CaRTGl Contng6-2216 3856 4680 basic hel, .toop hi ,. tranpt ,.

   tacfor that regulates C1T2 gene expression (by homology) YOL067c orts 3184 13656 CaFADI Ctg6 2216 5435 4866 flavin ademne dmucleotide (FAD) synthetase (by homology) YDL045c or'6 3185 136532 IPF13653 Contig622166836 6066 unknown tun6 Y60F6 2216 7294 9483 Transcription factor (by homology) YLR182w orf6 3187 16484 CaNCSl Conttg6 2216 10214 9639 Calcium binding protein (by homology) YDR373w or'6 3188 164831 IPF14916 Contlg6.2216 10550 11017 unknownfunctlon YOL071w orf63182 5877 2 700t (by homology) YJR019c or'6 3191 58792 CaTESII Contig6 2217 3876 2722 Thtosterase (by homology) YJR019c orf6 3192 5882 CaLASl Contig6 2217 4645 6123 cell morphogenesls, cytoskeletal regulatlOn and bud formation (by homology) YKR072c1262782 676 required iar5Poruiahon (bY homology)

   YNL242w ort6 3194 128142 C.IFJ6 C.tig6 2218 3605 2334 unknown function no sngnuicant match or'6 3196 197351 IPF19735 cantig6.2218 5135 4746 unknownlunctnon YDL012c ort63197 18645 tPFIR646 Against 2218 8598 6067 unknown functnon YAL518e1361413612funf146 protein (by homology) YJR124c ort6 3199 145382 IPF14538 Contng6 2218 15930 17735 unknown function YOR137c orf6 3200 14536 IPF14536 Contlg6.2218 18166 18771 unknown functlon YDR339c orf6 3201 20682 CaRRP45 Conhg6 2219 1138 125 exin component Protein ) YDR280w orf6 3202 2067 IPF2067 C.tg6.2219 3123 1489 Required for marmosytation of sphingottptds (by homo) 0f! Y) YPL057c orf6 3203 13194 CaME710 Contig6 2219 7660 10944 Sulfite dCe fl..n btndmg .b ... t (by ... h ... I.gy)

   YFR030w orf6 3204 196471 CaIFF6 Cont! G6-2219 14447 17710 unknowfifunct-on no sngnuicant match orf6 3209 10045 IPF10045 Cont) g6 2220 21 1556 slmllar to Saccharomyces cerevislae Taf6lp TFIID and SAGA subunlt (by homh66 YDR6. 2220 3504 1735 MAP Kinase Kinase YDLl59w or'63212 100552 IPF10055 Contig6 2220 9241 7313 unknown function no slgnlflcant match ort63214 61561 IPF6156 Contng6 2221 1233 1784 5imiiarioceieKan5UMhomeoboxPratem YPLl70w orf9 3221 61521 361 61523621 216155 or'63218 6153 CaSK01 Conbg6 2221 5190 6914 Cre blndlng bZlp Protein, 3.pnme end (by homology) YNL167 ort6 3219 19736 CaHMG1 Contlg6 2221 10356 7135 3hydroxy-3 methylglutaryhcoenzyme A reductase 1 (by4146f146)? 12317 prolme cns-trans nsomerase (by homology)

   YLR449w or'63221 14315 CaRPPI C.nt.g6 2221 13931 14863 requued for pfocessmg of tRNA and 35S RRNA (by h..ol.gy) YHR062c Off6 3222 195821 IPF19582 Cor) t) g62221 16133 14955 unknowntunction YNL230c or'6 3223 10823 IPF10181 Contig6 2222 1602 2390 simélar SaccharomYce5 cerewsiae Rsm26p protein of the small subumt of the m! Tochondr! A! f! bosome (by homology) YJR101w orf6 3225 10822 IPF10180 Contig6 2222 3366 2464 unknown function no signifier match or'6 3227 108201 IPF10179 Contig6.2222 3596 4504 unknown functlon YJR088 orf6 3226 108152 CaURA7 Conhg6-2222 7764 1 764 C ) YBLO39 .., f6 3228 200861 IPF20086 ConUg6-2222 9051 8461 unknownfunctlon YJR102c or'63229 20087 1 CaRPL43A 3 ConUg6 2222 9733 9434 ribosomal protein, 3 prime end (by homology) YPR043w nul f..d 14608 CaGRRI C..t,

  g6 2222 12910 10568 Requfred for glucose repression and for glucose and cation transport (by homology) YJR090c orf6 3231 18641 IPF18641 exon] Contlgfi-2223 96 1622 unknown function. exon 1 YBL004w ort6 3232 186401 IPF18641.exon ' <Conhg62223 1741 3603 unknown functlon, exon 2 YBLO04w ort6 3233 9350 CaNHPIO 3f Cont! G6 2223 4126 3680 unknown function, 3 prime end YDL002c or (6 3234 9349 CaNHP15f 5t Conng6-2223 4574 4071 unknown function, 5pnme end Y600 C.nt, g6 2223 5931 6938 unknown function no signifcant match orf6 3236 93451 IPF9345 Contlg6-2223 7606 6974 unknown function no Slgnlflcant match orf6 3237 9340 CaPMCI Contng6-2223 11015 14650 Ca2 + .transportmg P type ATPase (by homology) YGL006w 936 IPF9336 3eoc Contng62223 17524 15455 unknown functlon,

   3 prime end no slgnlflcant match or'6 3240 16663 IPF16663 Contig6 2224 1808 2758 unknown functlon YKR020w orf6 3243 166622 IPF16662 Contig6.2224 3629 2790 unknown function YBR257w orl63244 5392 C.LAS1 Ct, g6 2224 3778 516 lipoology 536 IPF5389 Contlg62224 6352 7416 3.hydroxYlsobutyrate dehydrogenase by homology no slgnlftcant match orf6 3246 186391 CaRNH1 exon2 Contig6.2224 8555 7857 Ribonuclease l', exon 2 (by homology) YMR234w Off6 3247 5387 1onRcl (by homology) YMR234w orf6 3248 5385 CaSTE23 Contng6-2224 14631 11398 protease mvotved in a-factor processtng by homology YLR389c orf6 3250 196611 IPF19660 cami 62224 16258 15191 unknownfunctfon YDR202c or'63252 12b71cb2t2bcc )

   YDR270w ort6 3258 16019 IPF16019 Contig6 2225 9899 7878 unknown function YOR308c off6 3260 160222 IPF16022 Conhg6-2225 10340 13771 unknown function YPL183c orf6 3261 199241 IPF19924 ConUg6-2225 14427 13873 unknown functron no slgnl2222 Contig6 2225 17826 15310 dlpeptidyl amlnopeptidase B (by homology) YHR028c orf6 3264 7307 CaRPL28 5f C..tig6 2226 1727 1885 Ribosomal protein, 5 prime end (by homology) no significant match not tound 7308 CaRPL28 3f ConUg62226 1876 2286 Ribos prime end (by homology) YGL103w not found 73091 IPF7309 Contig6 2226 2843 3625 unknown function YGL101w orf6 3266 7312 CaERVI 3 Contlg6.2226 4035 4556 Mltochondnal biogenesis and regulation of cell cycle, 3 prime end (by homology)

   YGR029w or'6 5262 18635 CARIBI coMig6.2226 6987 8015 GTP cyclohydrolase Il by homology to S cerewsnae YBL033c orf6 3268 197401 CaSRP40 Contlg6.2226 8158 9444 RNA land II supressor (by homology) YKR092c or26271 236 227 homology to S cerevislae: DNA hehcase YIL143 orf6 3273 113961 IPF11396 Contfg6222613343 12480 unknown functian YDL089w orf63277 113932 IPF11393 Conbg6-2226 13828 14409 unknown funchon YBL090w orl6 3278 113922 IPF6392 unknown226F12396

  <Desc / Clms Page number 37>

 
 EMI37.1
 012DD141 (linked to DI2000 68) Table 1
 EMI37.2
 11391 iPFi1391 Contig6.222618503 16287 unknown funct10n no slgnlflcant match orf6 3280 5196 IPF5196 Conhg6 2227 963 490 unknown funcfon no sngndicant match orf6 3281 5195 CaPST2 Conbg6 2227 2022 2627 1,

  4-benzoquinone reductase by homology YDR032c orf6 3282 5194.2 CaPAFl cantig6.2227 2971 4374 DNAduected RNA polymerase tt regufator by homology YBR279w or'6 3283 51922 IPF5192 Contngfi-22276141 4660 unknownfunctton YPL191c orf93285 51n91cprf1032 Cont. , g6.22279764 8874 GTP-bindmg protem by homology YML121w ori63287 51852 IPF5185 Conttg6222713081 11480 putatwe cell wall protem (by homology) YAR050w ort63288 18631 IPF51BO 3eoc Contlg6-2227 19908 19126 unknownfunaant 156 orfn615fn6, unknown-fn6, unknown unknawnfuncbon YOL087c orf6 3292 126762 tPF12676 Cont) g622285193 5546 unknown functlon YOL086wa orf6 3293 18629 CaClrt3 Contig6 2228 12629 11070 Putatwe transposase no sngniticant match ort63297 18628 CaClrt contig6 2228 1295pos 14267

  n1tlcant match orf6 3298 6070 15263 17434 IPF6070 Conhg6-2228 unknown functlon No. sngnrfncant match ort6 3300 12270 91 1239 tPF12270 Contng6-2229 unknown functlOn No. slgnlilcant match orf6 3301 122721 iPF12272 Conhg622292178 1330 unhnownfunctfon YER139c orf63302 122752 IPF12275 Contng6-22292686 4629 unknown funchon YER140w orf63303 130282 CaCOX15 Conbg62229 6167 4728 cytochrome oXldase assembly factor (by homology) YER141w orl63305 13030 iPF13030 ConUg6 2229 6756 8672 unhnownfunct-on no slgnlflcant match orf6 3306 13033 CaFATl Contlg6.2229 10009 11961 very longArfybry ac 170092 CaPGKl cant1g6.2229 13449 12196 Phosphoglycerate kinase YCR012w ort6 3310 17055 IPF17055 3eoc Contig6-2230 36 911 unknown funchon,

   3 prime end YDR425w orl6 3313 17054.2 IPF17054 contig6 2230 2512 959 unknown function no slgnfCant match ort63314 12305 CaTRM3 Contre 2230 3338 7660 2 0 nbose methyltransferase (by homology) YDL112w ort6 3315 12306 1 CaRRP42 Contlmg6230 YDL111c ori63316 CaASM4 Contlg6-2230 12310 9312 11090 slmltar to Saccharmoyces cereviSlae Asm4p suppressor of temperature-sensitive mutations m Pol3p (by homology) YDlOeBc ori63317 167,581 1PF16758 Contng6-2230 13503 14969 unknown functlon YOR216c orf6 3320 15681 17468 19096 1PF15681 Contlg62230 unknown funcbon No. sngndicant- match orf63322 19535 CaRAMl 3f Contig6 2230 20367 20017 protem iame5Yitran5fera5e, beta subunit, 3 prime end (by homology) YDL090c not found 19534 CaRAM1Sf Contlg6.2230 21591 20368 protem farnesyltransferase, beta subumt (5 pn)

   YDL090c orf63323 7992 cacfLii ConUg6 2231 3109 5328 Ferric reductase (by homology) YNR060w orf63325 7990 CaHELl con'ig6.2231 8844 5527 DNA heltcase 1 (by homology) YER176w off63326 7987 IPF79831 9763134227231nf2762727634347 weak multlcoPY suppressor of los1 1 (by homology) YHR163w ort63328 79832 CaGCN5 Cont <g62231 12529 11180 Hnstone acetyltransiarase (6y homology) YGR252w orf6 3329 7981 CaNMD3 Contng6-2231 12798 14360 RNA bmdmg (by homology) YHR170w orf6 3330 7541 CaECM21 5eoc Contlg6.2232 2072 3 Involved in architecture Wall by homology) YBLlOlc ort63331 7543 2 IPF7543 ConUg6 2232 4988 5821 unknownfunctian no slgmllcant match on6 3332 7544 CaHOt-2 Conbg62232 7819 6065 Multndrug resistance protein subfamtty 1 (by homology)

   YNR055c orl6 3333 16297 CaCLA4 Contlg6-2232 12025 9095 protem kinase homotog (by tlOmology) YNL298w ort6 3334 17142 2 CaPOX18 con'ig6.2233 1114 716 & Pid transfer protetn (by homotogy) no sngndigant match2q29 332 -c reductase (by homology) YGL119w ort6 3338 197431 IPF19743 Contng622334933 7911 unknownlunchon YOL231c orf63339 144101 CaNAB2 Contlg6-2233 8327 9622 NuoEear 001YtA) RNA.binding Protein (by homoia Y) Y6t22c340721RG1022 ) YGL123w orf63341 17237 1PF17237 Contng6 2233 12141 12743 unhnowntunctton no slgnl11cant match orf6 3342 9315 IPF9315 ConUg6 2234 4937 4056 putative CC4AT.bindin 'actorsubumt (bY homology) YBL021c orf6 336 966nf46 336 966nf46 336n6362n6366nfn6366n6366n6n6366n6366n6366n6366n6366n6136n6369n61391391391391391391361361363661361361361361361361361361361361361361361361361313613613613613613613136 type:? -2234 12303 11395 acetolactate synthase,

   regulatory subumt (by homology) YCL009c orf6 3347 15581 IPF15581 Conhg62234 14596 14177 unhnownfunctfon no signihcant match orf6 305 14652 IPF14652 ContLg6.2235 5310 2029 unknown 'unchon YAL053w ori63350 16861 CaTEF41 Again0 probity 223589 3351 16860 2 CaTEF4 CaMig6.2235 7966 9225 translabon elongabon factor eEF1 (by homology) YPL048w ad6 3352 18618 CaMRPIO ConMg6 2235 9730 9443 Mitachanàriaifiba5oma 'protem (by homology) YDL045wa not found 159851 iPF15985 Cont <g6 2235 12580 10283 unknownfunc'ian no5igmficantma'ch on63353 13021 IPF13021 Contig6.2235 20880 19294 unknown functlon YLR256w ori6 356 8448 IPF8448 Conhg6-2236 660 277 unknown'uncLian no sngndicant match on6 3358dn36N136362132136362136362136366136136166136136136166136166136166136166136136366136166136366136136136136136136136136136136136136CN16166 (Dy homology)

   YNL197c orf6 3359 8440 1 IPF8440 Contlg62236 6092 6730 sÎmllar to Saccharomyces cerewsiae Trs33p TRAPP subunit of 33 kDa IOvolved m targeting and fusion 01 ER to goigi'rans0ar'vesides (by homotogy) YORl15c ortF 69661 636 846 846 846 846 846 846 846 846 846 846 846 846 846 846 711 849 636 846 846 846 811 849 636 846 846 846 846 811 3363 8437 IPF8437 Contlg6.2236 11709 8053 0utahveONA.àirectedRNApciYmera5e (byhamolagy) YFL036w or) 63364 3933 CaECM42 Contig6'2236 12171 13490 Acety) om <th) ne acety) transferase (by homo) ogy) YMR062c ort6 3365 3931 IPF3931 Contlg6-2236 14397 13525 Unknown functlon YKL094w orf6 3366 49881 IPF4988 Contig6-2237 2698 2081 unknown'unchon no sigmficam match or'6 3368 4986.249 IP49 5046 3058 slmllar to Saccharomyces cerevisiae Tfc5p TFIIIB subunit, 90 kD (by homology)

   YNL039w ori6 3369 4983 IPF4983 Cont [g6 2237 5477 6763 unknown funchon YNL035c orf6 3370 4979 CalYS12 Contng6-2237 7934 6804 homo.i5am'ratedehYdrogena5e (by homology) YIL094c ort6 3372 4977 2 CaMGEl shockl7-2 YOR232w orf6 3373 49762 IPF4976 Contlg6 2237 12430 9497 unknownfunction no signlflcant match prof6 3375 12215 CaSMIl Contre 2238 1622 3484 beta 1,3-glucan synthesis protein (by homology) YGR229c orf6 3378 12213 IPF12213 Contng6-2238 49gn 37fl function 3379 12210 iPF12210 Contig6.2238 7678 6776 qutnodnate phosphonbosyltransterase (by homology) YFR047c or'6 3382 12209 iPF12209 Conhg62238 8014 8796 slmllar to Saccharomyces cerewsiae Ecolp mvolved sisterchramafid colon dunng

   YFR027w ort6 3383 10889 iPFio889 Contng6 2238 10039 8879 unknown funcbon YFR045w orf6 3384 10888 iPFio888 Contng6 2238 10324 12594 unknown funcbon no sigmbcan 'match oi% 3385 10886 lPFio886 Cont'g6 2238 14762 12675 unknawnf

  <Desc / Clms Page number 38>

 
 EMI38.1
 012001-41 (linked to 012000.68) Table 1
 EMI38.2
 10884 tPFl0884 Contig6-2238 14,978 15,907 unknown function YLR003c ort6 3387 8257 IPF8257 Conhg6-2239 2023 5151 unknown functlon no s $ gmtlcanl match orf6 3391 8253 IPF8257 3f Contlg6-22395152 nottound2n2countncn -2239 8924 5622 unknown function YNL250w or'6 3394 8248 CaAR03 exon2 con'ig6.2239 10451 9369 3-deoxy-D-arabmoheptulosonate-7-phosphate synthase, exon 2 (by homology) YDR035w ort6 3396 82462 caUBP14 Contig6-2239 136 UbiqUltln speciflc protease (by homology)

   YBR058c orf63397 82452 IPF8245 Contlg6-2239 13962 15128 putative chltlnase YDR371w orf63398 163202 iPF16320 Contlg6-2240 1306 3468 Unknown functlon YCL039w orf63400 16217 CaPD11 Contlg622 dns precln6rndprcdncprcnnprcdncpr06dnprcdnprcdncpr06dn6cnnprcnnprcdn6cnnprcdn6cnn prcdn6cnnprcnn6cnn6cnn prcnn6cnn6cnn6cnn prnclcnn] 'on no slgnlflcant match orf6 3402 14559 IPFl45595f Conhg6-2240 8918 9904 unknown functlon, 5 pnme end no slgnllicant match ori63403 14556 IPF14559 3f Contfgë 2240 9787 10455 unknawnLnction, 3.Primeenà YCL02242444146444 YLR149c or (63406 17914 IPFt7914.3eoc Contng6 2240 17574 14728 unknown functlon YMR317w or) 63407 7602 IPF7602 CbMig6.2241 498 1130 axidoreductase (bYhomalo & V)

   YIR035c orf6 3409 199281 1483 2184 IPF20014 coMig6.2241 oxidoreduaa5ebYhamoiogy YIR035c orf6 6986 7599 2517 3356 CaURA6 Conhg62241 Undme-mof \ ophospha \ e kmase (by homology) YKL024c orf6 3411 7596 2241 3549 4082 IPF7596 ConUg6 simiiario to Saccharomyces cerevisiae E551P peptndyl prolYim5firan5i5omera5e (bY homology ) YJR017c or (6 3412 75932 CaAPE2 Cont'g6 2241 4648 7512 ammopeptldase yscll YKL157w or'63413 7589 CaNOP4 Conhg6-2241 7856 10051 Nucleolarprotein YPL043w ort63414 75861 CaSIT4 Contig6-2245 11459 10548445545445511489 unknownfunctnon YER050c ort63417 19744 IPF7581 Contig6-2241 14692 16932 unknown functlon no Slgnlflcant match or'6 3419 124572 IPF12457 Conhg6-2242 2371 3591 unknown functlon YGLlllw ort63421 12458 CaSEHl Contlg6-2242 46ore protein 8484 nore

   YGLi00w or'6 3422 124602 CaALG7 ConUg6 2242 5153 6637 UDP N acetylglucosamme.l phosphate transterase (by homology) Y8R243c orf6 3423 124612 CaVRPl Cog6 2242 6642 8836 verprolin (byhomology) YLR337c ort634268982242 88224982 3427 19745 CaGDH2 Cbntig6.2242 13744 10574 NAD speoffc glutamate dehydrogenase (NAD) (by homology) YDL215c or'6 3428 147042 IPF14704 ConMg622434793 2052 unknown functlon YLR241w ori63430 147062 IPF14706 Contl10116ct106n10cct10106n10cct106n10cct1061010610106cnfct106fn101 3 Contig6-2243 9638 7134 unhnown tunehon,

   3-prime end no slgnlllcant match orf6 3432 145102 IPFl4510 Cont'g6 2243 13040 14908 unknown'unction YGL219c orf6 3433 145092 IPF14509 Conbg62243 15845 17203 unknown functlon YOR193w ort63434 14508 iPF14508 Contlg6-2246 7653534343395383353 3,854 Inorganic phosphate transport protem.

   3-prlme end (bY homo [ogy) YML123c or'6 3437 7635 IPF7635 Conbg6-2244 3883 1625 unknown function no 51gnlflcant match orf63438 7632 CaAR07 Conttg6 2244 6166 5360 chorismate mutase (by homology> YPR060c orf6 3431 7631 <g62244 7399 6449 unhnownfunctton YPR061c orf6 3440 7629 [PF7629 Contlg62244 8770 8183 unknown functlon no slgnlflcant match orf6 3441 19929 CaiFH3 conti 6.2244 10440 9280 Dioxygenase (bY homology) YLL057c or !24tk313023 7623 7623 7623 7623 7623 7623 7623 7623 blndlng, 3 pnme end (by homology) YBL047c ort6 3443 7621 1 CaGARI can'ig6.2244 15421 15981 Nucleotar rRNA processmg proteln (by homology)

   YHR089c ort6 3445 13971 2 525 2162 iPF13971 Contlg6-2245 unknown functlon YNL042w ort6 3447 139672 IPF13967 conti June 2245 2997 4442 unknownfuncion Y1RIO8c ort63448 IPFl3966 Contlg6-2245 139662 6005 4476 3449 186081 unknownfunc2on VIL100.c orf6 IPF186085t Contlg62245 6190 6834 unknown functlon, S-prlme end YILl03w orf6 3450 112622 IPFl86083f Contlg6-2245 6749 7471 unknown functlon, 3-Prlme end YIl103w or'6 3451 112612 IPFl1261 Contng622459779 7464 unknownfunctlon yNL041c orf63452 112592 iPFi1259 Contlg6 22fn (by homology)

   't'DR15Dw or'6 3454 114482 IPF11448 Conti 6.2246 6300 4673 unknownfunction YMR155w ort63455 11446 iPFi1446 conb 6.2246 7658 7326 unknownfunoon no sngniticant match ort6 3456 11445 1PF11445 Conbg6-2246 8032 9540 simdariowiespacsvac ) YER007w orf6 3457 11444 10099 9545 IPF11444 Conttg6.2246 unknown funcbon YER007ca ar'6 3458 11443 2246 14682 11119 iPFi1443 Conhg6 unknown function yjR002c gold (63459 167 482 16650 15070 IPF16748 Contlg6-2246 unknownfunc'ian YER006w or'63461 6333 CaTAFl7 Contlg6-2247 445 1143 TFIID and SAGA subunrt (by homology) YMR236w or'6 3463 6332 IPF6332 Contlg6-2247 1493 3787 slmllar to Saccharomyces cerevisiae Bud7p chihn biosynthesis proteln Involved in bud site selection (by homology)

   YOR299w or'6 3464 6329 IPF6329 cami 62247 4260 5027 unknown functlon no 51 nwcad match or'6 3465 63282 IPF6328 Cont! G622475619 5218 unknown functnon YML030w or'6 3466 6326 CaGUKl Cbnti 6.2247 6712 6140 Guanylate km IPF6325 comi 6.2247 7500 8126 unknown functlon no slgnlllcant match os6 3468 6323 CaFDH2 Contig6 2247 9304 10443 Formate dehydrogenase (by homology) YOR388c orf6 3469 6321 CaMTRIO ConUg6-2247 10849 13728 Involved mr1497879 349 Inv79 mr149479 Inv79 mRU149139 Inv149; unknown functlon no sigmfncant match or'6 3472 13871 1 IPF2329 Conhg6-2247 18775 17954 unknownfunct'on no sigmllcant match or'6 3473 14787 CaTRAl 5eoc Conttg6 2248 4495 2 ATM / Mecl / TORl + 2.related, 5 pnme end (by homology )

   YHR099w orf6 3475 18606 IPF18606 Contng6-2248 5818 5021 unknown functlon Y8R040w orf6 3476 70202 IPF7020 Conhg622488954 11047 unknownfunction Y8R043c 0d63478 7021 2 IPF7021 Contlg6en24ybcy10cabre soco10cabre soco10cbcpc09cfc09cfcf9cfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcffffcffffffffffffffffffffffffffffffffffffffffffffffffffffffffwffffffqffqffqffff nor As nor As nor As nor There nor of There of No 7023 IPF7023 Contig6-2248 14942 14373 unknown function, 3-prime end no slgnlflcant match orf63480 165492 iPF16549 Contfg6-2249 2278 5037 Unknownfunctlon YLR139c or'63484 95292 IPF9529 Conh 62249 8428 6131 probable mannosyltransf27527 or27.gnb27927; -2249 9152 10906 unknown function YLR253w Off6 3488 95252 IPF9525 Cont) g6224911115 13514 unkoown tunctlon YLR222c orf6 3489

  <Desc / Clms Page number 39>

 
 EMI39.1
 D12001-41 (linked to DI2000-68) Table 1
 EMI39.2
 95241 IPF9522 5f Contig6 2249 13577 14065 septin.

   5 prime end (by homology) YJR076c orf6 3490 9523 1 IPF9522 53f Against 2249 14075 14353 5ePhn, intemai'ra men '(by homology) YDL225w ort6 6760 95221 IPF9522 3t Conhg62249 14403 14951 septm, 3 prime end (by homology) YDR 95212 CaUAP1 Cont, g6 2249 16546 15086 UDP.N acetylglucosamine pyrophosphorylase YDL103c or'6 3492 9520 IPF9520 Contng6-2249 18704 17799 unknown functlon no match orf6 3493 171791 CaCDC22 3eoc C.at, g6 2250 3 677 DNA PolymerD 111 orf6 3494 17178 IPF17177 3f ConUg62250 1579 734 similar to Saccharomyces cereVJSlae Srmlp regulator of chramosome condensatIon, 3 prime end YGLo97w or16 3495 17177 IPF17177 5f Cont! g6 2250 2214 1555 5imilar'o saccharamyrose prime srpharamyrose prime saccharamyrocountyrocountyrocountyrocountyrocountable 61292 CaCHSl Contng6.2250 5533 2453 Chitin synthase (by homology)

   YBR038w orf6 3499 17727 IPF17727 Conhg6-2250 8310 7885 unknown functton YHR023w or'6 3501 200891 IPF14094.repea Contlg6 2250 13268 11730 repeated protein (10 bmes) of unknown funetlon no match orf6 3502 57691 CaPFKl Cont'g6 2251 69ruct subuntt YGR240c orf6 3504 5772 CaCRH12 C.nt.g6.2251 9012 7498 Cell wall protein (by homology) YGR189c or (6 3505 5773 IPF5773 CPnhg6.2251 9451 10101 unknown function no signihcant match orf6 3506 5776 1 IPF5776 114949 ConUg6-296 -tnthorax famlly protem (by homology) YLR015w orf6 3507 5777 IPF5777 Contig6.2251 12454 11828 unknown function YER182w orf6 3508 4435 IPF4435 Contig6 2252 437 2251 unknown tuncbon YGR196 orf6 3510 44402 CalFP3 Contfg2 442 Unknown 466 .nt, g6 2252 7402 8997 TRNA nucleotidyltransterase (by homology)

   YER168c orf6 3516 44462 CaAR01 Contng6-2252 9331 13986 arom pentafunebonal enzyme (by homology) YDR127w orf6 3517 113842 IPF11364 Conbg6.2253 2007 1426 unknown funcbon no slgnllicant match or (6 3522 19930 Ca [FL5 3 Contl511.33 prime end YJLl58c orf6 362 11123 1 IPF11123 Contlg6.2253 6186 6977 smlar to Saccharomyces cerewsnae Sdh2p succmate dehydrogenase Iran sulfur protein subunit (by homology) YLL041c ort6 3524 111241 CaFDH12 conhK6.2253 8410 956118f128fc Contng6 2253 9740 10936 unknown function YGL246c ort6 3526 111281 IPF11128 Conhg6 2253 11231 10956 unknown functton YMR225c .t f..d 19932 [PF19932 Conug6-2253 12165 11452 .k f.ct, .n YJL097w orf6 3527 146306 Cot. 12372 13274 unknown function YFR041c ors6 3528 146291 CaSAP155 ConLg6 2253 16118 13344 Cell cycle prétein,

   intencts with Sit4 (by homology) YFR040w or'6 3529 146282 IPF13885 reDea Conbg6.2253 17134 17352 unknown funcbon, 5 prime end no slgnilleant match or (6 4351 16499 CaLYPl Contig6 2254 1735 3324) ys! ne speoffC h'gh.afffnity (by homo) ogy) YEL063c 'te 3531 12611 IPF1261l CtR6 2254 4654 7566 unlmown functlon YGL228w or'6 3533 15149 CGLN1 Contfg6 2254 12890 14011 glutamate ammonia ligase (by homology) YPR035w orf6 3536 136892 21gcfb68 match ort6 3537 15348 [PF15348 Cont'g6 2255 4098 6662 unknown funchon YOR081c., f6 3538 153442 IPF15344 Con6g6-22558285 9808 unknownlunction YBLOIO or'63542 19614 tPF19614 C.tg6 2255 17494 20109 putative transcription factor slmilar positive the transcription factor slmilar positive (by homology)

   YIL130w or'6 3545 16638 1 CaUTR4 Contlg6-2255 20460 21275 unknown function YEL038w orf6 3546 15212 1 CaRAD32 C.nt.g6 2256 1439 3361 ONA reparr protein (by homology) YDR419w or'6 3548 7641 CaNMD2 Conhg6-2256 6565 3461 Nons mRNA decay pmtein 2 (by homology) YHR077c orl6 3550 7643 1 CaMRPL35 Contig6 2256 8014 6878 Ribosomal protein of the large subumt, mitochondrial (by homology) YDR322w or'6 3551 7644 IPF7644 Contng6-2256 9058 8348 unknown tunction no sngm46 IPF7646 Contlg6.2256 10293 9763 putative transcription factor (by homology) YDR259c 0d63553 7647 IPF7647 Contig6 2256 11104 13188 unknown functnon no sigmhcant match ort6 3554 18599 IPF18599 5f Contig6 2256 15061 15519 monooxygenase, 12 prime noih (276) IPF14501 3eoc Contng6 2257 39 2051 putative G protein, transducin type, 3-pnme end (by homology)

   YBR281c ort6 3557 15822 IPF15822 Conbg6 2257 4280 2208 unknown function no match orf6 3558 16981 tPF16981 exon7 Contlg6 2257 7984 7658 unknown lunction, exon 2 YMR140w orf6 3559 185951 IPF16981 exon] Conbg6 2257 9201 6700 unknown 826 .t.g6.2257 13899 10981 unknown functnon no sirntficant match orf6 3561 6696 IPF6696 Conttg6 2257 16897 15842 unknown funcbon ..

   , gn, t, ... t match or'63562 10304 CaTPK2 Conbg6 2258 3222 4556 CAMP dependont protein kinase 2 (by homology) YPL203w or (6 3564 103021 CaRPB9 Cotig6 2258 5321 4983 DNA-directed RNA polymerase II (by homology) YGL070c orf6 3565 10301 1 IPF10301 Ctg6 2258 5879 6403 putative 60S ribosomal protein L7 / L12 homolog, mntochondnal precursor YGLO68w orf6 3566 103001 IPF10300 Contng6-2258 7372 6626 unknown function no significanf match ort6 3567 102982 IPF10298 contl6252256cig2.26252166162166252nig6.22 C.SMF12 Cotig6 2258 13767 12013 manganese transporter (by homology) 'YOL122c orf6 3571 133162 IPF13316 Conug6225815919 15182 unknownfunctlon YNLO10w orf63572 19933 CaRCK2 Conbg6-2258 18261 19979 Ca / calmodulmdependent ser / thr protein

   YLR248w or'6 3573 19934 1 IPF19934 Conug6-2259 1598 3 unknown function no sngndicant match ort6 3574 5479 IPF5479 C..t.g6 2259 4727 6754 unknown function YOR088w or (6 3575 54862 IPF5486 Cont, g6.2259 7973 12172 unknown function no siqnficant match ort6 3576 54892 CaRH02 5t Conhg62259 13062 13361 GTPblndlng protein of the RHO 5ubfamnly.

   5-pnme end YNL090w ort6 4937 5490 1 CaRH02 3f cami 6.2259 13371 13625 GTP binding protein of the RHO sublamily, 3 prime end YNL090w or'6 4937 54961 IPF5496 ConUg6Q259 14925 16031 unknown function ypL264c or'6 3580 18594.1F18 17520 16795 unknown function YKR043c orf6 3581 18593 CaCBP6 Conttg6 2259 18271 18609 Apo-cytochrome B pre.mRNA processing protem (by homology) YBR120c orl6 4340 16120 IPF16120 5eoc Cont'g6-2260 1005 1 unknown functnon, 5 prime end YOL119c 10196 IPF10196 Contig6 2260 5150 9406 unknown functon YDR216w orf6 3584 101972 IPF10197 Co.tig6 2260 12459 9625 Simllaritytotranscriphon factors Y! L130w orf6 3585 10200 CaTIM13 C.tg6 2260 13897 14226 subumt of ..to.h. -Inke by homotogy YGR181w orf6 3586 10202 CaPRE7 exonl Conbg6.2260 14856 15239 putatIVe subumt of 20S proteasome, exon 1 (by homology)

   ysL04iw orf63587 12004 CaPRE7 exon2 Cont! g6 2260 15363 15593 subunit of 20S pmteasome, exon 2 (by homology) YBL04tw not found 12003 CaERD2 Contig6 2260 16434 15796 ER lumen protein retaining receptor (by homology) YBL040c orF6002 1772 funchan YFLO08w orlfi 3589 11998 IPF11998 canh 6.2260 18870 20423 unknown function no slgmhcant match orf6 3591

  <Desc / Clms Page number 40>

 
 EMI40.1
 DI2001 41 (linked to 012000 68) Table 1
 EMI40.2
 154802 CaHDAl Contig6-2261 1935 4436 Histone deacetylase (by homology) YNL021 or'63593 14133 CaARKI ConUg62261 6703 4631 actm reguiatmg senne / threonme tonase (by homotogy) YIL095 or'63594 141352 IPF14135 Contl 12967 ohgopeptlde transporter YJL212c orf6 3597 27542 IPF2754 Contng6-2261 13477.

   13223 unknown functlOn no slgmhcant match or'64686 72752 CaGRX5 CaMig6.2262 781 254 Gi.t..d .... YPL059w oral6 3599 7274 IPF7274 Contng6-2262 1600 2874 unknown tunction YKL163w off6 3600 7271 1 IPF7271 Contig6-22 unknown functnon no signitécant match or'6 3601 72701 CaATP7 C ..., 6 2262 4808 4284 FIFO ATPase complex, FO D subunit (by homology) YKL016 or16 3602 7268 CaAPL3 Conhg6-2262 5320 8445 Au.2 complex subumt, alpha adapt'n (by homology) YBL037 or (6 3603 20091 iPF20091 Contig6.2262 9692 10930 unknown functnon YJL078c orf6 3604 72601 IPF7260 Contre 2262 15287 14193 unknown function YKL018w orf6 3607 137762 CaSSEl Contng6 2263 276 2381 heat shock protetn of H6 '6 3613 13772 2 CaSKYl Ct:

  g6 2263 4048 6096 SRPKI hke protein kinase (by homology) YMR216c orf6 3614 165632 CaARC35 Contlg6-2263 6460 7500 subunit of the Arp2 / 3 complex mvolved in the control of actm polymenzatlon (by homology) YNR035c orf6 3615 16564.1 IPFI6564 81 7588 putative mitochondrial ribowmal protein S12 YNR036c orf6 3616 165651 IPF16565 Contlg6.2263 8373 8807 unknown lanction YKL192c., F6 3617 16566 iPF16566.3 Contig6.2263 9436 9663 unknown function, 3.pnme end YHR001wa not26779 1 796 229 fn796 1 796 1 796 9796 unknown function, 3 prime end YGR003w orf6 3618 74782 IPF74795f Cont <g62263 12349 10856 unknown function, 5 prime end no significant match or'6 3619 7477 IPF7477 Contig6.2263 12615 13319 unknown function no signihcant match Off6 3620 74762 IPF7476 Contig6 2263 15467 13434 snmilar to Saccharomyces cerevi5iae Rgdlp putatrove protein (Gatlovet)

   YBR260c orf6 3621 7475 IPF7475 Contng6 2263 17129 16197 slmllar to Saccharomyces cerevisnae Chs7p mvolved in control of protem export from the ER (by homology) YHR142w or'6 3622 7474 CaDlP52 Contng6-2263 19286 17640 Dtcarboxyfc amfc 91302 IPF9130 ConMg6-2264 7814 6972 unknown function no significant match or'6 3627 9126 IPF9126 Cont) g6 2264 11576 12874 unknown function YOL105c orf6 3629 18587 IPF18587 conti 6 2265 53 1012 putatrve methyltransferase (by homology) YDRIBOw orf6 3640 1340 1180 Unhnawnfun4tian YNR059w., 163632 13405 CaYBN5 ConUg6-2265 5352 4162 Putat've purine aucleotide binding protein (by homology) YBR025c or'6 3633 13404 CaMRPL37 Contng6 2265 5679 6041 Mitochondnainbosomai protein YmL37 (34) .

   6 22655 8147 6381 secreted aspartyl proteinase 7 YLR121 orf6 3635 3906 IPF3906 3 Against 2265 13044 13703 unknown function, 3 prime end YPR079w orf6 3637 39052 IPF3905 Contng6-2265 16678 13868 snmilar to Saccharomyces cerewsiae gamma secreto pocoma gamma secreto pma vesicles (by homology) YNL287w orf6 3638 39032 IPF3903 Contng6226516863 17234 unknownfunchon YPLI83w .., f6 3639 185861 IPF18586 Contlg62265 19510 17405 Unknown function no slgnlflcant match 0d63640 8015 CaYAPI802elet 1 member Conh6, 1o1 prok Conor6 -prime end (by homology) YHR161c orl63641 199361 PF19936 Contai62267 1928 1473 unknown functlon YGR203w orl63642 8007 CaPCTl Cot, g6 2267 2410 3783 cholinephosphate eytidyiyttfansferase (by homology) YGR202c ort6 367 80021 Ca. )

   YLL006w orf6 3644 8002.2 CaNMD5 conhg6.2267 6132 9185 putative Nam7p / Upflp intencting pmtein (by homolgy) YJR132w orf6 3645 8000 IPF8000 Contlg6-2267 10429 11505 unknown tunctvon no 5) gn) hcaj9996f999 124b7999 unknown funcbon YLR008c or'6 3647 7998 1 IPF7998 Cont) g6 2267 12897 13526 Rb .... l protetn L24 (by h..01.9y) YLR009w orf6 3648 7996 caHcT5 3eoc conhg6.2267 13939 13679 UbJqultm protein ligase, 3 prime end (by homology) YGL141w orf6 9145 11759.2 IPF11759 Conbg6-2268 1150 2907 unknown functlon YPR156c 0 (t6 3649 10645 IPF10645 Conbg6 2268 3374 4957 unknown function YOR154w orf6 3650 10643 CaMSS116 Cont! g6 2268 7190 dnnn famyny nynnny famynnyynnyynnyynnnnnnnnnnnnnnnnnnnnnnnnnnnnnn] ) YDR194c or'6 3651 19937 1, PF19937 Conbg6-2268 7899 7408 putative pepttdyi tRNA hydrolases (by homology)

   YHR189w orf6 3652 106371 IPF10637 Contng6 2268 9070 10170 starvabon protem -Inke (by homology) YFR024ca orf6 3654 14022 1PF14022 Conhg62268 12374 10308 ATPase famrly gene (by homology) YEL052w ort6 3655 14021 P.Pi21 22Fim21; (by homology) YJR110w or (6 3656 140191 IPF14019 ConUg6 2268 16942 15314 unknown function YPR169w ort6 3658 19663 CaHEMt4 Conhg6.2268 17624 19219 Mitochondnal protoporphyrinogen oxidase (by homology) YER014w orf6 3659 3901 2 CatFPl no649 or'6 3662 3899 1 IPF3899 conbg6.2269 5770 5096 similar to Saccharomyces cerewsiae Cbc2p small su6umt of the nuclear cap binding protem complex CBC (by homology) YPL178w orf6 3663 18581.1 IPF3897 5f Conhg6 2269 6033 7016 unknown function, 5 prime end Y083 3897 IPF3897 3f Conhg6-2269 6982 8691, unknown funchon.

   3 prime end YGL083w or) 6 3665 38901 CaERG3 Contlg6-2269 10285 11445 CS, fi desaturase YLR056w or'6 3667 3887 IPF3887 C.nt: g6 2269 12579 15542 similar to Saccharomyces cerevisiae Syglp plasma membrane protein of the maiortam'itaior5uPedami ) yIL047c or'6 3668 38852 C.IFEI Conhgfi-226916804 15620 Unknownfunchon YAL061w or'63669 3883 CaJFD2 C..tig6 2269 18339 17293 putative oxidoreductase (by homology) YPLO88w ort6 3671 15232 IPF15232 Contig62270992 > 2270 4368 2623 putative dnaJ.like protein (by homology) YNL227c ort6 3674 142852 IPF14285 Contig6 2270 5575 4712 unknown function no signihcant match or'63675 14040 IPF14040 C..t, g6 2270 10769 12274 probable transporter (by homotogy)

   YGR260w orf6 3676 140362 CalFR2 Cotig6 2270 13396 unknown function YNL134c orf6 3677 14035 IPF14 '> 35 Contng6.2270 16236 Snmnlar to senne / threomne protein kinase (by homology) YJL106w off6 3678 114942 CalFR1cn616 Simllar Saccharomyces cerewsnae Ira2p GTPa5e.aaivahn protein for RAS proteins (by homology) YOL081w orf6 3680 10864 IPF10864 Cot g6 2271 11028 10171 5imiiarta5accharomyce5cerew5iaeRex4pmembero) the3. 3 pnme end YOL078w od6 3682 18579 IPF18579 5f Cont g6 227 14260 13565 unknown function, 5.pnme end no 51 nificant match orl63683 104181 CaPKH2 Contng6 2271 15770 18604 Ser / Thr proteln klnase (bY homology)

   YOLlOOw orf6 3685 104122 CaRPL27A Contrg62271 20273 20608 nbosomal proteln L27 YHR010w not tound 104112 CaWRSI Coltig6 2271 21091 22365 tryptoptian tRNA tigase YOL097c orf63687 104101 IPF10410 unknown 226271 22921

  <Desc / Clms Page number 41>

 
 EMI41.1
 D12001.41 (Linked to D] 2000 68) Table 1
 EMI41.2
 9584 CaPLBl C.tg6 2272 3292 1475 phospholipase B YOL011w orf6 3690 9582.1 IPF9582 Contlg6.2272 4574 5221 similar to Saccharomyces cerevisiae Mrpsltlp nbosornal protein ol the small subumt, mltochondnal (by homology) YNL306b16 63 gb63 # 566; 3 prime end (by homotogy)

   YOL127w not found 9580 IPF9580 Cont'g6 2272 8288 6603 unknown function no signtficant match or'6 3692 9577 2 IPF9577 C..t g6 2272 8577 10172 unknown tunction YN1193w or'6 3693 169782 CaYHMl Conhg6 2272 12177 11407 member ot the mntochond (MCF) (by homology) YDL198c off6 3694 94702 IPF9470 Contig6-2272 12938 14515 slmllar to Saccharomyces cerewsiae Pctl lp component of pre mRNA 3 -end processmR factor CF 1 (by homology) YDR228c orf6 3695 20093 1 CaADKl C.nt, g6 15444 14695 adenytate nase.

   cytosolnc (tv ho ... gy) YDR226w orf6 3696 9595 CaILV5 Conhg6-2273 2079 877 ketol-aad reducto isomease (by homalogy) YLR355c orf6 3699 95922 IPF9592 Contng622734991 7255 unknownfunctnon YFL042959191 or'FLN4369591c lunctlon YGR053c orf6 3703 148992 PF14 99 Conhg6-2273 11413 8723 unknown functlon YFR016c orf63704 14895 IPF14895 Against 2273 13070 13525 unhnown tuncuon YMR002w or'6 3705 197491 PF19749 ConUg6 2273 14464 137306 unknown96 15136 unknown function no signihcant match orf6 3707 175572 CaTOPl Contng6-2273 19253 16911 CANAL DNA TOPOISOMERASE YOL006c orf63708 6619 IPF6617 Cont g6 2274 1325 1783 unknown funetlon, repeated protein YDR316w or'6 3709 6617 2 IPF6617 repeat Conbg6-2

   repeated protein no sigmhcant match ort6 3710 66142 IPF6614 Contig6.2274 4215 4766 unknown function YBR121 orf6 3712 66132 IPF6613 Conbg62274 5219 7324 unknown funcfon YDR349c ort63713 66121 IPF6612 Contng6-22748708 7518 unknownfunction YS06c1606c1606c1c6c1c6c1c6c1c6c9c1c6c9c1c6c9c9c1c6c9c149161 ort6 3715 6607 CaYCFI ConUg6-2274 12822 17564 Glutathnone 5 conlugate transporter (Dy nomology) YDR135c orf6 3716 6605 IPF6605 Cont'g6 2274 18986 17706 unknown lunction YOR165. orf6 3717 195131 IPF19513 Cont! g62274 21574 19172 unknown functnan YLR114 orl6 3718 117961 IPFI1796 Conhg6-2275 819 3683 unknown function YJL021. (f6 3720 170742 IPF17074 ConUg6-2275 6437 9295 unknowniunction BRO862 or163721

  PF16470 Cont) g6 2275 10321 9488 unknownfunctnon YBL036c art63723 164711 iPF16471 Conhg6227510548 11657 unknown function YDL051w orf63724 15718 CaPOL12 Conhg6 2275 12079 14073 DNA d <rected DNA polymerase alpha (by homology) YBL035c rut6 3725 118022 IPF11802 Contig6-2275 14322 16193 unknown functlon YDR332w 0rf63726 118012 IPF11801 Contng6-2275 16432 18399 unknowntuncLon YDR332w orf6 3727 117992 C'Ghai18 by homology) YDR331w orf6 3728 1740 IPF1742 3f eoc C.tR6.216 1 2757 unknown funchon, 3 pnme end no 5igmfican 'match orf6 3730 1732.1 IPF1732 cot, g6 2276 3044 3628 mtramitochondnal protem sorting (by homology)

   YLR168c Off6 3732 1731 IPFl731 Conhg6 2276 3835 4374 unknown function YDR184c ort6 3733 1727 2 CaRPS31 Against 2276 5458 5913 Ubiquitin fusion protem YLR167w off6 3734 1725 CaSECIO Contig6 2276 6092 8449 Requued for exocytosis (by16cc6hc36 226hc36 226c36hc366366366366366166166166166166166166166366166166166166166166166166166] Cell dmsnon contre) protein (by homology) YDR182w orf6 3738 1717 IPF1717 Contig6 2276 14254 10592 similar to Saccharomyces cerevisiae Scc2p involved in snster chromatid cohesion (by homology) YDR180w orf6 3741 14806 IPF3416 Conhg6-2277 1577 1894 unknown functionla 6 3746 34152 IPF3415 ConUg6 2277 3035 4123 similar to Saccharomyces eerevisiae Ylmlp mitochondnal mner membrane protease (by homology)

   YMR152w orf6 3747 3414 IPF3414 Cont! G6 2277 7238 4347 putative senne / threonine protein kinase YKL171w orf6 3748 3412 CaSTEII Contre 2277 10157 7686 ser / thr protein kinase of the MEKK famrly (by homology) YLR362w orf6 37509801803806 'on YLR361c od63751 16901 PF1 6901 ConUg6 2277 13481 13137 unknown nction no sngmhcant match or'6 3853 17283 2 IPF17283 ConUg6 2278 3734 1971 unknown function YCRO61w orf6 3754 9611 2 CaCBK1 C.nt, g6 2278 8115 /17re homology) YNL161w orf6 3756 9613 CaRPL42 3 ConUg6 2278 9346 9011 nbosomal proton L36a, 3-prime end (by homology)

   YNL162w not found 96161 IPF9616 Contig6 2278 11017 10265 unknown funct10n no significant match ad63757 9618 IPF9618 CPntig6.2278 13191 14153 unknown'uncton no5igm'icantmatch or'63758 9777 2 IPF9777 Contng6-2279 2176 2721 unknown6 YOLl 976 4559 3339 ser / thr / tyr protein kinase (by homology) YNL307 orf6 3762 185611 IPF18561 3 Conhg6-2279 5368 5120 unknown function.

   , 3 prime end no sngndicant match not lound 13117 CaSARI 3 Contig6 2279 10710 11273 GTP binding protem of the ARF famlly, 3-prime end (by homology) YPL218w ori63765 131161 (PF13116 Contng6227912217 14271 unknowntunctnon YGL099w ort6376613111113661 nbosomal proton YPL220w ort6 3768 131122 IPF13112 ontng62279 15476 16615 unknown functlon YGL136c ori63769 169852 CaSEC27 Ct, g6.2279 19645 16826 coatomer complex Deta cham (beta cap) of secretory pathway vesictes (by homology) YGL13728556ff6 Involved hou pathway.

   3 prime end (by homology) YLR336c oA6 2425 75742 CASGDI 5t C, .t, g6 2280 8264 5751 Invoived in HOG pathway, 5 prime end yLR336c orf6 3775 7571 1 CaMSPl Contig6 2280 8600 9709 40 kDa putative membrane spanning ATPase YGR028w ort6 1 CaIFF3 Conhg6-2280 13376 10551 unknown funchon YOL155 or (6 3778 175101 PF17510 Contlg6-2280 15083 14781 unknown function YDLI57c or'63780 129472 IPF12947 Contig6-2280 15411 17075 unknownfunction YMRIIS or'63781 12946.2 17FF22946 function 12944 IPF12944 Conhg62280 21324 21836 unknown function no match od6 3783 14219 IPF14219 Conhg6-22g1 2090 1017 probable membrane protem (by homology)

   YOL107w orf6 3784 10681 2 CaGSL21 Cont! G6 2281 8527 2834 1.3-beta-synthase subunit Dglucan yLR342w orf6 3785 106682 PF10668 Contig6-2281 14408 12462 106652 unknownfunctoon yGR054w ort63786 IPF8107 Contig62281 16046 15045 unknown function YFL044 orf63789 81082 17477 16947 IPF8108 Contng62281 unknownfunctnon YLR074 or163790 8109 CaRPLIO Conhg6-2281 18188 18850 Ribosomat protêt L10 (by homotogy) YLR075w or'63999 18553 1, PF18553 Ct, g6 2282 1659 2348 unknown function no signwcant match orf6 3793 12982 2 1PF12982 Contng6-2282 4441 2360 unknownican 110 [PF11023 Cotg6.2282 5381 4767 unknown functnon no signi'ican 'match ort6 3795

  <Desc / Clms Page number 42>

 
 EMI42.1
 DI2001.41 (linked to D12000 68)

   Table 1
 EMI42.2
 110252 CaPXP5 Conbg6-2282 7588 5597 acyl coenzyme A precursor oxndase 1 by homology to Candida troplcalls YGL205w ARF6 3796 110272 iPFit027 Contng6-22828916 10535 unknownfunctfon YDR026c orf63797 11029.2 iPFi1029 Contig62282 12034 10637 unhnownfunctton YOLi19c o t63799 199 381 2282 13778 16213 CaVPS183 Contng6 vacuolar proteln sortlng VLR148w or'63801 80991 CaSAP4 Contng6-2282 18176 19429 secreted aspartyl protemase YLR121c or'6 3803 78452 CaURA5 Conttg622831642 2298 Orotate phosphoribosyltransferase (by homology) YML106w or'63804 7847 1 CaSEC65 Cont146

   YML105c orf6 3806 7848 IPF7848 Contig6.2283 3665 5113 unknown functlon no slgnlflcant match ort63807 78492 CaCDC4 Contlg6-2283 7529 5223 CANAL CELL DIVISION CONTROL PROTEIN 4 YFL009w or'6 3808 7853 CaCDC61 ConLg6-2nn1nnnnncnnnncnn.n79 or'6 3809 7856 CaCDC61 5f Cont'g6 2283 11971 9161 Cyta5o'icleucYltRNA synthetase, 5-pnme end YPL160w ort6 3811 7858 IPF7858 Conhgfi-2283 14982 12235 simLlar to Saccharomyces cerevLStae Prp24p UcRU12 / U6RU12 78592 IPF7859 Conhg6 2283 15179 15916 unknown functlon no slgnlllcant match or (63813 13024 2 lPF13024 Contlg6 2284 4368 640 unknown function YLR256w ort6 3817 6978 CaQCR2 Conhg6-2284 6593 7717 Ubiqutnot- cytochrome-c redfase Yr? 3819 6977 1 CaRP026 Contlg6-22B4 Bll8 8591 DNA-duected RNA polymerase I, II,

   III 18 KD subunit (by homology) YPR187w ort63820 69761 IPF6976 Conbg6-2284 9296 8781 unknown funchon YBR109c orf63821 69752 CaARPI Contng622849525 10769 centractm (byhomology) YHR129c ort63822 6973 CaFURI Conhorb124352828 UHBBU12728FUI Conhibition IPF69713 Conbg6-2284 12044 11847 unknown funcbon, 3-pnme end.

   no 5 \ gmf \ cant match not found 6971 IPF6971 53 ConUg6-2284 12279 12049 unknown function, internal fragment YNL147w not lound 69701 IPF6970 CoMig62284 13261 12740 unknown lunctton YKR085c or'63824 69672 IPF6967 Cont! g6228416631 17gn8c function 38458 unknown IPF3733 Contlg6-2285 758 2317 unknown functlon YJL176c or'6 3826 3735 CaiFE2 Contlg6-2285 4161 5468 Unknown functlon YAL060w ort6 3827 13354 CaEROI Conbg62286 2198 3940 Requlred 'or protem dlsulfide bond formation the ER (by hom3031M6) Contig6-2286 4662 5393 unknown Lnction no sngnihcant match orf6 3831 13352 iPF13352 Contng6 2286 6387 5875 unknown funcbon no slgnltlcant match orf6 3832 13350 CaMNN3 Contng6 2286 9693 7873 Golgn alpha 1,2mannosyltrénsferase (by homology)

   YBR015c or'6 3833 9693 IPF9693 Conbg62286 10957 11445 unknawn'unc'ian YDR482c orf6 3834 96992 IPF9699 Contig6 2286 14334 11788 unknown'unc'ian YIR003w os6 3837 97002 CaNTF2 Contlg6-2286 15062 149ology nuclear factor 337w nuclear factor IPF338451 Contlg6-2287 727 3207 simllar 5accharomYce5 cerevisiae Gpl13p phosphoryltransferase that adds phosphoethanolamine to the thlrd mannose residue 01 the GPI anchor precursor.

   5-pnme end (by homology) YLL031c ort6 3843 3385 1PF3384 3f cantig6.2287 3395 3775 simiiarto to Saccharomyces cerewsnae Gpl13p phosphoryltransferase that adds PhosPhaethanaiamine to the thlrd mannose residue of the GPI anchor precursor, 3.cffme 3388 2 IPF3388 coMig6.2287 4276 6804 unknown functlon YHR204w or'6 3845 33922 IPF3392 Contlg6-Z287 7235 9595 unknownfunction YFL013c orf63846 33932 IPF3393 Contlg6-2287 10764 9652 unknown functlOn no slgnlil57 or42 nr slll947 Conte 429 not found 33952 CaGNAI Contig62287 12048 11599 Acetyltransferase YFL017c ort63848 3398 IPF3398 Contng6-2287 13721 13981 unknown funcUOn, 3-prime end no signmcant match not found 3401 1 IPF3401 Contng6-2287 15996 14113 unknown tunctnon YLR14 6.28 384 381; PROTEM,

   3.Pfime end (bY homology) YBR191w orf6 3851 3406 IPF3406 Conhg6.2287 19034 20953 unknown function YKL179c ort6 3852 11493 iPFi1493 Conh 6.2288 1484 780 unknown functlon YPR107c ort6 3855 114922 iPFi1492 Centig6.2181 no491661 569 unknown -2288 2635 3708 unknown funchon YKR023w orf6 3857 114892 IPF11489 Contlg6-2288 4802 3738 unknown functlon YKLi08w ort63859 114872 iPFi1487 Contlg6-2288 678 50nnfn YcR22A8388 11484 iP1148 Contlg6 to K lactls killer toxln (by homology) YKlII0c orf6 3863 93642 IPF9364 conti 62288 8858 9964 unhnownfunctton YMR097c off63864 93632 IPF9363 Contlg6-2288 11790 9961 slmllar to Saccharomyces cerevislae Ykurwn component ofng

   YMR106c orl63865 9361 cai5Mi Contig6-2288 12042 14963 nsoleucyItRNA synthetase (by homology) YPL040c ort6 3866 19939 iPF19939 Contlg6-2288 15292 16230 unhnownfunct'on no slgnlflcanl match orf6 38191019 Con19 <mf) aftopHregu) ated (PHR) protetns YLR343w orf6 3873 107161 IPFl0716 Cont \ g6-2289 7899 7093 unknown tunctton YGR033c orf6 3875 107191 CaRPL26A 3 Contng6-2289 9493 9885 nbosomal protêt, 3 prime end13 (494) 49 '5f Contng6-2289 10756 11772 unhnownfunct) on.

   5 prime end YLR345w 0d63876 18544 IPF137493f ConUg6228911808 12389 unknownfunction, 3pnmeend YLR345w ort63877 137482 IPF13748 Contng6-2289 12696 13061 Unknown'unchan yjLi84w orl6 387 13747 CaPFDl Contl6177 1347 CaPFDl Contl61771347 13645 14856 F1FOATPase complex assembly protein (byhomoiogy) YJL180c ort6 3880 13744 JPF13744 conti 6.2289 15667 18609 Prote, ninvoived 10 regulation of carbon metabohsm (by homology) YNL201c orf6 3881 8030 1 IPF8030 ConUg62290 678 20842 286286cncnc factc31 Drug transporter (by homology) YJR015w ort6 3885 80252 CaSNG3 Contlg6-2290 4976 6805 Drug transporter (by hom% gy) YGR197c ort6 3886 8024 2 IPF8024 Contlg6-2290 9384 11348 unknown funetlon no sngnilncant match ort6 3887 80202 CaMTR4 116 Hehcase (by homology)

   YJL050w ort6 3888 8017 CaPUP3 Conbg62290 15089 15709 PRCT yea5t proteasome component (by homology) YER094c ort63889 7930 IPF7930 Contig6 2290 16977 18071 unhnownfunctton YJL123c or% 3891 18540 CaCPYl 3f Cantng9 end193pybbpr31bpr192032201920322019201820 322019201820 32201920 1820 prpyl Contlg6-2290 19956 19699 Carboxypepttdase Y precursor, 5-prime end o svgmfvcant match or'6 1341 104902 iPF10490 Conhg6 2291 3567 1810 unknownfunction no slgnlflcant match orl63896 48932 JPF4893 Contig62291 4785 9014 unknownfunctf2 YHR1896 98HR9696 YGR257c ort6 3898

  <Desc / Clms Page number 43>

 
 EMI43.1
 D12001-41 (hé at 012000-68)

   Table 1
 EMI43.2
 48972 JPF4897 Contng62291 12154 11033 unknownfunction nosignuicantmatch ort63899 4898 IPF4898 Conbg6-2291 13190 12444 unknown funchon YGR235c or / 63900 48991 IPF4899 Contlg6.2291 13505 15778 unknown funcbon YKLI55c orfR 16212701 5201 4901 4901 4901 4901 4901 4901 4901 4901 ) yKL156w not tound 58632 CalOPI Conhg6-2292 2894 1593 isocitrate dehvdrogenase, cytosohc (bv homology) YDL066w orf6 3902 58652 IPF5865 Contig6 2292 3837 4703 unknown lunctton YLR394w orf6 3903 58662 IPF2566 Contd. CYTOCHROME C OXIDASE (by homology) YLR395c not found 5868 CaCOX9 Contng6 2292 8935 9120 CYTOCHROME C OXIDASE (by homology) YDL067c not found 58702 CaVPS33 Contng6 2292 11444 9348 VACUGLAR PROTEIN SORTING (by homology)

   YLR396c orf6 3905 15652 CaARP9 Contng6 2293 5555 7009 actin-related protem (by homology) YMR033w orf6 3912 15653 PF15654 exon. Conhg6-2293 8146 7229 unknown funchon, exon 2 YAR031w orf6 3913 15654 IPF15654 exonl Contig6 2293 8983 8456 unknown function, exon 1. no significant match orf6 3914 19665 IPF19665 Conhg6-2293 12103 10589 unknown functlon YOR349w orf6 3915 19664 1 IPF19664 Conhg6-2293 13580 12351 unknown lunctlon YOR349w or / 6 3916 15872 2 CaMRPL33 Contng6 2293 13884 14174 nbosnal protein )

   YMR286w not lound 12803 IPF12803 Conbg62293 16508 17167 unknown tuncbon no slgOlfJCant match orl63917 12802 IPF12802 Contlg6 2293 19295 17247 unknown function YOR495c orf6 3918 128001 IPF12800 Cent g6 2293 19635 20696 unknown 1296122122192fn23192192fn23196fn23196f2fcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfc] 3920 18533 IPF18533 ConRg6-2293 24963 25625 unknown function YCL043 orf6 3921 10762 CaAUTI Contig6.2294 5332 4331 simllar to Saccharomyces cerevisiae Autlp essentlal for autophagocytosrs (bv homology) YNR007c orf63924 1076116662 ContJg6.2294 11196 12926 unknown functlon no match orf6 3926 8982 CaERC2 Conbg6.2294 15143 13344 ethnomne resistance protem (by homology)

   YDR338c od6 3927 78991 IPF7899 Contng6 2294 17224 16178 unknown function no SIROIfcant match orf6 3928 79001 fpF7900 C..tig6 2294 18205 17543 unknown tunctlon YGL047w orf6 3929 7901 2 CaERG2 ContJg6.2294 18581 19234 C 8F30290332307329329329329329327329327327327327 23258 22158 unknown functlon YPL255w orf6 3931 8535 IPF8535 Cent ig6.

   2295 2001 943 unknown funcion no match ort6 3932 85372 IPFS537 Contlg6.2295 5365 3620 slmiJar ta Saccharomyces cerewsiae Cnelp calnexio, involved 10 regulatlon of secretion (by homology) YAL058w orf6 3934 8538 CAECMI Contlg6.2295 6317 5724 mvynth ) YAL059w orf6 3935 19753 1 IPF19753 Conbg62295 9442 7550 Slmllar to Saccharomyces cerewsiae Tfblp transcription initiation factor (by homology) yDR311w orf6 3937 156642 IPF15664 Cent g6 2295 9781 10443 unknownfunctnon YILl76c orf39 121 ILF29 Contr. CaPDBI ConLg6-2295 13502 12363 pyruvate dehydrogenase (by homology)

   YBR221c orf6 3940 11879 IPF11879 Co g6 2295 15176 16699 unknown function no slgnlflcant match orl6 3941 Il 8812 2 CaAXL2 Contng6 2295 19971 17170 similar saccharomyces cerevisiae Axl2p requued for axial pattern of buddtng (by homology) YIL140w orU61842 23542 YGL126w orl6 3943 4547 CaFEN12 Conhg6-2296 734 1612 Probable subunit of 1,3.beta-glucan synthase (by homology) YCR034w orl6 3946 4553 IPF4553 Cerf g 6 2296 5241 6371 unknown function yDL048c ort6 3947 4558 IPF4558 97U58 Saccharomyces cetevistae Prp3p sphang factor (by homology) YOR473c or'6 3948 4563 IPF4563 5 (Contig6.2296 11140 16026 slmllar to saccharomyces cerewsiae Tomlp E3 ubnqi4n Ingase te, G2 / M tram. \\ 10n, 5pny end6) 18528 IPF4563 3 'Cent:

  R6 2296 16383 17867 similar saccharomyces cerenslae Tomlp E3 ubnprtm Ingase requued for G2 / M transitIon, 3 prime end (by homology) YDR457w orf6 3950 15204 CaPEPI 3 Contng62297 2 4351 Vacuolar protein sortmg / targetlng protem, 3 prime end (by homology6 YB 3952 15377 IPF15377 Contlg6.2297 6506 10687 probable membrane Proteminvolvad in bipolar buddmg (by homology) YLR084c orf6 3954 1l527 Ip F 1 8527 Contlg6.2297 11257 13536 unknown functlon YDR108w ort6 3955 20096 IPF20096 Contig6.229 unknownfl6297 fnfl6297 8892 IPF8892 Contlg6.2297 15386 15922 unknown function no slgntflcant match orf6 3957 88932 CaCDC54 Contig6-2297 18753 16021 cefl dwi5ioncoMrai proteln (by homology) YPR019w orl6 3958 19576 CaR001 Contlg6 2298 5793 3058 0 d nitrenz homology)

   YFR022w od6 3960 92822 IPF9282 Conbg6.2298 9613 7733 unknown functlon YOL019w orf63961 92882 CaFABI Cent 6 2298 18259 11120 phosphatldvllOosltol 3.phosphate S.ktnase (by homology) YFR019w ad63964 92902 IPF268 unknown6 6336 7577 InvoWed ln cell wall biogenesis and architecture (by homology) YDR055w orf6 3969 6871 IPF6871 Conug62299 10201 7856 unknown function YOL081w orf6 3971 6872 1 IPF6872 ConUg6-2299 10481 11371 senne / thoeoOlne protein kinase (by homc74) Conhg62299 13478 11433 unknown (unctlon,

   3 pnme end no signihcant match orf6 6594 68802 IPF6880 Cent g6 2299 16416 17360 unknown function no signilicant match orf6 3977 6881 IPF6881 Contig6-2299 19404 17611 putative phosphatldyl synthase yKR070w od6 3978 116672 IPF11667 Conhg6-2121212121319821982 6860 5697 protem invoived m the HOG1 hlgh.osmolanty signal transduction pathway (by homology) YER118 orl6 3983 94202 CaAOX2 Contlg6.2300 11023 12108 alternative oxndase (by homology) no 51 mficant match orlfi 3985 9418 CaAOXl Contlg62300 13455 14594 alternative ) no 51 mficant match or'6 3985 9417 IPF9417 Ct, R6 2300 16509 18794 slmliar to Saccharomyces cerevisiae Hst1 heat shock transcnptlon factor (by homology) yGL073w or'6 3986 19511 1 CaSECI6 5eoc Contig6'2301 2995 2 Mulhdomain vesn prime end (by homology)

   YPL085w orf6 3990 142732 IPF14273 Conhg6 2301 7077 8996 Probable ser / thr protem kinase (by homology) YKLl16c orf6 3991 14271 2 CaRGRI Contngfi-2301 10031 13816 DNA-duected RNA poJymerase Il (by homology) YLR05f196f or18 2301 15246 13978 unknown function, 3.prime end YOl070c ort6 3993 18517 IPF18517 5f Cont.g6 2301 16441 15254 unknown tunction, 5-prime end no slgnllrcant match orf6 3994 8110 IPF8110 Contlg6.23D2 5558 6028 unknown functlon no signiftcant match ort6 4000 821 Contig6.2302 6919 7677 4001 81132 phosphomannomutase YrL045 ort6 IPFg113 Conbg623029805 7784 unknownfunctnon YIR077w orf64oo2 81142 10043 10669 IPF8114 conhg62302 unknownfuncbon yFL046w or% 4003 19943 10972 11703 CaBOSl ConUg62302 ER Golgi SNARE you v (by homology) YLR078c orf6 4004 8122 2302 13115 14851 CaSCW4 ConUg6 cell wall glucanase (by homology)

   yGR279c orf6 4005

  <Desc / Clms Page number 44>

 
 EMI44.1
 012001-41 (linked to DI2ooo-68) Table 1
 EMI44.2
 8123 CaDIP51 3f C.tig6.2302 16422 15346 dicarboxylic amino aad permease, 3-prime end (by homology) YPL265w orf6 4006 10236 CaDIP51 5t C..tig6 2302 17105 16305 dicarboxylic amino aad permease, 5 prime end (by homology) YPL265w or '6 4007 121761 CaSE02 Conttg62303 2137 308 suppressorof suttoxyde ethtonine resistance YAL067c orf6 4008 12173 IPF12173 C.ntig6 2303 5297 6781 unknown function YIL090 orf6 4010 121692 IPF12169 Ct, g6 2303 11176 9833 unknown functfon YHR2117 Saccharomyces cerewsnae Ste2p pheromone alphafactor receptor YFLO26w orf6 4012 18512 IPF18512 C.nt.g6 2303 21231 22529 unknown lunction YOR107w ort6 4013 13925 1 CaMSLl Conttg6 2304 5728 5333 U2 snRNA assecated protein (by homology)

   YIR009 or'6 4018 13921 IPF13921 ConUg6 2304 6174 7850 Unknown funcion YLROBSw orf6 4019 139192 IPF13919 Conttg6-2304 10630 8528 unknownfunctnon YPL253c orf64020 16405 IPF16405 Contlg6n30w nsbnw thebuchsnm thewillneawsnm theusbuchswillnount by homology) YIL093c or'6 4021 9939 IPF9939 Contlg6.2304 15068 12792 simllar to Saccharomyces cerevisiae Msn4p tran5cfiPfionalachvaior (bY hom.l.gy) YKL062w or'6 4022 9943 CaPFK26 Contfg6 2304 phosphy 23975 L107c or'6 4023 6235 IPF6235 Contig6 2305 1020 1988 Candida albicans Tca2 retrotransposon no sfgnfffcant match orf6 4026 6237 CaPOLO Ct, g62305 2130 6719 pol polyprotem, reverse transcnpase YFR016c., F6 4027 18508 530nlcntlnlntlntlnlntcntlnnnnnn ort6 4029 9674 CaCAT8 Cot.g6,

  2306 4715 1545 transcription factor involved in gluconeogenesis (by homology) YMR280c orf6 4032 9671 1 CaNTG1 C.nt.g62306 5332 6294 endonuclease 111 like gleosylase (by homology) YOL043c or'64033 96702 IPF9670 Contig6 2306 11222 6402 membrane transporter of the AT (ABC) superfamt! Y fuvotved in metal resistance (by homology) YLL015w orf6 4035 13962 CaCCR4 Conttg6 2306 12828 15191 glucose repressnble alcohol dehydrogenase transcriptional effectar YAL021c or'64036 13965 CaPLS5 Cont, RG 2306 17552 15288 putairve phosphofn. , YOL011w orf6 4037 19944 CaUGA6 3 ...

   Cont! G6 2307 55 1689 GABA specdnc transport protem, 3 prime end YDL210wi orf6 4039 5688 1 CaSUR2 coMig6.2307 2903 3931 Hydroxylaton of C4 of the sphingoid moiety of ceramae by homology YDR297w off6 4041 5686 1 CaBET3 exon2 Conbg6 <2307 4459 4980 targettng and fusion of ER to Golgi transport vesicles, exon 2 (by homology) YKRO68 or'6 4042 5684 2 CaEBP7 Cont) g6 2307 6435 5257 NADPH DEHYDROGENASE by homology YHR179w ort6 4043 56832 CaSCT12 Cont'g6 2307 7800 99 a choline-transport mutant YBL011w or'64044 56822 IPF5682 ConUg62307 10539 10889 unknown funetlon no significant match orf6 4045 109362 IPF10936 Conhg6.2308 1143 2285 unknown function YOR113w orf64048 10934 IPF10934 Contlg6.2308 37omy snyuc family Rn nb nucteases (by homology)

   YPL123c ort6 4050 109291 IPF10929 Cont! G62308 4712 5167 unknown function YPL242c orf6 4051 109242 CaIFJ3 Conhg62308 7319 8458 unknown functlon YGR263c o0164052 10922 IPF10922 C..tig6 2308 9566 10192 unhnown functton6 ndidf138 (by homology) YOR288c off6 4056 126942 CalFA23 Conhg62308 15112 17223 unknownfunction YGRO98c orf64057 12695 IPF10032 3f ConLg6-2308 18070 17438 unknown funct'on.

   3 prjme end YML046w rif6 4059 10032 IPF10032 5f Contig6 2308 19022 17982 unknown funchon, 5-prime end YJR011c off6 4060 185051 iPFiDC295eoc Coning6-230819764 20234 unknown tunction, 5 prime end YFR044c or'65132 17996 CaC25db9h sngnihcant match not found 7422 caiFQ1 3t Contng6 2309 2416 1238 Unknown function, 3-prime end no match orl6 a062 7421 CaIFQI.5i Contig6-2309 3589 2417 Unknown function, 5 prime end no slgnlflcant match orf6 4063 7414 IPF7414 Conttg6 2309 8230 10695 putative factor (by homalogy) YGL209w orf6 4066 7410 CaAAT22 Against 2309 12205 11144 aspartate ammotransierase (by homology)

   YLR027c rif6 4067 74092 IPF7409 Contig6230915103 12950 unknown function YGR282c ori64068 7405 IPF7405 Conhg62309 16061 15651 unknown functton no slgnltlcant match orf6 4070 7404 IPF7404 Contig6 2309 17469 168igf1164611f46 11466fig116119 CaPOL2 ConUg6-2310 13270 6635 ONA dtfected DNA pol1jmerase epslton, catalytlc subunit A (by homology) YNL262w orf6 4075 12851 CaMISl Contng6 2310 14240 17080 mitochondnal CHetrahydrofolate synthase precursor (by homology)

   YBR084w or'6 4076 128452 IPF12845 Conbg6231017722 18267 unknownfunctnon YOR286w orf64077 12844 IPF12844 Contig6.2310 19407 18562 unknown function YOR287c orf6 4078 15485 IPF15485 Contig6.2311 6356 7327 unhnown func48 15c7fcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfffffffffffcfcfcfcfcfffffcfcfcfcffcfcfcfcfcfcfcfcfc]]]]]] 13303 CaCYC3 Cont, g6 2311 14894 15688 cytochrome C heme lyase YAL039c orf6 4082 147572 IPF14757 CaMig6.2311 18073 15812 unknown function YOR354c orf6 4083 147582 CaSHR5 C.nt.g6 2311 19085 19774 RAS suppressor (by homology) 40UU62 23123029 4141 Unknownfunchon YNL134c ort64086 68452 IPF6845 Contng62312 5153 4344 unknownfunctnon YNL099c orf64087 68481 CaOST2 Contig6-2312 5580 6014 Oligosaccharyltnsferase epsilon subunit YOR103c orf6 gnt 72tgngtn 72tnGtn 72tn

   YNL098c orf6 4089 6857 1 IPF6857 Conhg6-2312 12595 14346 putative transcriptional regulator (unknown lunction) YDR253c orf6 4092 68601 CaGPDl C.tig6 2312 17508 18719 Glyceroh3-phosphate dehydrogenase (by homology) YOL059w orf21893 21593 a SET domam (by homology) YJL168 ort6 4094 68661 CaCMK2 Conhg6.2312 23522 22089 Ca2 + / catmodu) tn depend ser / thr protein kmase, type Il (by homology) YOL016c or'6 4095 2755 CaHEMI Contig6.2313 354 2048 5-aminolevulinic aad synthase YDR232w ort6 4097 27572 CalFU15f 5t Contng6-23132528 4693 Unknown function, 5-prime end YNL126w orf6 4098 18497.1 CaIFUl 3f Contng6 2313 4618 4884 Unknown functton.

   3 prime end no slgnllicant match not found 2761 CaYOR100 ConUg6-2313 5880 6734 Putative mdochondfiaicarfier protein YOR100 ort6 4099 2763 1 CaVMA4 C.tg6 2313 7172 7810 H + Vansportmg ATPase E cham YOR332w orf6 4100 2765 CaMRS2indig6172 (by homology) YOR334w Off6 4101 19945 CaRPA43 Cont, g6 2313 10621 9722 DNA directed RNA polymerase 1, 36 KD subunit (hy homology) YOR340c orf6 4104 2771 CaBI02 Conhg62313 11763 12887 biofin synthetase (by homology) YGR286c ort6105 274 2313 14743 13442 DAPA ammotransferase (by homology) YNR058w orf6 4107 2776 C.8104 Conhg6 2313 14993 15631 dethfobnotm synthetase (by h..01.gv) YNR057c os16 4108 2781 2 CaHNM3 Contfg6 2313 15855 17351 homoline 6 4112 108102 CaDRS21 Contng6-23143422 3 Mb, ae.pa.,. G C ATP (by h ... I.gy)

   YIL048w ort64113 108062 IPF10806 Conhg6-23144520 6481 unknowniunchon YBR204c orf64114

  <Desc / Clms Page number 45>

 
 EMI45.1
 01200141 (hé à 012000-68) Table 1
 EMI45.2
 108042 CaDUR31 Cont'g6 2314 7665 9842 Urea transport protnn (by homolpgy) YHL016 oA6 4115 9766 CaDURl.2 Conbg6-2314 10902 16343 urea amidolyase (by homology) YDR208 or (G 4116 97672 CaHATl C..t, e6.2314 1665 hnstoneacetyltransiarase (byhomology) YPLOOlw or164117 12637 IPF14436 Contig6.2315 750 1427 unknown funchon no stgnlflcant match orf6 4119 126342 CaMRT4 Contig6-2315 1718 2410 requlred for MRNA decay (hv hamaloay) rffn21r42. JntAllrtty (by homoloay) YKLOô'3w Off6 4111 126292 IPF12629 Contig6 2315 6977 4770 unknown function YOL063 orf6 4122 5369 IPF5369 Cont,

  g6 2315 7744 8271 unknown function YKLO69w or'6 4123 5373 IPF5373 Conug6231511915 8520 unknownfunchon YIR019c ort64125 53762 IPF5376 Conbg62315 15002 17620 unknown fundion YKL201 or'64127 5380 CaRBFl 3 Conhg6-23PG BINDOR6878 6 4128 16300 IPF16300 C..t, g6 2316 7494 5869 putative aldehyde dehydrogenase (by hamology) YOR374w oral6 4131 9743 2 IPF9740 C.nt.g6 2316 14187 9604 olngo.l, 4 -1,4-glucantransferase / amylo 1,6 glucosldase (by homology) YPR184w orf6 4133 9747 CaVAC8 Conttg6.2316 16491 18248 requlfed for vacuole Inhentance and protein targetmg from the cytoplasm to vacuole (by homology)

   YEL013w orf6 4134 9748.2 IPF9748 Contig62316 20034 18487 unknown functton YJL049w or'64135 19946 1 IPF19946 ConUg6-2316 21625 20405 snmllar to Saccharomyces cerewsiae Nbp35p nucleotlde.bmdmg protein2136218617621b6196b6196b6196136 oA6 4139 82262 CASSA Contig6 2317 7613 8356 Proteasome subunit YC7alpha (by homology) YGL011c orf6 4140 8225 CaERG4 Ct, g6,2317 9966 8557 sterol C 24 reductase (by homology) YGL012w orf6 4141 82242 IPF8224 Contig619322 Contng6231715906 13555 unknown functlon YGL014w orf64143 8215 CaPMAl Co.t, g6,2317 20418 17731 plasma membrane H + transportirtg ATPase 1 YGL008c ort6 4145 6521 IPF6521 5eoc Contig6 2318 6893 3 simtlar to Saccharomyces cerewsnatpaop, taop

   5 prime end YIL129 ort6 4146 6518 IPF6518 Contig6-23189998 10585 unknownfunctnon YNR018w orf64148 6517 CaTOSI Contng6.2318 12450 11044 putative Anchorsubun'tof a aggtutinm (by homology) YBR162c orf64149 65121 CaPRP10 ath3ch3ph3ch3cph313 (6 4152 6511 CaMPA43 Contng6231819559 21268 Unknownfunctnon YNL249c orf6 4153 65102 IPF6510 Cont) g62318 21914 23263 unknownfunctnon YPR196w orf64154 18488 IPF18488 5e.c ConUg6-2318 23385 24996 unknown fun27, 98 12 to Saccharomyces cerevtSlae Inp5lp phosphatidylmosrtol phosphate 5 phosphatase, 3.pnme end (by homology) YIL002c orf6 4159 98752 IPF9875 Conttg6 2319 7710 7138 unhnown tunction YKL201c ort6 4160 9877 CaLEU42 Cot, g6 2319 9889 synt)

   YNL104c or'6 4161 16993 CaSS02 Contng6-2319 12200 11313 syntaxin (by homology) YMR183c or'64162 164982 IPF16498 Contng6-2319 13124 14176 similar to Saccharomyces cerevisiae Arg82p arginine metabollsm transcription factor YDR1731961664 164 mlease factor 3 YDR172w od6 4164 145452 IPF14545 Conhg6 2319 17008 18402 unknow! '\ functlon YCL034w 0d64167 14544 CaYEA4 Contig6 2319 19415 18435 Golgi undme diphosphate-N acetylglucosamine transporter (by homology) YEL004w orh61941468 418 418 function no signtlint match off6 4169 135862 IPF13586 ConUg6 2320 4086 2938 unknown tunction no slgntftcant match orf6 4173 161472 CaILV1 Contig6.2320 5283 6992 Threonine dehydratase (by homology) YER086w or'64174 19755 1 CaGUF1TP75 Co. 7, (by homotogy) YLR289w or'6 4177 10985 CaSERl C.nt,

  g6 2320 10419 9241 phosphosenne transaminase (by homelogy) YOR184w orf6 4178 10984 CaMEC3 Cont'g6 2320 11603 10659 G2 speofic checkpont protein (by homology) YLR288c off6 4179 10981 1 CaYSHI C..tig6 2320 11698 143ad component of pm (by hamology) YLR277c orf6 4180 10980 CaSMD2 C.tiR6 2320 14669 14920 Ul snRNP protem of the Sm class protem (by homology) YLR275w not found 10979 CaCDC46 Co.t.g6 2320 17201 15015 cefldNi5ion control protein (by homology) YLR274w or6 10977 IPF10977 Contig6.2320 17601 18116 unknown functnon YLR281c orf6 4182 4781 1 CaNUBM C.nt, g6 2321 1755 3227 nucteottde bmdmg re5Pirata'Y complex 1 subunit (by homology) no match orf6 4187 4782 IPF4782 C.nt.g6 2321 membrane protein (by homelogy) YBR187w orf6 4188 4783 CaMED8 ConUg62321 6376 5657 transcnptional regulatlon medlator (by homology)

   YBR193c or'6 4189 4784.1 IPF4784 Contig6 2321 6599 7306 unknown Function no slgnificant match o96 4190 47852 C.RiM2 Ct, g6 2321 8750 7551 mitochondrial carrier protein (by homology) YBR192w orl6 4191 4789 CaMOTl Co.t, g6 2321 1500ton 9257 trans protêt YPL082c Off6 4194 47921 IPF4792 Conhg6-2321 16953 16276 unknown Function no signifncant match orf6 4195 4794 CaADH4 Contif! 6 2321 18214 17165 probable alcohol dehydrogenase (by homology) YOL086c orl6 4196 4795 CaADH3 Cont.g6 2321 20gen9ase ) YOL086c orf6 4197 184821 CaLYS21 Cqnhg6-2321 23686 22433 h.mo, irte synthase (by homology) YDL131., T6 5005 13383 2 'IPF13383 53eo <Co.t, g6 2322 2312 3 unknown function, internal fragment YOR086c orf6 4199 133792 IPF13379 Cqntig6d3222952 3926 unknown function YGR031w ost64200 133781 CaNIT3 Contfg6 2322 4876 3971 nitniase (byhamaiogy)

   YLR351c or'64201 133772 IPF13377 conhg62322 6683 5121 unknownfuncban YOR378w ort6 4202 15847 CaMNN5 ConUg6 2322 9524 7731 Golgv alpha-1,2mannosyltransterase (by h.ol.gy) YBR015c orf6 4205 138382 IPF13632 13836232 Conug6-2322 13620 12463 probable heat shock protein (by homology) no match or'6 4208 8671 2 [PF8671 Contig6 2322 15766 17214 unknownfunctnon YCL008c or% 4209 8674 CaSFT2 Contig6 2322 17442 18095 similar to Saccharomyces cerevisnae Stt2p suppressor ot SEDS thermos homology) YBL102w orf6 4210 86752 CaHNT1 C..t.g6.2322 18636 18178 snmnlarnty to protein kinase mhlbltor 1 (by homology) YDL125c orf6 4211 7790 CaSEFl C.nt,

  g6 2323 5007 2254 Putative transcription factorl YBL066 orf6 4213 7787 CaRAD51 cami 6.2323 7687 6602 DNA repair protein by homology YER095w or'64214 12811 2 [PF12811 Contig6 2323 12882 15866 putative senne / threomne kinase YOR233w orf6 4215 128332 Cal32 YPR194c orf6 4217 15907 CaCWH41 5eoc ConUg6.2324 1263 1 ER glucosidase).

   5 prfme end (by homology) YGL027c or'64218 199471 IPF19947 Contig6.2324 1510 3912 unknown functlon YBL014c or'6 4219 6482 CaFMTI Conhg6.2324 4303 5382 Methionyl TRNA Transformylase (by homology) YBL013w or'64221 19756 CaPS136 5522 invoived in regulatrng membrane trafiic (by homology) YLL040c orf6 4223 18480 IPF18480 Contig6-2324 15944 15351 unknown funcbon no signmcant match orf6 4224

  <Desc / Clms Page number 46>

 
 EMI46.1
 D12001 41 (linked to D12000-68) Table 1
 EMI46.2
 12285 CaTPKl Contig6.2325 2557 1349 cAMP-dependent protein kinase 2 (by homology)

   YPL203w or'6 4228 12282.2 IPF12282 Contlg6-2325 9427 5102 unknown functlon no slgnlflcant match orf6 4229 8957 PF8957 Contig6 2325 10558 9824 unknown functlon YEROIOc or'64230 8953.2 IPF8953 Contig62325 11655 10834 unknown6112 2325 12774 12052 slmtlar to Sâccnaromyces cerevisiae Rpa34p nonessentlal component of RNA poil (by homology) YJL148w orf6 4232 8951.2 IPF8951 Contlg6-2325 14118 13156 unknowntunctnon YJL145w ort64233 89501 ort32233 89501 IPF950 Cont. s, gnificant match orf6 4238 105902 IPF10590 Contlg6-2326 8447 11242 unknown function YPR091c ort64240 19757 CaMECI Cont) g6 2326 18265 11288 ceil cycle cheçkpoint protein (by homology) YBR136w.,

  t6 4242 10371 CaCKSI CPnhg6 2326 19041 18733 cyom dependent kinases regulata'Y subumt (bY homology) YBR135w ort6 4243 10373 1 IPF10373 Cot gG 2326 20667 20002 unknown function YNL245c orf6 4244 10374 CaSUIl Conhg6 2326 21530 21i translate (factor) homology) YNL244c orf6 4245 10842 CaRPA190 Contng6.2327 1434 6431 DNA directed RNA polymerase 1 (by homology) YOR341w., f6 4247 10845 CATBPI Conug6-2327 8117 7401 TATA bindmg protein (by homology) YER148w orf6 4249 10847 CaAPN2 Cont27 endonuclease, e> <onuclease III homologous (by homelogy)

   YBL019w orf6 4250 103332 11525 13429 IPF10333 ConUg62327 unknownfunctnon YER149c orf64251 103352 IPF10335 Conhg6232713842 16574 unknown functlon YML103c or'64252 CaCBF5 Conhg6-2327 103361 18177 16738 eentfomere / microtubute btndmg protetn YLR175w orf6 4253 10337 20836 19043 CaFCY23 Contg62327 Putative purine-cytosine transportation protein YGL186c off6 4254 155041 PF15504 Cont R6 2328 2379 1537 .k ... f.nct ,.

   YGLl38c orf64256 155062 PF 15506 Contig6Q3284367 3003 unknownfuncbon YGR042w orf64258 15259 CaMRPL7 Contfg6-2328 5466 4603 Ribosomal protem of the large subunit, mitochanàriai (bY homology) YDR237w off60 427 6141 761 767 RNA 761 761 767 761 766 769 761 766 761 766 769 761 766 769 40732 IPF4073 ConUg6-2328 11689 7778 simllar to Saccharomyces cerevisiae CaPds5p regulatnon of dissocnation of Stster chromatlds (by h..l.gy) YMR076c orl64261 4072 2 IPF4072 ConUg6-2328 12042 13442 unknown functlon no64 match6: 42

  g6 2328 22709 22281 casein kinase 1, 3 prime end (by homalogy) no s, gnificant match ort6 4266 116432 CaYCK3 5f Cont g6 2328 23670 22534 casem kinase 1, 5-prime end (by homology) YNL154c ori6 4267 184741 IPF18474 Conttg6-2 24875 24624 unknown functlon no match orf6 6222 78012 CaMDLl Ct, g6 2329 4568 2511 ATP DEPENDENT PERMEASE YLR188w orf64270 8507 CaRSRI Cont.g6 2329 6293 5553 GTP binding protein, 3 prime end YGR152c orf64271 8505 CaECM36 3I.n31 cell wall biagenesis and architecture, 3-prime end (by homology) YKR076w od6 4272 85042 IPF8504 Conttg6.2329 8710 9462 unknown functlon YDR463w ort6 4273 8502 CaMCM6 Contng6-2329 12160 9518 component of MCM Inlbator complex Involved m DNA replicabon (by homology)

   YGL201c ort6 4274 85002 IPF8500 Contng6232912663 13022 unknownfunction YGL105w orf64275 8499 CaCETl ConUg6-2329 13396 14958 mRNA 5 triphosphatase (capping enzyme, beta subunit) YPL228w ort6 4276 15671 2 CaADH5 163f313; 1 IPF15672 Contng6-232918873 17950 unknawnfunchon YKL128 ort64278 6422 CaRH03 Contng6 2330 943 443 GTP b'ndtng protein of the rho family Y! Ll 18w ort6 4280 64241 IPF6424 ConUg6-23302554 1691 unknownfunctnon YIL325 orf32non 64 4282 64281 IPF6428 ConUg623305176 4778 unknown functlon YKL086w orf64283 6430 CaCF112 Ctg6> 2330 6120 8369 Strong 5imiiaritYto'erfic reductase Fre2p (by homology)

   YOR381w ort6 4284 6431 IPF6431 Contig623309651 8665 unknown functlon YBR141c ort64285 6433 CaMAK5 ConUg6 2330 9855 12203 ATP dependent RNA hehcase (by homology) YBR142w orf6 4286 6434 1 CaSUP45 Contig6 2330 13639 12BR30 orbabc 13947 15266 ce ,, mutant cycle division (by homology) YNL323w ad6 4288 6437 IPF6437 Contng6-2330 15648 15304 unhnown tuncUDn no slgntftcant match or'6 4289 64381 IPF6438 ConMg6-2330 15882 17000 unknownfunction YML131w ort64215 1723932 1930CD7 Princ kinase of the MAP kinase kinase kinase family (by homology) YAR019c ort6 4291 38442 IPF3844 C..t:

  R ± 6.23311 4689 6950 unknown lunctlon no slgnlflcant match ort6 4292 38401 CaAIP2 Conbg6-2331 9203 7620 achninterachngPratein2 (byhomoiaoY) YDL178w or'64293 3838 CaECMI4 Contng6-2331 9960 11372 carboxypeptidase1) orhr homogeny)? '6 4294 38331 IPF3833 ConUg62331 12692 12282 unknown functlon match ort64809 199481 IPF19948 Contlg6.2331 15120 16040 unknown function YHR134w ort6 4302 38192 CaKRE5 5eoc Contig6-2331 16225 17514 UDP-glucoseglycoprotem glucosylfur3 (56) . 2332 1683 289 Unhnown functton.

   3 prtme end 'YIL103 orf6 780 13755 1 IPF13755 Conhg62332 3771 4202 unknown function no sngnMcant match orl64306 137562 IPF137565f ConUg623325029 5643 unknown function, 5-prime end YJL010c orf64307 13757 IPF13756 31468cig uncount 236. 17203 CaMSDl Conhg6-2332 9319 7265 Aspartyl TRNA synthetase, mitochondrial.

   YPL104w or'64309 14374 Ca: FD4 Conh 6.2332 10227 11240 Putafivea'Yia'cohoidehydrogenase (bYhomaiagy> YPL088w orf6 4310 14375 Ca FD6 Conbg6-2332 12208 13242 Putative aryl alcohol ciehydmgenase (by homology) Y60114376N2374N636N4376N4Y4N4Y6N4146N4Y4N2Y4N2Y4N2; VBR199w or'64312 143792 IPF14379 ConIg62332 16730 15804 unknown functlon YNL155w ort64313 150022 CaSPC19 Cll:

  962132 17777 17250 spindle pole body protein (hy homology) YDR201w orf6 4314 149982 IPF14998 Contig6 2332 19169 21778 unk u 1 m 1 functton YDR200c or (64316 14997 IPFl4997 Contng6-2332 22241 23116 unknown tunctlon no match orf1 2341 1951 2341 1974 1 dehydrogenase membrane anchor subumt for sdh2p (by homology) YDR178w ori64318 18468 IPF18468 Conhg6-2332 25748 24240 unknown function no signdicant match orf6 4319 9907 IPF9907 C.tS6 2333 1641 4166 Stmitar to Saccharomyces cerewïs <ae Sed4 protein ot thé endoptamc reticuum (by homoiogy) YCR067c orf6 4323 9901 IPF9901 C..t.g6 2333 4506 5642 similar to Saccharomyces cerevmae radl8p DNA repair protein (by homology) YCR066w orf6 4324 9898 IPF9898 Contngase 2333 probable3333 (by homology) YHL008c orf6 4325 9894 IPF9894 3 Contig62333 9837 8356 unknownLnaion,

   3-prime end no significant match off6 4326 98901 IPF9890 Contng6-233310737 12218 unknownfunctnon YJL149w orf64327 129502 IPF12950 Contig6.2333 13377 12286 unknown function no slgnltrcant match ort64329

  <Desc / Clms Page number 47>

 
 EMI47.1
 D12001 41 (linked to D12000-68) Table 1
 EMI47.2
 129512 Against IPF12951 2333 13631 14287 unknown function Y R486 orf64330 12953 1 2333 15316 14333 Against CaCOQ3 3,4-dvhydroxy 5hexaprenylbenzoate methyltransierase YOL096c orf6 4331 129592 15468 17762 IPF12959 Conhg62333 unknownfunction YDR485c ort64332 IPF9484 Conbg6.2333 94842 18278 17835 94832 unknown funct10n YNL281w orf64335 IPF9483 Contng6Q333 20131 18599 probable permease (by homology)

   YHR048w orf6 4336 55002 3112 4422 unknown iPF5500 Conttg6.2334 functlon YKR044w orf64341 CaPH086 Contlg6.2334 5501 5578 4571 inorgamc phospate transport by homology VJL117w or'64342 IPV5505 Conbg62334 55052 6950 9106 75142 unknownfunctlon YAL053w orf64343 IPF7514 Contng6-2334 10076 11578 75132 unknown functlon YHR176w ort64344 IPF7513 Cpnhg6-233412235 13599 unknown functron YGl1l0c orf64345 7509 CaAPM4 Contng6-2334 13881 15293 Api2 complex subumt, mu2 subunit (by homology) YOL062c orf6 4347 75072 CaprSS Contng62334 15595 16935 Phosphonose (Phosphonose 892 s.mllanty to human AF 9 pmtein (by homology)

   '(NLl07w orf6 4349 138831 IPF13883 Contrg6.2335 1659 922 Unknown function no match orf6 4350 138851 IPF13885 Conhg6-2335 2590 2919 unknown function no slgnlf1cant match ort6 4351 25822 IPF2582 Contlg6.2335 4787 7654 unknown function YKL035 9915 Histidine biosynthesis YBR248c ort6 4353 25862 CaPLCl ConLg6-233510313 13615 1-phosphatidylmosrtol4,5-bnsphosphatephosphodnesterase YPL268w orf64354 2587 CaENPl C.ntlg6 2335 13905 15332 Essenbal nuclear pmtef6 (247) 6 4356 66482 CalFB2 C..t, g6> 2335 20320 18497 unknown function YCR017c or'64357 99551 IPF9955 Conbg6-2336 2641 2138 unknown function no s,

  gnificant match or'6 4359 99502 IPF9950 Contig6 2336 7411 10551 unknown functlon YKR090w ort6 4361 9946.1 CaRPL23B 3 Conhg6-2336 Il 682 12053 ribosomal pmtein L23 e, 3-prime end (by homology) YER117w or'6 4364 1222Q tuf12 14765 12369 unhnown <unct) 0n YNL047c ort64365 122301 CaDBRI Co iR6 2336 18001 16604! anat debranch'ng enzyme (by hornotogy) YKL149c orf6 4366 12231 CaMCRI Contlg6.2336 19074 18169 NADH cytochmme.b5 reductase (by homology1 Y633 122 Y63312 Y6331 Y6331 Y6336 YK1326F126Y1326F126136Y1F1Q2Y6136F126Y121F6Y121F6Y121F126126F126136] 19645 20727 unknown functlon YKL151c 'orf64368 12234 IPF12234 5eoc Contig6.2336 20999 21316 unknown function, 5 prime end no significant match ort6 4369 18465 CaLYS1 3eoc Conhg6-2337 12 206 SaccharoPine dehydrogenase, 3 prime end YIR034 not tound 875 CAMA Conb Involved 10 cell growth and replicahon of Ml dsRNA virus (by homology)

   YKL021c as6 4370 8736 CaCDC16 Contig6 2337 2050 4407 subunit of anaphase-promoting complex (by homology) YKLO22 ort6 4371 87302 IPF8730 C.tig6 2337 7235 9022 unknownfunctnon YGR223c ort64372 87271 IPF8727 Conhg6-2337 10304 922 872 '3 726 Contig6233711156 13945 unknownfunctlon YLL013c orf64374 87252 IPF8725 Conhg6.2337 14581 14333 unknown lunctlen match not faund 87242 IPF8724 ConLg6-2337 14957 16051 unknown functlon YPLl13c ort6397nnnnnnnnnnnnnnnnnnnnn

   tg 6 2337 23973 19498 unknown functie YNL049c orf6 4377 3247 CaSDH12 C..t, g6 2338 2029 3954 Succinate dehydrogenase (by homology) YKL148c orf6 4380 32452 CaTOP2 C.nt.g6 2338 8566 4181 Il YNL088w orF648932 orn38439ng 3234nn ort64384 3238 CaCBF1 Contig6 2338 10748 10077 putatrve centromere bindmg factor YJR060w 0d64385 3234 CaPDCll Contng6-2338 12370 14073 Pyruvate decarooxylase (by homology) YLR044c orf6 432 326 326 nb176n16ff165156n16ff165156n16166nff IPF16016 Contng6-233824836 21846 unknown lunction yjR06iw art64390 14177 2 CaDAL52 Conbgfi2339 3656 5296 allantoate permease (Dy homolpgy)

   YJR152w or'6 4391 155972 CaCCNl Contig6.2339 7922 5841 Glcyclm YAL040c or'6 4392 9837 CaCCT7 Contlg6-2339 12316 10667 component of chaperontn-contatning T comptex (by homology) YJL111w ort6 4393 9838 CaMRPL36 contor 2339 mitochandnaiiby homofogy) YBR122c orf6 4394 98411 IPF9841 Contng6-2339 15686 13470 unknown function YLR318. ort64395 19758.1 IPF19758 Cont'g6 2339 18495 15940 unknownfunctnon YJL204c 0a64396 98462 IPF9846 Against 2339 16598 21564 unknownfunctnon YMR247c or'64397 98501 CaPAP12 Cont.g6 2339 22137 23813 ply (A) P.1y ....

   YKR002w orf6 4398 9851 1 IPF9851 Contig6-2339 24429 23848 unknown function YCR040w orf6 4399 98531 CAPIK1 Conbg6.2339 27574 24641 phosphahdylmosntol4-kmase YNL267w orf6 4400 177062 IPF17703 Contl6 no17 function YGR097w or'64409 72202 CaMUM2 Conbg6.2340 5057 4377 ubiqudm C-terminal hydrolase (by homology) YBR057c orf6 4410 7224 2 IPF7224 Cont! g6 2340 5567 7405 putative telomere elonration protein (by homology) YDR206w orl72 441121 5107 unknown function no stgmflcant match orf6 4412 72272 IPF7227 Cont) g6 2340 7499 8611 Putative fatty acid deuturase (by homology) YDRO11w or'64414 7230.2 CaHTSl Cont) g6 2340 10113 8608 histidine TRNA synthetase (by homology) YPR033c or640 236 12079 11321 transcriptionai regulation (by homology)

   no slgmhcant match orf6 4420 3468 IPF3468 Contng6-2340 18269 17958 unknown function no slgmflcant match ort6 4421 15888 CaTEL1.3eoc Contlg6.2341 1 5220 Putabve phosphabdy! lnosltol krnase IOvolved in controlhng telomere lenghth1, 1rf1b1, primy1f1 CaVPS181 Ct, g6 2341 5920 8352 vacuolar membrane PROTEM YLR148w orl6 4426 68161 CaSAP5 Contig6234110645 11901 secretedaspartylproteinase5 YLRI21 oti64427 68141 CaFIG4 ConUg6 2341 15674 12726 suppressor of SacI mutation (by homology) YNL325c orf6 4428 68122 IPF6812 Contlg62341 17308 15908 unknown funclron YLR224w orf6 4429 201031 IPF20103 Conttg6 .2341 19003 21228 unknown functlon no slgmflcant match orl6 4430 68031 IPF68035f 5:

   C.n: g62341 23942 25144 unknown function, 5 prime end YAL045c or164434 6801.1 IPF6803 3t comi 6.2341 25108 25965 unknown function. 3 prime end no sngndicant match or% 1762 67962 IPF6796 Contig6.2341 27643 29202 unknown function YBR130c oral64437 67942 IPF6794 Cotig6.2341 30412 29279 unknownfunctlon YKR036c ort64438

  <Desc / Clms Page number 48>

 
 EMI48.1
 012001-41 (linked to D12000 68) Table 1
 EMI48.2
 184591 IPF18459 3eoc Cont) g6 2342 1 225 aidehyde dehydrogena.e, 3-prime end (by homology) YMR110 orf6 7642 1468 CaBET5 Contlg6-2342 1258 1740 targe'in andL5iona'ERtoGoigiiran5Ponvesioes (bYhamoiagyf 2ML071-47434 2458 3975 ammotnazole resistance protem (by homology)

   YOR378w orf6 4442 14722 IPF1472 Contlg6-2342 4190 5440 unknown funcion YHL035c orf6 4443 14742 IPF1474 Contng623425769 7628 myosin-like protein YDL058w or'64444 1476 CaHFJ1 ConUg62342 9153 7681 Putative transcriptional6452142141) m nltroguanidlne resistance (by homology) YGR197c orl6 4446 14842 CaFUR4 Contlg6-2342 18900 17188 Probable uracil or allantoin permease (by homology) YIR028w or16 4451 197591 IPF19759 Contng62343 204 3398 Unknown Function YGL133w or'6 4430130 unknown 3443443030301010434341304101 PF4311 Cotg6 2343 5108 5911 unknowniunctnon no slgnltlcant match orf64456 4312 CaCBP3 ConUg6 2343 6995 6015 involved in cytochrome reducLa5ea55embiy (bYhomolagY) YPL215w or'64457 43132 Ca5RP72 Conbg6 2343 7287EPairOnPairCoPer

   YPL210c or / 64458 20104 IPF20104 Conbg6 2343 10500 11609 alcohol dehydrogenase (by homology) YMR318c orf6 4459 4317 IPF4317 Contng6-2343 12634 11894 unknown function no significant match orf6 4460 4318 CaGCVl Conhg6 2343 15143 ygme cleavage 61 43191 IPF4319 Contig6 2343 15932 15486 unknown function o signdncant match ort6 4462 43221 IPF4322 Contig6.2343 16993 17802 unknownfunctnon YLL027w ori6 4463 4324 IPF4324 3 Co:

  g 2343 18710 18084 unknown function, 3 prime end no sigmficant match orf6 4464 4329.2 CaSEC20 cami 6.2343 22816 21818 secretory pathway protein YDR498c ort6 4468 4331 1 IPF4331 Contlg6-2343 23020 24513 unknown tunction YMR285c orf6 4469 4332 1 CaMOBI 245 completlon of mitosis YIL106w ort6 4470 127822 IPF12782 Contlg6-2344 1470 3059 unknownfunctnon YNL294c., t6 4473 12784 ¯.RiB2 C.ni, g6 2344 4846 3077 DRAP deaminase (by homology) YOL066c orf6 4474 20105 CaPRP9 66h spliang factor (snRNA assooated protein) (by homolory) YDL030w ort6 4475 12790: PF12790 Con:

  g6 2344 6813 8186 inositol polyphosphate 5 phosphatase (by homology) YOL065c orf6 4477 12793 IPF12793 Cont g6 2344 9435 8908 similar to Saccharomyces cerevislae Gis2p contamng seven zinc finger motifs and posslbly Involved ln cytoplasmlc nbosome function (44 Cn61) nig6 2344 10010 10174 involved in non classical protein export pathway (by hom.logy) YJL205ca not found 201071.

   IPF20107 Contig6-234410921 10247 unknown functton YOLI11 ort64480 20108 IPF20108 Contlg6-2344 11186 11833 snmdar Saccharomyces cerevtuae Stt2p suppressor ot SEDS mutations (by homology) YBLI02w or'6 4481 15341 CaNATI Contin149 ProteinNot 91882 IPF9188 Conbg6-2344 15334 18102 unknown functron YOLOS9 orf64484 18456 IPF9191 5f conh 6.2344 19683 unknown1, 5-prime end YBLO05w or'6 854 9191 IPF9191 3f ConUg6-2344 19872 2266 unknown67, prime67 2344 24052 27084 unhnown functton YOL089c ort6 4487 169252 IPFI6925 Contlg6-2345 754 1602 unknown funcbon YNLl48c., F6 4489 169242 IPF16924 Contng623451917 2300 unknownfunctlon YNL149c or164490 15036 CaRRP9 small078, 270n.

  .tin associated protem 111volved in pre-nbosomal RNA processmg (by homology) yPR137w ort6 4491 15034 CaRPC31 Contig6 2345 5440 4571 DNA d <rected RNA polymerase 111 (by homology) YNLi51c orf6 4492 149112 IPF14911 Co i 6 2345 9429 11408 unknown functton YNLI52w ort6 4493 9101 2 IPF9101 Contig6-2345 12567 11974 unknown functlon no match orf6 4494 9100 CaRPD31 C.nt7 g5 23 deacetylase B (by homology) YNL330c ort6 4495 9099 IPF9099 Contig6 2345 18051 16885 similar to Saccharomyces ceremsnae Aoslp activatrng enzyme for Smt3 (by homology) YPR180w ort6 4496 9098 IPF9098 Contlg62345 18781 19272 unknown funchonant sbf6362343 sbf6196362346 dolichol P glucose synthetase (by homelogy) YPL227c orf6 4498 9096 1 IPF9096 Contlg6 2345 23254 20804 probable mannosldase (by homology)

   no sigmhcant match orf6 4499 9095 CaCnrt4b C.tig6 2345 23776 25398 probable transposase (by homology) yMR167w orf6 4500 121052 IPF12105 Contlg6-2346 2473 1073 unknownfunction YGLO62 .., t6 402 121022 CaFRE5 Conrane 2009-2346 ) YLLO51c ort6 4503 12101 1 IPF12101 conhg6.2346 4570 5229 myceltal surface antigen precursor (by homology to Candida gene CSA1) no 5igni'icantmatch ort6 4504 19952 1 CaRBT5 C ntig6 2346 6482 7207 repressed by TUPI protein 5 no 5igm5icant 12359 CaHIS4 Contig6-2346 10463 7947 Histidine biosynthesis trifunctionai protein (Pho5Phofibo5yiAMP cyoohydroiase / pho5phofibosyiATP pyrophosphatase / hlstidlnol dehydrogenase) YCLO30c orf6 4508 12357 CaPEX5 Cont,

  g6-2346 12400 10622 peroxisomaltargetingsignaireceptor YDR244w orf6 4509 12355 CaCAR2 Conbg6-2346 13955 12645 ornithine aminotransferase (by humology) YLR438w orf6 4510 199531 IPF19953 contig6 2346 14299 14712 unknown function no1216166 456, 11660 236116, g116) tb! 0genes) s and architecture (by homology) YLR443w orf6 4512 121272 IPF12127 Conhg6-234616515 17432 unknown functlon YML066c orf64513 121252 CaMETl5 'Cont, g6 2346 18751 17429 Oacetylhomoserine0acetylserine61212121212121212 CaSUB2 3t Cont:

  g6 * 2346 21234 20152 Involoed! n pre mRNA splicing, 3 prime end (by homology) YDL084w orf6 4516 12118 CaSUB2 5f Co't g6 2346 21532 21302 Involved Pre mRNA splncing, 5 prime end (by homology) YDL084w not found 12117 IPF12117 Contlg -2346 21551 22159 unknawn function no slgmtlcant match or'6 4517 12114 CaPR03 conti 6.2346 23004 22180 delta 1 pyrrotine 5 carboxytate reductase (by homology) YER023w or'6 4519 137691 IPF13769 Contlg6-2347 1381 28142132f6K6fnf6K6f7f6K6f7K6f7f6KF6 4705 unknownfunctlon YKL193c ort6 4523 13764 C-SU12 Contig6 2347 5762 4860 translabon initiation factor eIF2, alpha chain (by homology) YJR007w orf6 4525 197601 CaATHl Conhg6 2347 7543 10779 acid trehalase, vacuolar YPR026w orf64726 7439 the 74467539 7439 74397539 7439 Cont. COPII coatofERgotgf ves! C) es (by homology)

   YDL195w orf6 4529 74322 IPF7432 C.tig6 2347 15673 17028 unknown tunction na g.if, c..t match orf64531 74302 IPF7430 Contig62347 17342 20038 unknown functton YGR134w orf64532 7427 CaMMDI 3 Conhg6-2347 20527 20ri6 maintenance (by homo [Ogy) YIL051c not tound 7424 CaRPL34B 3 ConUg6-2347 21693 22058 Ribosome] protein L34 e. 3 prime end (by homology) YIL052 not found 7423 IPF7423 5eoc C..t, g6 2347 22527 24599 similar to Saccharomyces cerevtsfae Spo22p involved in sporulation, 5 prime end YIL073 orf6 4534 94502 IPF9450 Conttg6-2348 1513 611 unknown functlon m.

   match or'64535 9448 C.TAL1 Conhg6 2348 2845 3816 transatdotase (by hotoqy YLR354c orf6 4536 94452 IPF9445 Contng623485919 4201 unknownfunctnon YDL206w or'64537

  <Desc / Clms Page number 49>

 
 EMI49.1
 D'200F41 (linked to DI2000-6H) Table 1
 EMI49.2
 9440 1 IPF9440 Contig6-2348 7553 7023 simllar to Saccharomyces cerevislae Fmnlp ribollavin kinase (by homology) YDR236c art64538 9438 tPF943B Ct, g6 2348 9023 7842 nmrlar to Saccharomyces cerewsiae Prp42p U1 snRn Prred42 orf6 4539 9435.1 JPF9435 Contig6 2348 10122 10910 unknownfunctron YLR285w orf64540 151002 CaRPS30.3 Contlg6-2348 11456 11268 40S ribosomal protein S30, 3 prime end (by homology)

   YOR182c not found 150982 IPF15098 Contlg6.2348 12955 12218 Unknown funchon no significant match or'6 4541 13702 CaKREl C..t.g6 2348 15385 14993 secretory pathway protein no signihcant match or'64542 g9181 CaPPH3 3b Conhg6 2348 19717 18812 protemsefine. 3 prime end (by homology) YDR075w orf6 3416 184481 IPF18448 Contig6 2349 1 345 unknown function.

   3 pnme end YJL062w or'64546 18447 IPF18447 Contlg6-2349 1822 395 putative zinc "inger protein (by homology) YBR267w or'6 4547 12827 CaRRP6 Conhg6 2349 1897 4257 tnvofved! N 5 8S rRNA process'ng (by homofogy6) YOO 128241 IPF12824 Conhg62349 4999 5466 unknown function YJL072c orf64549 128231 CaARG2 Contig6 2349 5834 7576 acetylgtutamate synthase (by homology) YJL071w orf6 4550 195461 IPF19546 Conhg6.2349 8141 9142 unknown11634 IPF13142 Contig6 2349 14071 15204 unknown tunction no sogmhcant match or16 4553 111762 IPF11176 Contlg6 2349 16041 17603 somilar to Saccharomyces cerevisiae Mmt2p mitochondrial non transporter (by homology)

   YPL224c or'64554 11177 2 IPF11177 Contrg6-2349 22763 18672 Similar to Saccharomyces cerevis.ae Clu1p 'ranslahonmihahon'acLorelF3 (p135 subunit) (by homology) YMR012w or% 4555 111812 IPF11181 257207 547 IPF5473 Conhg6.2350 858 1 unknown functlon YLR410w or'6 4557 5471 IPF5471 Contlg6-2350 2073 991 unknown function no slgrllilcant match orf6 4558 5469 1 IPF5469 Contrg62350 2936 2202 unknown funchon no stgnlilcant match art64559 5468 Ca86mm55655m 5455 5468 homology YNLl89w orf6 4560 54661 IPF5466 Contig6-23504829 5521 unknownfunction YHR140w ort64561 5464 CaMRPL38 ConMg6 2350 5609 6007 nbosomal protein of the large subunlt (1l4), mitochondrial, by homology YKLi70w orTH 4562 5462

  g6 2350 6410 8530 threonyt TRNA synthetase by homology YIL078w or'6 4563 5457 1 IPF5457 Contlg6-2350 9998 10933 slmllar to Saccharomyces cerevisiae sec28p epsilon COP coatomer subunit (by homology) YIL076w orf64567 54513 Ca3DC07 5453 IPF5453 Contrg6 2350 12277 13875 unknown function no slgnlflcant match ort6 4570 5450 CaGAAl Contig6-2350 14611 16254 required for attachment of Qpl anchor onto proteins hy homology YLR08f1w orl64571 54461 IPF5446 Contig6-2350 17085 16276 put116n636 CaCTA241 exon Contig6 2350 18446 18246 transcriphonal actlvator,

   exon 2 no significant match ort6 8796 54432 CaCTA241 exon Ct! 96 2350 19166 18657 tran5cfiPfianaiaaieataf.exan 1 no significant match od6 4578 3540 IPF3540 Contrg6 2351 708 1685 unknown function no significant match orf6 4579 35392 IPF3539 Contlg6.2351 48gn 3682 function orl64580 19762 1 CaSNG2 Cont) g6 2351 10549 9038 drug transporter (by homology) YGR197c ort6 4581 94902 IPF9490 ConDg62351 13035 11122 aminoamdPermea5e (byhamoiagy) YKR039w ort6 4583 94961 IPF9496 Cont.g6-2351 17631 acet95ine 14951 ac31st9001 ) 4 94992 IPF9499 Contig62351 21960 18724 likely transcnpbon factor (by homology) YMR280c ort6 4585 11531 2 CaPER3 exon2 Contlg6.2351 24995 23634 peroxisomalimpod Protein, exon 2 (by homology) no slgnlflcant match or'6 453 2312 261 19611 1 Ca peroxisomal import protein,

   exon 1 (by homology) no 5igni'ican 'match orf6 4588 17734 CaARG81 3eoc Contlg6-2352 2 184 transcnphon factor possibly involved in argrmne metabolism, 3 prime end (by homology) YML099c ort6 2542 109192 [PF10919 Contre 2352 2330 2989 to Ft. 1p (by homology) YLRIIO od6 4590 10918 CaPAN2 Conhg6-2352 7428 3856 component of Pablp stimulated poly (AXby homology) YGL094c orf6 4591 109162 IPF10916 Conhg623528285 8965 unknownfunction YAl008w ort64592 10913 CaSIR22 C.tig6 2313 or'6 4594 184401 IPF10911 Contrg62352 12188 13507 unknown function YiLii0w orf64595 10910.2 CaCOX5A Contig6 2352 14221 14718 cytochrome-c oxidase chain y A pmeursor (by homology) YNL052w ort6 4596 14389 IPF14389 Contrg6u35i uninhibited 16012

   no signihcant match ort6 4597 14388 CaNARl Contrg6-2352 18534 16705 Yeast nuclear architecture related protein (by hamology) YNL240c ort6 4598 13063 CaKEX2 conhg6.2352 21746 24556 Kexin precursor (KEX2 protease) YNL238w or'6 4600 130218626Z2 glucose 6 phosphate dehydmgenase (by hamology) YNL241c ort6 4601 2946 CaCKB22 Cont) g6 2353 663 1466 Casein kinase 11, beta subumt (by hamology) YOR039w Off6 4602 2944 CaMSWl Cont) g6 2353 1802 3001 Mitochondrial tryptophanyl TRNA synthetase (by homology8) , t6 4604 19954 1 IPF19954 contig6.2353 3965 6409 unknown funcbon no significant match or'6 4606 2936 CaGAP3 Contig6 2353 8266 6518 Generai amino acid permease (by homology) YKR039w ort6 4609 29321 IPF2932 Contrg62353 9534 8812 unknown functlon YDL303016 1 9862 10131 Suppressor of PAS1 (by homology)

   yjU24c or (6 8371 29292 IPF2929 Contrg6-2353 10990 10178 unknownfunction YJR024c or'64611 29272 CaFT11 Cont) f! 6-2353 11235 12113 Rad52 Inhlbltor (by homology) YKR035wa ort6 4612 29262 CaHSLl Contrgina 2353 1666 enehcafly with histone mutations (by homology) YKLl01w or'6 4613 2918.2 CaGRP2 Cont, g6 2353 20445 19420 Reductase (by homology) YOL151w orf6 4614 2914 CaYNKl Contig6 2353 22209 22664 Nuc'eoside diphosphate kmase (by h16.g2) IPF13089 Cont'g6 2354 2630 3739 unknownfunction YNL116w Off6 4622 130881 IPF13088 Contig623543913 4605 unknownfunctron YHR088w orf64623 9062 2 IPF9062 Contrg62354 6381 8942 unknown function YOR032c o, f6 4624 9057 IPF906 C54t54 CaSTVl Conhg6 2354 20492 17661 H + .ATPa5ev0domam (bYhomo'oRv)

   YOR270c or'6 4627 13605 CaHRD3 Cot.g6.2354 20986 23406 involved in HMG-CoA reductase degradabon (by homology) YLR207w orf6 4628 15025 CaDNA2 Cont) g6 2354 27739 23459 DNA helicase (by homology) YHR164c ort6 4629 8472 3e 2355 3 1013 unknown function, 3.prime end YLR381w ort6 4631 84742 IPF8474 Contlg6-2355 5888 1086 unknown functlOn YOR093c or'6 4632 84771 IPF8477 Contrg623556289 8595 unknownfunction YGR150c orf64634 199551 CaNAM2 Contign 236 11552 CaNAM2 Contig6 2355 84862 IPFfi486 Contig6.2355 11773 15258 unknownfunctron YJL041w or'64640 81051 IPF8105 Conbg6-2355 18254 20119 unknown functron YLR380w ort6 4641 81022 CaNDH2 Contrg6235520812 22680 NADH dehydrogenase6 (hom146)

  <Desc / Clms Page number 50>

 
 EMI50.1
 DI2001-41 (born at DI2000-68) Table 1
 EMI50.2
 O # $$ μ222ÀàÙ)

  ààÔ8ÔàÀÉl2àÀÀà% Ùi # %% # $$ 5 ## $ 2 oômsomô oo om a ô ô 0 mo o ouo a ô ô a; omo a a a onn â â ç ç é ç é v µ é é µ µ µµµµµµjµj, µµj% u '3 uu 3 ô u V Ô 3 nmp 3 3 mu V 3 u 3 N 3 um 3 m3 3 uuup 3 ô' uo '' m â, Nn u. ¯ 3 3 cuuu 3 m to N Ç 3 3 u; ¯.- '; 3 u ove 1 or o 0 0 z m 0 0 0 x E ± 2 gÉ ii !! i! mo µ ([E  ii, tm ôm É Èa!! ô EE! si -16 - ((o 1! ô É 'i! É E b'a s S! µ ;; gg ô'c¯>,, ,, 00 CO g e6 8 -EE st pN E c é "'a'N zc éa E hi! .2o- g <1 '.1 !! !! [) i $. ! Î L â c Stt on.-5 Ed t; SS "'au'j uu 1"' SE <'' 3 ûÉco ù Éû Qzjj ((jgzij 3 ÉÉâ '. .Icn r, ë. M - E ÉÎ]' jijÎÉÎÉÉÉÉÉ '' to .cs6 & SSc & Scs8µBSsµSxcëSs icSE nEcuc C7 N m UN j am ->, c ... ' a ô 7  N 41 oO tÂ:. '6 SO occ V' ao Z m 4 d N om nc d & ±? ± g ± promise 2Ci -> bzz nez 3 3 ¯ à'¯ ô ô c .É E û cd oh um;

       ; pm 3 c 3 q ¯ û bzz 3 nu .2 Il L 1. EE erzm 7 ccus .. E #> s> c HE cc W- d r->> cv â m â .. ß c>> coz â xcv = natc> c> oz  c â â n. a, HEHE 3 n EEH cx - E 3 cow 3 0 onnr â>> n is c î mamc é c E coozv E co - E 3 'a - z E â>> â c WQS> zgà OWn% Ô> gOEQWgOE ± fsÛim UQµismniµx W> Õàgàr WOWgPW Qjgjjg # jggµg ± gjgµgjµEµgµµµjg # gggµgµg = %% ggµigµggwg¯ $ jgEggµµiggà ± ¯µµb, gn Ôn 0nm <n m -. O O tNO Ô n a P m n t0 -.



  2 ± ÔÔIIÎIIIÎÎZ2I2212IIIIII2, g2lOEggμμμgggÇÇhlμμ]] X] X221 (211 mmmmn M mm ^ nu, uv, o io conanmm O O O O O O oonn O O O nm O O c QQNQQNQQQQQQNQQQQNNNQQNQQQQNNNNNQQQQQQQNQQNNQNNNQNNNQQQQNQNNNNNNQNNNNNQQQQQQ c mm myonW o mmm p tic ecc m W op mti mW tio m tino p W oétioW ctio eaW om map6000mtipbmm0l m00 0¯0mmo¯0mme4m mm0¯pepEO 0e O¯pOpOpm e0mm meem0om0-OÉ0000ao0mmOEpp0e0pm0C060u m¯pm 3a3S63Ba3a33 <5SajgJajaJaaJaJ6S ôôoeoeôôô860eoeô & ôôoeoeôôôôoe8ôôoeoeoe8oeoeoeVoeoeôôVoeôôôVoeôôôoeoe <3 (3B: ('! & 56: Ë; s: && t'! 5;: j! 3 < '! & <3 <3T3 < 'St'! <3J (3! 3 (3 <3a:: s: & s: <3 <3 &&s; &&& <35 & u & (3 &s;s; t3 & s: &s:;! 'S, St! < '! QQQQQQNN- Q QQQQQQQQ a -QQQQNm0 <NmmaNNN..rN.yNmN.rNNNNN NN.wNpN ..

   NNnm name, nnnn -n - - - - - - - - - - nClose r> *% mgùàxà22μz2Iggμ2Ôgr2 gjggfliμjàààμμμgg% gμgxgsjgjÔμQ% aa% aa * e # txxxàz sjjμμ %% ,, = OEgnmnnzzxggggjjjjj, nx4mmm == == ,, z, ,, jõeoeoeoei

  <Desc / Clms Page number 51>

 
 EMI51.1
 D12001.41 (linked to D12Do0.68) Table 1
 EMI51.2
 15421.2 CaATE1 Contng6 2363 11027 12415 argmyl tRNA transferase (by homology) YGL017w orf6 4751 15423 IPF15423 Contng6 2363 13439 12489 putative superoxide dlsmutase (by homology) no match orf6 4753 154252 CaSTF2 Contng6 2363 14203 1447L YRP syntha 10634 CaMUQl Contlg6-2363 15586 14534 choline phosphate cytidylyltransferase (by homology)

   YGR007w or (6 4754 106331 IPFI0633 Cpntlg6-2363 16538 15831 unknownfunchon YLR326w ort64755 10632 IPF10632 Conbg62363 17106 16609 unknown function YLR323c orf6 4756 10631 1CJACI Canhi6-2363 17403 18032 molecua <screed <one (by homology) YGL018c orf6 4757 106301 CaCK821 Contlg6-2363 19010 18129 Casem kmase Il, beta subunlt (by homology) YGL019w orfb 4759 10626 1 IPF10626 Contlg6-2363 19380 19979 unknown functlon YGL020c orf6 471 106262626262 regulator (by homology) YBLO08w ort6 4762 197661 IPF19766 Contlg62363 23110 24996 .kw fu.t ...

   YG1l42c ort64763 114672 IPF11467 conhg62364 3273 2827 unknown functlon YNL260c., T6 4765 114662 IPF11466 Contig62364 3456 4700 unknownlunctnon YHR156c orf64766 11465 IPF11465 Contig6 2364 6210 4720 unknown tunction Y6L27 Ant36 YNL266 471 unknown to S cereVlslae) YNL259c orf6 7262 195581 PF19558 Contng6-2364 9268 7223 unknown functlon YNL258c orf6 4768 6238 2 IPF6238 ConUg6-2364 15987 16310 GAG protem of retrotransposon pCal no sigmfncant 20 ar61 64480 801 365 Contn 6448080 1680 Cont1116-2365 5574 3616 vacuolar prote.m sortln assO (;

  Ia.te.d protem (by homology) YGL095c orf6 4777 12435 CalFA12 Contlg6-23656389 8239 unknown function no match orf6 4778 184181 IPF18418 Contng623658981 9889 unknownfunctnon YHR029 .., f6 4779 197671 IPF19767 Cons 62365 12595 9830 unknown functton YPR92 2365 14944 12914 1,4 glucan banching enzyme (by homology) YEL011w., F6 4781 13789 CaARP4 Contng6 2365 17379 15973 actln related protein (by honiology) YJL081c ofi6 4783 137901 IPFl3790 Contng6236518192 17668 Un \ mown 1unctlon no signfnc1 15032 Context64 2365 22736 23965 pyruvate decarboxylase regulatory pmtein (by homology) no match orf6 4785 150122 IPF15012 Conllg6-2365 24810 25919 pre MRNA splicing factor (by humology) YBLO32w orf6 4786 16773 CaDICl 3 Contlg6-2365 27248 28180 dicaryl prime homology)

   YLR348c od6 4787 167752 CaQCR7 Contig6 2365 28886 28503 ublqulnoJ..cytochrome-c reductase subunit 7 (by homology) YDR529c ort6 4788 18417 1 CaAPA2 Contng62365 30249 29143 ATP adenylyltranstese Il (by hom1661856185618DR6 YDR616518186165181861651818614518186165181861651818616518186165181861451818616518186; signrtncant match orf6 4790 148842 CaTDAl Contlg62366 3536 2709 transcnptton initiatIon factor liA (by homology) YOR194c orf6 4792 17011 2 IPF17011 Contlg6-2366 6675 4240 similar to Saccharomyces cerewsiae SIkl9p mvolved m5OR6 orfw196 IPF15870 Contlg6-2366 8750 7722 unknown functlon no slgntflcant match or164795 7980 2 CaCPSI Contlg6-2366 12800 14542 Carboxypeptidase YSCS precursor, second fragment (by homology) YJL172 ort6 4796 7977 1 CaRPB10 Contlg6-2366 15006 Ilidy RNA )

   YOR210w nottound 20112 IPF20112 Contlg6236615320 17839 unknowntunction YPL126w orf64798 79 74 1 CaMGMl Contlg62366 20629 17963 GTPase YOR211 orf64800 101222 CaTFC4 Contlg62367 303 3476 transcnption factor IIIC3 TCC4 1fc47 1f3 by homology YAL033w ort64804 101241 IPF10124 Contlg6-2367 5685 4273 Alcohol acetyltransferase (by homology)

   YGR212w orf6 4805 101262 CTH16 Contng6 2367 6368 7912 thlamln phosphate pyrophosphorylase and hydroxyethylthiazole kinase like by homolory YPL214c orf64806 10127 CaMTR Contlg6.2367 9376 7949 neutral amino acjd permb631ff19 Orb4196367 19736196367 funcbon no slgnthcant match orf64810 3805 IPF3821 Contng6 2367 12453 13109 unknown function no slgnlflcant match orf6 4813 38061 IPF3806 Contng62367 13359 13748 unknown functton YNL157w od6 4814 38081 IPF3808 Contlg6.2367 14226 14489 unknown486 14106 4816 38142 CaMET13 Conhg6-2367 18194 16350 Methylene tetrahydrofolate reductase (by homology)

   YGL125w orf6 4817 38182 22811 18681 CaKRE5 3eoc Conhg6-2367 glycopmtein UDP-glucose glucosyltransferase 3 prime end (by homology) YOR336w orf6 4819 35772 7164 8813 CaEFG1 Contlg6-2368 Enhancedhlamentousgrowthfactor YMR016c oral64821 CaRAD26 Contlg6-2368 3569 12932 9765 DNA repalr and recombmatlon proteln ( by homology) YJR035w orl64824 35671 IPF3567 Contng6236814850 16766 unknownfunctnon YLR352w orf64825 35622 PF3562 Cnt, g6 2368 18041 20170 Unknown functlon YGR255c ort64827 35602 CaIMP4 Contlg6-2368 205NB byBrn048) prime end YKR050w orf6 4829 3557 CaTRKl 5f Conhg6 2368 24681 22057 Potassium transporter,

   5-pnme end YKR050w orl64831 84081 IPF8408 Conhg6-2369 3592 4059 unknown functnon no slgnlflcant match ort6 4836 84071 IPF8407 Contlg6-23694279 4947 unknowntuncion YJL055w ort64837 8405 IPF8405 ConLgcee 636 YNL036w od6 4839 8404 IPF8404 ConUg62369 7227 9821 putative helncase (by homology) YFR038w orf6 4840 8402 IPF8402 Contig6 2369 11858 10164 simllar to Saccharomyces cerevistae Sgalp glucan 1,4 alpha-glucosidase 15 by199196196197199196199196169196191196196361936 iP iP iP iP iP iP iP iP iP iP iP iP functlOn match ori64842 113662 IPF11366 Contlg6.2369 18472 19857 unknown functlon no significant match ort6 4843 113641 CaURA3 C.nt g6 2369 20824 20012 orobdlne-5 -monophosphate decarboxylase rCandlda alblcans] YEL021.

   orf64844 11363 IPFll363 Contg6 2369 23050 21260 unknown function no sigmhcant match ort6 4845 11711 2 IPF11711 Conbg6-2370 81 2885 ubiquitin protein hgase (by homology) YDR457w ort6 4848 19961 1 IPF19961 Contlg6-2370 376 30096 unknown nbonucleoslde-dlphosphate reductase (by homology) VER070w ort6 4851 117022 IPF11702 Conbg62370 8675 10660 unknownfunchon YIL067c ort64852 11965 IPF11965 Contlg6.2370 10971 13226 unknown lunchon YOR022c orf6 4854 119662 iPF111466 )

   no slgnlflcant match cri64856 6840 CaEFT2 Contng6 2370 23455 20927 translation elongabon factor YOR133w orfb 4860 5347 CaRPSIO Contig6 2371 1663 893 Rlbosomal protem 10 YML063w od6 5287

  <Desc / Clms Page number 52>

 
 EMI52.1
 D12001 41 (linked to DI2000.68) Table 1
 EMI52.2
 53461 CaTEM1 Contng6 2371 2247 2927 GTP bmdmg protem of the RAS superfamlly YMLO64.

   orf6 4863 5612 C.ORC1 Conhg6 2371 3278 5695 arigin recognihan complex protein 1 YMLO65 of <6 4864 5607 IPFS607 Conbg62371 5872 6501 unknowntunctnon YLR435w ort6 4867 56042 IPF5604 Contig6.2371 9734 6579 unknownfunctlon YLR436c orf64869 56012 IPF5601 Cont <g62371 11075 10317 unknown functlon YKLI83w orf64870 55982 CaRPS163 Contig6-237112410 12003 ribosamal pmtein, 3 prime end YMR143w not found 55962 CaRPLl3 Contig6-2371 13219 13827 Ribosomal protein YDL082w orf64871 55942 member 01 malor fac.htator superfamlly mulhdrug reslstance pmtein sub (amly 1 by hamotogy 'iNR055c artS 4874 17152 1 CaCDR3 3eoc ConUg6 2372 3 1391 Opaque specific ABC transporter,

   3 prime end YOR328w orf6 4875 171532 IPF14550 Conttg6 2372 2339 3748 unknownfunchon YMR031c orf6 4876 145542 IPF14554 Contig6.2372 4940 7474 s.mllar to Saccharomyces cerevisiae Osh3p oxysteml binding protein (by homology) Y1768882 U176886 (6 4880 129161 CaHWPI C..tg6 2372 11487 9583 Hyphalwallprolem YIR019c ort64883 12906.2 CaAPL6 Contlg6.2372 15883 13568 AP 3 complex subunit, beta3 adaptin (by homology) YGR261c orf6 4885 19770 1 CaRAD2 Cont'g6 2372 <ttc nuclease of the nucteottde exmsion repauosome (by h .... ay) YGR258c orf6 4886 170262 IPF17026 Conhg6237219695 21455 unknown functlon YLR299w orf64887 t4593 CalFA7 Contig6 2372 23578 21608 unknown function YJL005w.

  f6 4888 153852 CaRBTl Contlg6.2372 26993 29137 repressed Dy TUPI protem 1 no sigmlncant match orf6 4889 157061 IPF15706 ConUg62373 2243 819 unknown tunction no significant match orl6 4893 19962.1 CACRDI Contng62373 3298 6891 Cu -PRU2113 senne / threomne phosphatase 2c (by homology) YDL006w oral64895 12093 IPFl2093 ConLg6-2373 9045 10709 unknown tunction YMR258c orf6 4896 12091 IPF12091 Conbg6-2373 11161 13353 Unknown function YNLo64c orf6 4897 12088 Caggt116gtgut116Agt116Agtb11 YER069w orf6 4898 8340 IPF8340 Cot,

  g6 2373 17778 16885 unknown tunction no match orf6 4899 8339 IPF8339 Contig6 2373 21124 18194 unknown function no sigmhcant match or (6 4901 8336 [PF8336 Contng6-2373 23977 22304 unknown function no signiftcant match orf6 4902 129842 IPF12984 Contig6 unknown ad6 4903 12981 2 IPF12981 Ct, g6.2374 3858 3169 unknown function no signiticant match orf6 4906 18405 CaALKS 3f ConMg6-2374 4778 4317 n afkane! nducfb) e cytochrome P 450, 3 prime end YDR402c orf6 3792 13156 CaALKS 598 476 n alkane-inducible cytochrome P 450, 5-prime end YDR402c orf6 4907 131582 IPF13158 Contng62374 8807 10771 unknown functlon YLRO98 ort6 4908 107822 IPF10782 Contng62374 12372 10831 unknownfunctnon YDR539w or) 6 4909 10783 Ca6AD37 acylcn. (by homology) YDR538w orf6 4910 10785 IPF10785 axon)

   Contng62374 13950 14843 unknown functuin. exon 1 YNR053c orf6 4911 107862 iPFio785exon2Contig6.2374 15502 16152 unknown tunctlon, exon yNR053c orf6 4912 10787 CaPOP2 Cont) g6 2374 17729 16251 requlfed for glucose derepresslon (by homology) YNR052c orf33 49 YCR094w orf6 4914 196281 CaTca5c ConUg6 2374 21692 21396 polyprotein of Tca5 retrotransposon no signifcant match oral6 1390 19771 CaALS5 Conti 6.2374 23576 27619 agglutmn-hke protem YJR00SCUNUWRN70624614614614614616614614614614616614614614614614616614614614614616614614614614614616614616614614614614614614616614614614616614614616614616614614614614614614616146146146146146rnr6r6rnrwfrQnQ9 by homology) YDL020c ost6 4920 7065 CaGPM2 C.tg6 2375 7308 6523 phosphoglycerate mutase (by homology)

   YKL152c orf6 4922 70622 IPF7062 Contng623758726 9490 unknown functlon YPL067c orf64923 7060 CaSSAl ConRg6-2375 10090 12027 Heat shock protem o (HSP70 famnly YER103w orf6 4924 70572 CaFSYY6YYYYYYYYYYYYYCY2YYCY2YYYCY2YYYCY2AYYYCY2YYCY2YYCY2AYYCY2AYYYCY2AYYCY2CY2AYYYCY2CY2YYCY2YYCY2YYYCY2YYYCY2YYYCY2YYYCY2YYYCY2YYYA 17852 unknownfunctnon YBR004c orf6 4926 7054 18248 19483 IPF7054 Contig6.2375 unknown functlon No. slgmhcant match orf6 4927 70532 19827 CaHHT21 Conbg6237520237 histone H3 YNL031c orf65620 70501 21146 21463 CaHHF21 Contez62375 histone H4 YNL030w orf6 5621 201171 IPF20117 Cot g6 2375 22767 22297 172342 unknownfunchon YLR421c ort64931 IPF17234 Conlg6 2375 23068 23661 unknown functlon, 3-prime end no slgmflcant match orf6 4932 139592 CaGZF3 C..tg6 2376 3532 1400 Putative transcnphonal repressor (by homology)

   YJ1110c orf6 4936 116902 CaRHOl Conttg6 2376 7844 8440 GTP bindmg protein of the rho subfam, ly of ras like protons (by homology) YPR165w., F6 4937 11688 IPF11688 ConGg6-237fi 9156 11642 simllar ta Saccharomyces ceremsvae apnpn, apnpn, apn 94 KD (by homology) YPR029c orf6 4938 201181.

   IPF20118 Contng6-2376 12220 12633 unknown function no significant match orf6 4940 15457 CaRPC82 C.nt.g6 2376 14620 12848 DNA directed RNA polymerase 111, 82 KD subunit (by h.mology) YPR190c or (6 4941 17923 CaOPT2 53f Cont) g6 2376 15075 15485 0! 'Gopeptide transpoder, inte <naive <agment (by homology) YPR194c orf6 2912 17924 1 CaOPT2 3f Cont) g6 2376 15546 15686 OligopepUde transporter, 3 prime end (by homology) YPR194c ort6 5478 10707 CaAPG13 Cont'g6 2376 18667 20952 likely include of the autophagic system (by homology) YPRI85w ort6 4942 10705 CaAQY1 Cont) g6 2376 22593 21772 slmllanty to plasma membrane and water channel protons (aquaponn like) (by homology) YPR192w crt64943 4999 IPF4999 Contng6-2377 1258 2106 unknown functian no slgmffcant match., F6 4945176 Can165229696179 Can165229696179469469469166229179179179 Can6369169469229172 Can6152 Can6151 your hotel! proteln (by homology)

   YPL121c ort64946 37742 CaRNR2 Contng623776495 8945 Rlbonuefeottde reductase (by homology) YER070w orf64947 37761 CaTFB2 Contig6 2377 10611 9127 Transcnptton / repaJr factor (by homoJogy) YPL122c or3NA77 37777 # 37977 (by homology) YOR207c orf6 4949 37791 IPF3779 Co.t.g6 2377 14956 16821 unhnown functton YHL010c orf6 4950 37812 IPF3781 Contng62377 17325 19061 unknownfuncuon YPL133c orf64951 3784 1 CaRAD4 Conhg6-2376 213w 1936 19176196 19176176 Cont, g6 2377 24302 21510 type IV dipeptidyl aminopeptidase (by homology)

   YOR219 orf6 4953 3790 IPF3790 Contig6.2377 24894 27530 unknownfunctnon YML103c ort64954 7201 2 IPF7201 Contlg6.2378 7164 2110 Slmllar to Saccharomyces cerewsiae Ecm5p Involved m cell wall blogenesls and architecture YMR176wf6 789 787 786 789 4960 72072 IPF7207 Contig6-237812254 14158 unknownfunction YML127w orf64962 13631 1 [PF13631 Contlg6.2378 15461 14769 unknown functlon no ssgnificant match orf6 4963

  <Desc / Clms Page number 53>

 
 EMI53.1
 D12001 41 (linked to D12000-68) Table 1
 EMI53.2
 136301 CaGIM5 Clnl:

  g62378 15606 16082 Glm complex component (by homology) YML094w art64964 13628 IPF13628 Contlg6.2378 17132 16116 putative DNA repair protein (by homology) YML095 .., f6 4966 136262 IPF13626 Condg62378 17689 18609 Putatrve methyltransfer49 (bycology6) .t, g6 2378 19168 20205 Prnn proton (by homology) no srgmh <ant match ors6 4968 6688 IPF6688 Contrg6 2378 20513 21724 unknown function no signrficant match orf6 4970 66902 CaIFS3 Contrg6237822023 23024 Unknownfunctron YDR014w orf6 4972 6691 1 CalFS2 CanLg6-2378 23541 24521 Unknown tunction no slgmtl325 66 orf149364f169f169f169f169f169f4f6ff9fcf9f2f2f9f2f6f9f6ff9f9f6fffcf9f6ff9fcff9f2f9fffffcf9fffffcffffcfffffcf9 Contig6-2379 1729 512 unknown functlon YPL206c art64976 14979 IPFJ 4979 Cont) g6 2379 4067 2676 similar to Saccharomyces cerevisiae Npylp NADH pyrophosphatase (by homol.gy)

   YGL067w orf6 4977 15646 tPF15646 Cont) g6 2379 7215 5548 putative ATP dependent RNA hehcase (by homology) YGL064c orf6 4978 17681 IPF17681 Contrg6 2379 7544 8995 simllar to Saccharomyces cerewsrae Rsm23p involved in mitochondri636n119bn79cn6169b119fc9cfcfcfcfcfcfcfcfc: 9158 required for effICIent 60S nbosome subunit blOgeneSIS (by homology) YPL211w orf6 4981 Il 7302 CaPUSl Contlg6.2379 10546 11805 pseudoundlne synthase 1 (by homology) YPL212c orf6 4982 11729 CaHRR25 Contig6 2379 13416 1211 1116 kinf 11166115 1211 11166116 2 IPF11725 Contlg6.2379 16775 16203 unknown tuncbon no srgmhcant match or16 4984 12051 CAIPLI Contig62379 20438 22030 Ser / thr protein kinase (by homology) YPL209c.,

  t6 4985 120492 IPF12049 Contng6-237923888 22233 unknownfunctron YGL066w orf64986 155232 IPF15523 Contig6-2380 1239 229 unknown funchon YOR246c orf6 4990 15525 1 IPF15525 Contrg6 2380 2621 2046 putative gluconokmase (by homology3) 249 , mHochondna) (by homology) YPL029w orf6 4992 114241:

  PF11424 Contrg623805828 8731 unknownfunctnon YPL150w orf64993 11421 1 tPFl1421 Conttg62380 9096 10328 unknown funcbon No. slgnlflcant match orf6 4994 114192 CaMET7 Conttg62380 11975 10431 folylpolyglutamatesynthetase [Candidaalbicans7 YOR241w orf6 4995 112061 IPFI1206 Contrg6 2380 13053 13796 unknown function YJL153c RT6 4996 112052 IPF11205 Contrg6238015164 16354 unknownfunctron YLR305c d6 4998 11203 1 CaIFA! 75f 5f Contrg6 2380 16922 17650 unknown function.

   5-prime end no sigmficant match orf6 4999 11201 1 CaIFA17 3f Contig62380 17651 18985 unknown function, 3 prime end YJL005w ort6 5000 111992 CalFA4 Conhg6238019923 21956 unknownlunction YJL005w orf65001 16177 2 IPF16173 5f Contig2180 228 unknown 16174 IPF16173 3f Conttg6 2380 23288 23995 unknown functron, 3 pnme end no sngndicant match orf6 5003 161732 CaIFAI8 3 Contig62380 23996 25099 unknown function. 3> prlme end YJL005w orf6 5004 170391 CaFET5 Cont! G6 2381 455 3 muftfcopy oxfdase (by homotogy) YFL041w orf6 5006 170372 IPF17037 C .. g6 2381 1190 840 unknawntunctron YOL079 .., t6 5007 170g6F31-2 ,: iby homology) YMR058w orf6.5008 119052 CaFET32 Co nt 96 2381 7412 5574 d.

   (Ily 10 -RY) YMR058w ort65009 119082 CaFET33 Contig6 2381 11186 9327 ceiisudace) e <roxidase (bYhomoio0Y) YMR058w orf6 5010 78272 IPF7827 Contig6-2381 14540 15931 unknown function YGR110w ort6 5011 7830 C.UBA3 Contig6 2381 17069 16074 Ubiquitin like protein activating enzyme YPR066w orf6 5012 78332 CaRAD52 YRBUB6135BU6138 20194 19934 Nuclear nbonucleoprotem E YOR159c orf6 8156 78381 IPF7838 Contig6 2381 20393 22237 similar to Saccharomyces cerevisiae Mus8iPinvaNeq in DNA repair, interacts with Rad54p (by homology) YDR386w orf6 5015 78401 IPF7840 Contlgn. 23 by homology) YOR158w ort6 5017 7841 IPF7841 Conbg6-2381 23680 25668 slmilar to Saccharomyces cerevlslae Ndclp nuclear erweVope protem (by homology)

   YML031 ort6 5018 7842 CaNHXl Contrg62381 27810 25819 NA + H + antiparter YDR456w ort65020 115121 IPF11512 Cont'g62382 3626 4666 slmllar ta Saccharomyces cerevisiae Rho4p GTP.blndlOg protein of the rho famnly (by115156365112156152156? Lcb3p sphingoid base. phosphate phosphatase (by homology) VJL134w orf6 5025 115212 IPF11521 Conhg6.2382 8691 10514 unknownfunctron YMR172w rf6 5026 83262 tPF8326 Contlg6.2382 10914 12569 slmllar to Saccharomyces cerevisiae Rnc1p endo. ... l protein 521, 3 prime end YJL136.

   not tound 8321 2 IPF8321 ConUg6-2382 15425 17407 slmllar to Saccharomyces cerevisiae GIg2p self'glucosylatmg 100tlaior of glycogen synthesis (by homology) YJL137 .., f6 5029 83191 CTIF1 Cont! g6 2382 18218 19411 translation initiation factor YKR059w orf6 5030 83182 20673 fPF8318 Contig6238219807 unknownfunctron YGR077c art65031 6289 1 CaCVB1 Contlg6.2383 1588 884 vacuole biogenesis comprise no match orf6 5034 6291 1 IPF6291 C.nt.g6 2383 2244 3059 Secretory Strass Response protem (by homology) YLR390wa ort6 5035 62931 CaMAK31 Contig6 2383 LA dsRNA containing particles (by homology) YCR020ca not found 6294 1 IPF6294 C.nt, g6 2383 3942 4265 ..kn.wn funct.0fl.

   no srgndicant match orf6 5036 62951 CaIMGl C ntig6 2383 4810 4334 Ribosomal protein, mttochondnat (by homology) YCR046c orf6 5037 6296 IPF6296 Conàg6.2383 6010 5195 putative methyltransferase (by homology) YCR047cff38 63gg38386 or6386 match ort6 5040 6301 2 CaGDSl Contrg6-2383 11468 9945 nam9-1 suppressor (by homology) YOR355w orf6 5041 145061 IPF14506 Contig6 2383 16831 15248 unknown function o sngniticant match orf6 5044 108741 CaCLN2 Contlg6.2383 25987 245c Gic orf65045 106922 S13P1 Contrg6 2384 1315 2163 RNA btndlng proteln like (by homology) YHL034 ort6 5046 19671.1 IPF19671 C..t, g6 2384 3128 3409 unknown function YLL048c ort6 5834 106882 CaMBPl Contrg623846251 3693 transcription factor)

   YOL056w orf65047 106852 IPF10685 Contrg62384 7879 6917 unknown functlon YBL034c ort6 5048 152012 IPF15201 Cantrg6-2384 8411 9445 Unknown function no stgnlilcant match orf6 5049 152001 CaEGD2 Cotg6.2384 10044 9508 Nascent polypeptidert19 -2384 11519 13099 allantoate permease (by hom.l.gy) YJR152w ort6 5051 8595 CaKRE9 Contig6 2384 15025 15840 ce)) waflsynthesis protem YJL174w ort6 5053 85911 IPF8591 Contng6238417124 18380 putative arglnase tamlly member (by1909856 pr195859) 19787 unknown tunct.on no significant match prf6 5055 85891 CaURKl Contrg6 2384 21695 20058 undlne kinase (by homology) YNR012w or165056 8587 CaPRP2 Contrgfi-2384 21983 24580 RNA dp.dnt ATPE (by h..l.gy)

   YNR011c orf6 5057 131782 CaGRP3 Contrg6.2385 4138 3107 drhydroflavonol-4reductases (by homology) YOLI51w orf6 5061

  <Desc / Clms Page number 54>

 
 EMI54.1
 D12001-41 (linked to D12000 68) Table 1
 EMI54.2
 13176 IPF13176 Cantig6.2385 5577 4540 ormthine carbamoyltransferase, 3 prime end (by homology) YJL088w or (6 5062 13174! PFl3174 Cont! G623857071 5986 unknawn tunchan no slgmhcant match orf6 5063 16279 CaR5734 Cont !62 <rectedRNApotymerasef) f (byhomo! ogy) YNR003c ort65064 125132 IPFl2513 Contig6-2385 11262 14252 unKnawn funct! on YJL084c orf65067 16346 CaBMRl Contre 2385 15459 17153 benomyllmethothrexate72 * bromidy19?

  g6238518379 20319 unknownfunctfon no slgnltlcant match orf6 5070 14448 iPF14448 Cont! g62385 20530 21753 unknown function no signmcant match orf65071 144492 CaMDL2 Conti 6 2385 22106 23791 ATP-bmdmg transporter. 5pnme end (by homology) YPL270w orl65072 20121 1 CaMDL23f canti 6 2385 23855 24460 ATP-Omdmg transporter. 3-Pnme end (by homology) YPL270w ori6 5073 14452 IPFl4452 repea Contig6.2385 24928 24737 F1.ATPase epsilon su bu nIt (by homology) no slgnltlcant match not laund 125401 iPF12540 Contng6-2386 6103 7089 unknown functlon nor6f7 conàs6.2386 10038 11609 aromattc ammo acd am! notran5fefase H (by homoiooY) YHR137w orf6 5080 146762 IPF14676 Contig62386 12057 13022 unknown funchon YiLo4iw orf65081 14675 CaHOM3 Contlg62386 14883 13f9 Aspart 82 (ufc)?

  6.2386 20391 18853 PROTEM repeated (10 tlme5) 01 1unctlon unknown No. slgnlllcant match crt65083 13283 32980 34605 CaADE4 CONH 6.2386 amidoPhosPhafibasYitmnsfemsefbY homology) YMR300c orf6 5084 13284 36482 37498 CaGOG5 Cona 6.2386 GDP.m> nnasetransPoderfbvhomaiooY) YGL225w orf6 5085 13285 CaCSE15 'Contig6.238638774 40132 Impartin beta.llke protem, S.pnme end (by homology) YGL238w orl65086 16520 CaCSEl 31 Conhg6 2386 40285 41907 Importm beta.iike protetn.

   3 prime end (by homology) YGL238w orf6 5087 183961 IPF18396 ConHg6238642698 42480 unknown functlon no slgnlflcant match not found 51092 iPF126063eoc Contig6 2387 3 290 unknown funcOOn, 3prime end YNL123w not found 5105 Ca $ ETl Contig6'nomabin 1806 ) YHRl19w arl65089 5102.1 CaCDCS Contlg6.2387 6201 8162 Ceft cyc) e proteln kinase (by homology) YMR001c orf6 5090 5100 CaRPB11 3 Contig6-2387 8701 8450 DNA.directed RNA poiYmeraseflsubumt, 3cnnnnyn2n2nnnn Contlg6 2387 9945 10496 Histone deacetylase by homology YOL004w o <t6 5091 5096 CaSIN3 e) (on3 Contig6.2387 10547 14098 Histone deacetylase by homology YOl004w art65091 50922 IPF5092 Contng62387 18202 14366 unknown funchon YOR296w orf65092 5088 IPF5088 ConUg6 2387 19461 18970 unknown funchon.

   3-prime end YMR233w ort6 5093 5085 1 CaRRSl Contlg6.2387 20915 20298 Regulator for nbosome syntheS1S (by homology) YOR294w orf6 5094 9118 1 IPF9118 Contig6 2388 5285 4833 unknown functnon YPR017c ort6f1160f1111cf116f116f119fcf9119fcf9119cf6f9119 .2388 9020 11737 unknowntuncbon YER130c orf6 5102 91082.

   IPF9108 Contlg6.2388 14416 12065 simlar to Saccharomyces cerevisiae Ace2p transcriptIOn factor (by homology) YLR131c orf65105 8851 CaKGD2 Contlg6.2388 17026 15701 2.oxo0wta <ate dehydrogenase comptex E2 component (by homology) YDR148c orf6 5107 8847 CaLPDl Contig6.2388 18685 20160 dihyd <ohPoamidedehYd <o en> se (byhomaia0Y) YFL018c orf6 5108 8844 CaMRPLB Con4g6 2388 20539 21306 mltochondrial 60s ribosomal subunrt (by homoio Y) YJL063c orf6 5110 8842 CaTSCI 5 Conb 6.2388 21508 22323 3 ketosphmgan.

   5 prime end (by homoiogy) YBR265w orfb 5112 8841 IPF8841 Cont'g6 2388 22903 22520 unknownfunchon YBR262c arl65113 19673 CaPIFl Conlg6 2388 25838 23283 mttochondnal DNA hehcase (by homology) YML061c or'6 5114 15741 15741 Inyollled 10 cytokmesls (bY homology) YOl117w orf6 5116 15293 1 CaKIN28 Cont'g6 2389 6174 7205 cychn depend ser / thr P <atem kinase (by homology) YDao8w ort6 5111 19967 CaCC43 Cont'g6 2389 10880 11590 cell Owston CoMrol -Inke (by homology) YLR229c orf6 5119 121521 iPF12152 contig6 2389 12853 12224 Unknown funchon Y0L213c ofl6 51209131121281381212128138121281381212813812813812128131381381381212813812813813813813813613813813813813813813813813813813F126138136139139 example orf6 5122 121472 IPF12147 ConDg6 2389 15340 16521 unknown functlon yNa8iw orl65123 145692 CaMRPL19 Cont) g6'2389 21100 20669 Ribosomai Protem (by homology)

   YNL185c orf6 5125 14568 IPF14568 Cont'g6 2389 21380 22555 unknownfuncban YGL246c ort6 5126 20124 CaCTAl Contng6 2389 24147 25604 catalase A, Pe <oxisomai (bY homoia0Y) YDR256c orf6 5127 14013 IPF14013 Contig6-2389 26336 27328 unknown function no s.lgnlflcant match od6 5t29 20125 CaPET117 Contlg62389 28303 28010 cytochrome c oxidase assembly factor (by homology) YER258F not9 119

   Contlg62389 30069 32129 simiiarta saccharomYces cereVISlae PCl7p cyclln hke protem interactlOg with Pho85p (by homology) YlL050w orl65131 10029.2 iPFioo29 Conh 6.239o 1181 2485 unknown functlon YFR044c o <t65132 ion27 IPFl0027 Conlg6 2390 3272 4564 unknown function YOL139c orf6 5133 10021 2 IPFI0021 ConUg6-2390 6757 8805 unknown functlon YER040w orf6 5136 10018 CasAHl Conttg6.2390 9292 10644 S adenosy) L-homocystetne49 51/34 12374 11133 putatIve nbonuclease (by homology)

   YPL123c orf65138 154922 IPF15492 Cont'g6239013611 12997 unknown functlon YMLi16w or165140 17640 2390 15953 15363 IPF17640 Conhg6 unknown functlon No. sgnlfJcanl match orf65142 17642 17332 16691 IPF17642 Contlg6.2390 unknown function No. STGN! Hcant match orf6 5143 115082 iPFl1508 Cont'g6239018642 19412 unknawnfuncbon YLR046c ORTB 5144 115062 IPF11506 cans 6.2390 20353 19766 unknown funchon YML075c ort6 5145 115031 iPFi1503 Contig6239022872 22126 unknown functlon YGR131w orl65146 fPF11499repeaCont 11499) 24698 unknown function g6239026215 No. slgOltlcanl match orl65147 20126 28383 26776 PF20126 ConRg6-2390 putatrve chromosome segregation PROTEM (by homotogy) YDR470c orf6 5148 18393 IPF18393 Conti 6 2390 28895 28728 unknown functlon YDR469w orl6 2340 138252 IPF13825 Contlg62391 592 2976 sIm liant y to senneJthreonine protetn kinases (by homology) YNR047w ort65150 19968 IPF19968 Cont)

  g623914643 3603 putative cell wall protein of the PIR Famlly YKLi64c orl65153 IPF12324 Contng6-2391 123242 12107 13246 123192 unknownfuncàan YPR013c ort65156 iPF12319 Contvg6-2391 17479 15863 unlmowo 1uoctlon yKa43w orl65157 13202 19029 20777 IPF13202 ConUg6-2391 unknown functlon YMR068w orf6 5158 13198 2391 21168 CaRPN12 ConUg6 22001 26S proteasome regulatory su bu nit (by homology) YFR052w ort6 5160 13197 CaVPS28 Contig6 2391 22796 22050 tnvotved m vacuolar trafflc (by hamoio0Y) YPL065w orf6 5161 13443 IPFl3443 Contrg6 2391 23092 23634 unknown funchan2 orfg6n61 61 24964 23585 unknown function YPL066w ort65163 134382 iPF13438 Contlg62391 26062 25214 unknown functlon YIL049w orf65164 13437 IPF15911 3eoc Cont'g6 2391 30914 26847 unknown function.

   3 prime end no significant match orf6 5166

  <Desc / Clms Page number 55>

 
 EMI55.1
 D12001 41 (linked to D12000 68) Table 1
 EMI55.2
 7306 JPF7306 Cont, g6 2392 4876 3386 putative permease (by homology) YBR241c orf6 5168 73032 IPF7303 Conbg623926807 5245 unknownfunction YBR239c or165170 7302 CaARCi Conbg6 2392 7954 9063 G4 nucleic acid bmd99 protf30 51 by homology 72) 72 III meiodc and mltotlc dlv.slons (by homology) YNL001w orf6 5174 7298 IPF7298 Conhg6-2392 11087 10512 unknown function no slgnlllcant match or (6 5175 7297 IPF7297 3 Contlg6 2392 11769 11341 slmllar to Saccharomyces cerews) 3.pnme end (by homology) YGLI06w orf6 4226 72952 IPF7295 Conhg6 2392 12470 15691 unknown functlon YOL034w arf6 5176 72942 CaMSEl Cont, g6 23)

  2 15896 17425-tRNA synthetase Mitochondnal glutamyf (by homology) YOL033w orf6 149 911 5178 2392 19073 19507 IPF14991 Contng6 unknown function YJR044c OR16 5181 149902 PF14990 Conbg6239220498 19698 unknawnlunchon YAL014c orf65182 13042.2 IPF13042 Contlg6.2392 20928 23609 slmllar to Saccharomyces cerevIslaelmh1p IOvolved veslcular in transportation (by homology) YLR309c orf6 5183 130432 IPF13043 Cont <g62392 23786 24613 unknown function YGL050w ors65185 13045 CaDPSI C.ntig6 2392 24887 26623 aspartyl tRNA synthetase (by homalogy) YLL016c ort65t86 130462 CaGTR2 Ct, g6 2392 26982 28103 GTP-blndmg protem3 (18) 23 3 Casein kinase!), Beta subunit, 5 prime end (by homalogy) YOR039w orf6 5189 2951 2 CaHIR2 Contng6.2393 973 4026 Histone transcription regulator (by homology) YOR038c orf6 5191 2953 IPF2953 C.nt,

  g6.2393 5755 4088 slmllar to Saccharomyces cerewsnae Cyc2p cytochrome.c mltochondnaJ Import factor (by homology) YOR037w orf6 5192 29542 IPF2954 Contng6.2393 5951 7102 unknown functlon YDR267c ofl6 5193 2955 IPF2955 Contng6 5193 unknown 319 8017 cont. 2393 9346 8384 Thioredoxin reductase (by homology)

   YDR353w orl6 5196 2963 CaCTA7 cont g62393 13520 10848 Component of tlistone deacetylase B and transcnptnonal regulator of RNA poly.erae 11 YMR019w orf6 5198 29652 IPF2965 Conbg62393 15128 14013 unknown functlon YAL060w orf6533968 16g129flcf16093916 IPF2971 Contlg6.2393 18424 16844 unknown functlon YLR226w orf6 5202 2973 IPF2973 Against 2393 19340 20347 unknown function YOR261 orf6 5203 19775.1 IPF19775 Contng6-2393 23 049 23 23969 unknownfuncbon no ssgnificant match orf6 5204 15813 IPF11813 Conbg6.2393 26674 26030 unknown funchon no match orf6 5206 61202 CaUP2 Conbg6.2394 3185 4585 Secretory lipase no slOIllcant match orf6 5210 6117 IPF6117 ConUg623945435 8035 unknownfunctlon YMR266w ort65211 61142 CaPtoch 86 Contl62

  W orgamc pyoph., Pht .. YMR267w or (6 5213 6113 CaNUP188 Contng6.2394 14820 9892 Nucleoponn YML103c orf6 5214 6109 CaERGI2 Contig6.2394 15189 16484 Mevalonate Wnase (by hamofogy) YMR208w orf61515 fp61515 fp61515 (by homology) YOR271c orf6 5217 61062 IPF6106 Contlg62394 17757 18164 stmllar to Baallus halodurans holo (acyl carrier protein) synthase no signittcant match orf6 5218 61052 IPF6105 C.-tg

   23- 19809 18217 Slmllar to Saccharomyces cerevis.ae Gua1p GMP synthase (glutamme hYdrolyzing) (by homology) YMR217w orf6 5219 6101 2 Against 2394 20321 20788 unknownfunction, 3 3 pnme end no slgnlflcant matchY6 5220 61204 210 61 22421 Microtubulennterachng protem (by homology) YOR272w ort6 5221 199701 IPF19970 Cont) g6 2394 23704 22481 unknownfunchon YMR209c orf6 5222 15519 CaRAM2 Contng6 2394 24437 25357 g-ranylgeranyttransterase type 1b192343434

   g6 23 95 3850 2225 APP bmdmg protem 1 (by homology) YPL003w ort6 5225 11638 CaEFT3 C.nt, g6 2395 6208 9360 translation eiongahontactar3 YNL014w rif6 5226 116271 IPF11627 ConUg6 2395 12165 12479 unknown function no sgnltb2262626262626262626 unknownfunctnon YDL010w 0fl65229 116252 IPF11625 Contng6 2395 13414 13902 unknown funcion no significant match ort6 5230 170862 IPF17086 ConUg6 2395 15085 16533 unknown function no significant match orf6 5231 14902 CaGLRl C.nt: g6 2395 16999 18549 Dy similarity to cere

  glutathone reductae YPL091w ort6 5232 14903 1 CaSMD3 Against 2395 19018 18698 core snRNP protein (by homology) YLR147c orf6 5233 98262 IPF9826 ConUgfi.2395 20907 24164 unknown functton YLR256w orf65234 9825 IPF52536ng3256on 236 26387 unknown tuncbon YLRO68w orf6 5236 196001 IPF9821 51 Conhg6-2395 27501 28100 unknown function.

   5-prime end YEL064e orf6 5237 9821 2 IPF9821 3f Contig6 2395 28060 29013 unknown lunction, 3 prime end YFLO64 oral6 5238 9818 CaTOFl Conbg6 2395 32860 29069 Topousomerase factor 1 (by h..t.zy) YNL273w off6 5242 11548 1 IPF11548 Cantig 5007 6899 senne / threonine protein kinase (by homology) YCR008w ort6 5244 11549 CaCDC28 ConRg6.2396 7693 8646 CELL DIVISION CONTROL PROTEIN 28 protein kinase YBR160w orf6 5246 11551 2 IPF11551 Contng6 2396 9301 10074 unknown functlon YPL1366660061666106c6166c006106c6366 lunctlon YBR159w ori65249 65982 caslsi. "gg662396 11764 12795 heat shock protem (by homology) YNL007c ad6 5251 6595 CaLST8 Conttg6 2396 13137 14123 requlted for transpon ol permeases trom the goigi to the plasma membrane (by homoloy)

   YNL006w orf6 IPF6594 5252 65942 16095 2396 14203 Cont g6 unknownfunction YLR266c orf6 5253 6593 2396 19232 16677 IPF6593 Contig6 5nmllar to Saccharomyces cerewsnae Rhclp DNA.bindmg PROTEM (by homology) YLR176c orf6 5255 65862 23817 CaRLP7 Contig6-239622930 nbosomal.hke protems YNL002c ort65257 120862 IPF12086 Contig6-2397 552 890 unknown funchon YKL084w orf6 5259 120842 IPF12084 Contlg62397 1403 2230 unknown functlon YOR220w ort6 5260 120832 PFIZÇ) 83 Contlg6-2397 2504 3685 unknown functlon YDL058w orf6 5261 11821 1 IPF6112121 PRU16621 unknown 2397 6287 5613 SNARE protein of Golgi compartment (by homology) YHL031c orf6 5263 11826 iPFi1826 Contig6-2397 6767 7651 unknown function YOR228c orf6 5264 118291 IPF11829 Cont)

  g6-2397 8808 8245 unknown functlon YPL135 ort65266 15433 CaLPl9 Contng6.2397 11265 15359 MJcrotubule-assoclated protein (by homology) YOR227w ort6 5271 1060 il CaRPLS Conà 6.2397 16406 15510 nbosomal protem (by homology1 CTP13 52PL 731 2397 19821 16981 6 phosphotructokinase, beta subunit YMR205c orf6 5274 15737 2 IPF15737 Contig6 2397 21370 22866 simailar to Saccharomyces cerevislae Rvb2p Ruv6.fike protein (by homology) YPL235w orl6 5275 183841 IPF18386nignant 536nn 536nn 536n6nignncncncncncnfcnncncnfcncnfcncnfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfffcffcffffffffffffffffffffffffffffababfb Cont'g6 2398 5659 6897 cell wali biogenests, 3 prime end (by homology) YBR078w orf6 3969

  <Desc / Clms Page number 56>

 
 EMI56.1
 D12001 41 (linked to 012000-68)

   Table 1
 EMI56.2
 5364 CaLAS2 Contig6 2398 8145 7282 LIPOATE BIOSYNTHESIS PROTEIN by h..l.gy YLR239c orf6 5279 53632 IPnt5363nt. unknownfuncàon, 3.p <imeend YLR326w orf6 4755 53582 IPF5358 Contlg6.2398 13276 12800 unknown function YDR357c orf6 5282 53572 CaGGAl Conbg6-2398 13873 15627 Arf-bmdmg protem YHR108 orf6 5283 53562 IPF5356 53g36265176 53615615g protem, 3 prime end YLR448w not lound 5353 IPF5353 3C.t.gG 2398 23763 19525 unknown funcfon, 3 prime end YML072c orf6 5286 8921 1 IPF8921 5eoc Contlg6 2399 100 2 unknown funcbon,

   5 prime end no significant match not found 89192 CaGCN4 ConIg623993663 2692 transcnptlOnal act1Vator YEL009 ort65290 89151 IPF8915 Contigfi-2399 6670 5099 5291 unknown function YMR067c orf6 89141 IPF8914 Cont! G623997588 7100 unknown tunctron YNL213c orf6 5292 89121 7849 8031 CaOST4 Contlg6.2399 ollgosaccharyltransferase subunit No. slgnJflcant match not found CaTlM23 Contng6 8911 2399 8652 9308 mitochondrial import inner membrane translocase subunit (by homology) YNR017w orf6 5293 89102 9476 IPF8910 ConUg6239910777 unknownfuncàan YNRO15w orf65294 IPF8904 ConUg6.2399 89042 13363 14541 unknown funcbon YOR338w or165295 PF1 169392 6939 15116 Contng6-239916153 unknownfunctnon YBR147w orf6 5296 19972 1 IPF11499 repea Ct, g6 2399 17447 18967 unknown function no significant match.,

  f6 5297 8990 1 IPF8990 Contlg6 2399 19378 20637 unknown function no slgnlflcant match orf6 5298 8989 1 IPF8989 Cont! g6 2399 21771 20749 unknown function YAL034wa off6 5299 89762 IPF8976 Conhg6 2399 30488 31792 unknown functnon no sng2g3302 923fb2352302 aspartrc protease YLR121c orf6 5306 92162 CaYHB3 C.tig6 2400 13585 14787 flavohemoglobm (by homology) YGR234w orf6 5308 92142 IPF9214 ConUg6.2400 16672 18861 unknown tuncbon YGR255c art65309 9213 IPF9211 3f unknown226fon.

   3 prtme end no signdlcant match orf6 5310 9211 IPF9211 5f Conbg6-2400 20773 20183 unknown funchon, 3-prlme end no slgnlilcant match orf6 5311 82952 IPF8295 Conhg6-2400 23576 25423 unknown functlon no significanfmatch or, 6 5312 82932 Ca 27632 proteln (by homology) YJL115w or165313 97962 CaCDC9 Conhg6 2401 3351 1039 DNA ligase (by homalogy) YDL164 orf6 5316 97972 IPF9797 Contng6-2401 4147 3650 unknown functlon YER093ca orf658b880cncl805cn9cl135801cnbc8n9c31 2401 8730 9392 simiiarta to Saccharomyces cerewsnae cse4p with strong slmllarity to histone H3 (by homology)

   YKL049c orf6 5324 19778 C.KGD1 Against 2401 Il 030 14020 '2oxoglutarate dehydrogenase YiLI25w ort6 5326 4035 1 IPF4035 Contng6 2401 16488 14338 unknown funchon YDR444w ort6 5327 4033.2 IPF4033 Conhg6-2401 17723 16842 acyrleayryyroneyrycescyrlone homology) YIL124w orf6 5328 40322 IPF4032 Contlg62401 18723 21512 unknown functJon YDR356w orf6 5329 40282 CaFRP2 Contig6 2401 23170 23967 memberofthe FRP famnly of protems related to Yarroma hpolytnca glyoxF6pc634 Y2 function, 5 prime end YNR002c orf6 6177 14453 IPF20164 3eoc Contig6 2402 19 453 putatrve kynuremne ammotransferase, 3 prime end (by homology) YJL060w or (6 6643 14455 1 IPF14455 Co.t,

  gG.2402 2484 1171 simiiarto ta Saccharomyces cerewsiae Rrn7p polymerase 1 specific transcription initiation factor (by homology) YJL025 orf6 5331 144562 IPF14456 Cqnhg6.2402 3442 3023 unknown functlon YBR269c orf6 5332 131312 IPF13131.3nng. 5333 13130 CaPLC3 Cont'g6 2402 6092 6979 phosphatidylinositoi phospholipase C YLR197w orf6 5334 13128 CaZRT2 Contng6 2402 8498 7386 mnc transport protem (by h..01.gy) YLR130c orf6 5335 13121 IPF13121 Contlg6 unknown131 orf6 5336 13181.2 caHoL5 3f Contlg6.2402 12850 11738 member of malor facl1itator superfamlly multidrug resistance protem subfamlly 1, 3 prime end (by homology) YNR055c orf6 5337 13183 Cahots 5t C.ntig6 2402 13465 12851 member of major taamitator superfaml 1.

   5 prime end (by homology) YNR055c., F6 5338 131872 IPF13187 Contlg6.2402 15494 17605 unknown function no slgnlflcant match ort6 5340 9638 CaFMl1 C.nt, g6 2402 23130 17962 procening of pre ribosomal RNA YMR229c off6 5342 9634F96 24826 23498 probable GATA zinc finger transcription factor (by homalogy) YMR136w ort6 5343 96322 IPF9632 C..tig6 2402 277 98 25930 unknownfunctnon YHLOlOc ort6 5344 9631 1 CaPRS3 Cont) g6 2402 29181 28219 ribose phosphate pyrophosphoWnase64563646 UHL 766 6392 putative mntochondnal phosphate camer protein (by homology) YER053c orf6 5348 7685 IPF7fi85 Cont'g6 2403 7769 6606 PufaàveGTPase> ctwaàn0P <OtemtbYhomoia0Y)

   YIL044 ort6 5349 76812 IPF7681 Conbg62403 9909 10619 unknawnfunctnon yNLiiic orf65350 76792 IPF7676 Contng6.2403 11415 13658 unknown function 'no slgnlflcanl match crt65353 14145 IPF14145 Contig6.2403 17242 115281 nnd .cytosolic (by homalogy to S cerev) IL 42.

   or1653s5 11587 IPF11587 Contng6 2403 23160 24878 unknown function YNLo83w orf6 5356 115882 IPF11588 Contig62403 26445 25042 unknown function YMLO80w orf6 5357 115892 PF111589 Contng6 2403 27602 26637 snmilar to Saccharomyces cerevisiae 53ph1134356136116351? YJL030w orf6 5359 122462 CaYLF2 Conhg624044331 5521 GTP-bmdLng PROTEM YHL014c orf65362 12244 IPF12244 Cont) g6 2404 8231 5901 5365 12241 unknawnfuncàon YKL034w orf6 1 iPF12241 Contlg62404 9015 8314 unknownfunchon YJL049w ort6 5366 156572 10802 12181 CaLIP4 Conhg6-2404 secretory lipase No. signiftcant match ort6 5367 15656 CaTSMI 3f Conhg6-2404 15004 12251 component of TFIID complex, 3 prime end (by homology) YCR042c orf6 5369 13636 CaTSMl 5f Conbg6-2404 16529 14931 component of TFUD comptex, 5 pnme end (by homotogy)

   YCR042c off6 5370 136372 fPF13637 Contig6240418083 16632 unknown functlon no slgnlflcant match orf6 5371 13644 CaILS1 C.nt.g6 2404 18255 21521 isoleucyl TRNA synthetase (by homology) YBL076c or (6 5372 170942 IPF17094 Conhg30.26363f2302fb2136136f3f2f2f2f2f6f2fcf2f2fcf2fcf2f6f2fcf2f2fcf2f6f2f2fffffffffffffffff6f6f6f6f2f6f6f6f6f6f6f2f6f6: ... Contng6.2404 26200 25052 snmnlar to Saccharomyces cerevisiae Hat2 subunit of the malor yeast histone acetyltransferase (by homology) YEL056w orf6 5380 116072 IPF11607 Contng6-2404 28539 26266 unknown functton YPR003c orf6 5383 116069 orf6 5383 11606cpr1111 1PF11601 Cot, g6 2404 29784 32156 unknown function YOR165w orf6 5385

  <Desc / Clms Page number 57>

 
 EMI57.1
 D12001-41 (hé à 012000-68) Table 1
 EMI57.2
 115982 IPF11598 Cont'g62404 32302 33783 by homology to S cen.

   hexokinase YFR053c orf6 5388 34181 IPF3418 Contlg6.2405 876 1 unknown lunction YCL029 orf6 5391 3423 1 IPF3425 ConUg6-2405 3549 997 unknown function Y [Ll 15 .., f6 5392 3426 IPF3426 Cont1g6.2405 4339 5346 unknown function YOR347c6341 5348 unknownfunchon YLR051c orf65396 3431 1 CaSEC61 ConUg6-2405 7487 6048 ER protein translocation complex subunit YLR378c orl65397 3432 1 IPF3432 Contlg6.2405 7707 8033 Unknown functiol1 no match or16 5398 34351 CaFBPl sb3471851818346b5366355186185386185346185386185386185386185 18 8 8 8 8 2405 9251 10561 unknown function YDL054 od65401 3443 1PF3444 39 C.tg6 2405 12680 10548 unknown tunchon, 3 prime end YAL051w ort6 5403 3444 IPF3444 5f Contig6-2405 13150 12692 uknown fuction,

   5 prime end o signrtncant match orf6 5405 34451 IPF3445 Contng6-240513213 13479 Unknowntunctnon YJR135wa orf65404 3448 IPF3448 Conbg6-2405 14422 15345 Unknown function no slgnlllcant match orf6 5406 34461 IPF3446 Contng6-2405404f5466fn136 sngmhcant match rif6 5408 34562 IPF3456 Conhg6-2405 16495 17208 unknown function YHR198c ori6 5410 34581 CaPSAl Cont! g6 2405 18310 17222 GDP mannose pyrophosphorylase YDL055c rif65 3460 CaCTA2 5 3f Conti 6.2406 19515 prime15915c 3461 CaCTA2 5 5f Contig6-2405 20247 19738 ncriptionai activator, 5 prime end no match orf6 5412 199771 IPF19977 Cont, g6 2405 28343 27942 unknowntuncàon YGR175c ort6 5413 81631 CaMEF2 2406 2779 5058 translatnone (ongationtactor Y byhomology) <16 5 416 81 601,

  PF8160 Contlg6.2406 5394 6350 unknown function YMLoo3w ort6 5419 8158 CaPUT3 Contig62406 9285 6460 putative positive activator of the prof'ne usage pathway YKLO15. orf6 5421 13040 CaHCSl Conh 6.2406 19285 17126 putative DNA helncase A (by homology) YKL017c orf65425 130381 IPF13038 Cont <K6 2406 20334 20074 unknown function YKL018ca not found 199791 CaDHHI Cont'g62406 23878 22229 RNA helicase by homology YDL160c orf6 5427 100051 PF10005 ConUg6 2406 25599 26165 unknown functlon no significant match orf6 5428 10003 IPF10003 Contig4266rigi 2406rigi 2406 nbonuclease H (by homology) YGR276c oral65429 100012 IPF10001 Col:

  962406 30056 29115 unknown function o match orf6 5430 100002 iPFloooo5eoc Cont! G6 2406 30520 32313 unknown function, 5> prime end YGR274c orf6 5431 17135 IPF15883 Contng6-2407 1855 1067 unknown function YKL040c ori65433 17133 CaSRP132 recng homology) YKl154w ort6 5434 183661 CaGLC7 C..tig6 2407 5105 4113 Ser / thr phosphopmtein phosphatase 1 (by homology) YERI33w off6 5435 93291 IPF9329 Contig62407 6828 7424 unknowniunchon YER128w orf65436 9327 1 CaRPS27 87266 s27626727626727626727626727 not found 9326 CaAAT21 Contig6 2407 10618 9368 aspartate aminotransfense (by homalogy) YLR027c off6 5437 9325 IPF9325 Cont) g6 2407 10969 11463 unknown function no signdicant match orf6 5438 9324 1 CaFUN30 Conttg6-2407 14609 11691 helicases )

   YAL019w orf6 5441 9318 CaEMP24 ConRg6-2407 16217 15615 component of the COPII-coated vesicles (by homology) YGL200c off6 5860 143482 IPF1434g Contng62407 19024 18416 unknown function, 3-prime end no signihcant match not lound 14351 1 PF 7727 3 Contng6 2407 19772 unknown functnon, 3 prime end no signdicant match orf6 2885 10851 2 CaMY01 Contig6-2407 21713 27559 myosm-1 1 notorm (type il myosm) heajy cham (by homology) YHR023w orf6 5444 10850 CaMAS2 ConHg6 2407 29276 27708 processmg peptidase alpha) subunrt, mitochandrat (by homology) YHR024c orf6 5445 15696 CaSNF8 C.tig6 2407 30795 31580 mvolved in glucose derepression (by h.mology) YPL002c off6 5446 156951 C.DEGI Contig6-2407 33080 31611 pseudounane synthase (by homologyf6 5447 15694 CaSPB4 Contng6 2407 33140 35035 ATP.dePendent RNA helicase of DEAH box family (by homology)

   YFL002c orf6 5448 105552 IPF1055 5th. ConUg6-24082107 2 unknownfunctnon, 5-pnmeend YIL151c orf65450 105581 IPF10558 Cont'g6 2408 4712 4554 unknown function YKR094c not found 105592 IPF10559 Conbg6.2408 5183 10681 Y-% ni, ke P, .te (4 hooiff3 orF457 YFR49 g6 2408 13218 15056 putative permease (by homology) YEL069c ori6 5454 7491 1 CARATI Contig6-2408 15531 18437 5 Exanbonucie> se (byhamoia0Y) YOR048c orf6 5455 74892 IPF7489 C'nt:

  g62408 19628 18483 unknown functnon no slgnlllcant match ort6 5456 7487 CaAGP2 Conhg62408 21635 19929 amino-ac'd permease (by homology) YBR132c off6 5457 199801 IPF19980 Conbg62408 25073 24072 Putat> ve hPase (bY homaia0Y3082 YF102) functn YML041c orf65459 15832 1 IPF15832 Conttg6-2408 27206 26664 unknown function YKL053ca orf6 5460 15834 IPF15834 ConUg6-2408 27240 29024 unknawn function no signficant match orf6 5461 9175 2 CaGEF2 Cont, g6 2409 4667 7618

   YJR040w off6 5464 4716 IPF4716 Conhg6-2409 9117 7597 unknown Function YJL005w orf6 5465 4721 IPF4721 Conhg6-2409 13154 15535 unknown Function YPL070w orf6 5467 4722 IPF4722 Contig6 2409 16288 15779 unknown Funchon no signit647 474 246 orfint246 siqmhcant match od6 54M 47281 IPF4728 Ct, R6 2409 18669 19394 unttnown Functfon YHR172w orf6 5472 47292 IPF4729 Contng62409 19558 20577 unknown Function no slgnlflcant match orf6 5473 47302 IPF4730 Contlg62409 210on 23OR11)

  FCl Contig6 2409 25428 28136 Unknown Function YPR194c ort6 5476 47372 Ca1FC2 Conti 6.2409 31714 34431 Unknown Funchon YPR194c od6 5478 79701 IPF7970 canti 6.2410 1147 1869 unknown function no signdicant match orf6 5479 7968 IPF7968 C.tg6 2410 2632 2631 'ntigb 2410 4676 3447 tyrosyl TRNA synthetase by homology YGR185c orf6 5482 5026 Cauri 3 Conbg6 2410 5533 10941 ublqulttn proton' .gase, 3 pftme end (by h..l.gy) YGR184c orf6 5483 19781 CaU8R12 Contfgin247 homology YLR024c orl65485 5035 1 IPF5035 Co R6 24 17159 17485 unknown function YLL014w orf6 5486 5041.1 CaABPl C.nt:

  g6 2410 19647 17701 actin binding protein (by homology) YCRO88w orf6 5487 50451 IPF5045 Contng6241022922 21354 unknowniunction YMRl71c orf6 491 201291 RPS620a Conhg6-2411 3465 3142 unknown functlon no match orf6 7396

  <Desc / Clms Page number 58>

 
 EMI58.1
 012001-41 (trusted to 012000.68) Table 1
 EMI58.2
 19981 1 RPS620b Against 2411 5743 5420 unknown funetton no slgnlllcant match ort6 5494 12221 IPF12221 Cont <s6241297 942 unknown functlon no sngndicant match ort65495 12222 CaLYS5 Contig6 2412 2575 1586 L ammoadlpate-semlaldehyde dehydrogenase (by homology) YGL154c ort6 5497 12223 CaGLY2 Contrg6-2412 3930 2821 L threonlne 123CRF124Ar46AlFr24 aldehyde dehydrogenase, mttochondna) (by homology) YOR374w ort6 5499 19982 tPF12227 5t Contrg6-2412 7454 8842 unknown funchon,

   5 pnme end YLR266c orf6 5500 12227 IPF12227 ContJg6-2412 8811 9587 unknown function, 3 prime end no sgnlilcant match orf6 5501 170682 JPF17068 Conttg6 2412 10740 12653 unknownfunctnon no sigmficantmatch 0fl65502 6263 IPF6263conc no. .2412 17583 17278 unknown tuncbon no slgnlftcant match ort6 5504 6267 1 CaRPS3 Contlg62412 19899 19144 Rrbosomal proton S3 e (by homology) YNL178w od6 5505 62682 IPF6268 Contre 2412 22647 20488 unknown tunction YNR059w orF656 626 236126126366 236126126126126126n6166f6

   3 pnme end no slgmflcant match not tound 6271 2 CaRPBB Contlg6-2412 24857 24411 DNA dtrected RNA polymerase I, II, 11116 KD subumt (by homology) wR224c orf6 5507 6272 IPF6272 Contlg6 2412 25400 25969 unknowntuncàon no signr627 62 2412 26443 28128 unknownfunctron YMR221c ort65509 6279 CaADE6 Contig6-2412 29332 33444 5.PhosPharibosYiformyigiYmnamidine synthetase (by homology) YGR061c ort6 5510 62802 IPF6280 Cont'g62412 33959 33627 unknown13 unp13 Y6U6 Ca116U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6C8U6CU6U6CUQCU6CUQCU6CUQCU6CUQCU6C8U6C8U6C8U6CUQCU6C8U6CU6U6C8U6CU6CU6CU6CU6CU6CU6CU6CU6CU6U6CU6U6CU6U12] end (by homology) YER151c orf6 5512 142951 IPF14295 Contlg62413 1868 1542 putative Sedlp-Irke ce)! surface protest (by homology)

   no sngndlcant match orl65514 142941 CaARDB Contig6.2413 2941 2096 D arabmttot dehydrogenase YNL202w orf6 5515 14291 1 CaHPA3 Contlg6-2413 3637 4095 histane and other Pratem> cetyitransterase (byhomoia0Y) YF030w34F34416163434616164326f16516 6.2413 6691 6446 unknawnfunction YNL211c not found 57291 IPF5729 Contlg6-2413 6791 7576 unknowntuncàan no sigmficant match orf6 5519 57261 IPF5726 Against 2413 7681 8274 unknown function no srgmticant match orf6 5520 5725.1 1PF5725 Cont <(! 62413 8644 8276 unknown tuncbon YDR511w ort6 5521 5723 PF5723 exonl Conhg6 2413 8879 9964 cell surface GPI-anchored proteln, exon 1 (by homology) no slgOi / lcant match ort6 5522 5720 IPF5723 exon2 Conhe62413 10255 ce) anch) protern, exon 2 (by nomology)

   no slgnlflcant match orf6 5529 5712 CaCTA28 exon2 Contlg6-2413 14052 13741 transcnptronal actrvator, exon 2 (by homology) no S} R01! Cant match ort6 6229 5711 CaCTA28 exoni contig6.2413 14685 14155 transcnptronal acttvator. exon 1 (by homology) no slgnJflcant match orf6 5530 13777 iPF13777 Contrgfi 2414 1217 1750 unhnownfunct-on no significant mafch ort6 5533 137802 CaRTG3 Contlg6-2414 3574 2012 Probable bHLH / mptranscrPtiantacto <thatre0uiates CIT2 gene expressron (by homology) YBL103c ort6 5535 13782 IPF13782 Contrg6-2414 4750 4343 unknown function YGL029w orf6 5536 13784 IPFl3784 Conhg6-2414 6249 5059 unknown functlon YLR324w ort6 5537 15397 CaFRE66 Yrnfn6060 5538 11736 CaRPl82 Cor.tig62414 10637 11425 60S nbosomal protein L7a e (bYhomolov) YLL045c orf6 5539 11737 2 CaRPL29 Cantig6.2414 11981 12172 nbosomal P <Atem,

  cYiosolic (bY homology) YFR032ca not found 117382 iPFi1738 Contrg6241412641 13486 unknownlunction YFR032c orf65540 11739 CaRPL2 Contre 2414 14514 13726 rbasomai protein L8, 3 prime end (by homology) YIL018w ad6 6656 11742 CaPET127 Contrg6 2442 5541 88062 IPF8806 Contrg6-2414 19891 20976 6-phosphofructose 2-klOase (by homology) Ylao7c ad65542 8808 CaPFS2 ContLg6-2414 22915 21284 Polyadenylahon Factor 1 subunrt (by homology) YNL317w ort6 5543 8809 IPFS809

  g6 2414 23468 24004 unknown funcfion YMR009w ort6 5544 8810 1 IPF8810 Conllg6 2414 24474 24100 unknown functfon YEL003w ort6 5545 8811 IPF8811 Contig62414 25840 24812 unknownfuncàon YIL041w orf65546 8812 IPF88unc Contig6 244 276 276 274 276 276 276 funchon no slgnllicant match orl6 5548 8817 IPF8817 Cqntig6 2414 29375 30070 putattlte ptoteasome subunit (by homology) YiLoo7c ort6 5549 88182 CaURMI Contrg6.2414 30405 30100 ubrqurtrn Irke protern (by homology) YIL008w 30 gf2 246 orfb 246 (by homology) YEL002c orf6 5552 6900 CaDRS25 3eoc canh 6 2415 3 4277 Probable ATPase, 3 prfme end (by homology) YMR162c orf6 5554 68982 IPF6898 ContJg6-2415 7077 4375 simllar to Saccharomyces cerevlsiae Bub1p serme / threology

   YGR18Bc ort65556 6896 IPF6g965f Cont) g6 2415 7420 9027 unknownfunctron.5-pnmeend YHR188c orf65557 6895 IPF6895 3f Against 2415 9028 9285 unknown functlon, 3 pnme end yHR166c not found 6894 caiKn Cont'g624151025ens 9r9r9rn9 ort65558 68932 IPF6893 Contig6-2415 10446 13730 unknownfunctron YMR288w orf65559 6890 IPF6890 Contig6-24I5 14905 13877 unknown function no srgnllJcant match orf6 5560 68892 IPF6889 Contig6-2415 15474 16493 unknown function YDR2886 or94 546FNR158CN61594 10564 iPFio564 Conbg6-2415 21150 22493 unknown functfon YNR074c orf6 5563 121621 lPF12162 Contlg6-2415 23535 22660 unknownfunchon YHR067w ort6 5564 12161 CaPOL21 Cpntig6-2415 25599 24130 pol potyprotefn (reverse homology)

  * no sigmficant match or * 5565 12159 CaPOL.3 cont106.2415 29125 28604 Pol part of pCal retrotransposon no sigmficant match orl6 4770 12158 CaGAG Contrg6-2415 30043 29126 GAG prote, "of pCal retrotransposon no slgnrtlcant match orf64866 8666 971 3451 microsomal ATPase (by homology) YDL126c orf6 5568 8681 CaALPl Contrg6-2416 5444 3813 armno acfd permease (by homology) YNL270c orf6 5571 86821 IPF8682 Conttg6 2416 6497 7105 unknownfuncàon YJL078c or3 65899 unknown 78616 13583 iPF13583 Contlg6 2416 8805 9773 unknown function YHRI0le or'6 5574 135822 IPFl3582 contig62416 11419 9929 unknown functlon YHR009c orf65575 201311 IPF20131 contiK6.

   yDR448w orf6 5577 152902 caRPsi7 Contng6 2416 17179 17589 Ribosomai proteln S17, 3.Prime end (by homology) YDR447c not found 13361 IPFl3361 Contig6-241618062 19357 unhnownfunctfon YDR449c or16 5576 133602 IPF416201n

  <Desc / Clms Page number 59>

 
 EMI59.1
 D12001 41 (linked to DI20oo.68) Table 1
 EMI59.2
 133592 IPF13359 Contig6-241622647 21190 unknowniunction YDR363w ocf65582 13357 PF13357 Against 2416 22870 24423 unknown lunction YDR362c orf6 5583 133562 IPF13356 Conhg6241625804 24488 molybdopterin biosynthesis (by homology6 26 * 54 YHR116) 10.

   ort6 5860 155592 CaRI01 Contig6-2416 28554 27073 unknown function YC) Ri 19C orf6 5588 195881 IPF19588 conàg62416 28866 29510 unknown funchon YDR367w o <f6 503 183481 CaRPLIBA 5 Conbg6-2416 31081 30902 nbosomal protem 518 e, 5.Prme end (by homology) YOL120c not found 18347 IPF18347 Contlg6-2417 17 328 unknown function no match or! 65591 161951 PF161 94 Conhg6-2417 1341 442 unknown funct10n YMR099c orl65593 11286 CaAURI Contig6 2417 2967 4382 aureobasidtn resistance protein YKL004w orf6 5594 11281 2 IPF11281 Contng62417 6795 9266 similar to Saccharomyces cemisiae Gprl p Gprotem coupled receptor (by homology7 11, 27727 11B6117? , f6 559 95602 IPF9560 Conug6241712718 14601 unknownlunction YKR105.

   orf65597 95622 IPF9562 Conhgfi 2417 16092 14683 slmJlar to Saccharomyces cerevlslae Nuf2pspmdle pole body protein YOL069w orf6 5598 19984 1 1PF19984 C.nt, g62417 17146 16146 simiia <to to Saccharomyces cerevis a. Cat5Pinvoived in coenzyme Q (ublquinone) biasynthesis (bY homology) YOR125c orf6 5599 95662 IPF9566 Contng62417 18534 17440 unknmn function YDR374c rf6 5600 95681 IPF9568 C.1tig6 2417 19727 20371 unknown function o match orf6 5601366N606N606N6361606716071 YDR477w ort65603 97892 IPF9789 Contig6 2417 25543 27393 unknown 1 ... t'a.

   YDR479c., F6 5605 97912 CaFRE32 Contng6-2417 29347 31479 fernc reductase (by homology) wR381w ort6 5606 9794 1 CaFRE30 5eoc Contlg6-2417 34468 35067 Fernc reductase-hke, 5 prime end (by homology) YNR0606 5126 6992 glucosyltransferase (by homology) YOR002w orf6 5611 4664 CaFRE43 Contng6 2418 9793 11922 fernc reductase Inke (by homology) YNR060w orf6 5612 4667 IPF4667 Contng6241812998 14887 unknownFunction YDR380w orf65614 4671 IPF4671 Contng6241817601 15448 unknown Funcbon YIL091c orf65616 4672 1 IPF4672 Contigu2418 18178 19011 unknown Function YNL032w ori6 5617 46742 IPF4674 Contng6 2418 19638 19114 unknown Functlon YIL087c orf6 5619 4676 CaHHT22 ConUg6-2418 20256 19846 Ht.

   H3 YNL031c ost6 5620 4677 1 CaHHF22 Contig6-2418 21214 21531 htstone H4 (by homology) YNL030w oA6 5621 19985 1 CASEOI Contig62418 23295 25109 suppressor of suifoxyde ethionine resistance (by homotogy) YAL067c ori18 2683 83683 , t6 5623 46841 IPF4684 Contig6 2418 27931 28608 unknownFuncton YJL127c od6 5624 4686 CaLSC2.3eoc2 Contng62418 29903 30169 uccinate CoA ligase beta subunit, 3-prime end (by homology) YGR244c not found 8347 CaCLFNA 56 homotogy) YLR117c orf6 5626 8348 1 CaRUBI Contlg6 2419 5961 5728 ubfquttin) ihe protein (by homology) YLL039c off6 8860 8350.1 IPF8350 Contig6-2419 6163 6828 putative methyltransferase (by homology) YDR140w or166275351 818827 (by homology)

   YLRI16w ori6 5629 83572 CaNPR2 Contig6 2419 8856 10838 nitrogen permease regulator (by homology) YEL062w orl65630 8358 CaHTA3 Contlg6-2419 11091 11492 histone H2AF / 2varant (bYhomoiogy) YOLOI2 ort6 5631 8359 IPF6359 83536ff3519 Con: 962419 15337 12542 simllar saccharomyces cerewsiae Ctt2p involved ln cleavage and polyadenylatnon specdiaty factor, part of Cf Il (by homology) YLR115w ort6 5633 6764 CaDRS23 Cont) g6 2419 20182 15743 Membrane spannmg Ca ATPase (by homology)

   YDR093w orf6 5635 67582 IPF6758 Conhg6-2419 20351 20788 unknown funchon no slgntllcant match orf6 5636 6757 CaMUP3 Conà 6.2419 22447 24096 Very low affinity methiomne permease YHL036w orf6 5637 6755 IPF6755 conti 6.2419 25476 24473 24473 24473 24473 YDR286c orf65639 67521 CaCAF17 Contlg6.2419 27159 28568 Component of CCR4 transcnphonal complex YJR122w orfb 5640 6750 CaPNPl Contng62419 28970 29893 Purine Nucleoside Phosphorylase (by homology) YLR209c or221 Prot17 569 67949 or176179489 24 1931182 31796 unknown function.

   YMR052w or165643 6747 IPF6747 Conhg6 2419 34788 31789 ta to Saccharomyces cerevisiae Stb2p mvolved Sm3p bmding (by homology) YMR053c or (6 5644 136162 IPF13616 C.TRG 2420 3019 2276 unknownfunctnon YGR25117 orf6 5646 ff16 2446 orf6 56/f13 t6 5647 13618 IPF13618 Cont, g6 2420 4553 4149 unknown funchon YMR292w orf6 5648 13621 IPF13621 Contlg6-2420 5276 6061 unknown funchon YGR268c orl6 5649 136222 CaPUT2 Cont) g6 2420 8022 6235 I-pyrrolme-5-carboxylate or23 hydrogen23 CaJNMl Cont! G6 2420 9531 8410 mitasis protein, involved in nuclear migration (by homology) YMR294w off6 5652 8652.2 IPF8652 C'.t.g6 2420 10889 9780 putative GTP binding protein (by homology)

   YGR173w orf6 5653 86512 IPF8651 Contlg6-2420 11116 11829 unknown funchon YGR272c or165654 86502 IPF8650 ContJg6-2420 17859 12070 RNA hehcase (by homology) YGR271w orf6 5656 8647 CaMAL31 Contig6 2420 20145 18379 malt46 -2420 23084 24832 maltase (by homology) YGR287c., F6 5658 9711 IPF9711 Contig6-242027199 24989 unknownfunction YGR266w ort65659 94062 IPF9406 Contig6 2421 948 2531 unknown functton no stgmllcant match orf6 5662 9407 IPF9ar21 sncdcce sbcdc21 subunit of the ARP2 / 3 complex (by homology) YIL062c orf6 5663 94102 IPF9410 Co: g6 2421 6611 3489 iminla, to Saccharomyces cerevisiae Nuflp spindle Dole body component (by homology) YDR356w orf6 5666 94112 IPF9411 Conhg61313bon1 , g6 2421 9520 8765 ..kn.wf ... fi ..

   YGL215w ori65668 9238 1 IPF9238 Contlg6-2421 13268 11154 long cham fatty alcohol oxidase (by homology) no slgnlflcant match orf6 5671 92392 IPF9239 Contig6.2421 14433 13828 unknownfunctnon nosigmhcantmatch or 6 5672 92402 IPF9235 Condg6-2421 2421 18226 18900 Strong snmilanty to fernc mductase, internai fragment (by homology) YOR381w orf6 5606 17763 CaFRE30 3 Contng6 2421 18904 20169 Strong vmnlanty to fernc reductase Fre2p.

   3 prime end (by homology) YOR381w ori6 5675 12773 CaFRE41 C.nt.g6 2421 21367 23559 ferrcreducf> setransmembranecomPonent (bYhomolo0Y) YNR060w orf6 5676 127772 IPF12777 Conhg6-2421 23944 25877 127877 267128771212877612877812128128136138138138139138138138138138138139139139139139139139138138139139139139139139139139139139FQA protein, mttochondna) (by homology) YLR439w orf6 5678

  <Desc / Clms Page number 60>

 
 EMI60.1
 D12001 41 (linked to D [2000> 68) Table 1
 EMI60.2
 127791 CaSMX4 Conbg6-2421 27128 27418 U6 snRNA-assoclated Sm.llke protein (by homology) YLR438ca not found 19782 IPF19782 Contlg6-2421 28560 27487 unknown functron YDR356w orf6 5679 172892;

  PF17289 Contlg6-2421 29144 31591 unknown functron YLR440c orf6 5680 3549 4768 3086 IPF3549 Contng62422 unknown function YJL060 ort65683 CaNOPI0 Contrg6-2422 35442 6368 6189 Nucleolar rRNA pmcessing pmtein (by homology) YHR072wa not found IPF11873 Contrg6 11873 2422 8910 6589 srmrlar Saccharomyces cerevrsrae Swa2p ith bd, g protetn required faith normal dathrlrl funct \ on and for uncoating of clathnn coatee vesicles (by 1, .. ol.gy) YDR320 ori6 5687 118692:

  PF11869 Contrg624229175 10362 unknownfunction YNL092w ori65688 11865 IPF11865 Conhg6-2422 11335 10436 unknown funcbon no match or (6 5690 11863 CaVPS21. "G62422 12450 11800 GTP binding protein (by homology) YOR089 orf6 5816 63801 orf63 5816 636181 IPF63 IPF6382 Contlg6-2422 20890 19697 unknown functlon YNL253w orf6 5693 6383 CaFUN9 Conhg6'2422 20993 22237 Protem invotved ln transport between the e \ "\ doplasffilt.

   and G.1g, appa.tu (by homology) YAL042w orf6 5694 20133 1 CaMRPLI7 Contrg6 2422 23262 22411 nbosomal protein of the large subunrt (YmL30), mltoehondnal (by homology) YNL252c ortfi 5695 6387 IPF6387.3 Contlg6-2422 function, 3 prime end no significant match not found 63901 CaCCPI Contlg6.2422 25845 26720 Cytochrome peroxldase precursor (by homology) YKRO66c orf6 5696 6391 IPF6391 Contig6'242226774 28096 slmllarity to mammalian IndoleamlOe 2,3 dloxygenase (byD78) 97 Contrg6-2422 29373 31469 Involved m regulabon of nuclear pre.mRNA abundance YNL251c or (6 5699 1592i2 IPF15925 Co.t gG 2423 2141 876 unknowntunc6on YCL0t7c or)

  6 sol 113302 IPF11330 Conhg6-2423 2794 4581 unknown fu / 1cbon YHR194w orf6 5702 113292 IPFI1329 Contig6-2423 5053 4676 unknown luncbon no match orf6 5703 11328 IPF11328 Contig6-2423 5301 5819 unknown functlon no slgnl67047 1147 threonyl tRNA synthetase [Candida alblcans) YKL194 or16 5M5 113262, PF11326 Contlg6-2423 8586 7474 slmllar to Saccharomyces cerevisiae (by homology) YLR418c obi65706 11324.1 IPF11324 Contlg6-2423 8885 10315411113323233231163232311632329329119329329329329119329329329329326112332632332932932932913932913932932932913932913916532; IPF7325 Conhg6 2423 12998 13372 unknown lunctlon no match orf6 5711 73242 IPF7324 Conhg6-2423 14040 14798 unknownfunchon YKL195w ort65712 73222 CaYPT70 Contlg6.2423 15847 14981 GTP.blndlOg prote, "(by homology)

   YmLooiw ort65714 7321 1 16791 17393 CaYKT6 Contlg62423 Endoplasmrc Reticulum-Golgi transportation (by homology) YKL196c orf6 5715 73202 19840 17801 IPF7320 Conbg6-2423 unknowntunabon YOR359w oral65716 CaPDE2 Contig6-2423 73182 22507 20792 73162 Nucleotide Phosphodiesterase YOR360c ort65717 IPF7316 Contrg62423 26827 25058 unknown functlon YDR356w ort6 5718 105412 1PF10541 Contig6-2424 1524 3503 unknown function YFR034c ort65720 105362 CaSEC23 Contlg6.2424 4023 6311 Component of COPII coat (by homology) YPR181 or * 5721 10533 iPFio533 exonl Conbg6'2424 8287 10677 unknown functron 196 1 33 exon;

   Ct, g6 2424 10816 11205 ur. \ L.nown functlon, exon 2 no siqnrfrcant match orf6 5723 199861 IPF19986 Contlg6-242421189 16858 unknown funchon YGL131c orf6 5726 8521 IPF8521 Contlg6.242422501 21800 unknowntuncbon 5762224 524226 capplng enzyme alpha subunit, 5 prime end no slgnlflcant match not tound 8518 CaCGTl 3t Contig6 2424 22839 24095 mRNA capping enzyme alpha subunit, 3 prime end YGL130w orf6 5728 85162 CaC, Ll Contlg6.2424 26608 24326 ferric reductase YKL212 856C212 2424 31268 29052 territor.

   reductase (by homology) YNR060w or (6 5731 14959 IPF14959 Contlg6.2424 34653 38447 simllar to Saccharomyces cerevistae Trs130p TRAPP subunit of 130 kDa mvolved in targeting and fusion of ER to golgi transport vesicles (by homology) YMR2322c 2271 508 glucosyltransferase (by homology) YOR067c orf6 5734 125282 caDBP5 Contlg6.2425 2935 4557 RNA hehcase (by homology) YOR046c orf6 5736 183301 CMRP1.3f C-ntig6 2425 5129 4791 Mitochondrial ribosomai protein of the small ) YDR347w orf6 3225 12526 CaMRPl 5t Contrg62425 5848 4937 mltochondnal nbosomal protem of the small subumt, 5-prime end (by homology) YDR347w orf6 5737 63192 CaMNT2 r-ti% 6 2425 8181 9566 Alpha-1,2-mannosyttrase ogy) YDR483w ort6 5738 63182 IPF6318 Cpntig6 2425 12332 9732 beta.gtucosldase (by homology) n.

   match orf6 5739 63152 CaMNTl Conttg6-2425 14464 15759 Mannosyltransferase involved in n-Irnked and o-linked glycosylatron YOR099w ort6 5740 6310 IPF6310 Conhg6-2425 18138 19733 unknown tunctron no match orf6 5741 63082 IPF6307rf24246r7246r6246r6247 2425 24307 24573 unknown function, exon 2 YLR218c not found 6305 IPf6305 exonl ConLg6 2425 24796 26667 unknown tunctlon, exon 1 YDL139c orf6 5743 8090 CaAFG3 C ':

  g6 2425 29223 26836 Member of the Secl8p, Paslp, Cdc48p, TBP1 lamily of ATPases (by homology) YER017c or16 5744 8087 CaBR01 Conhg62425 30013 32850 required for normal response to nutnent limitation (by homalogy) YPLO84w orf6 5745 32oc Contr6 1056 nucleoporine involved 10 nuclear protein export, 3-prime end (by homology) YL063c orl6 5746 32291 IPF3229 Conbg6.2426 1854 1132 unknown function YiLO64w orl6 5747 3227 IPF3227 Contrg62426 2352 3659 slmllar to Saccharomyces cerensrae chromatm assembly cornplex (subtology) YBR195c ort65748 3225 CaATP4 Contig6-2426 4488 3787 FIFO ATPase complex, FO subunit B (by homology)

   YPL078c orf6 5750 3224 IPF3224 Contlg6.2426 5156 4710 unknown function no signrfncant match orf6 5751 3223 1 IPF3223 Contrg62426 5330 5584 unknown function o signrfncant match not found 3222 1 CaCOQ5 Contlg6-2426 6652 5732 C'methyltransterase9 (1998cdc) Contig6-2426 8524 7010 pyruvate kinase (by homology) YAL038w orf6 5754 3214 IPF3214 Coltig6 2426 10100 10531 HSP mitochondrial chapemne (by homelogy) YNL328c orf6 5755 3213 2 IPF32,3 ConLg6 2426 14344 10871 slmllar pucellus toox ) YNL329 or16 5756 3206 1 IPF3206 C..t.g6 2426 18519 17224 unknown funchon no slgntllcant match orf6 5757 3203 2 IPF3203 Contig6 2426 20577 19459 unknown function YLR407.

   art6 5760 31982 IPF3198 Conttg6-242623073 24629 unknown function YDL076c orf6 5761 3195 IPF3195 Contlg6.242625188 26648 unknown lunetlon YNR058w ort6 5762 31921 IPF3192 C.nt, g6 2426 26863 27626 1R621R6 Y1 ) YPRIlOc orf6 5765 3189 IPF3189 Conirg6 2426 30033 31535 unknown function no match orf6 5766 19635 CaCDC7 Canhg62426 33555 31696 serine / threomne protein kinase (by homology) YDL017 ort6 5768 17067 CRPB5 Ct, g6 2427 755 1294 DNAr, 111r (by homology) YBR154c orf6 5769 17066 C.RIB7 Conttg6.2427 2311 1397 HTP reductase (By homology) YBR153w or (6 5770

  <Desc / Clms Page number 61>

 
 EMI61.1
 D12001 41 (linked to 012000-68) Table 1
 EMI61.2
 17064 2 IPF17064 ConNg62427 3088 2603 unknown functlon no slgnlflcant match.,

  f6 5771 18329 CaFEN11 ConUg6-2427 4451 5464 Fatty acid efongase requued for sphmgolnpid formation (by homology) YCR034w or (6 5772 152532 CaRBKI Conàg62427 6946 5774 RibokinaSe (by homology) yCR036w orf65773 152522 CaR27. homology) YBR079c orf6 5774 144872 IPF14487 Conhg6 2427 11282 10317 unknown funcbon YDR361c orf6 5775 14486 CaCDC40 ConUg6-2427 11450 13012 c.11 d'viSton contre) protem (by homology) YDR364 orf6 5776 14485 IPl14276 571 15890 IPF15890 Contrg6.2427 17846 16839 cytaskeletal binding protem (by homology) YCR009c orf6 5778 113692 PF11369 Conbg62427 19565 20107 unknown function no signfncant match orf6 5779 11372.2 PF Il 372 Cont)

  g62427 20759 22162 unknown tunctlon no signdmant match oral65780 113742 CalFAS conbg62427 24825 22747 unknown function YJL005w orf6 5782 11375 IPF11375 Contng6-2427 25560 26210 unknown tunchon YDR301w orf6 5783 113762 CaRSA2 cont R6 Inv279 26n27 byRin 24627276RR724 1 CaPRP6 C.ntig6.2427 28046 30781 snRNP (U4 / U6) -associated sphC! Ng factor (by h ...]. Gy) YBR055c., F6 5785 11251 2 CaMADI C.ntg6 2427 32905 30815 colled-cod protein involved the spmdle-assembly chechpont (by homology) YGL086w Dff6 5786 11248 CaMMS2 ConUg6 2427 33564 33866 ubrqmtm-coyugatmg enzyme (by homology) fGLCaPc ort6 5787 112472 IPF11247 Ctg6 2427 34415 34014 unknownf24fon6

  g6-2427 34850 35524 unknowntuncàon no sigmhcant match od6 5789 11245 2 IPF11245 Contrg6 2427 40079 35679 similar to Saccharomyces cerevisiae Spa2p mvolved in cell polanty (by homology) YLL021w orf6 5791 116562 CaMRP115 Against 242 428 ) YLR312wa or16 5792 196291 CaTca5d C.tg6.2427 43414 43710 polyprotem of Tca5 retrotransposon no sign,

  ficant match orf6 1390 153712 C.IFA22 Contrg6.242B 4072 5964 Unknown function YOl069w orl6 5795 6791 CaAMYG2 Conhg6 2428 7870 10719 glucoamylase YBR229c orf6 5799 6787 IPF6787 C.ntig6 2428 11109 12671 unknown funcion no40 orf67 1278 678 678 function no signtlicant match or (6 5801 6784 CaiFA15 Contlg62428 16239 14386 unknown funcfion YJL005w orf6 5802 20134 IPF20134 Contrg6 2428 18020 17472 unknown function no signdicant match off6 5804 20135 IPF20135 C-nt:

  g6 2428 19589 19065 unknown functlon YLLoiiw ort6 5805 6778 CaLKHI 3 Contng6-2428 22120 20153 PROBABLE LEUKOTRTENE A-4 HYDROLASE (LTA 4 HYDROLASE) (LEUKOTRIENE A (4) HYDRbLASE). 3 prime end (by homotogy) YNL045w orf6 5806 6776'2 CaDJPl Conhg6 2428 23834 22308 DnaJ, Iike Pmtein invoived in perox'some biogenesis (by homology) YIR004w ortg 5807 9936 CaMRPS5 Against 2428 25321 243och probable Sna5 homology) YBR251w orf6 5809 99341 IPF9934 Cantig6.2428 26939 25707 unknown functlon YGR149w orf6 5810 9931 1 CaGLYl Contlg6-2428 28420 27299 L threomne aldolase YEL046c orf6 5812 99292 IPF9929 Cotig6 240 328 323 393 238 323 393 393 393 phosphatase (by homology) YDR481c orf6 5814 183241 CaVPS22 Contlg6.2429 968 318 GTP.binding Protein (by homology)

   YOR089c or165816 134482 IPF13448 Contlg6.2429 2066 3184 slmilar to Saccharomyces Ptplp protein tyrosine phosphatase (by homology) YDL230w ort6 5817 134502 IPF13450 Contng62429 3352 4110 unknown function no match orf6 5818 13456 heat20 63 62 58 29 13 IPF13458 Conbg6.2429 7759 6455 unknown functlon YNL207w or (6 5821 54142 IPF5414 ConUg6 2429 7948 9222 unknown functlon no match orf6 5823 54182 CaPSUl Against 2429 11982 9259 suppressor ol petit mutations by homology YNll18c ort6 1210Pin 131A249195999 (by homology) YLR393w ort6 5826 54222 CaRPS22 Contng6 2429 14195 14554 nbosomal protetn by homology YHLo15w ad65827 5424 CaPTC5 Cont) g6 2429 15637 17379 Type 2C Protem Phosphatase by homology YOR090c:

   0d65828 5425 IPF5425 Cont) g6 2429 18950 17847 slmnlar to Saccharomyces cerewsnae Ppmlp carboxy methyltransferase (by homology) YDR435c orf6 5829 54261 IPF5426 ContJg6.2429 19884 19087 putative methyltransfera (by homology) YMLO28wf242fngw224f2f2f2f2f2f2fnfcfcfcfcfcfcfcfcfcfcfcfcfcffffffffffffffffffffffffffffff; orf6 5831 126462 CaBPTl 3f Co.tig6 2429 24391 20627 membrane transporter of the ATPbinding cassette (ABC) superfamily, 3 prime end (by ho.logy) YLLOI5 orf6 5834 12648 CaBPTI 5f Contng6-2429 25099 24392 membrane transporter of the ATP-bmdmg cassette (ABC) supertamily, 5 prime end (by homology) YLL015w off6 5835 12652 CaACOl Contng6 2429 27779 25446 aconitate hydratase (by homology) YLR304c orf6 5837 121832 CaADE13 Contlg6.2430 3269 1821 adenylosuccmate Iyase (by homology)

   YLR359w orf6 5841 121791 IPF12179 Contig6 2430 4703 5491 unknown function YGR026w or (6 5843 12178.1 CaARC40 Coltig6 2430 5835 6989 subunit of the Arp2 / 3 complex involved m the contml of actin polymerization (by homology) YBR234c orf6 581 215 282 822 132282 unknown function no match orf6 5845 13229 IPF13229 Against 2430 13039 11180 unknown function YDR520c o, f6 5847 13231 1 IPF13231 Contig6-2430 13738 14637 unknown function no sngnlflcant match orf6 5848 '13232.2 CaiFA16 5 Cont) g6-2430 14701 15873 unknown function,

   5 pnme end no an c match orf6 5849 7770 2 IPF7770 ConUg6-2430 19387 18308 unknownfunction YOL053w orf65852 77662 IPF7766 Contig6-243020337 19603 unknown functton YMR255w orf65855 7764 2 IPF7764 Conhg6-2430 21688 22756 unkn unknown functlon YKR095w od6 5857 77601 IPF7760 Contig6.2430 25794 25297 unknown function no sigmllcant match orl6 5858 77591 CaPGIl Conhg6243027760 26108 Glucose> 6 phosphate YBR196c orl65859 10612 CaCZFl Contg6 2431 7583 no. hydrophilnc suppressor of YPT1 and member of the Sec1p famlly (by homology) YOR189w orf6 5865 7823 IPF7823 Contng6 2431 12751 11564 similar to Saccharomyces cerevisiae Rvblp RuvB.ltke protein (by homology)

   YDR190c orf6 5866 78192 IPF7819 Conbg62431 13956 13135 unknownfuncdon YLR243w orf65867 7817 2 IPF7817 Contlg6 2431 14836 16134 putative NADH-dependent tlavm oxidoreductase (by homology) YPL171c orf6 7826626120 Confi182246161 Glycerol. 3 phosphate dehydrogenase. mltochondnal (by homology) YI1l55c orf6 5870 7804 IPF7804 5f Contlg6 2431 24739 25179 unknown function, 5.prime end no signihcant match off6 5871 78022 IPF7804 3f Contig6.2431 25222 27003 unknown functlon, 3 prime end YML0321686f631 28804 unknownfunction YDR325w ori65873 32672 CaNOPI Cantig6.2431 29936 28986 F, br.11. ,,.

   YDL014w 0rif65875 32642 IPF3264 Contig6.2431 32041 30923 unknownfunctnon YML131w prof65876

  <Desc / Clms Page number 62>

 
 EMI62.1
 012001.41 (linked to 012000 68) Table 1
 EMI62.2
 18321 1 IPF18321 Conti 2432 414 1 unknown funebon na slgmhcant match not found 133081 CaRFA2 ContJg6-2432 1599 781 DNAreplicatiantactorbYhomaiavto5 S cerevisnae yNL312w orf6 5879 19584 IPFl9584 Contig6-2432 2261 475380 f101310101010101010101010101010101010101010101010101010101010101010101010101010101010101010101010 Cont Cont ort ort ort .

   1PF11107 Contng6 2432 6656 8236 probably stearoyl CoA desaturase by homology to S cerevfslae YGLO55 orf6 5882 111062 IPF11106 Contig624328525 9064 unknown funct10n match orlfi 5883 111052 IPF11105 Contlg6-2432 10249 9095 probable qmnone 58b1046 [Candida albicans] yOR319w orf6 5885 161412 1PF16141 Contig6.2432 12823 11735 unknown function YHR040w orf6 5886 161432 IPF16143 Contlg6-2432 13038 13853 unknown funchon no S1gnlilcant match orf6 5887 154662 iPF15466 Contig6 246 14081 1531 581 581 581 1531 15421 unknowniunchon yNR021w orf65889 154681 IPF15468 Contig6-2432 17515 16823 unknownfunctnon YCR051w or165890 16720 CaifTl Conug6 2432 19508 17952 unknown functlon no sngmhcant match rf6 5893 159391 CalFT3 Conhg6-2432

  22291 20837 Unknown funetlon YLL047w orf6 5894 101172 GAAHl 1g6 2432 24747 23704 adenosme deammase (by homology) YNL141w ors 5895 101151 CaSPE3 Conàg6 2432 26201 25308 putresmne> minoProPYitranste <ase bY homaio8Y yp R069 orf6 5896 101131 IPF 0113 C.nt 6 2432 26971 27687 unknown function YNR020 or; 6 5897 101101 CaARE2 Contlg6-2432 29775 31604 acyl CoA sterol acyltransferase like (by homology) YNR019w orl6 5898 2432 33035 34561 unknownfuncàon YOR011w ort65899 129002 IPF12900 Contfg6 2432 34814 35584 unknown function YPL199c ort65900 12899 CaYPT71 Contlg6-2432 36380 35727 GTP kn binding pmtein of the RAB family (by homology) YML001w orf6607 27623 end YGL161c. f6 590 60791 IPF6079 Contig6.2433 4789 3188 putative permease (by homology) YFL040w 0d65903 60852 IPF6085 Cn:

  g6 2433 5314 9267 unknown funcuan no stgntflcant match orf6 5904 6091 CaBNl1 C. R62433 14611 9413 regulator of buddmg (by homology) YNL271c orf6 5907 60942 CaSEC2 Contig6 2433 18986 16737 GDP / GTP exchange factor (by homology) YNL197 1976 6.26 g33 21476 25002 unknown funetlon YLR067c orl65909 15621 2 CaSPC3 cont1g6 2433 25734 25156 Signat peptldase subunlt (by homology) YLRO66w or16 5910 15618.2 IPF15618 C..tig6 2433 28278 25933 cysteinyl TRNA synthetN 59n24W2n6w2n731? 30081 ribosomal protein L148, 3-pnme end (by homalogy) YKLO06w not found 129402 CaMEFl Conhg6-2433 32827 30542 mltoehondnal translation elongatlon factor G (by homology) YLR069 orf6 5912 129422:

  PF12942 Contng6-2433 34426 33125 deltal2 fatty acnd desaturase (by homology) no stgnificant match or <65913 38652 IPF3865 Conhg6 2434 1174 440 unknown function YLR251w orf65916 38591 CaRTA3 ContLg6-2434 4485 5879 Unknown function YOR049c ort6 5917 38581 CaRTA2 Contlg6-24346884 8245 Unknown functlon YOR049c orf6 5918 38571 945388459488f8 2434 9657 10844 snmnlar to Saccharomyces cerevisiae Png1 P pepW e N-glycanase (by homology)

   YPLO96w orf6 5920 38541 IPF3854 Contlg6-2434 11654 12835 unknown funetLon no significant match ort6 5921 3853 IPF3853 Conttg6-2434 13782 12877 unknown lunetlon YGR096w orf6 5922 38522 IPF3852 Contng6-243414270 15241 nkno nwbt6NB334496 ATPase YEL031w orf65924 IPF887a ConUg6243420643 88781 21398 88742 unknowniunctnon YJL158c ort65925 C.GlTl ConUg6243425521 23962 giYceroPhasPhoinositoitranspqde bY homaio8Y) YCRO98 orf6 5928 199 941 31 1398 CaASN1 Contlg6-2435 asparagine synthetase (by homology) YPR145w orf6 5930 90692 IPF9069 Ct g6 2435 2242 3777 unknown tunetlon YKLo39w o <t6 5931 201381 CaTHOI Contlg6-2435 4551 3970 suppressor of the hprl ts phenotype (by homology) YER063w orf6 5932 90652 CaCDC475 5 Conhg6.2435 8219 5874 cell division control proteln,, 5 prime end (by homoJogy)

   YBR202w orf6 5934 90632 IPF9063 Cont g6 2435 10273 8762 snmdar to Saccharomyces cerevisnae Stb3p protein bmdmg Sm3p (by homology) YDR169c od6 5935 8942 IPF8942 Conàg6 2435 13003 13617 unknmn function match orf65935 12099 IP129 ) no match ort6 5938 159 112 2 iPF15911 Contlg6-2435 25074 28604 unknown funetlon no match ort6 5940 123411 IPFl23415eoe Conbg6-2436 624 13 unknown funetion, 5-prime end YJL099w orf6 5943 123392 CaCYRl 3f Contig6 2436 4192 935 adenylate.

   3Pnme end YJL005w orf6 5946 123362 CaCYR15f ConUg6 2436 6008 4161 adenylate cyclase, 5-pnme end YJL005w orf6 5948 183181 IPF18318 Conhg6-2436 8034 9716 unknownfunction rLL007c art65950 183171 IPF18636fun unknown funetton, 5 prime end no match orl6 5953 81292 IPF8129 Contig6.2436 13719 14399 unknown funetlon no stgmllcant match 0rf65954 81302 CaTlM54 Contlg6-2436 15035 16237 Translocase for the InsertIon of proteins into the mitochondrial inner membrane (by homology) YJL011116 -2436 16884 16306 dnhydrofolatereductase YOR236w 0d65956 81362 Ca FA19 Ct 62436 17582 19753 unknown funebon YPR105 orf65957 81382 Ca:

  FA25 Conàg6.2436 20 539 22626 unknown funetton YiLO05 orf65958 81402 CalFA20 Contng62436 23362 25599 unknown function YJLo05w ort6 5959 165292 CaIFA21 Contig62436 26159 28432 unknown function YBR070c orf6 5960 92552 IPF9256nt62 :

  2436 33851 35008 unknowntuncàan YDR219c ort6 5964 9251 2 IPF9251 Contng6-2436 38563 35246 unknown functnon YOR363 orf6 5965 4120 CaVPS24 Contng6-2437 2638 3261 endosomal Vps protem complex subumt YKL041w ofl6 59M 41283 noF612 Conhg6 2437 4868 4179 unknown functlon no ni match orl6 5972 41242 IPF4124 ConUg624375767 5078 unknawnfuncàon no slgnlilcant match ort65973 4126 IPF4126 Cong6 2437 6975 5977 unknown function YIL048w orf6 5974 41272 IPF4127 Container 5975 4128 IPF4128 Contlg6-2437 9250 8792 unknown functlOn no signrticant match or16 5976 4129 IPF4129 Conhg6-2437 10379 11635 unknown function YLR267w ort65977

  <Desc / Clms Page number 63>

 
 EMI63.1
 D12001-41 (linked to 012000.68)

   Table
 EMI63.2
 41312 CaMSFl Canbg6243713013 11673 phenYiaiamne..IRNA li ase ypR047w orf65978 41322 IPF4132 Contlg62437 15001 13232 unknown functlon YPR048w orf6 5979 41342 IPF4134 Contng62437 15392 17K2 unknown functlon YKR37. YMRo23c ort6 5981 74502 CaN8P35 Contig6-2437 19034 19936 Nucleotlde'bindlng protein (by homology) YiLoo3w ort6 5982 7451 IPF7451 Contng6 2437 20139 21596 unknown funetton no slgnlflcant match ort65983 74521 IPF7451 Contig62437 acYitransterase, Peroxisomai (bY homoio8Y)

   Yia60c ort65985 7456 1 IPF7456 Contlg6.2437 25607 24981 unknown funclon YOR289w or * 5966 2437 74591 27690 26836 IPF7459 Against functlon unknown No. slgnlflcant match ort6 5988 74632 29033 30655 CaTGLI Contig6.2437 TriacYi0iYceraifiPase (by hamoiogY) YKL140w orf6 5989 74662 31222 1PF7466 Contig6.2437 33591 unhnownfunct.on YDL020c orf65990 17994 1 IPFl7794 Conàg6.2436 778 2 unknawn functlon no slgnlflcant match orf6 5992 17991 IPFl7991 ConhB6243S2448 1135 unknown funcbon YIR019c ort6 5994 17021 iPF170 unknown 54121FF2170 541 541 541 541 541 541 546 549 541 546 546 YJR072c orf65996 11433 fPF11433 3t Contlg6 2438 7460 6798 unknown funcbon, 3 prime end YKL207w orf6 5997 114341 iPFi1434 Cont) g624387675 7508 unknown functlon,

   5.pnme end YKL207w not tound 114351 IPF11435 Contig6.2438 8368 8883 unknownfuncbon YDR231c orf65998 16323 IPFl6323 Contlg6.2438 9512 12787 slmlJar to Saccharomyces cerevlsiae Posplpocoxlcp139 homyproc9c196196? by homology YDR284c orl6 6000 19997 iPF19997 Contng62438 15182 15469 Dy homology to 5 cerewsnae:

   U6 SnRNA assocnated proteW riO s \ gmfICant match not lound 139342 IPF13934 CantigE.2436 15935 16726 unknown function no slgnlflcant match ort6 6001 139331 IPFl3933 ConttB62438182t7 16667 unknown functlon YBL086c orf66002 136692 iPF13669 unknown136366f2136139139139139139f2139139139139139139139139139f2136f2139139f2139139139f2139139139139139f6139f136136f2139139f6139139139139f613 type: 22879 22211 unknown functlon YHR122w orf66004 19529 1! PF19529exon] Contig6 2438 23153 24502 unknown funchon, axon no sigmhcantmatch orf6 6005 18311 1 IPFI9529 exon.

   Contng6 2438 24639 27077 unknown functlon, exon 2 na significanl match orf6 6006 8077 CaRBPl Conhg62438 27536 27162 rapamycm bmdmg Drotem YNa35c orf6 6007 8391 2 CaSOU3 Conbg62439 4785 5633 putatne sorbUOl utdmah2 8n03n6nn2nn2n2n2n2n2n2nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn] ofl6 6012 201421 IPF20142 Conhg624397743 10382 unknownfunction yFL047w orf66013 83952 IPF8395 Conbg62439 10817 11626 unknown functlon no! .j! nfeantmateh ort6 6014 19787 IPF19787 Contig6 2439 15544 11681 unknown function YER153cng6reg6 IP614ng of unknown function no s \ pmhcant match orfS 6016 13615 CaPPZI Contng6 2439 33303 34751 ser / th <PhasPhatase reqwred for normai osmore0uahon (bY hamoiogy)

   YMl016c ort6 6017 13613 1 IPFl3613 Conbg6 2439 35244 36035 unknown funchon no stgmflcant match orf6 6018 19540 1 IPF19540 Contig6.2439 39395 37173 unknown functlon YPL230w ort66020 48902 IPF4890 Cont! G62440554 1951 unknownfunch48898989cfnfn Contre 2440 3968 4471 protein of unknown function, 3 pnme end (Dy homology) YNL044w orf62384 4882 2 CaRPS22A Cantig6.2440 5658 6050 ribosomai Protem 515a e cio (by homoiov) yJLl9oc ort6 6024 4881 CaRPS148 Contlg6-2440 6965 724 protein ) YJL191w not found 48802 lPF4880 Contig624407673 10288 unknownfunction YCR093w orf66025 48762 IPF4876 Contng6-2440 10939 12306 unknown function no signilicant match 0fl66026 48742 IPF4874 Conà 62440 13808 15982 unknown functlFn72 WB486NB72

   3pnme end yKLi35c ort6 6028 4872 2 IPF4872 5f ConUg6 2440 18677 17523 unoftjnct.on.5pnme.nd No. signihcant match ort66029 48681 22084 IPF4868 Contlg6244019952 unknownfunctnon YPR045c orf66030 IPF486fi Contig6 4866 2440 23144 22368 simllar to Saccharomyces cereVlsae Yuh1p ubiqultm.speclflc protease YJR099w orf66031 4861 1 IPF4861 Contng6.2440 25832 26359 unknown functlon no Slgnlllcant match art6 6033 4860 IPF4860 Contng6-2440 29110 27413 snmnlanty to nbosamal protein kinases (by homology) YBR028c ort6 6034 48592 IPF4859 Contig6.2440 32309 29688 unknown funct36 -2440 36677 34881 unknown funchon, 5pnme end no signnicant match ort66036 11936 IPF11936 51 Conhg6 2440 38191 36719 unknnfunct,

  on.5.pr.m..nd no Slgnlllcant match ort6 6038 11945 IPF11945 Contrg6.2440 43891 43031 unknown functlon no sngnificant match ort66040 56712 IPF5671 Contlg6.2441 4706 3945 unlmown tU!) Çt10n no5ngnificanfmatch ort66044 56701 mism> tch repair Protem by homoio0Y YDR097c ort6 6045 56681 CaPSA2 cantig6.2441 10076 8700 mannose.1.phosphate guanyltransferase by homology YDL055c or (66047 5663 CaTYE7 Contlg6.2441 14525 15334 8asic he)) x foop-hecr) homology YOR344c ort6 6049 78762 CaHIPI Contng6.2441 15931 17610 Histidine permease (by homology) YGR191w ort66050 78802 IPF7880 Contng62441 18100 23004 unknown functlon yNL297c ort66051 78862 CaCHS3 Conhg6-2441 24nUbcucrucetcount CaCHS3 Contig6.2441 24663 28004 chrtmUDP acetyl-glucosammyl transferase 3,

   5-pnme end yBRo23c orf6 6053 7891 2 IPF7891 conà 6.2441 30750 30355 unknown function no slgnlflcant match orf6 6054 15453 CaOPS4 Conbg6.2441 35649 34438 opaque phase specihc protem OP4, precursor (by homology) no Slgnlflc3 82 or22 426 functton YGR198w orf6 6057 62052 IPF6205 Contng624424445 5179 unknown function

   YBRI67c ort66062 IPF6190 canh 6190 6.2442 13945 14337 unknown functlon No. slgnlflcant match orl66063 61881 15545 14721 caiFL3 Contig6.2442 unknowntunction YJL158c orf66064 61861 18717 16780 IPF6186 Contig6.2442 unknown functlon No. signdncant match ort66065 61842 19396 20361 CaPH013 Conhg62442 4.mtraphenYiPhasPhatase (byhamoiogy) YDL236w oi166066 61832 CaDPH2 ConUg6 2442 20618 22207 Dnphthena toxm resistance protein (by homology) yKLi9iw orf66067

  <Desc / Clms Page number 64>

 
 EMI64.1
 012001.41 (linked to D12000 68) Table 1
 EMI64.2
 6181 IPF6181 Conbg6-2442 23565 22204 similar ta Saccharomyces cerewsiae Fun 26p nucleoside transporter (by homology) YAL022c orf6 6068 6179 CaTOKI 3 Conhg6 2442 26267 23913 Outward-rectlfler potassium Channel, 3 prime end (by homology) YJL617562192 26352 .kn .. fu..t, ..

   YMR188c ort66070 6173 caH155 3f Contlg6-2442 28401 27337 Histidinot-phosphate aminotransterase, 3 prime end (by homology) YIL116w orf6 6071 119022 CaH155 5t Contng6-2442 28505 28344 hst, dt - (, ph.phatemot. ) Yia16w not found 11901 2 IPF11901 Contig6.2442 29402 28872 unknown function no match ort66073 119001 IPF11900 Contlg62442 29777 30391 unknownfunctnon YLR292c orl66074 118991 CaSPC2 Conbg6.2442 30860 31369 signal peptidase 18 kDaF 65 k11a82 # 11359 signal peptidase unknown function YLR426w orf6 6076 118972 IPF11897 Cent:

  96.2442 32705 35368 unknown funchon YIR019c ort66077 11891.1 CaYAP1802 5eo Contig6.2442 36183 37463 cytoskeletal adapter. member of AP180 protem famtly, 5 pnme end (by homotogy) YHR161c orf6 6078 55341 IPF5534 Contig6.2443 166 1044 5 oxo 1.2.5 tricarboxtttc 3 penten aod decarboxyfase (by homotogy) YNL168c ort6 6079 5533 IPF5533 Contng2 by homology) YER036c ad66060 5529 CaBLM3 Conhg6-2443 4405 11007 bleomycin reslstance (by homology) YFLO07w orf6 6081 55261 IPF5526 Contig6 2443 12374 11259 unknownfunctnon YGR058w orf66083 55241 CaRPSIO 3 nhor36. found 55221 CaSITl Contlg6-2443 15964 14150 Ferrioxamine 8 permease by homology YHL040c ort6 6084 5513 CaMRS4 Contig6.2443 19447 18470 RNA splncmg protem and member of the mltochondnal carner famlly (MCF)

   by homology YKR052c orf6 6085 5511 1 CaIFM3 Contng6-2443 21613 20576 2.hydroxyacld dehydrogenase by homology, Glycerate.formate.dehydrogenases.llke YNL274c orf6 6087 199981 IPF19998 Contig6244322503 23606 unNnownfunction YNR74 101462 CaMAFl Contig6.2443 26065 27132 nuclear proteln by homology YDRO05 orf6 6090 101482 CaARAl Cent 1, 2443 27699 28679 D arabmose dehydrogenase (by homology)

   YBR149w ad66091 101532 iPFio153 Contng6 2443 31854 29071 membrane transporter by homology YOLOS4 orl66093 7385 IPF7385 Contig6 2444 1199 2233 unknown funchon no slgnlflcant match orffi 6095 7389 IPF7389 Conhg6 2444 5893 2969 unknown functlon 73 or060 646 977 nn06 6097 73782 IPF7378 Cent g6 2444 11616 11966 unknown function - no slgnlllcant match ort6 6098 20144 CaTIF51 3 Conbg6.2444 13422 13880 translation initiation factor e [F SA, 3 pnme end YEL034w orf66099 147432 PFI 4743 Conhg6-244416402 18150 unknownTIF Y100066 Contlg6-2444 18719 20086 translation initiation factor eIF4B (by homology) YPR163c orf6 6102 177432 IPF17743 Contlg6.2444 21288 21671 Unknown funchon YBLO93.

   not laund 88842 IPF8884 Contig6-2444 29494 21788 unknown function YLR454w orf6 6103 8888 CaMAE1 Contig6 2444 32136 34028 mitochondrial matic enzyme (by homalogy) YKL029c orf6 6106 88892 IPF8889 Contig6.21341311116139119139139139139139349139119 1673 2383 unknown functlon no slgnlflcant match orf6 6112 131382 CaERG26 Contng6-2445 3528 2476 C 3 sterol dehydrogenase (G4 decarboxylase) (by homology)

   YGLO01 or166113 131371 CalFR3 Contig6.24455020 3944 unknownfuncàan YNL134c ort66114 13135 1 IPF13135 Contlg6-2445 6780 6097 unknown functlon no slgntllcant match ort6 6115 130702 IPF13070 Contig6.2445 86246t72 fn72 fn72 fn72f72fn6fn72fnfnfnfnfnfnfnfcfnfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfc; slgnllicant match orf6 6117 182981 IPF18298 Contng6-2445 12471 13169 unknownfunctnan YNL106 orf66118 160142 IPF18298 Contng6 2445 13170 15224 unknown tuncion, 3.pnme end o match orf6 6119 13471 2 CaNUP60 Cont'e:

  6 2445 17386 15551 Putative nuclear pore protem (Dy homology) YAR002w orf6 6121 13467 1 IPF13467 C.nt, g6 2445 18536 17748 Putative Peroxisomai 2,4 diennyl CoA reductase (by homology) YNL202w., F6 6123 13465 IPF13465 Contng6-244584545 Putative anion transport protein (by homology) YNL275w orf6 6124 13462 CaSOU2 Contng6-2445 22420 23262 Sorbitol utilization protein Sou2p [Candide albicans] YNL202w orf6 6125 111502 CaSOU1 C.tig6.2445 24130 24975 Sorbitol utillz61211 1 CaVMA8 Contig6.2445 25944 25141 CHANNEL vacuolar ATP SYNTHASE SUBUNIT D YEL051 orf6 6127 111531 28808 PF11153 ConUg6-244526271 unknownfunchon YDR416w oit66129 IPF10437 canh 104372 6.2445 31860 34496 budding PROTEM Inke (by homology) YHR103w orf6 6130 104362 36828 35197 CaAFGl ConUg6-2445 ATPase Famlly gene (by homology)

   YEL052w orf6 6131 104352 IPF10435 Contlg6-2445 38631 37402 unknownfuncàon YML038 orf66132 104322 iPF10432 Contlg6.2445 38948 39361 unknownfunctnon YE ± 044 ort66133 104312 pue 0431 Conttg6.24454021 211f slgnlhcant match., f6 6137 112221 IPF11222 Conhgfi 2446 2568 2074 1Jnknown functlon no slgnlllcant match ort66138 112242 IPF11224 Contng6 2446 2630 3724 snmnlar to Saccharomyces cerevisnae Pdrl6p pmtein tnvold 'n hp <d biosynthesis and multidrug resistance (by homology) YNL231c orf6 6139 11225 CaSER2 Co:

   Z6 2446 4057 4962 phosphosenne phosphatase by homology to S cerevisiae YGR208w orf6 6140 112261, PF11226 Conug6-24465929 5036 unknown function YMR289w od66141 112291 IPF11229 Coning6-2446 6953 6111 similar to Saccharomyces cerevisiae rrp7 nrpcnnrrnnrrpnnrrnpcnnrrnpcnnrrnpcnnrnpcnnvnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn] off6 6143 19788 iPF19766 Contlg6-24467394 10402 slmilar to Saccharomyces cerevisiae Sxmlp putative beta karyopherin (by homology) YDR395w orf6 6144 14267 1 CaUFD1 ConUg6-2446 10753 11844 Ublquitin fusion FR6 6 hom06144 homb6) phosphonbosy transferase (by homology)

   YDR399w orf6 6146 164451 IPFI6445 Conbg6.2446 14562 13246 unknown function no slgnllcant match orf6 6147 112172 iPfii2i7 Conhg6-2446 15445 18243 snmdar to Saccharomyces cerewsiae Lhslp chaperone of the ER lumen2 (117117117117116117117? .known functlon YKL074c or) 66150 112122 IPF11212 Condg6.2446 21711 20767 similar Saccharomyces cerevisiae Bub2 cell cycle arrest protêt (by homology) YMR055c orf6 6151 11211 2 CaUGA5 Contig62446 23849 22131 GARA SPECIFIC TRANSPORT PROTEIN2 homyWEWY2 PROTEIN WOMEN PROTEINWEYWEY2 PROTEIN

   Off6 6152 5701 IPF5701 Contai 6.2446 25343 25633 unknown function YER074wa not found 5700 CaNCB2 Contig6 2446 26330 25881 Transcrlptlonal repressor by homology YDR397c orf6 6153 56992 IPF5699 Con (1o6.2446 28145 27084 AbGR0ase6B2156 562146; nch tetratrtcopeptide repeat contamng protem by homology YOR007c orf6 6155 56932 IPF5623 C..t, g6.2446 32433 29995 unknown function YMLO02w orf6 6157 56912 CaUGA6 5eoc Contlg6-2446 35211 36749 GABA specific transport protem, 5) 6158 71981 IPF7198 Contig6.2447 1332 2279 unknownfunctnon YKR095w., (66160

  <Desc / Clms Page number 65>

 
 EMI65.1
 D12001 41 (linked to D12000 68) Table 1
 EMI65.2
 7197 CaRPL7A 3 Contig6.2447 3193 2567 6flS Ribosome] Protem L7.A,

   3-prime end YPL198w orf6 4956 7194 CaUGA4 Contig6-2447 5091 6764 GABA specific transport protein wL2iowi orl6 6161 12408 2 CaAUT7 exon2 Conbg6 2447 7577 7203 microtubule assoclated proton essentnal for autophagy, exon 2 (by hom76121240407406127407406127409126407127406127409? 8287 9033 unknown function no match orf6 6162 12405 CaRIMl.

   Contng6-2447 9312 9743 telomerebmding protem (by h..l.gy) no slgnlflcant match ort66164 124032 IPF12403 ContLg6.2447 11094 9841 unknawn functnon YDR415c ort66165 9224 IPF9224 C.Z6.2447 11679 15959 similartosiapharamcoreypharamcorepyramcorepharamcorepyrampc rif6 6166 9225 IPF9225 Cont! g6 2447 16770 16012 unhnown tunctfon YDR020 ort6 6168 92262 CANAL1 Contng6.2447 16922 18121 ATP dependent RNA belicase YDR021w orf6 6169 92272 CaKAP123 ConUg6 2447 18405 21734 karyophenn-beta306yary306 22248 23501 slmllar to Saccharomyces cerevislae Ste3p pheromone a factor receptor (by homology) YK1l78c korf6 6173 9233 CaPET112 Ct g6 2447 25054 23588 glutamyl TRNA (GLN) amidotransterase subuntt B (by homelogy)

   YBLOSOc orf6 6175 4913 CaGSL22 Contig6 2447 29941 25358 1.3 beta D glutan synthase subunit YMR306w orf6 6176 40262 CaFRPI Against 2447 31671 32468 .1 th FRÇ- tamttyot protons 1.at.d toYafrowfanotypypycptywyprotpywyprottypycstyprocytypycstypytyprocytypycstypytypycsty 4023 IPF4023 Conbg6 2447 33488 35173 unhnown functton YDR143c orf6 6179 4018 CaCYP7 Co.tig6 2447 36503 35379 pePtidY! P <oiYims.transisamerasecYP7 (ppiase) YJR032w or166180 4017 IPF4017 Contig6 2447 36643 37785 unknown funcbon no match orf6 6181 20146 IPF14094 repea Contlg6.2448 11731 13269 repeated proteln (10 times) of unknown functlon3 or95996fn1848 6fn61848 YQLQ57w ort66185 69931 IPF6993 C.tig6 2448 19712 20728 unknownfunction YBR231c orf66186 69922 CaPBP2 Contre 2448 21054 22643 PABI binding protem (by homoio0Y)

   YBR233w orf66187 69902 [PF6990 Contng6244825094 22938 unknownfunctnon YGLI14 orf661t38 20001 CaCUS2 ConUg6 2448 26900 27751 cold sensitive U2 snRNA Suppressor (by homology) YNL286w orf6 6191 106512 IPF10651 Against 2448 30162 27766 unknown functlon YJL061w d6 6193 106532 CaSKI8 ConUgfi2448 30369 31523 antwtfprotetnie (byhomc.) Ogy ) YGL213c rt66194 106542 fPFI0654 Contlg6.2448 32357 31575 D arablnltol dehydrogenase.hke (by homology) YNL202w ort66195 20148 IPF20148 C..t, g6 2448 33831 34502 unknown tunction no slgnlftcant match ort67048 246486666 24648666666 no significant match., f6 6198 13913 CaSNQ2 Conb06.2448 39548 44035 multldrug reSlstance protein (by homology) YDR011w orf6 6199 13917 CaPPQ1 ContiK6.2448 46218 44503 phosphoprotem phosphatase (by homology) YPL179w orl6 6200 8191 , ng p, .t ..

   (by h ... I.gy) YDR312w orf6 6201 8194 CaVMA22 Against 2449 1847 1281 vacuolar ATPase assembly protem (by homology) YHR060w orf6 6202 8193 IPF8193 Contlg6.24493264 2086 unknown funetlon YLR151c ort6 6203 81921ff19 43921 fn196 match ort6 6204 8186 1 CaPL83 C.tig6 2449 8669 10567 phospholipase B (by homology) YMR008c orf6 6206 8181 1 CaRTA4 Cantig6.2449 12623 13993 Protein inyalved tri 7-amino <holestarol rasnstance (by homology) YOR049c Drf6 6207 8179 IPF8179 Conttg6 2449 14661 15572 putative esterase (by homology) YJL068c orf6 6208 127412 IPF12741 Canti 6.2449 16772 15597 unknownfunctnon YLR287 .. 17 f5 62020 )

   YOR181w orf6 6210 12744 Ipl 2744 Clltig6 244 19914 20108 unknown function no signdicant match not found 127451 IPF12745 Conti 6.2449 21584 22174 unknown functlon YLR193 orf66212 16640 PF16640 C..tg6 2449 23573 24781 unknown tunchon no signitcant 796 gff 626 496 626 499 25588 26046 Gim complex component, 3-prime end (by homology) YLP200w not found 79471 IPF7947 Contng6244927056 26187 unknown functlon YLR201 orf66214 7945 2 IPF7945 Contig6 2449 28563 29651 unknown function no significant match orf6 6216 7944 IPF7944 Ct:

  a6 2449 30634 29771 unknown lunction YOR292c ort6 6217 7943 IPF7943 Cont! g6 2449 30985 32349 unknown funcbon na match owt6 6218 7942 IPF7942 C.nt, g6 2449 33418 34032 NADH ubfqufnone oxidoreductase 519lflc.t match off6 6219 7940 1 749 794 794 794 794 794 794 794 794 794 794 794 791 794 function no match orf6 6220 7938.2 IPF7938 C.tig6 2449 37949 40723 slmllar to Saccharomyces cerevl51ae Stu2p suppressor of cold sensitive tubulm mutation (by homology) YLR045 orf6 6222 7932 1 IPF7932 Contng6-2449 41094 41894 simnlar to Saccharomyces beta chain (by homology) YGR207c., f6 6224 107791 CaCTA21 Conti 6.2450 10718 11485 transcnptlonal acbvat10n no slgnlflcant match oral6 6229 46572 CaTUPl Contng6-2450 12163 13701 general transcnption repressor YCR084c orfV 6217 4672 4662 4652 4672 138

   3 prime end YNR043w orf6 6236 46451 16116 IPF4645 Conbg6245015595 unknownFunction YER046w or166238 IPF4649 Conng6245015761 46491 14910 unknown FUnct10n YIL036w orf66239 4641 1 17268 16600 IPF4641 Contngfi2450 similar 5accharomYcescerewsiae CRDL p cardiolipin synthase (by homology) YDLI42c orf6 6241 46391 17338 18960 CaCCTB ContLg6.2450 component of chaperommcontamng T-complex YJL008c ort66242 4635 CaTRPI Canh 6.2450 19628 18948 phosphonbosylanthramlate isomerase YDR007w orf6 6245 4632 IPF4632 Conh 6.2450 21714 19615 simiiarto to Saccharomyces cerevisiae Vps53p subumt of VP52 54 complex, the06 sorting of late29 homogeny protein? CaKEll Contig6.2450 22270 25326 Involved m cell fusion and morphology (by homology) YGR238c orl6 6249 4622 1 CaRIM8 Cont'g6 2450 27249 25381 regulato,

   of PH response YGL046w rif6 6250 4616 CaNSRI Contig6 2450 29488 28286 nuclear localnzatlon sequence binding protein (by homology) YGR159c ors6 6252 46 1 Il CaLEU41 Contng6-2450 29867 31543 2 isopropylmalalate synthase (by homology) YNLI04c6R6166 32444 ribosomal protein (by homology) YNL069c orf6 6256 4608 IPF4608 Conhg6-2450 33231 32680 unknown Function no signhcant match ort6 6257 46061 IPF4606 Contig6.2450 35679 34525 unknown Function YmL048w or16 6259 46042 CaPHR30 protein 2 Cont <g6 2451 4350 2686 component of chaperomn contaimng T-comptex (by homo! ogy) YDR212w orf6 6263 8831 2 IPF8831 Conhg62451 5109 5846 unknown functlon no match or (6 6264 88302 CaYPKl C.t:

  g6 2451 6654 8792 ser / thr.sPemficProteinkinase (bYhomaia0Y) YMR104c orf6 6265 88282 IPF8828 Contlg6.2451 9372 8899 unknown functian no slgnlflcant match orf6 6266 8826 CaMRPL28 Contng6-2451 9643 10086 mttochond) 6267 8825 IPF8825 Coning6-2451 10800 10165 unknownfuncbon YJR082c orf6 6268 14429 CaENOl Contng6.2451 11762 13084 Enolase 1 (2.PhosPhPElYce <ate dehYd <atase) YGR254w orf6 6269 144302 IPF14430 conb 6.2451 14701 13316 putatille kynureninase (by homology) YLP231 orl6 6270

  <Desc / Clms Page number 66>

 
 EMI66.1
 D12001 41 (Linked to D12000-68) Table 1
 EMI66.2
 7291 CaAPS3 Cont'g6 2451 15012 15491 Au complex subumt, sigma3 suDunit (by homology) YJL024c orf6 6271 72901 CaCBP4 ConbR6 2451 15991 15557 UbIQumol..cytochrome.c reductase assembly factor (by homology)

   YGR174c or (6 6272 72892 IPF7289 Contlg6.2451 16935 19073 simllar to Saccharomyces cerevisiae Upc2p RNA polymerase Il transcrlpbon factor YDR213w ort6 6273 72862 CaCDC42 Contig6.2451 19849 20424 Cell Division Control YLR229c off6 6216 7283.283 218.283.223 homology) YFLO28c 0fi66276 7281 CaGCR3 C.tg6 2451 25438 22778 Large subumt of the nuclear cap-binding protein complex CBC (by homology) YMR125w orf6 6277 7279 IPF7279 Contlg6.2451 25905 26840 putative cobalamin-dependent homocysteme S methyltransfer6 6278 197891 CaGCV2 Against 2451 27814 30813 Glycine decarboxylase P subunit YMR789w orf6 6279 6367 IPF6367 Against 2451 31419 33095 unknown functnon VPL247c., F6 6280 197901 IPF19790 Conug62452 975 4931 unknown functton YDL01963. proton degradation (by homology)

   YMR275c orf6 6282 12964 IPF12964 Contng6-2452 10980 9922 slmllar to Saccharomyces cerevlsiae 51h1p subumt of the RSC chromatm remodelmg complex (by homology) YLR321c orf6 6283 129671 IPF12967 Conug6-2452 11225 117f unknown69 129 no. ..t, g6 2452 12552 11725 tRNA-specdnc adenosme34 deammase subumt (by homology) YLR316c orf6 6286 19791 1 CaTERT2 Conttg6 2452 12896 15499 telomerase reverse transcnptase 2 YLR318w orl6 6287 87072 CaBUD6 1550 homology budology 2452 site) orf6 6289 87122 CaPSEl Cont) g6 2452 21272 17997 karyopherin beta protein (by homology) YMR308c or166291 87152 CaFUNll C.nt, g6 2452 22929 21823 putative GTP binding protein (by homology) YAL036c ort6 6293 8722 1 CaYIF2 Cont <g6 2452 23505 26558 general translation factor eIF2 homolog (by homology)

   YAL035w orf6 6295 10349 CaCOR4 Contig6 2452 32283 27811 Multidrug resistance protem YOR153w orf6 6297 103392 IPF10339 Contig6 2452 34855 34355 unknown function no signtficant match orf6 6299 16724 2 CaPFY1 Conttg6.2452 36622 ACBINB activating like enzyme by homology YDR390c orf6 6302 100892 CaDPMI C.t96 2452 40056 39337 dolichol phosphate (bats D) mannosyltnnstese 1 by homology YPR183w orf6 6303 100922 IPF10092 Conhg6.2452 43042 40751 unknown funcbon YDL322c666 ort662 ort662 hexose transporter, 3 prime end (by homology) YHR096c od6 6321 14891 CaYVHl ConUg6 2453 690 1658 protein tyrosine phosphatase (by homology)

   YIR026c orf6 6306 14890 IPF14890 ConUg6 2453 2410 1664 unknown function no significant match orf6 6307 148882 IPF14888 Contig624534136 2778 unknownfunctnon YNL119w orf66308 197921 IPF19792 Co.t, g6.2453 5272 4298 unknown functlon Y147 6311 33042 IPF3304 Conbgfi 2453 7900 9741 slmllar to Saccharomyces cereViSlae Alp1p 3cbn cytoskeleton component (bY homology) YMR092c ort6 6312 33012 IPF3301 Contig6 2453 11459 9750 unknownfunchon YGL257c od6 63t 32g3136456on

   exon 2 YNROOlc ort66314 32932 18578 16743 IPF3293 Conàg62453 unknownfunchan YBR163w orl66315 32922 21294 19168 IPF3292 Conhg62453 unknown functlon YJL207c orf6 6316 32881 IPF3288 Cont! g6-2453 24276 22777 unknown function sigmmcant no match orf6 6317 32832 27373 26279 IPF3283 Contlg6.2453 unknownfunchon YPLOllc gold (663 3282 1 IPF3282 Cont! G6 2453 28966 27836 hexose transporter (by homology) YFL011w orf6 6321 3277 1 IPF3277 Cont! G6 2453 29624 29142 unknowntuncàon no signdicant match., T6 6323 3274 1 IPF3274 Contig6-2453 31466 306873 UnknownF6 Y32 Cont1g6.2453 32478 31876 similar to Saccharomyces cerevlslae Ret3p coatomer complex zeta chain (by homology) YPlOI0w onf6 6325 3271 2 CaVTC2 C.nt.g6 2453 35165 32811 putative polyphosphate synthetase (by homology)

   YFLO04w orf6 6326 97282 CalFC5 Contng624545264 2499 unknownfunctnon YPR194c orf66329 6359 CaSOS24 Cont) g6 2454 12049 10163 Similar to S cerevisiae YBR214w which presents strong similarity to hypothetical protein YGL056c YBR214w ort6 6334.tur. by homology) YGL055w orf6 6333 6349 CaGR019 C.ntig6.2454 18946 19419 Probable golgi membrane proteln-sortmg proton (by homology) VOR357c orf6 6336 16784 CaADH2 ConUg6-2454 21054 22100 alcohoi dehydrogenase 1 (tiy homology) fOL086c. Contng6.2454 24708 22675 transketolase 1 YPR074c ort66338 13257 IPF13257 Cont! G6-2454 27537 25954 unknown function no SiRnifscant match ori6 6340 161982 IPF16198 Cantig6-245431129 29141 possible regulatory pmtein YPR072w ort66343 Cotuc 346242 34uc6 CaGALl Cont)

  g62454 37761 41201 DNAduected RNA polymerase II holoenzyme and Kornberg s mediator (SRB) subcomplex subumt YOL051w orf6 6345 18282 CaLPTl exonl Contng62454 41709 41771 pmtein tymsine-phosphatase, exon 1 no significant match not tound 12722 CaLptinon 42 exon 2 YPR073c orf6 6346 127192 IPF12719 Contng6-245443459 44451 unknown function YKL128 orf6 6347 20150 IPF20150 Contig6 2455 1668 1273 unknown turction 'no match orf6 6350 18281 1 IPF18281 C.nt.g6 2455 2048 3448 similar to Saccharomyex cobyome x ) YMR026c orf6 6351 171192 IPF17119 ConUg6-2455 3738 4988 nk..w.

   fu.to YPRIlSw orf6 6352 146882 IPF14688 Contng6-24558006 5070 unknown functlon YDR027c ort66353 14687 CaCOX17 Contfg6 2455 8762 8947 cysteme-nch cytoplasmic pfotein (by homology) YLL009c not found 146862 If6666n6n6116cn6116n6cn6116cn6n6cn6n6cn6n6cn6n6cn6n6cn6n6n6cn6n6cn6n6cn6cn6cncfc9cfc9cfc9cfc9cfc9cfc9cfc9cfcfc9c9cf6f9fc9f6f9f6f9f9f9f9f9f9f9f9f9f9f9f9f9f6f9f6f2f6f9f6f2f6f2f6f2f6f2f6f2f6f2f6f2f6f2f6f2f2f6f6f of of the year 10751 unknown Funcbon YDR028 ort66355 4757 CaHNMl Conhg6-2455 18465 16849 Choline permease (by homology) YGL077c orf6 6357 4755 CaNIC96 Conh 6.2455 20300 23182 nucleac pore protem (by homotogy) YFR002w orf6 6358 4754 IPf6754fg6454nfg4455ff6754 6359 4753 CaCHLl Co.t, g6 2455 26690 24162 protein of the DEAH box family (by homology) YPL008w orf6 6360 4751 2 IPF4751 C.tg6.2455 26906 27487 unknown Function no stgntflcant match orf6 6361 47501 IPF4750 Contig6 2455 27869 29986 unknown orf6 6362 4749 CaCHA12 Cot,

  g6 2455 30938 31999 L senne / L threontne deamtfase (by homology) YCL064c orf6 6363 4742 CaMNN2 Contig6 2455 36620 34491 Goi0iaiPha.1,2.mannasyltransfemse (by homalooY) YBR015c orf6 6364 147686ff747rfff7 2455 41185 42426 26S proteasome regulatory Padiae (by homology) YDR427w orf6 6366 17303 CaSIR21 Conbg6 2455 44296 42743 regulatory protein (by homology) YOL068c orf6 6367 19793 1 CaPTMl C.tg6 2455 45662 47395 Posstbfy invo) by theology39 orf6 6369 6717 2 CaVAC7.3 Contig6 2457 5225 7564 Vacuolar protein, 3 prime end (by homology) YNL054w orf6 6378

  <Desc / Clms Page number 67>

 
 EMI67.1
 DI2001.41 (linked to D12000-68) Table 1
 EMI67.2
 6716 IPF6716 Conhg6 2457 9542 7740 Phenylacetate 2-hydroxylase (by homology)

   YMR015c ort6 6380 6714 IPF6714 Contig6 2457 10473 9841 no signMcant match or'66381 6713 CaYFHl Contlg62457 10705 11238 Regulates mltochondriallron accumulation (by homology) YDL120w ort6 6382 6712 IPF6712 Contlg62457 119n 127Fc 67Fcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfffcfffcfbfcfcfbfcfcfbffcfbffcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfbfcfcfbfcfcfbfcfcfbfcfcfcfcf) 12601 12873 unknown function, 3-pnme end no sJgnlllcant match not found 6709 CaRBT2 Contig6 2457 15528 13408 Repressed by TUPI protem 2, Rbt2p, Fernc reductase (by homology) YOR381w orf6 6384 112401 CaCOXl Conà 6.2457 19852 19031 cytemby oxty to S cereVlslae YPL132w ort6 6385 112382 IPF11236 Contlg6.2457 21523 20489 slmllar Saccharomycescerevistae Secl5p component of the exocyst complex, 3 pnme end (by homology) YGL233w orf6 6387 112362 IPFl12365f Conbg9arcrevis # 2157

   5 PNME end (by homology) YGL233w ori66388 11235 23342 24169 iPFi1235 Conbg6-2457 unknowntunctton YFR043c ort6 6389 112341 iPfi1234 Contlg6-245724838 24197 snmnlar to Saccharomyces cerevisiae Dal3p urendoglycolate hydrolase (by homoJogy) YIR032c orf6 6390 112332 25250 27874 tPFl1233 Contlg6-2457 simiiarto 5accharomYces cerewslae Fzolp requlfed for blogenesls of mltochondria (by homology) YBR179c orf6 6391 93702 29727 28012 IPF9370 Contng6-2457 unknownfunction YMR155w orf66393 IPF9375 Contlg6-2457 9375 31549 33678 93761 unknown functlon YHR149c ori66395 IPF9376 conàg62457 35500 34004 unknown functlon YLR004c orf66396 9377 1 IPF9377 Conbg62457 36453 35938 unknown functlon no Slgmllcant match orf6 6397 9378 IPF9378 Conbg6-2457 36862 37302 Stnutarto to Saccharomyces cerewsnae Sohlp suppressor ol Hprlp (by homology)

   YGL127c orf6 b39R 9379 IPF9379 Contng6.2457 38928 39764 unknown functlon No. sigmficam match orf6 6399 64972 3416 1608 IPF6497 Contig62458 unknownfuncàon YDLo13w orf66400 64982 IPF6498 Contlg6-2458 5589 4288 functlon unknown No. slgmflcant match orl6 6401 65042 8404 9201 IPF6504 Contig6-2458 unknownfunctnon YDL099w ort66402 6505 IPF6505 Contng6-2458 9777 9310 unknown functlon YMR158w ort6 6403 65072 10089 10967 IPF6507 ConRg62458 unknownfunction YMR157c ort66404 IPF20152 Contlg6-2458 201521 11893 10988 unknown functlon YMR156c ort6 6405 15310 11945 12676 CaSNU23 Conbg62458 RNA bindingmncfingerProtem (byhomaio0Y) YDL098c orf6 6406 20153 13098 13844 unknown IPF20153 Contlg62458 functlon no signimcam match orf6 6407 20154 CaCPR3 Contlg6.2458 14725 14150 cyclophilin (pep4dylprolyl isomerase), mitochondrial (by homology)

   YML078w od6 6410 71272 CaENT33 'Conbg6-2458 16322 15237 putative endocytosls and cytoskeletQn protelO, 3-Prlme end (by homology) YJR125c ort6 6411 7128 CaENT3 53f Contlg6-2458 16558 16304 -putative endocytoSon, cytology ) YJR125c not found 71292 CaENT35f Contlg6-2458 16686 16573 putative endocytosis and cytaskeleto! '\ Protem, 5 prime er.d (by homology) no slgnlflcant match not tound 71302 casas3 Contng6-2458 21023 17346 Leucine permease transcnptlonw13 IP13913 Contng6 2458 21990 21391 unknown functlon, 3-pnme end YLR137w ori6356 7136 CaHOM2 Contlg6'245823528 22431 AsPadate.semialdehyde dehydrogenase (by homology) YDR158w ori66416 7138 caPoB3 Conhg6-2458 240

   YML069w orf6 6417 7141 IPF7141 Cantig6.2458 27505 28047 unknown functlon no slgmflcant match orf6 6419 7144 CaECM3 Contlg6-245829473 31113 Involved m cell wall biogenesls and arctutecture (by homology) YOR092w orf6 64205f1361483138136147136157135136137136137136137137137 52 64 64 64 64 unknown functlon YLR401c orf6 6422 147822 iPF14782 Conhg6-245834227 37055 beta transducfn (by homotogy) YLR409c ort66423 14783 CaVAM65f Contlg6-2458 37379 39037 Vacuolar carboxypeptldase Y, 5-prime end (byV6249166n6249196196246196)? 39038 40483 Vacuolar carboxypeptldase 3 pnme end (by homology)

   YOL077c orl6 6425 82752 IPF8275 Contlg6-2458 44242 40715 unknownfunction YGR090w 0d66426 8270 CaERG7 Contlg6-2458 44686 46878 lanosterol synthase YHR072w orf6 6427 104381 IPF11615 Proc Conig6-2456 15ng RNA6342n2rnotproc Conig6-2456 1517 RNAcnotprot orf66429 10442 CaLOCl Contlg6-2459 2029 1409 putative double stranded RNA-bindmg protêt YFROOlw orf6 6430 10443 iPFlo443 Contng6-2459 2933 4204 formamndase-Inke pratem (by homology) no slgmfcant match ori6924444 1044 slgmhcant match orl6 6435 4262 IPF4262 Cont <g6 2459 10854 12236 simiiarto to Saccharomyces cerevisiae Ste50p pheromone response pathway P <OTEM (bYhomoio * y)

   YCL032w ort6 6436 42602 12564 13061 CaRPa2 Contig6.2459 nbosomalprotem YEL054c ort66437 4258 IPF4258 ConUg6-2459 14163 15272 unknown functlon YGR037c orf6 6438 4257 15661 17892 IPF4257 Contlg6-2459 unknown functlon YDR324c orl6 6439 4f562 IPF4256 Conhg6-2459 19181 17964 42552 unknawntuncàon YKL046c orf66440 CaERG6 Contfg6 2459 20932 19802 steroltransmethylase YML008c orf66441 42531 IPF4253 Contlg6-2459 24073 21875 unknownfunction YML017w art6 6442 4250 1 CaLAP41 Contlg6-2459 26773 25220 aminopeptndase yscl precursor (by homology) YKL6c272242482276441c272n6c276b276449476446 IPF4247 Contlg62459 29087 28665 unhnownfunct-on no seismficant match orf6 6447 4245 CaMAKIO 3 Contlg6-245931999 29591 glucose-represslble protem, 3-pnme end (by homology)

   YEL053c orf6 6448 42402 IPF4240 Contlg6-2459 39217 35438 slmllar to Saccharomyces cerevlslae Ycglp condensm G (by homology) YDR325w orl66450 4239 CaGPA2 Contng6-2459 41167 39659 nucleobde bindlng regulatory 194 G2F2 43668 Y2F42 Or42 GF2 orf6 6452 4233 2 CaCTKl Contlg6-2459 45631 43871 probable ce))

   divIsion proton kinase YKL139w orf66453 122681 lPF12268 Contig6.245947271 47495 unknown functlon no slgnltlcant match not found 122672 CaGFAI Conbg6.2459 50300 48159 glutamine fructose-6-phosphate amldotransferase YKL104c6166246 or6 2460 6792 6178 Ran Bmdmg Protem by homology YJR074w orf6 6459 53262 CaHOCl Contlg6-2460 7141 8328 GLYCOSYLTRANSFERASEbyhomology YJR075w ort66460 5324 JPF5324 cont106.2460 9435 11465 putative transporter (py2w2246652242242)

   YHR179w orf66463 5321 CaFRP6 ContJg6-2460 16276 15485 member of the FRP family of proteins related to Yarrowla IIpolytlca glyoxylate pathway regulator Gprlp and Saccharomyces cerevisiae Fun34p YNR002c ort66464 7185 CaFRPS Contlg6otel60y member of family 1891 reguJator Gprlp and Saccharomyces cerewsiae Fun34p YNR002c orl66465 7182 IPF7182 Contlg6-2460 21023 20070 unknowntuncàon no slRnrtlcant match orf6 6466 7178 CaSCJl Contlg6-2460 24535 23381 Mltochondn6 and17 import prot17 (17) prot7 (or17) slgnlllcant match ort6 6468 71742 IPF7174 Contig6-2460 27557 28102 unknown functlon YDL135c orf66469

  <Desc / Clms Page number 68>

 
 EMI68.1
 D1200141 (linked to DI2000.68)

   Table 1
 EMI68.2
 7173 IPF7171 31 Contig6 2460 28688 28245 unknown funcUOn, 3 pnme end no signrtncant match orf6 6470 7171 2 IPF7171 59 Contlg62460 31812 28843 unknown funchon, 5.pnme end YGR067c ort6 6471 19548 1 CaEBP4 Contig6 24609609HRN 369609HR9 6472 11077 iPFiiD77 Contig6.2460 37331 38971 membrane transporter (by homology) YCR023c orf6 6473 110812 IPF11081 ConLg6-2460 43083 43223 unknown mncbon no match not tound 19795 1 IPF19795 Conhg6.2460 48348 44662 slmllar to Saccharomycideacymycymyceavirus , mitochondrial (by homology) YOR330 orf6 6474 12039 CaHSP31 Conhg6 2461 1060 2055 heat shock protein (by homology) YCR021c orf6 6475 120402, PF12040 Contre 2461 2588 3727 unknownfunctian YPL165c orf66476 12042 IPF12042 Contng6-246 521

   YGR093w orf6 6477 12044 CaKIP31 Conhg6-2461 5442 7058 hmesm reiated protein requtred for nuctear migration (by hamology) YGL216w orf6 6478 5315 CaHGT12 Against 2461 9266 7629 hexose transporter YFL040w off6 6479 5304 CaSKSI Cont'g6 246453 1776 orf6 6480 52962 CaGALI ConUg62461 24018 22471 galactoklnase YDR009w orl66481 5294 CaGALIO Contng62461 25380 27407 UDP glucose 4 epimerase by homology YBROI9C or) 6 6483 5292 CaTRS23 Contig6.2461 27gn1fol gmbhrig Contlg6-2461 29039 28077 LJDP glucose 4 epimerase (by homology) YBR019c orf6 6485 9203 CaGAL7 Cont! G6 2461 30021 31127 u0P% aa4sehexase.PPhasPhateufidYiYit <anste <ase (bYhomola0Y) YBROISc orf6 6486 9204 1 CaA8P140 Contlg6-2461 31582 32520 putative methyltransterase (by homology)

   YOR240w orf6 6487 9205 IPF9205 Contig6 2461 33346 32510 snmnlar to Saccharomyces cerewsnae Apg5p mvolved m autophagy and nutnent starvatnon (Dy homology) YPL149w rif6 6488 92062 IPF9206 Contfg6 2461 34206 nofn6n46nfn6nnnnnnnnnnnnnnnnnnnnnnnnnnn gold <6 6490 10482 iPF10482 :: on] Contlg6-2462 1782 2336 unknown functlon, exon 1 YLR109w ort6 6493 200071 IPF10482 exon. Contlg6.2462 2523 3116 unknown function, exon 2 YOL114c or166494 10233 IPF10231 exon] Contlg6.2462 3353 5407 similar to Saccharomyces cerevisiae Rrtlp Raplpnnactacting factor 1, exon 1 (by h..ol.gy) YPLl22c ort6 6410 102312.

   Con4g6-2462 5480 10477 simnlar to Saccharomyces cerevislae Rlflp Raplpnnteracbng factor 1, exon 2 (by hamol.gy) YBR275c or (6 6496 7725 CAIKSI C ot 6 2462 10755 12938 PROBABLE SERINE / THREONINE PROTEIN KINASE YJF697 246182147 Topotsomense I-related protem YOL115 ort6 649g 7723 CaYPT522 Cont [g6 2462 15695 15036 GTP btndtng protein of the rab family (by homology) YBR264c orf6 6499 7721 IPF7721 Con g6 2462 16618 18945 unknown functlon YDR034c ort66500 77192 iPF7719) YDR306 ors66501 77172 IPF7717 Cont g6 2462 20879 22621 unknown tunebon YGR166w off66502 5940 CaPROl Contlg6 2462 23504 25546 Proteinase (by homology) YCL057w orf6 6503 5937 CaGRSl Conhg6-2462 27694 25736 glycine homineNA

   YBR121c rif6 6506 59352 IPF5935 Conh 6.2462 29731 27983 Unknown functlon YHR078w orf66507 5933 IPF5933 Gontlg6.2462 30 031 30720 slmllar to Saccharomyces cerevisiae Mhrlp Involved in mltochondnal homologous2 recombnD6 31n3119619631? ) YKL148c ortfi 6509 5928 CaRPTl Contlg62462 33525 34859 26S PROTEASE REGULATORY SUBUNIT 7 (By homology) YKL145w ort6 6510 5926 CaRPC25 Conhg6 2462 35572 34985 DNA dfrecred RNA polymorase 111 (by homology) YKL1422526662222666106b2226262106 Protem (by homoiov) YNL016w orf66513 59242 IPF5924 Contng6-2462 36472 37629 unknownfunctlon YNR040w orf6 6514 59222 IPF5922 Contlg6-2462 38739 39611 unknown fun <tlon no sigmficant match ort6 6515 25662 CaMHPl Contig62463271 2508 Mncrotubule-assocnatedprotelnibyhomology)

   YJL042w or6 6518 2562 1 IPF2562 Contlg62463 3081 2695 unknowntunctnon YKL160w orf66520 2561 IPF2561 Contng6-24634814 3306 unknown functlon YJL044c orf66521 25601 IPF2560 Conbg6.2463 5121 596 unknown1F6 6 2557 IPF2557 Contig6 2463 7985 7305 unknawnfuncàon yDR476c ort6 6524 25552 IPF2555 ConUg6-24fi39402 8683 unknawntunction yERoi6c or) 6 6525 2542 IPF2542 Cot, g6 2463 9660 10976 putative neutral sphmgomyelinase (by homology) Ca61941961902196192YER197 homology) YJL200c orf6 6529 25281 CaVMA2 Conà 62463 17490 15952 H + .transportmg ATPase (by homology)

   YBR127c oral66531 2527 IPF2527 Conttg6 2463 19333 17819 unknowntuncàon no slgndicant match orf6 6532 2524 IPF2524 Contig6 2463 19690 20685 unknownfuncàon YPR084w orf6 6533 2523 IPF2523 C.nt.g6-2463 21756 20728 unknown funcbon34 5.71 2463 22830 23867 ser / thr pmtein phosphatase PP2C (by homology) YBR125c ort6 6535 50182 IPF5018 Contig6-2463 24937 26397 unknownlunction YPR083w ors6 6536 50162 CaTPSI Contig62463 28052.

   26616 TREHALOSE-6-PHOSPHATESYNTHASE YBR126c orf66537 5015 IPF5015 Conhg62463 28980 29837 unknown function no slgndicant match ad6 6538 50142 IPF5014 Conhg6-2463 30163 31065 unhnown tunct-on YNL263c offc65e 32vc 316c31cfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfffffffcffffffffffffffffffffffffffffffffffffffffffffabtfab (by homology) YOR221c orf6 6540 5011 2 CaHMoi Contfg6 2463 33323 33994 High-mobility protem 1 by homology YDR174w or (6 6542 5009 IPF5009 Contfg6-2463 36520 34241 unknown tunction YGR245c orf6 6545 5007 CaBRFI Contng6-2f6r4664646 386 5005 2 IPF5005 Conh 6.2463 38726 39301 unknown luncbon no slgnlflcant match ort6 6547 5004 CaDBP8 Canà 6.2463 40643 39321 DEAD box protein ATP dependent RNA helicase (by homology) YHR169w orf6 6549 5002 IPF5002 Contng6 2463 412nd 42ng2 GTP. Ry)

   YHR168w orf6 6550 40042 IPF4004 ConLg624641448 5152 unkn, n; unc ion YCL061c ort66551 4002 2 IPF4002 ConUg62464 7202 5256 unknown function no s.gn.t.cant match orf6 6553 40002 CaKRRI Contg6 2464 9226 8150 involved in cend CaGIN4 Contng6-2464 11425 15474 ser / thrProtemkin> se (byhamoio0Yt YDR507c orf6 6556 39882 IPF3988 ConUg6-2464 16331 15597 unknown functnon YOR326w 01166557 39862 IPF3986 Contng6-2464176f16w2r852 Contn63586n8621681661686 16863 unknowntunctian6 Co.tig6 2464 19263 20402 unknown function no significant match o.f6 6560 201561 CaRPL37B Contig6 2464 20932 20660 Ri bosoma protein YDR500c not found 39802 IPF3980 Contng6246422045 23514 unknownfunctnon YLR183c orf66561

  <Desc / Clms Page number 69>

 
 EMI69.1
 012001.41 (linked to D12000 68)

   Table
 EMI69.2
 201571 IPF20157 Cont! G6-2464 25447 23576 unknownfunctlon YNL279w ort66562 20158 CaSMT3 Against 2464 25966 26274 ubiquihn l, k. protêt (by homology) YDR510w off6 6563 20159 IPF20159 Contig6-2464 27917 28147 unknown functlon no stgnificant match not tound 39702 IPF3970 Conhg6246429912 31921 unknownfunctnon YLR177w orf66564 3968 IPF3968 Conhg624nac prhnpcnna prrneaccrnn Sr PrnpcRNAc18NAc PrnArpcRNAc18NRPQRNAQ PrnArpcnA PrnPaRcArpArArpArArpArArpArAfYrpcArpAfYrpcArpAfcAfYrpcfnAfcAfYrpfcfcfcfcfcfcfcfcfcfcfcfcfcfcffcfcfcfbffcfcfcfffcfcfcfcfcfcfc ]fc]]] h] (by homology) YDR243c orf6 6565 39672 IPF3967 conàg6.2464 35297 34188 unknown function YPL171c ort66566 3965 IPF3965 Contig6 2464 36609 35518 unk.n luncton YDL209c orf6 6567 39642 IPF3964 contig6.2664 76664 766186 376256 766 39803 mlcrotubuI blndmg protem (by homology)

   YER016w orl66569 77032 cacHoi Cont <86 2464 42043 42864 Phosphatndylsennesynthase YER026c orf6 6570 77042 IPF7704 Contng6 2464 43563 43000 unknown function no signdncant match orf6 6572 7706 lof 7706 Contig6-2464 43786 45195 putative plasma membrane phosphatase (by homology) Y6073w 2466547pl 105phate deitaisomerasetbYhomolo0Y) YPL117c ort6 6577 11949 CaLAB5 Ctg6 2465 6428 7588, pig and synthase (by homology) YOR196 orf6 6578 11952 2 IPF11952 Conhg6 2465 8464 10605 slmllar to Saccharomyces cerevisia6 Hos3cerepc6 2465 12217 15642 GTPase-actlvatlllg protelO for Cdc42p and Rho1p (by homology) YPL115C orl66581 7082 CaSODl 3 C.tgG.2465 16415 15936 Cu, Zn superoxide dismutase, 3 prime end YJR704c not lound 7081 2 IPF7081 Ct,

  g6.2465 18043 17585 unknown function no slgnlilcant match ort6 6582 70792 ¯PS12 ContJg6-2465 18742 18969 protemase B mhibito <2 2 (by homology) YNL015w orf6 6583 70762 CaAMSl Contng6246519872 23339 aiPha.mannosidase (bYhomaio Y) YGL156w orf66584 20008 IPF20008 Conttg6 2465 26368 26027 unknmn function no signittcant match.

  f6 6585 20161 IPF20161 Contig6.2465 35558 36199 unknown function o match orl6 6587 6631 1 IPF6631 Conhg6-2465 40560 38146 unknown funchon YJL019w orf6 6589 66292 IPF6629 Contlg6-2465 41637 41107 unknown function YLRI09 orf66576 68ng 1 slgnlflcant match ort6 6595 68781 2466 4361 3456 IPF6878 conàg6 unknowntunctnon YLR118 ort6 6597 200091 11893 IPF20009 Contng6246610559 UnknownfuncMOn YBR129c ort6 6600 Contig62466 IPF6886 68862 127M 13969 70171 unknown function YKL090w ort66602 CaSTE20 Contng6246616039 19725 senne7threomnespecuicproteW kinase YHL007C ost66603 7011 1 3 IPF7010 C..t, g6 2466 22066 21626 unknown funcfon, 3-pnme end no s1R01! 1cant match ort6 8797 7009 CaCOS162 Cont! G6 2466 22400 23584 involwed manganese homeostasis (by homology)

   YCRO44 ort6 6605 20163 1 IPF20163 Contig6-2466 23982 25904 unknown functlon no significant match orf6 6606 7005 CaRET2 C.nt, g6 2466 26257 27978 Coatomer complex delta chain (by homology) YFRO51 orf6 6609 70032 CaCNAl ConUg6241606114nide1161161161161161161111113511111111113511nncUt11119119119119119119119356n31cn119 Contig6 2466 31305 32696 unknown function YCRO54C orf6 6611 11957 CaTHR4 Contng6.2466 34297 32765 threomne synthase (by homology) YCR053w orf6 6612 119592 IPF11959 C.nt:

  g6.2466 34727 36136 unknown functlon YGR046w orf66613 164852 CaPTH2 Conig6 2466 38613 37705 praline transport helper YEL007w orl66614 13337 2 CaPRE4 Conhg6 2466 45213 44377 20S proteasome subumt (beta7) 13bc613b136b06b139b469136? polyphosphate phosphohydrolase (by homology) YOR163w orl6 6616 133402 IPF13340 C.nt, g6.2466 47621 46638 unknown function YOR164c orf6 6617 31301 IPf3130 ConLg6.2466 48916 47822 unknowntuncban no significant match orf6 6618 3138 CaLEU4 Ct. m promoters of LEU1. LEU2, LEU4.

   ILV2, ILV5, and GDHI (by homology) YLR451w orf6 6620 17327 2 CaADE8 Conhg6 2467 2874 3542 PhosphonbosylglyclOamlde formyJtransferase (GART) YDR408c orf6 6623 6833 CaIDH2 Contig6-24fi7 4793 366 isochititit (Nitrid 6625 68312 CaSMP3 Contng6.2467 5967 7463 Protein kinase C pathway protem YOR149c orf6 6626 6830 CaRPT3 Conig6-2467 8787 7552 26S proteasome regulatory subunit YDR394w od6 6627 68292 CaSHE9 Contig6 2467 10639 9065 causes tethahty Yere.36 <g6 2467 11809 10805 Phosphatidylinositol phospholipase C, 3 prime end YLRI97w orf6 6631 6823 CaDNU Contig6 2467 14997 12211 CANAL DNA LiGASE (POLYDEOXYRiBONUCLEOT)

  DE SYNTHASE rATPD YOR005c orf6 6632 200101 IPF20010 Contig6-246717447 19507 unknownfuncbon YNL278 ort66633 10991 2 CaRNR21 Contfg6 2467 20971 22212 nbonucleoslde.dnphosphate reductase (by homology) YJL026w or06 R67 23667 1067 246671067 246671066710616106 24281 28192 hydantom utlhzatlon Drotein A (hyuA) homolog YKL215 orf6 6638 10287 CaDLD3 ConUg6 2467 28607 30361 D lactate terrycytochrome C oxidoreductase (by homology) YDLI74c., F6 6639 17030 CaALD5 Conhg6 241 3202hid27> 27h27> 347 327> Off6 6640 92942 IPF9294 Contlg6.2467 34641 35861 unknown funcbon YBR271w ort66642 20164 IPF20164 Contng6-2467 37522 36161 putative kynurenine ammotransferase (by homology) YJL060w orf6 6643 9300 2 CaMETI conchg8 2447

   YKR069w Oft6 6645 93012 IPF9301 cantig6 2467 40232 41497 unknown functlon YOR05la orf66646 9302 IPF9302 Contng6 2467 42467 41913 unknowntuncàon YOR052c orf6 6647 7774 1 IPF7774 C-nt g6 2468 775 636 6734 006 function 346 factor elF3, p39 subunit YMR146.

   or (6 6649 7778 IPF7778 Conhg6-2468 3231 2449 putative carboxymethylenebutenolndase (dienelactone hydrolase, DLH) (by homology) YDL086w orf6 6650 7781 IPF7781 Conttgô-246a 5301 4249 putative pump.driwng ATPase YDLl2666f6cb6b6b6b6b6b6b6b6b6b6b6b6b6b6b6b6b6bc6b6bc6 of RSC complex, qui mmodels the structure of chromatm YGRO56 orf6 6652 77842 9573 IPF7784 Contng6-24688653 unhnown functton YDL042c orf66653 IPF7785 Contig6-2468 7785 9944 10831 unknown function No. slgnlflcant gold game) 6 6654 44322 17690 16416 IPF4432 Contlg6-2468 unknown functlon YHL027w orl6 6655 4431 1 CaFRS2 Contng6 2468 19368 17878 phenYRlamne..tRNAiigase beta chain, cytosolic (bV homology) YFL022c orf6 6656 44301 IPF4119 ConUg6 2468 20623 20796 unknownfuncàon,

   5 prime end YDR276 orl6 2221 44272 IPF4425 repeat Contlg6-2468 23602 26130 unknownfunctnon YJR061w orf6 6658 4425 IPF4425 repeat Contng6-2468 26953 29379 unknown funchon YJR06lw orf6 6659 4423 CaMGMI01 C..t, g6.27 maintenance homology) YJR144w Off6 6660 4421 IPF4421 C.tg6.2468 31296 30694 unknown function no, g, f, .. nt match., f6 6662 44201 CaTOM20 Ct g6.2468 31681 32196 nutochondna) outer membrane import receptoo suound, 20 k0 (by hamoiov> YGR082w orf6 6663

  <Desc / Clms Page number 70>

 
 EMI70.1
 012001.41 (linked to DI2oo0'68) Table 1
 EMI70.2
 4419 1 CaEXG2 Contig6-2468 32678 34117 glucan 1,3 beta-glucosidase like by homology YLR300w orf6 6664 44172 CaHOM6 Conhg6-246834481 35560 homosennedehydrogenase (byhomology)

   YJR139c orf66665 19797 IPF19797 Contlg6-246840032 35659 slmllar to Saccharomyces cereVISlae Imllpinvolved in chromosomal stabllity (by homology) YJR138w orf6 6667 4408 CaSNOl Contig6.2468 40998 40249 his0cy6r6r6rn6r6r6r6r6r6r6rn6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6N6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6r6] homology YMR096w orf6 6669 10246 CaHNM4 Cont 6 2468 45052 43541 Choline permease like (by homology) YGL077c orf6 6670 102432 CaPUT4 Cantig6246845974 47668 prolinepermease YBR132c or66671 75241 no. slgnltlcant match orf6 6675 7527 IPF7527 Contig6 2469 6281 5169 unknown functton YHR146w not tound 7530 IPF7530 conl:

  g62469 11561 7737 ATP binding-cassette protein (by homology to A gambiae) YOL075c orl6 6677 7531 2 IPF7531 Contrg6-246913791 12787 unknown funcbon YER156c orf66678 75332 IPF7533 Contrg6-2469 14383 15900 unknownfunchon YDR1l6re 76RBr75cbr 76c orbrid 197991 CaPTR3 Contig6 2469 18223 20550 transcnphonal regulator (by homology) YFR029w orf6 6681 8061 CaCYS4 C. ::

  g62469 20867 22357 cystathionine beta synthase (by homology) YGR155w ort6 6682 80592 CaDSTI Contng6-2469 23394 22477 RNA polymerase Il elongatton factor (by homology) YGL043 .., 166683 80572 IPF8057 Conhg62469 23557 2438e slmalarnnprescent RNA end processing factor CF 1 (by homology) YGL044c ort6 6684 80552 IPF8055 Conbgfi246925055 25609 unknownfunctron YDL135c ort66685 80542 CaUBC8 Contig6.2469 26362 26934 ubiquitin.conu ahngenzYme (by homolagYlcnf68ywcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfbffcfffffffffffffffffffffffffffffcfbffbbfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfccfcfccfccfccfccfcc] w] 6688 80482 IPF8048 Cont! G6 2469 28972 30501 probable succinate semialdehyde dehydrogenase (by homology) YBR006w orfô 6689 8047 IPF8047 Contig6-2469 31311 30592 unknown funchon no signrficant match orf6 6690 173862 CaSW14 Conàg6.2466 34684 factor

   YDL056w orf6 6691 147502 CaHOL4 Contig6 2469 37342 39216 member of malor facihtator superfamlly muihdru0.resistance proteln subtamly 1 (by homology) YNR055c orf6 6692 90762 CalFAi0CRANPRAN000026019 24979P06N09P06N09P09P09Q09P09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09Q09f9f9f9f9f0f2AfQffffcffcffcfcfcfcfcfcfcfcffcffffffffffffff of bfffffff of of ca , f6 6696 9082 2 CaYATI Contng6-2469 50070 47683 carnitine acetyltransterase (by homology) YAR035w orl6 6697 182401 CaCHSS 5eoc C..t.g6 2470 308 27 chttm biosynthésis.

   5 prime end YLR330w., F6 2544 18239 CaDEPI 3f Contig6 2470 1861 782 Regulator of phospholipid metabolism, 3 prime end (by homelogy) YAL013w orf6 6698 18238 CaDEPI 5f Contrg6 2470 2615 1758 Regulator of phospholrprd metabolfsm, 5-prime end (by homology) no sigmhcant match orf6 6699 5051 IPF5052 Contig6 2470 3765 5129 RNA binding protein (by hamology) YOL041c orf6 6700 5050 CaHFMI Contig6 2470 8522 5247 DNA / RNA hel ... by h.oi.gy YGL251c orf6 6701 57952 IPF5795 Against 2470 107 function YLR283w orf6 6702 5796 IPF5796 Contrg6-2470 12255 10882 unknown functron n.

   match orf6 6703 5802 CaSSYl Contrg6 2470 15933 18575 Regulator of transporters (by homology) YDR160w orf6 6705 58062 IPF5806 Conhg6-247019944 25688 unknown functton YLR422w orf66706 58092 IPF5809 Contig6-24702660ron 31612 unknown 67666n6166n6166n6166n6166n6166166n6166n6166n616n6166166n616n616n616n616n616n6166n6166n6166n6166n6n716n16 by homology) YKL192c orf6 6710 8765 CaSDS22 Contig6 2470 33065 34189 regulatory subumt for the mltotic function of type 1 proteln phosphatase (by homology) YK1193c rut6 6711 8762 IPF8762 Contig6-2470 34587 35156 unknown function no 51RfIIllcant 360146601313 unknown function no significant match., t6 6714 87592 CaGCD7 C.nt.g6 2470 37140 36043 translation initiation factor eIF2b subunit (by homology)

   YLR291c orf6 6716 8757 IPF8757 Conhg6 2470 37401 39257 unknown function no signilicant match ort6 6717 8755 IPF8755 Contig6-2470 40519 39905 unknown function no slgnlflcant match orf6 6718 8753 CaRPL393 Contig6-2470 41229 40939 nbos22 42831 42034 slmllar ta Saccharomyces cereviSlae Mrpl24p nbosomal Drotem of the large subunlt, mitochondrial (by homology) YMR193w orf6 6719 13426 CaSCH9 C.ntig6 2470 45457 47820 strong stmtiartty to S pombe sckl protein kinase160 by57 57 by homology) .g6 2470 48753 50270 unknown function YHL025w orf6 6722 124801 IPF12480 Canbg6.2471 361 2 unknown funcbon, 5 prime end YNLi32w ad67056 124812 IPF12481 Conhg6-2471 911 2383 unknffln lunction YHR124w 26S472N263 homology)

   YBL026w orf6 6726 124842 IPF12484 Contig6 2471 3627 3181 unknownfunctron YER137c 0d66727 124861 CaRFTl C..tig6 2471 6173 4488 nuclear drvision protein (by homology) YBL020w ort6 6728 12488 CaHAP3 Contig6 2471 6520 6829 homy factor CCA B1672 CaNCLI Contig6 2471 7359 9500 Probable proliferating-cell nucteotar antigen (by homology) YBL024w oif6 6730 81662 IPF8166 Conttg6 2471 10168 9581 unknownfunctron YBL025w orf66731 6375 2 IPF6375 Contig6-2471 10761 11992 unknown676 11992 unknown 12425 15661 mitochondnal ATP. Dependent protease (by homology) YBL022c o;

  f6 6734 81742 IPF8174 Contrez2471 17015 15774 unknown function no slgnlflcant match orf6 6736 8176 1 CaNHP2 Conbg6-2471 18044 17565 nucleolar RRNA processmg protein (by homlogy) YDL208w or (6 6738 8177, PFS177 Cont! g6 24ic 18ndf nrg 1906 nrgfnfnr 1906 6739 15941 2 C.SEC26 Contng6 2471 22064 19206 beta chain of secretory vesicles coatomer complex (by homology) YDR238c orf6 6740 16491 PF16491 Contrez2471 24865 22478 unknownfunchon YIR019c or) 66741 4305 IPF4305 Cqnàg6.2471 26303 no304 Cont)

  g6 2471 28644 28138 unknown functron o sngnilicant match orf6 6744 42992 IPF4299 Contig6 2471 31302 30967 unknown function no srgmhcant match not found 4296 CaTAF90 Contig6-2471 35474 33078 Probable transcription-associated factor ptein YBR198c orf6 674276f196f196ff 6749 4293 IPF4293 Contlg62471 36706 37620 similar to Saccharomyces cerevisiae Gp12p N.acetylglucosamlnyl phosphatldylmosltol Diosynthetrc proteln (by homology) YPL076w orf6 6750 42922 IPF4292 Contig6-2471 39omy1roly7rol

   od66751 4291 IPF4291 Conttg6 2471 40630 39680 unknown functton YHR172w ort6 6752 42901 IPF4290 Cont <g6 2471 42097 40976 unknown function no match or (6 6753 4288 IPF4288 canhg6.2471 44192 43710 unknown tunchon no slgnittcant match not found 182341 IPF18234 3 C.nt.g6 2471 46170 46445 Unknown Function, 3 prime end YOL026c orf6 597 42832 CaFUM11 2471 46705 48093 fumarate hydratase YPL262w orf66755

  <Desc / Clms Page number 71>

 
 EMI71.1
 D12001 41 (linked to D12000-68)

   Table 1
 EMI71.2
 42822 IPF4282 Contig6.2471 4890 unknownfunction YIR015w ort66756 4281 2 CaPRE6 Contig6 2471 49014 49643 20S proteasome subumt YOL038w orf6 7234 4279.2 IPF4279 Contlg6.2471 50810 49692 unknownfunctnon 2471 52934 53557 simnlar to Saccharomyces cerewsiae Mrpl32p putative mitochondrial nbosomal protem (by homology) YCR003w ort6 6761 4274 CaPDX3 Contlg6.2471 54457 53714 pyridoxamine phosphate exidase (by homology) YBR035c or2 62275 234752 or2 672 224752 or2 672 224752 or2 672 226752 or2 67275 22771 IPF2277 Against 2472 2939 1374 unknawntunction YHL016c orf66765 22801 IPF2280 Conhg6 2472 5054 3423 unknown function no ssgnificant match orf6 6767 2282 CaGAP6 Conhg6.2472 6284 7990 General amino acid permease (by homology)

   YKR039w orf6 6768 22831 IPF2283 Conhg6-2472 9944 8403 unknownfunctlon YHR131 or166769 22861 IPF2286 Contng62472 11791 12903 unknown function no slgnlhcant match orl6 6770 22871 IPF2287 ConUg6.247213730 13185 unknown function. od6 6771 2288 CaRPS258 Ce "2472 14468 14151 Cylosolnc ribosamal protein (by humology) YLR333c or;

  6 6772 22952 CaNUP2 ConGg62472 15227 17605 Nuclear pore proteln (by homology) YLR335w or 66774 2297 1 CaSAP30 Contlg6.2472 18143 18649 Subumt of the histone deacetylase 8 complex (by homology) YMR263w orl6 6776 22992 Ca the ER surface (by homology) YMR264w orf6 6777 2301 CaCAC2 conàg6 2472 21074 19692 Chromatm assembly complex, subunit p60 (by homalogy) YML102 orf6 6779 2303 CaLAP42 C.'tig6 2472 21796 23532 Aminopeptidase yscl precursor, vacu680 2305 CaMDJl Contre 2472 23858 25324 Heat shock protein - chaperone (by homology) YFL016c orf6 6781 23081 CaHEXl ContigG 2472 26064 27752? N-acetylglucosaminidase o slgnlflcant match orf6 6782 2309 CaBTSl ContFg62472 28409 29407 Geranylgeranyl dlphosphate synthase (by homology)

   YPLO69c ort6 6783 23102 IPF2310 Contig6-247229982 29404 unknownfunction no slgnlflcant match orf66784 2311 2 CaDPH51 Cont! G6 2472 30093 30992 Diphthamide methyltranstense (by homology) YLR172c. F6 6785 23131 CalFJ1 236g Con13 slgnltlcant match orf6 6788 23191 IPF2319 Cantng6-247237295 39658 unknownfunctnon YIL130w orl66789 23212 CaIFJ4 Contng6247240612 41856 Unknownfunction YGR263c ort66790 2322 CaDPH52.3eoc Against 2472 42419 42021 Diphthamide (Hytfide end176f4f4f4f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2f2fff2f2f2f2f2fffffffffffffffffffffffffffffffffffffffffffffffffffffffcffffcffcffcf7f9f9f6f9f9fff6f9f] function, 3 pnme end YNL217w o <f6 6816 20011 1 IPF20011 5f Cont) s62473 1388 1885 te to Saccharomyces ceremsue Pnclp pYrazmamndase and 5 5 pnme end (by homology)

   YGL037c orf6 6793 20012 IPF20011 3f Contig62473 1846 2121 similarto Saccharomyces cerevisiae Pnclp pyrazlnamldase and nicotlnamldase, 3 prime end (by homology) YGLO37 not found 6662 IPF6662 Against 2473 2949 2149 slmllar to Saccharomyces cerevisia6) IPF6665 Contng624735496 3244 unknown function YGR145w ort66795 2617 IPF2617 Contig6.2473 7881 5878 unknown function no sgnltlcant match orf6 6796 2615 1 IPF2615 ConUg6-2473 11161 12141 Llnknown functlOn no lgmhcant match or24 6797 2612 2612 <gininosuccinalelYase YHR018c ort6 6798 2611 CA] FAS Contlg62473 17467 15389 Unknown functJon YOR353c orf6 6799 2610 CaERCI Contlg6 2473 20342 18483 ethiomne resistance protem (by homology) YHR032w or (6 6800 2606 CaMNnos7yl! (by homology)

   YBR015c orf6 6801 26051 IPF2605 Conbg6-2473 28030 24599 Llnknown function YOL098c orl66802 26031 IPF2603 Conllg6.2473 30345 28366 unknown funcbon YLR399., 166803 2599 CaTIM9 Con (ng6-2473 31134 30802 Mnolase homemase. Contlg6.2473 32902 31433 unknmn function YCR024c orf66807 25961 CaHIS2 Contig6.2473 33167 34123 Hlstldlnol phosphatase (by homology) YFR025c orf6 6808 25932 IPF2593 Contig6-2473 36664 34589 amine aeld.RU10. 37106 38764 AsparaglnyHRNA synthetase (by homology) YHR019c ort6 6811 25902 CaIFB1 Cont)

  g62473 39250 41091 66492 unknownfunctnon YDR484w orf66812 iPF6649 Contlg6247342163 42741 unknown function YFR031c orf66813 IPF6654 Contrg6.2473 66542 47970 51107 unknown function YBLO60 gold (6 6814 66562 51865 54195 CaGYP7 Contig62473 GTPase actlvallng proteln (by homology) YDl234c ort66815 20013 54635 55801 1 IPF20013 Contig6-2473 Unknown funcbon YNL217w ort6 6816 66602 IPF6660 Contlg6.2473 56185 56544 unknowntunchon YGL037c ort66817 21272 IPF2127 cent R6 2474 1713 3146 unknown functnan, 3prnme end no srgnltlcant match orf6 6819 21252 IPF21229 Contng 244 316fn122fnfcf12122fnfcfffffffcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcffc] Lan .chain.tattY.acid..CoAiigase (bY homology)

   YER015w orf6 6822 2122 IPF2122 Contig6-2474 9273 8356 similar te thiamin pymphosphokinase YJR142w ri6 6824 21212 IPF2121 Contig6-24749458 12586 unknawnfunctnon YKR095w orf66826 2115 1 CaPMT4 Contlg6.2474 12474 12474 ExoPoiYPhosphatase (bY homology) YHR201c orf6 6829 21111 IPF2111 Contig6.247417792 16746 unknownfunctnon YJR141w or * 6830 21091 IPF2109 Conllg62474 17982 18932 unknownfunctnon YMR048w orf66831 21062 IPF274 unknown (by homology) YHR200w orf6 6834 21001 CaKAR353 Can (ig6.2474 25002 26129 Kinesin related protem, mternal fragment YPR141c orf66836 2102 CaECM17 ConUg6 2474 25149 22525 Putative sulfite reductase (by homology)

   YJR137c r6 6637 20 972 IPF2097 conàg6.2474 26663 26173 unknown funchon yMLo8iw orf66839 2096 IPF2096 Contng6-2474 30443 29211 putative acyltnnsferase (by homology) YPR140w ort6 6840 20952 IPF2095 Conhg6f74 unknown144 19441 function 19441441 function fi \) slgmflcaflt match orl66842 20932 IPF2093 Contig6.2474 32 052 33815 nuelear proteln of unknown funçbon (by homology) YGRI03w orf6 6843 20912 IPF2091 Contig6.2474 34041 34538 unknown functlon YGR102c orf66844 2045 Sucf7490cucrcfce DNA dtrected RNA polymerase II holoenzyme and Kornberg s mediator (SRB) subcomplex subunit (by homology) YGR104c or) 6 6845 2089 CaVMA21 ConUg6-2474 35959 35762 Vacuolar H + .ATPase assembly (by homology)

   YGR105w not found 20872 IPF2087 ConUg62474 36685 38190 unknown function Y01137w orf6 6846 20862 IPF2086 C.nt.g6 2474 38443 39684 unknmn function YOR057w orf66847

  <Desc / Clms Page number 72>

 
 EMI72.1
 D12001 41 (linked to D12000 68) Table 1
 EMI72.2
 2085 CaGL02 Contng6-2474 39955 40761 Glyoxalase Il (hydmxyacylglutathione hydmlase) (by homo [09Y) YDR272w ori6 6848 2083 IPF2083 ConUg6 2474 41481 40831 unknown function YNL056w od6 6850 2082 IPF2082 C.nt6 g6 241 Contfg6 2474 42643 43881 Glucose repression protem (by homology) YER027c orf6 6852 2075 CaDDR48 ConUg6247445020 44382 stress Pratem (by homoiow) YMR173w orf66854 2071 IPF2071 Cont'g6 2474 51219 50428 k..w. l.nt ,.

   no sngndicant match orf6 48 36162 IPF3616 Contng6247582 1008 Unknown function YNR064c orf66858 36182 IPF3618 Conbg624752338 1001 unknown funchon YHR196w orf66859 3621 2 IPF3621 ConGg6 2475 4434 2458 unknown funcàon 24 Yfr36c Cotig6 2475 11907 10483 RNA (guamne N7) methyltransferase YBR236c or (6 6865 3630.1 IPF3630 Contig6 2475 12799 12020 unknownfunctnon YHR049w orf66866 3631 1 IPF3631 Contig6.2475 13327 13707 unknown functton no slgnlflcant 36 1fb36g33 366f33.36 snmilar to Saccharomyces cerevisiae Hir3Pinvokedm in cell cycle regulatlOn of histone transcription, 3 prime end (by homology)

   Y JR140c ORF6 6868 36341 19411 18671 IPF3634 ConUg6-2475 unknowntunctnon YDRO90c 0d66869 36362 2475 22025 19896 IPF3636 C.tig6 simllar to Saccharomyces cerewsnae Rad4p excision repalr PROTEM (by homology) YER162c orf6 6871 36382 24219 IPF3638 Contng6247522339 unknn function YGL036w orf66872 36402 CaFUM125f Contng6-247524475 25284 Fumarate hyclratase, 5 prime end (by homology) YPL262w orf66873 18225 CaFUM12 53f C..t.g6 2475 25178 25378 Fumarate hydratase, internal fragment (by homology) YPL262w orf6 6755 3641 CaFUM12.3f Conhg6-2475 25372 26010 Fumar prime end (by homology) YPL262w oral6 6874 36421 IPF3642 Conbg6-247526186 27184 Unknownfunchon YER161c ort66875 3645 IPF3645 Conbg6-2475 27253 28566 simrlar to Saccharomyces ceoevisnae RUIp p TRNA phosphonbosyl translerase (by homology)

   YMR283c or (6 6876 3647 IPF3647 ConUg6 2475 32326 28601 unknown function YNL139c orf6 6878 36491 IPF3649 Conbg6-2475 33012 32362 unknown function YCR016w orf6 6879 3651 IPF3651 Contfg6 2475 34214 33945 unknownfuncbon no. Fn19, non. 247 534 469 35 335 unknown function YCROI5 orf66881 6067 1 IPF6067 C..t, g6 2475 37698 35452 putative transcription factor (by homalogy) YBR112c., F6 6883 6054 IPF6054 Contlg6 2475 46419 48308 unnown function YOR205c orf6 507 516 565 ng656 S! RDthcant match ort6 6886 161042 IPF16104 Contig634762591 4762 unknown functton YJR119c orf66891 52641 CaATP2 Conig6-2476 5532 7070 FIFO ATPase complex.

   Fl beta subunit (by homology) YJR121w orfb 6893 5265 CaSTE24 Contigu2476 7352 8722 zinc metallo protease by homalory YJR117w off6 6894 5266 IPF5268 exon2 Contig6 2476 9485 8865 choline monooxygenase, exon 2 (by homology) no sngmigc666 off6 10396 9677 choline monooxygenase, exon 1 (by homology) no slgmtlcant match orf6 6896 5271 CaSWIl ConUg6-2476 13781 10818 Transcription regulation by homology YPLOI6 orf6 6897 5272 1 CaMNNIO Conhg6-247614995 13988 0alactosYlt <anste <ase (bY homoto0Y) YDR245w ort66898 5275 CaPEXI03 Cant106 2476 16099 15215 peroxisomal assembly pmtein, 3 prime end (by homology) YDR265w orf6 6900 5277 CaTIMll C..t, g6 2476 16892 16611 subunit e of m'tochondna! FIFO ATPase by homology YDR322ca not found 52791 IPF5279 Cont, g6.2476 17203 18255 unknown functlon YHR076w orf66901 5281 1 CaPEP7 C.nt,

  g6 2476 18364 19701 segregatOn vacuolar protein by homology YDR323c orf6 6902 52821 2476 20998 19763 IPF5282 Contig6 unknownlunctnon YMR034c ost66903 IPF5287 Cont'g6 5287 2476 22265 24088 pmtein signal transduction (by homology) YMR032 orf6 6904 52882 25252 IPF5288 Conhgfi247624269 Unknownturtction YMR041c orf66905 113092 IPF11309 Conbg6- 25838 247625398 unknown function YMR039c orf66906 113072 IPF11307 C..t, g6 2476 26628 29021 11301 unknown functlon YKL064w orf66907 1 IPF11301 Cont! g6-2476 29242 29802 11299 unknownfunctnon YKL065c or166909 IPF11299 Conhg6-2476 32387 29952 6911 127382 unknawnfuncfian YCR030c ort6 CaMEP2 Conhs62476 33676 35118 high afflmty low capaclty ammonia (by homology)

   YNL142w orl6 6912 127362 IPF12736 Contrg6.2476 37430 35187 unknown function YPR194c orf6 6913 201691 IPF20169 Contig6247639228 38476 unhnown tunctton no slgmllcant match ort6 6914 85762 IPF8576 Conhg6fn76nhn6nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn 247645652 44041 unknawnfunchon YLR427w orf66916 8570 CaDUR34 Conttg6.2476 47257 49230 Urea transport protem (by homology) YHL016c off6 6917 149782 CaCCT6 Contng6 2477 5518 3839 component of chaperenin-containing T, cornplex (zeta sub12w1261212126121212). orf66920 12414 CaMAPl C..t, g6.2477 7647 6532 methnonine ammopeptldase, Isotorm 1 (by homology) YLR244c or * 6921 124161 IPF12416 Conttg6 2477 8107 7895 cyhdine deaminase, 3-prime end (Dy homology)

   YLR245c not found 124191 CaRPT5 Contig6 2477 8765 10057 26S proteasome regulatory subunit (by homology) YOR117w orf6 6922 12420 CaHOD1 Conh06.2477 10431 10150 regulator of G2 / M progression (by homology) no slgmhcant match not found 12422 CaARR77 114 12t6 involved m arsentte transport (by homology) YPR201w orf6 6923 123032 IPF12303 Contig6 2477 12912 13649 01utathione.% transferase (byhomoio8Y) YNL229c or (6 6924 123001 IPF12300 Contig6 2477 14140 15879 unknown function YOL075c orf6 6925 12297 16034 antec277 antif29 (by homelogy) no sngndicant match ort6 6928 12295 1 CaEXM2 Conhg6 2477 18064 17342 EXrt from Mitosis (by homoicay)

   YDL087 Oft6 6929 122942 IPF12294 C..tig6.2477 19627 18461 unknownfunctnon Y8L034c or166930 143692 IPF14369 Cont <g6 2477 19785 20528 unknownfunction YLR165c orf66931 14367 CAZRTI Contig6 2477 22705 21299 high affinity zinc transport protein (by homology) YLR130c orf6 6933 14364 1 CaPRAl Conbg6-2477 23214 24113 pH regulated antigen YOL154w orf6753366 241 676 247 function 876 876 876 873 876 87801 IPF8780 Contlg6.2477 26895 27521 unknown functnon no sigmhcant match orf6 6936 87781 CaMGTl Conug62477 28070 27543 06 methytguanine DNA repalf mehyttransferase (by homotogy) YDL200c oft6 6937 8777 IPF8777 Contig93 30552 3 phosphoadenylytsultate reductase (by homology) YPR167c or 6939 8773 IPF8773 Conbg6-2477 30730 32289 putative cytochrome P450 (by homology)

   YDR402c or * 6940 8772 CaYDC1 C.ntig6 2477 32628 33518 alkaline dihydroceramidase (by homology) YPL087w orf6 6941 13155 CaRP031 Contig6 2477 33887 38233 DNA dfrected RNA polymerase Ili (by homology) YOR116c orf6 6942

  <Desc / Clms Page number 73>

 
 EMI73.1
 D12001-41 (linked to DI2000-68) Table 1
 EMI73.2
 13152 CaCTA6 Conbg62477 38360 39001 unknown functlon, 3-pnme end no slgmflcant match ort66943 131512 IPF13151 Contig6.2477 42163 39047 unknown function YDL058w orf6 6945 17542 CaTRP4 Contng6 2477 43858 42749 Anthramlate phosphoribos46R7452RRB2452RRB2452452RRB2R2R2352R7452R7352 Anthrombos2 protein (by homology) YER172c orf6 6947 1749 CaPDAI Conhg6-2477 51445 50240 Pyruvate dehydrogenase alpha cham (by homology) YER178w ort6 6948 17461 CaMSH2 Cont <g6 2477 54289 51668 DNA mismatch repair protein (by homology)

   YOL090w orf6 6952 1742 IPF1742 5f eoc Contlg6-2477 54529 57441 unknown function, 5 prime end o sigmhcant match orf6 6954 118901 CaHIKl 3eoc Conhg6-2478 22 879 histidine kinase, 3 prime end YHR206w orf6 6955 11888.1 IPF118893 6956 53952 C.LIP5 Contng62478 6897 5506 Secretory lipase o match orf6 6957 53981 CaERG5 Cont [g6 2478 9806 8253 C22 steroi desaturase by Momology YMROISc.

   or166958 5401 C.FA6 Ct 96 2478 11032 12966 Unknownlunctnon YJL149w orf66959 5404.2 CaSSM4 Contigu2478 17147 13728 invoived in mRNA turnover by homology YIL030c orf6 6961 54052 CaTAF19 Contng6 2478 17927 17427 TBP assoclated factor6 hom22 Y220195 540w196196 9, exon 2 no significant match or (6 6963 5407 CaLIP9 exonl Contig6 2478 19588 18947 secretory lipase 9, exon 1 no signdicant match., F6 6964 54081 CaPMTl Conhg6-2478 23404 20771 mannosyltranstemse YDL095w orf66965 5411 2111825 Contena ATPase, 3pnme end (by h..IM) YDR038c orf6 6966 5587 CaAMD21 Contng6-2478 29532 31253 amaase (by homology) YDR242w orf6 6967 55841 IPF5584 Contng6-2478 32672 31368 unknownlunctnon YOL022c orf66968 5581 CatFMI.

   35150 32847 translation initiation factor 2 by homology YOL023w orf6 6969 5578 CaDBF4 Contlg6.2478 36832 35312 regulatory subunlt for Cdc7 by homology YDR052c ort6 6970 55772 2 IPF5577 Cont'g6-2478 38519 37392 unknawn funchon YNR707566 406 w.11 bio0enesisbY hmtgy YNR030w orf6 6972 55742 IPF5574 Contlg6.2478 43830 40468 unknown functlon YLL003w ort6 6973 5572 2 CaBCKl Conttg6 2478 44210 48172 senne / threomne protein kinase of the MEKH lamnly (by06w6f6n6f6b6f6f6f6f6f6fcf6; 48224 nbosomal protem mitochondrial YJL096w orf6 6975 5567 CaSAP190 Against 2478 49710 52295 phosphatase associated protein by hamology YKR028w or * 6976 138682 IPF13868 Contig6 2478 53529 52495 unknownfunctnon YNLI91w or166977 138672 5413

  PF13866 Contig6-2478 54868 55479 unknown function YJL097w orf66979 13865 IPF13865 Contng62478 55621 56223 unknown funchon YJL097w orl6 6980 13864 3864c Contlg6-2478 58510 56225 slmllar to Saccharomyces cereVISlae chspbYnbny1bsnbYn1 Chs6n1b1n1 ChspYlbn6n1bnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn] , g6 2479 4665 4204 unknown funcbon, 3-prime end no slgnlflcant match ort6 6983 35371 IPF3537 Contig6-2480 3202 2393 unknown funcbon YNL202w orl66987 35352 IPF3535 Contlg6-2480 4336 3815 unknown functton no slgmllcant match orf6 69603533 538353535353533 GDP / GTP exchange factor (by homology) YLR425w off6 6991 35302 IPF3530 Contig6,

  2480 10527 11648 unknown functnon no signmoent match orf6 6992 3527 CaICLl Contlg6-2480 12743 14395 Isocitrate lyase YER065 orf6 6993 35232 IPF3523 Conttg6-2480 14835 16274 unknown functlon YDR249 orf6 6994 35222 CaPH085 Contlg6-2480 35220 Reg5606405 IPF3520 Contlg6-2480 19357 18182 unknown functlon YPL030w orf6 6996 3518 IPF3518 conbg6.2480 22569 19729 simdarta to Saccharomyces cerevisiae Vpsl6p vacuolar sortmg protem (by homology) YPL045w orf66997 35161 CaELCI eligid 236166 IPF3514 Contig6-2480 23664 25397 unknown functlon YDR255c ort6 6999 15162.2 CaCHL4 Contlg6-2480 26994 25597 chromosome segregabon protein (by homology) YDR254w ort6 7000 151602 IPF15160 Cont)

  g6-2480 28117 27290 unknown function YEL072w orf6 7001 84542 IPF8454 Conhg62480 32226 31189 unknown function no slgOlflcant match orf6 7002 84581 CaATPI exon2 Against 2480 33344 33568 FIFO ATPase complex, Fl alpha subumt, exon 2 YBL3606b notg ComptEx.

   FI alpha subunit, exon 3 YBL099w orf6 7003 8464 IPF8464 Conbg6-2480 35972 37702 unknown function no slgnlflcant match ori6 7004 8467 CaNSP49 3f C.tig6 2480 40576 38042 nucleoporin. 3 prime end (by homology) YGL092w ort6 7005 8469 CaNSP49 5f ConUg6 2480 41057 40374 nuclear pore protein, 5 prime end (by homology) no sngndicant match., F6 7006 84702 IPFB470 Contig6 2480 42844 41306 unknown functlon YEL015w ort6 700171 251 1 6.2460 43689 43216 unknawn functton no stgnlflcant match ort6 7008 9827 C.Plsi Contig6-2480 44913 45605 CDP diacylglyceroi.-io, t.1 3 phosphatidyitransferase (by homology) YPRI13w orf6 7009 9828 IPF9828 Contlg6snce 48lar404401 of the anaphase-promotmg complex (by homology)

   YOR249c orf6 7010 9à29 IPF9829 Contig6 2480 50640 48331 unknown funetlon YHR197w orf6 7011 98301 CaVPHI Conbg6 2480 53494 51029 H + ATPase VO domam subunit (by homology) YOR270c od6 M12 9833 1 IPF9833 Conh668080 8027 1 phosphattdyhnosfto) 3 kmase, Internal fragment (by hamology) YKL203c ort6 7015 9719 CaTOR2 3f c tig6 2481 2140 6306 Phosphatidylinositol 3 kinase, 3-prime end (by homology) YKL203c ort6 7017 97172 IPF9717 Contlg6-2481 7165 8853 971621816 97166 8853 975181816 Contlg6.2481 9202 11838 replication initiation prote ln (by homology) yELo32w ort6m19 64442 IPF6444 Contig6.2481 12109 13560 putative methyltransferase (by homology)

   YPLl57w orl67020 64471 IPF6447 Conbg6 2481 13933 14967 unknown funcbon YMR172w ort6 7023 64502 CaSSCI C..tig6 2481 15544 17490 Mitochonclrial heatshcck protem 70 related protein (by homology) YJR045c orf6 70fl 6457 noFn67 6.2481 22036 20777 aspartyl protease YPL154c orf6 7029 64591 IPF6459 Contng6-2481 23272 24738 unknown functnon YMR210w orf67030 64612 IPF6461 Cont! G6248 25094 25816 unknown function YKR043c orf6 7031 6462 C> URHI9fig 264> Conh 6.2481 29520 27817 putatrve trlacylglycerol lipase (by homology) YLL012w orf6 7033 91501 IPF9150 Contig6-2481 31942 33033 similar to Saccharomyces cerewslae Mptlp required for proton synthesis (by hom.l.gy)

   YMR005w orf6 7035 91542 IPF9154 Conbg6 2481 33316 36834 nmilar to Saccharomyces cerevislae Ycs4p subunit of condensm protein complex (by homology) YLR272c orf6 7037 91562 1PF9156 Contng6-2481 37084 38892 unknownfunctnonOR

  <Desc / Clms Page number 74>

 
 EMI74.1
 D12001-41 (linked to DI2000-68) Table 1
 EMI74.2
 9158 CaHEMIS Contig6 2481 39610 40770 ferrochetatase precursor (by Domotogy) YOR1 76 .., f6 7040 9160 IPF9160 Contng6-2481 41836 40865 slmllar to Saccharomyces cerewsiae Med4ptranscnDtion regulahan medlator179164n216n216n216n216N216n216N216n216N2166N2166N2N6N2Q2N2N2Q02n2n02n02n04n2n02n02n02n6n2n2n4n6n4n04n04n6n2n04n6n04nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn 40392 IPF4039 Contig6-2481 44258 42900 simùarta5accharomycescerevisiaeNam8PrecombmaàonProtem (byhomology) YHRO86.

   ort6 7044 4041 1 caMEK1 3t Contig6-2481 45126 44389 senne / threonine protein kinase, 3-pnme end YOR351c orf6 7045 40422 CaMEK 5f Contig6-2481 45364 45107 senne / threonine proteln kinase, 5-pnme end (by homology) no slgnic 7046 4045 IPF4045 Contig6 2481 47321 47920 unknown function no significant match orf6 7048 40502 CaSWRI Conbg6 2481 48464 53389 putative DNA helicase (by homology) YDR334w orf6 7049 4053 1 CaRNR22 Contfg6 2481 54694 55878 ribonucleoside-diphhate40 (26) Contig6 2481 56363 57562 unknownfunctnon YPL092w ort67053 4056 CaVMAI C.ntig6.2481 57850 58191 vacuolar ATPase VI domain subunit G YHR039ca rif6 7054 4059 IPF4059 C..t.g6 2481 60364 58520 aldehyde dehydrogenase (by hom962h406h406) 60819 unknownfuncfion YDR333c orf6 7056 4064 IPF4064 C..t,

  g6 2481 63289 65076 unknown funchon no stgnificant match or (6 7057 113152 IPF11315 ConUg6-2482517 3645 unknownfunchon YNL132. orf6 7058 113161 IPF11316 Contig6.2482 4549 3821 unknown funct-on YNLi29w orf6 7059 113192 [PF11319 164 222 9326 10855 putative CaQDRI Contlg6-2482 antlblotlc reslstance Proteins (by homology) YIL120w orl57053 10391 12747 11566 1 JPF10391 Conhg62482 Slmllar to dnaJ protems YNL064c OD6 m65 CaSRV2 Cont'g6 10389 2482 14807 13170 adenylate cyclase-associated protein homolog YNL138w orf6 7066 103882 CaARP5 Contrg62482 15093 17423 actm.reiatedprotem (byhomoio8Y) YNLOS9 ort6 7067 15042 CaNOP2 Contng6 2482 19375 17519 nucleolar pmtein (by homology) YNL061w orf6 7070 150382 CaGCDIO Contng6-2482 19675 21036 translation initiation factor eIF3 RNA binding subunF 200) hom71. t

  g6 2482 22058 21138 unknown function YNL063w ort6 7072 89742 CaNAM9 Cont! g6 2482 23698 22313 rmtochondnat nbosomat protem YNL137c orf6 7073 8973 IPF8973 Contig6 2482 24036 25373 unknown funcUOn YNL136w Dff6 7089 897 , mltochondnal (by homology) YHR120w ort6 7075 89662 1Pf8966 Conhg6-2482 30294 28456 unknown functlon YNL724w orf67077 8963 CaRPLISB Conàg6.2482 30995 31609 nbosomal proton US e c13 (by homology) YLR7902 247 34176 5 aminolmidazole 4 carboxamide nbotfde transformy! Ase (by homology to S cerev) YMR120c ort6 7079 200161 IPF20016 Contig6-2482 34600 36621 stmllar to Saccharomyces cerevmae Sec63p ER protem translocatron complex subumt (by homology) YOR1626565c

  g6 2482 37330 36803 unknownfuncbon YOR253w orf6 7081 18207 IPF1 207 Cot g6 2482 38146 38613 unhnown funct) 0n YPL170 orf6 7082 7086 CaM EX67 Contlg6-2482 39050 40903 poly (A) + RNA binding protem IOvolved in nuclear mcNA export (YRNA16) 7083 7087 CaSPT14 C.nt: g6 2482 41300 42658 N> acetylglucosaminyl-phosphatidylinositol biesynthetic protein (by homology) YPL175w orf6 7084 70882 IPF7088 Contlg6-2482 45320 42633 simllar to Saccharomyces cerevlslae Nlplkein mycotin ny ) YPL174c ort6 7085 70891 CaCDC31 ConUgfi-2482 45552 46217 spindle Pale body <omponertt, centnn (6y homology) YOR257w orf6 7086 7091 CaMRPL4D C.nt:

  g6 2482 46571 47587 Putative mntochondnal nbosomal protem (by homalogy) YPL173w orf6 7087 7093 CaRPT4 Conhg6-2482 48951 47665 26S proteasome regulatory subunit (by homology) YOR259c orl6 7089 70941 CaGCDl contlg621622162162162162 7090 7097 IPF7097 Cont'g6 2482 51865 51137 unknown function YJR056c orf6 7091 7098 CaSEC22 Contig6.2482 52369 52965 synaptobrevin type protein transport protem (by homology) YLR268w Off6 5715 71002 CaMONI3 Contlg6-2482 53092 pnfnnn <398 IPF4398 Contig6 2483 16 2349 unknown function YGL023C art67094 4396 CaSTT3 C.ntig6 2483 2720 4975 oligosaccharyl transferase (by homology) YGL022w ort6 7095 4395 IPF4395 Conttg6 2483 5444 6022 unknown function YGLOlOw orfig 7096 7694 4396 6025 positive transcription factor for IME2 (by hamology)

   YGL192w orf6 7097 4392 1 CaSLAl Cont) g6 2483 11749 7976 cytoskeleton assembly controi protêt YBLO07c orf6 7099 43861 IPF4386 Against 2483 13097 12003 unhnown tunction YGL185c ort6 7100 20017 CaCOX4 Ct, g62483 14324 13851 cytase Contig6.2483 16001 16360 nbosomal pmtein S26, e A, cytosolic (by homology) YGL189c ort6 7103 4377 CaCDC55 Contfg6 2483 17630 19189 B subunit of proton phosphatase 2A (by homology) YGL190c orf6 7105 43761 CaCOX13 Cont00 g96 2483 Vla (by homology) YGL191w oït6 7106 4375 CaYNT2 Contig6 2483 21068 20355 suppressor ol rnal2 / yme2 (by homology) YLR059c orf6 7107 20018.1 IPF20018 Contng6-2483 21915 21370 1.-t, .n YDR071 ort67108 6278 Unknown YIL091c ort67109 6259 CaSMP2 Conhg6 2483 27102 24757 InIved in plasmid maintenance,

   respiration and cell proliferatron (by homology) 'YMR165c orf6 7111 6257 1 IPF6257 Contng6 2483 28663 27494 unknown funchon no signifmant match off6 7112 62551 IPF6255 Contig62483 29228 31372 unknownfunction YHR074w ort67113 6254 16Pbnun 31 (by homology) YHR075c orf6 7114 6252 IPF6252 Contig6 2483 32720 33532 slmllar \ 0 Saccharomyces cerevisiae Tad2p tRNA! lpecltic adenosine deaminase 2 (by homology) YJL035c., f6.7115 62501 CaSStl26 Cont.

   factor B YLR005w orf6 7116 6247 CaSPT5 Contfg6 2483 38276 35406 Transcription elongation protein YMLOI0w off6 7120 6242 CaSRB9 C.tig6.2483 43445 38448 DNA dfrected RNA polymerase Il holoenzyme and SrblO CDK subcomplex subfn6242f2n2243f2f2f2f2f2f2f2f2f2f2f2f2f6; function YDL190c ort67123 7863 IPF7863 Contng6-2483 45462 46151 unknown function YNL335w orf6 7124 7865 1 Cardyn2 3 Contig6 2483 46537 46788 Dynem light cham 1, cytosolnc, 3.prme end YDR424 not found 7867 CaAPTl Conhg6onb12b12512bnn474964783b491 47496 have R6-2483 48033 49649 unknown function YLRO86w orf6 7126 7873 CaCYBl Contg6.2483 53721 55199 G2 / Mntotncspecdic cychn YPR119w orf6 7127 78742 IPF7874 Contlg62483 55698 58409 similar to Saccharomyces ceretengea escnn

   YHR154w orf6 7128 17555 2 IPF17555 3 Conhg6.2463 59792 58638 unknown function, 3.pnme end YLR206w orl6 7129 8044 IPF8044 Contg6.2484 1334 417 slmllar to Saccharomyces cerevisiae Snplp p Ul small nuclear nbonucleoprotem 71 (80 IPF8043 Ct g6.2484 1824 2213 unknown function YPL170w orf6 7131 8042 CaGRP5 Contig6.2484 2569 3585 dihydroffavonof 4 reduetases (by homology) YOL151 orf6 7132 8041 1 IPF8041 C.tg6 2484 4746 3697 putative mitochondrial2 membrane protease. f6 7133

  <Desc / Clms Page number 75>

 
 EMI75.1
 D12001-41 (linked to 012000-68) Table 1
 EMI75.2
 80382 IPF8038 ConMg6-2484 7834 11892 unknownfunction YMR124w orf6 7135 8031 IPF8031 Contig6-2484 12992 12072 unknown tunctlon YLR126c orf6 7136 6565 CaRP58A conti 6.2484 15137 14517 nbosomal protem (by homology)

   YERI02w orl6 7137 65661 IPF6566 Against 2484 16043 16255 unknown functlon YBL071wa notfound 6572 IPF6572 Contlg6.2484 22842 24665 unknown functlon YMR213w orf6 7138 6573 CaVPS35 Conti 6.2484 25415 28249 Prote'n119 prot54 (281) functlon No. SJRnJhcant match orf6 7141 9555 33815 33015 IPF9555 Conttg6.2484 unknown function YAROQ8w orf6 IPF9554 7143 9554 2484 34148 36817 Conti unknownfunctron 6 YPR105c oh67144 IPF9552 Conttg6 9552 2484 37552 36905 unknown funcfion YPR107c orf6 7145 9550 38245 39756 IPF9550 Contig6'2484 slmllar your Saccharomyces cerevlslae Osmlp osmotlC growth protein YJR051w art67146 95481 CaRPL33 Canàg6.2484 40357 40040 ribosomal proton L35a, 3 pf <me end YPL143w not lound 9434 CaKESl Contig6-2484 42583 41291 Jnvolved IR ergosterol bnosynthesrs (Dy homology)

   YPL145c orf6 7147 9431 44603 43146 IPF9431 Contlll62484 unknown function YJL091c orf6 7148 94302 45339 46883 IPF9430 Contlg6.2484 simllar to Saccharomyces cereVISlae 5p07p melotlC PROTEM (by homology) YAL009w orf67149 IPF9428 Conttg6 9428 2484 47391 48641 unknown functlon YPL146c orf6 7150 9425 52510 IPF94253 ContJg6.248451248 unknawn functlon, 3 prime end no slgndlcant match orf6 7152 14309 CaMKK2 Cont) g6 2484 54598 53258 Protem kinase of MEK (by homology) YPL140c orf6 7153 14308 CaRFCl Cantig6.2484 57817 55316 DNA replrcatnon tactor C (by homof

   YOR217w orf6 7155 2234 IPF2234 Conttg6 2485 14146 15045 unknown functron no significant match orf6 7162 2233 IPF2233 Conti 6.2485 15458 15180 unknown function no significani match not found 2232 IPF2232 Contrg6 2485 16963 15821 unknown tunchon YMR315w orf6 7165 2231 221 mrtochondnal rnherrtance (by homology) YOL009c orf6 7164 22291 IPF2229 Cont'g6 2485 19565 20473 unknown funchon YOR173w orf6 7165 2228 1 IPF2228 Contw6.2485 22680 20497 slmllar to Saccharomyces cerewsiae Dbpnred RBP7 2227.1 1PF2227 Contig6-2485 23855 23052 unknowntunchon YKR025w orf6 7167 2224 CaGCN3 Contrg6-2485 24109 25044 Transiafionimtiaàonf> ctareif2B alpha suburut (by homology) YKR026c ort67168 2223 IPF2223 Contng624 1

  1 Contlg6.2485 27617 28252 prote, "of the 405 nbosomal subunlt. Exon (by homology) YMR116c orl67170 2220 CaBELl exon2 Contlg6.2485 28404 28829 protem of the 405 ribosomal subunlt, exon 2 (by homology) YMRl1611861866i66 28979 unknown funchon YDL156w orf6 7171 2216 IPF2216 Confg6.2485 32257 30965 putabve folylpolyglutamate synthetase (by homology) YMR113w orf6 7172 2215 IPF2215 Contrg6.2485 33057 33563 unknowntunchon YMR112c or6 35824 37644 unknown functlon YLR133w ort6 7176 2209 CaGCN2 Conhg6.2485 43106 37812 Ser / thr protem krnase (by homology) YDR283c ortô 7177 2205 CaMREll Cont) g6'2485 43374 45422 DNA rePairand meiobc recombination protem (by homology)

   YMR224c ori67179 2203 CaATPll Corttrg6 2485 46450 45491 Fifo.ATPase complex assembly protem (by homology) YNL315c ort6 7180 20019 IPF20019 Conhg6 2485 47441 46887 unknown funchon YNL310c ort6 7181 2200 IPF2200 Cqnà2n482n6185 218n21205 functron no sigmhcant match orf6 7183 2195 IPF2195 Contig62485 55605 55997 unknown functlon no slgnlflcant match ori67184 6231 IPF6231 Contig6 2486 698 1102 unknown functlon YCL033c ort6 7187 62302 IPF6230 Conà 62486 2028 1018 unknown ! ates GCN4 depend t <anscrptionaiachvahon (by homaiogy)

   YOR298ca orf6 7189 62262 IPFfi226 Cont'g6 2486 4686 3262 unknowntunction YlRolow orf67190 6224 IPF6224 Contig6. channel protein (by homology) YGR217w orf6 7193 62152 CaZPRl Contrg6 2486 16198 14723 2rnc finger Orotern (by homology) YGR211w orf6 7195 19802 IP "F19802 Contlg6.2486 18851 21058 simllar to Saccharomyces cerevisiae Met30pahuit progress in regulatin homology) YIL046w orl67196 10727 iPflo727 Contig6-2486 23963 21861 unknown functlon YOR178c orf6 7197 10724 CaPPM2 Contrg6.2486 29118 27049 carboxy methyl transferase; homolog of PPMI (by homology) YQL141w ort6 7198 7950.

   IPF7950 Contlg6.2486 30073 29261 slmllar saccharomyces cerewsiae Rrp40p Involved 10 nbosomal RNA processing component of the exosome complex responslble for 3 end processing and degradatlon 01 many RNA species (YOLl42w orf6 7199 79522 IPF7952 Conhg6-24863f79 Yr2792693527796352626935263536353516nn 27167353679363536nn 27357229353636193527363516nn 27357269351626193516261626162616261626162616727267267267267356356 as well as IPR796 Contlg6.2486 30073 29261 slmllar saccharomyces cerewsiae Rrp40p Involved 10 nbosomal RNA processing component of the exosome complex responslble for 3 end processing and degradatlon 01 many RNA species (YOLl42w orf6 7199 79522 IPF7952 Conhg6-24863F79 DNA blndlng protem (by homology) YIL072w od6 7zoi 5761 IPF5761 Contlg6.2486 36688, 35297 flavln.containing monooxigenase (by homology) YHR176w crt67202 5760 CaSTB5 Conhg6 2486 36925 38847 SIN3 blOdmg prfO6 57) 57 (57) 576 homology 40637 unknown function no signrfrcant match or167204 57561 IPF5756 Canùg6.2486 41597 40845 unknown (unction no significant match ort6 7205 5754 1 CaiF03 Contig6.2486 43000 44049 OXIDOREDUCTASE (by homology)

   YPL088w orl6 7206 5753 IPF5753 Cont106.2486 44287 46161 unknown functlon YER080w ort6 7207 5751 IPF5751 Contigfi-2486 46672 46220 TRAPP subumt of 20 kDa Involved in targeting and fusion of ER to Ka101transpad bladders (by homologyC Ca2252 576c349B2244) Putative transcrlptional regulator no stgntficant match ort6 7210 57472 IPF5747 cant106.2486 51627 49354 unknown funchon YBR255w od6 7213 5742 IPF5742 conàg6.2486 52105 53088 thioredoxin-like proton (by homology) YGR209c ort6 7214831 CaM86 homology)

   YOL027c ort6 7216 5736 CaDUTl Contrg6 2486 56022 55543 dUTP pyrophosphatase YBR252w ort6 7217 13704 iPF13704 Contrg6 2487 2319 2468 unknowntuncàon no sigmfrcant match not found 137092 IPF13709 Conttg6 2487 6579 9020 unknownf6 y 67 YPL252c ori67220 1535 CaVTI1 Contig6.2487 10702 10061 v SNARE involved in Golgi retrograde t <aùic (by homology) YMR197c orf6 7221 1531 iPF1531 Conbg6.2487 14294 11151 unknown functlon YMR196w or / 67222 1529 CaNDHl Canh 6.2487 16952 15228 Mntochondnal NADH dehydrogenase YMR145c orf6 7226 1526 1851 2361526 or1761526 20684 18753 Putative multrdrug resrstance Drotein (by homology) YLt028w ort6 7225

  <Desc / Clms Page number 76>

 
 EMI76.1
 012001-41 (linked to D12000-68)

   Table 1
 EMI76.2
 15201 IPF1520 Cantig6.2487 23223 21268 unknown functton no slgnlfleant match ort6 7226 1514 iPF1514 Conttg6248726706 25891 unhnownfunct! 0ti no slgnlfleanl match ort6 7228 1510 CaUGA2 Conbg6 2487 29860 31335 succinate semlaldehide (Nhidhide) iPF1509 Contng6 2487 33035 31473 putative alanine transaminase (by homology) YLR089c orl6 7230 1506.1 IPFl506 Conhg6.2487 35625 36467 unknown functlon no slgnlflcant match or'67231 1505 iPF1505 Contlg6.2487 38arto ssucre ssucre sspret orf6 7232 1500 IPF1500 Contg6.2487 42874 40769 slmllar ta Saccharomyces cereVISlae Nea2p regulatmg expression of mltoehondnal ATP synthase (by homology) YPR155c or167233 1499 CaPRE9 Cont! g6 2487 43952 43197 20S proteasome subum

   YGR135w ori67234 1497 iPF1497 Against 2487 44402 44869 unknown tunctton YPR153w ort67235 1496 IPF1496 Cont) g6248745115 46746 unhnownfunctton YMROlOw orf6 7236 1495 IPF1495 Cont106pt48 242448 8 72 8 72 8 72 8 72 ) YER078c orf6 7238 9864 IPF9864 conhg6.2488 5175 1264 simiiarto to Saccharomyces cerewsiae Stu1p mltotle splndle proton (by homology) \ 'bol034 <;

   ort6 7247 98602 Cage% 4 Conttgë 2488 6251 6766 01utathione peroxfdase (by homology) YBR244w ofl6 7248 98592 CalSWl 3 Contlg62488 9881 6828 ATPase component otatoursubunit chromatln remodehng complex, 3 prime end (by homology1 or61243B6129B3128B3128B3129B6124126 # 7124) functlon YGR044c ori67251 3105 IPF3105 Contlg6.2488 35292 34849 Unknown functlon No. slgnlfleant match orf6 7252 3102 38128 35609 1 IPF3102 Contlg62488 slmJlar your Saccharomyces cerevislae See34p requtred for veSlde tethenng to the yeast Golgi apparatus (by homology) YER157w or167253 3101 IPF3101 CanUg6248838364 40160 unknawntuncàon Yiasoc orf67254 3098 IPF3098 Contng62488 40345 42027 Putative mannosyltransferase (by homology) YNL219c orf67255 30951 IPF3095 Cont) g6248842741 42187 unknown function YDL235c orf67256 30941 IPF3094 Cofit! G6 2486 44539 436i homo

   YDL236w ort6 7257 3092 IPF3092 Contug6-2488 46492 44864 unknawntuncàon no slgnlfleant match orf6 7258 17754 IPFl7754 Contlg6.2488 48116 49858 low aùimty hlgh capaclty ammomum permease (by homology) Y6L8248CN1Q9C14 by homology) YPR058w Off6 7260 fi561 IPF6561 Conttg6 2488 54037 51572 unknown funcbon YOR353c orf6 7261 6557 CaLYS7 Contlg6.2488 55575 54829 Copper chaperone for superoxlde dlsmutase SOd1p (by homology) YMR038c6388486358486355484 JPF6551 Contig6-2488 60789 61103 unknown funetlon no slgnihcant match not found 6548 2 IPF6548 Cont <g6-2488 61685 64819 transiahoneiongahantactoreEF4 (by homology)

   YNL163c crf6 7264 6542 IPF6542 Conttg6.2488 65504 67309 unknown tuncàon YNL164c ori67268 6541 CaGAP5 Conàg6.2488 69317 67494 General ammo acid permease (by hpmotogy) YKR039w ori67269 4544 CaROM89 546 CaROM2 <ta <RhoiP (bY homology) YLR371w orf6 7271 4537 1 IPF4537 Contig6.2489 8637 9959 putative permease (by hamoiooY) YIL088c or (6 7272 45361 IPF4536 Contfg6248910180 10881 unhnownfunctfon YDR019c orfP 72734535 124723547 12356357 # 2773456357 # 2727453535 36592 IPF3659 Cont, g6.2489 12951 15107 slmtlar to Saccharomyces cereVISlae Nsp1p nuclear pore protem (bV homology) YJL041w orI67277 3661 IPF3661 Contlg6.2489 15480 16328 unknown funcbon no slgmfleant match orl67272 36gheh.

   YGl040e ori67279 IPF3664 Contig6.2489 36642 18682 18032 36682 unknown functton YMR077c orf67280 CaHKl Contig6248919817 27232 Hisfidine kinase YiLi47c ort67281 3669 CaHOGl cqntig6.2469 28496 27363 Ser / Thr kinase PROTEM otmAPKfamiiy YLR113w oit6 7282 36702 iPF36m cqnti 6.2489 28892 30982 unknown functton YDR137w orf67283 3674 IPF3674 cantig6 .2489 31654 33327 unknown tunchon no slgntfleant match orf6 7284 3677 1 CaAMDI conàg6.2489 34038 36374 AMP deamrnase (by homology) YML035c ort6 7286 36792 IPF3679 Contlg6.2489 36709 38355 slmllar ta Saccha (omyces.

   çereIs.lae Thl2QP hydro) tymethylpynmidlne phosphate (HMP.P) kinase (by homoJogy) '{Ol055c or167288 36872 JPF3687 Contig6 2489 38646 42839 srmllar to Saccharomyces eerevrslae Panlp aetrn cytoskeleton631) protelyn6 Protein. heat shock proteln of ci pb lamlly of ATP dependent proteases, mitochondriai, 3 Prime end (by homology) YDR258c ort6 7293 9010 CaHSP7851 Contlg6.2489 45362 44034 heat shoek prote, "of clpb family OtATP.dePendent proteases, mltochondnal, 5.prime end (by homology) YDR258c ort67295 9013 IPF9013 Cont <g6248947736 46021 unhnownfunctton YOR030w ort67296 9015 IPF9015 Contre 2489 48516 51548 unknown tunctlon YHR093c orf6 7297 9017 IPF9017 Contig6.2489 53947 51620 simllar to Saccharomyces cerevisiae She4p reqUlsp for motherc.

   YOR035c ori67298 9018 CaNBNI Contlg6.2489 54121 55017 Involved ln chromtln remodehng and posslbly transcription regulatlon (by homology) YHR090e orf67299 9020 IPF9020 Conbg62489 55396 56184 unknown) uncàon no sigmficant match451F59 73039 Contn5356nf48 7-56fn359 39581 IPF3958 Conbg6-2489 58984 57878 unknown functlon YCL044c ori67303 3955 Cocoa% 6 Contig6 2489 59891 59604 cytochrome coxidase subunit VI, 3.Pnme end (by homology) YHR051w not found 3952 IPF3952 Conàg6.2469 62f4 6464 39502 iPF3950 Contig6 2489 64224 67100 unknown functlon YPL122c orf6 7306 42292 IPF4229 Canbg624906710 5679 unknown functlon YML015c ort67309 42262 CaHTA1 Cont) g62490 7646 7248 Histone H2A (by homology) YDR2251 orf31

   YDR224c orf6 7311 4222 CaCDC25 canh 6.249o 12837 8836 cefldiwsion cycle protem YLR310c ori67312 42201 iPf4220 Conhg62490 13568 14611 simllar to Saccharomyces cerevisree Pep8p Involved in vacuolar protein sortmg / targettng (by homology15 or616 YJ0126YJ6-24). by homology)

   YLR120c orf6 7314 4214 IPF4214 Cqntig6.2490 18652 18125 unknown functlon YER134c ori67315 4213 iPf4213 Contlg6.2490 19519 20235 unknown funetlon no slgnrfleant match orf6 7316 4212.2 CaCLPl Contig6-2490 20456 219OR221c17621c176c7c7166c7166c7cfc7c9c9cfc9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9c9cfcfcfcfcfcfcfcf-cfcf-cfcfcf;> ed -> hosphotyrosyl phosphatase activator YPL152w orf6 7319 4206 IPF4206 Contlg6.2490 23131 24330 unknown function YOR266w ari67320 4205 1 CaRAD53 Contlg6 2490 26486 24387 proteln kinase YPL153c ort6 7322 4202 CaPTR21 Cantig6.290 expressIOn (by homology) YLRo17w orf6 7324 5895 IPF5895 Contig6.2490 34810 33077 unknowntunaàan YOR245c ort67327 5897 CaORC3 Contlg6 2490 36886 38934 Origrn recogmtlon complex (by homology)

   YLL004w orf6 7328 5903 CaPHB1 Contlg6.2490 39991 40842 Prohtbltln, antiprohferatlVe proteln (by homology) YGR132c orl67330

  <Desc / Clms Page number 77>

 
 EMI77.1
 D1200141 (Linked to DI2000 68) Table 1
 EMI77.2
 59041 CaGTTI.3 Co.tigG 2490 41686 40910 glutathlone S transfense, 3, prime end (by homology) YIR038 orf6 7243 5909 CaCCCI Conhg6-2490 43805 42867 Transmembrane Ca2 + transporter (by homology) YLR220w orf6 7334 59122 fPF29 function YDR352w ort6 7336 16613 CaDPLl ConRg6-2490 49109 47340 dihYdrosPhin osinePhosphateiYase (bYhomaio8Y) YDR294c orf6 7337 8666 IPF8666 Cont <g6 2490 51926 49917 unknown functnon.

   YDR295c orf6 7338 86632 IPF8663 C..tig6 2490 54369 52453 Unknown functlon YJL083w orf67339 8661 IPFti661 Cont) g6 2490 56022 54622 unknown function YOR056c orf6 7341 86582 CaDAL51 Contig6 2490 58087 5661014) 60623 59103 Involved in ceil wall biogenesis and architecture (by homology) YDR125c orf6 7344 15616 CaCPPl Cont! G6 2491 3017 4813 probable protem tyrosme phosphatase YNL053w orf6 7345 15617 CaSACI Contig6 2491 7079 5223 mtegral membrane p, .tin ic1, ing to and Golgi (by homology) YKL212w orf6 7346 18177 1 IPF18177 Contng6 2491 8205 9119 Unknown functlon YKL094w orf67347 161512 CaPDC2 C..t.g6 2491 9941 12433 pyruvate decarboxylase regulator YDR081c ort6 7348 16h2 caPet100 by homology) YDR079.

   not lound 122552 IPF12255 ContJg6'2491 13295 14098 unknownfunctlon YDR084c orf67349 122531 IPF12253 Contlg6.2491 15031 14219 unknown functlon no match oral67351 12250 CaVPS41 3f C..tig6 2491 17689 15773 required for the vacuolar assembly2 Yr end, 7f 122492 CaVPS41 5f contig6.2491 18270 17686 reqmred for the vacuolar assembly, 5 prime end (by homology) YDRO80w orf6 7353 77372 IPF7737 Contng6 2491 19580 20398 unknown functnon no slgntllcanl match orf6 7354 77362 CaLIP3 Contl51361 219 ContJg6.2491 24086 24538 unknown function YCR063w ort6 7356 7732 IPF7732 Conug62491 26607 24868 similar ta Saccharomyces cerevisiae Hcmlp transcription factor with fork head domain (by homology)

   YCR065w orf6 7358 77291 CaTFAl Contlg6.2491 28128 29312 large subunlt 01 transcnption factor UIIE YKL028w ort6 7360 7726.2 IPF7726 Contng6-2491 30159 32009 unknownfunctnon YPL260w ort67361f49 34621f6366r6f6366f06366f6366f0636 34070 antiviral protem YPR189w od6 7363 45001 IPF4500 ConUg62491 39843 38602 putative GTP blOdlOg protem (by homotogy) YGR210c ort6 7365 44982 tPF4498 Contng62491 40516 41037 unknown function YMR071c orf6 7361 414796 42468nn 43131 45326 unknownfunctnon YLR047c ort67368 44941 CaSHYl Contig6 2491 46192 47271 SURF homologue protein (by homology)

   YGR112w orf6 7370 4491 1 IPF4491 Cqntig6.2491 48244 47348 unknown functlon YER083c ort6 7372 44892 IPF4489 Contfg62491 49536 48703 unknown function YGR113w ort6 7374 4487 CaURAl ContJg6-2491 51052 49718 dihydroorase <6 7375 44851 IPF4485 Conbg6-2491 51498 53081 unknown functlOn YER082c orf6 7376 44841 IPF4484 Contng6 2491 53804 53100 unknown function YNL257c orf6 7377 4483 1 CAMLSI Conllg6.2491 55711 54056 malate synthase YN48 48 match ort6 7380 4477 2 IPF4477 Contig6 2491 61680 59395 simllar to 5accharomyces cerewsnae Doa1p Involved 10 ubiqUJhn.dependent proteolysis (by homology) YKL213c oral67382 114732 IPF11473 Conhg6-2491 63388 62132 unknown functlon no126fn116fn6fnfn # 11476fnfcnfn # 11 by homotogy)

   YNL220w orf6 7384 11475 Ca [DH1 3 Contlg6.2491 67411 66344 Isocltrate dehydrogenase (NAD +) su6unUl, rrlltochondnal, 3 prime end (by homology) YNL037c orf6 7385 114791 IPF11479 C.ntig6-2491 68756 73018111 70100 69282 unknown functnon no signltcant match orf6 7387 117882 CaUP6 Conhg6-2491 72482 73873 Secretory lipase no slgnrftcant match orf6 7388 117901 CaLIPIO Contng6-2491 74921 76318 Secretory lipase no sgnlflcant match ori67389 9661 CaRPR Factor 38 ) YLRO14 od6 7399 9655.1 IPF9655 Contlg6.2493 5279 7006 unknown function no significant match ort6 7401 96522 IPF9652 Conttg6 2493 7282 7773 unknown function YJL011c off6 7403 9651 IPF9650 Contlg6.2493 10043 7842 lipase family protem çontaming senne active site

   YGL144c ort6 7404 96472 11889 10864 IPF9647 Conbg6-2493 simnlar your Saccharomyces cerewsnae Ost3p Oligosaccharyltransferase gamma subunrt (by homology) YOR085w orf6 7407 96452 2493 14250 12097 IPF9645 C.ntig6 slmllar to Saccharomyces cereVISlae Rlm13p Calpam Ilke cysteme protease (by homology) YMR154c ort6 7408 198031 CaGP110 Contlg6-2493 14358 15806 requued for Glycosyl Phosphatdyl Inosltol syntheSlS (by homology) YGL142c ort6 7409 170602 CaADHI Contlg6.2493 17259 18563 alcohol dehydragenase (by homology) YMR083w orf6 7410 130519 unknownFF618106 7411 13054 IPF13054 Contig6 2493 19463 21766 unknown funcuon YML020w orf6 7412 9385 IPF9385 Conhg6-2493 28665 30722 slmllar to Saccharomyces cerevisnae Pho2p homeobox.domain containing transcription factor (by homology)

   YDL106c od6 7413 9384 IPF9384 Contig6 2493 31179 32444 simar to Saccharomyces cerewsnae Mss2p sefine / threomne pmtein kmase (by h.mology) YDL107w orf6 7414 9382 IPF9382 3 Contig62493 34104 32533 snmnlar toe saccharase prime ., f6 7415 33362 IPF3336 ConUg62493 37147 34793 unknown function YGL145w ort6 7416 33391 CaCCT3 C.tig6 2493 37410 38999 Chaperonin (by homology) YJL014w orf6 7417 33402 IPF3340 Contig6.2493 39779 390546 funcion Yr366 349414141 funcion funcbon YHR063c orf6 7419 33421 IPF3342 Contig6 2493 42254 40953 Unknown funchon YDR198c orf6 7420 3344 CaCNBl Contig6.2493 42953 42432 Protem phosphatase.

   Calcineurin B (by homalogy) YKL190w orf6 7422 3345 CaPAN3 Conttg6 2493 43456 45552 component of the Pabip depend poly (A) nbonuclease (by h..Igy) YKL025c orf6 7423 33481 CalFJl Contig6 2493 46784 48007 Unknownt6 746 -2493 48895 49809 unknown funcbon YHR071w orf6 7425 33522 IPF3352 Contngb-2493 51 180 49876 unknown function YHR045w orf6 7426 3355 IPF3355 Contlg6-2493 51 519 52967 simiia <to to Saccharomyces cerewsnae Cdcl cell cycle protem Involved ln Ion ho.eostai (by homology) YDR182w oral6 7427 3356 CaGBAl Cont) g6 2493 53162 54451 Guanine nuleotde.bWnding protein YHR005c orl6 7428 3358 IPF3358 qigig 5442 5493 ..h, .me c .dt-- (t> y homol-9v YBL045c orf6 7429 3359 IPF3359 ConHg6 2493 57074 56130 Unhnown functton no .g ,, f, at match off6 7430 3361 2 IPF3361 Contigri 2493 58018 57263 putative nutochondna) Dbosoma)

   pffltein S7 (by homology) YJR113c orf6 7431 33622 IPF3362 canti 6.2493 58169 58789 Unknown functlon YBLO46 orf6 7432 3364 1 IPF3364 Contig6 2493 59745 58834 Unknown function no significant match orf6 7434

  <Desc / Clms Page number 78>

 
 EMI78.1
 Df2001.41 (linked to DI2D00 68) Table 1
 EMI78.2
 3365 CaSDH42 Contlg6.2493 60380 59886 succinate dehydrogenase membrane anchor subunit for sdh2p (by homology) YDR178w orf6 7435 33661 IPF3366 Against 2493 60899 60552 Mttochondnaf rbosomat protefn (by hmlgy) YPR16636 1f93 24736 orf93 ... I.gy) YBR256c orf6 7437 3370 2 IPF3370 Conttg6 2493 62172 62762 similar Saccharomyces cerevisiae Prelp 205 proteasome subunit Cl l (beta4) (by homology)

   YER012w orf6 7438 3372 2 CaHISI Against 2493 63711 62815 ATP phosphoribasyltransferase YER055c orf6 7439 3375 tPF3375 Contlg6.2493 64929 63943 slmllar ta Saccharomyces cerevisiae Rer2p cIs.prenylchansb1rb2hcbpr106 65372 66619 suPPresses dpmmant-negatrve mutants of the nbosomal protem QSRI (by homology) YR012w orf6 7442 3378 IPF3378 Cont) g6 2493 66816 68090 Slmltar ta Saccharomyces cerevisiae Pnlp DNA of DNA DNA polymerase alpha 48kDmosyununo) DNA ort6 7443 33802 IPF3380 C..tig6 2493 70814 68121 unknowntunchon YIR007.

   orf67444 87981 CaRPN5 3t Conhg62493 73953 74792 subunit of the regulatory particle of tne pmteasome, 3 prime end (by homology) YDLl47w or16 7445 8801 CaPRP22 Against 2493 73984 70994 RNA depend ATPase (by hmlgy) YER013w orR6 74 74 75519 subunit of the regulatory partncle of tne proteasome, 5 prime end (by homology) YDL147w ort6 7447 8796 IPFS796 Cont.g6 2493 76893 75538 putative GPI anchhored protein related ta Phrl, Phr2 and Phr3 (by homology) YOL030w orf6 7448 8795 CaAPMl Contng6- 2493 77731 79047 AP-1 complex subumt, mul subumt (by homology) YPL259c orf6 7449 8790 CaILV3 Contng6 2493 80864 79095 dnhydooxyaad dehydratase (by homotogy) YJR016C ort6 7453 7214 1 CaPEX4 Contlgiqu 24in 81723 827 82323

   YGR133w orf6 7454 11472 CaAR08 Contlg6. 2494 1981 506 aromatlc ammo acici ammotransferase 1 (by homology) YGL202w or16 7457 1153 CaRAD5 Cotg6 2494 2683 5937 DNA helicase (by homology) YLR032w. homology) YLL029w orf6 7460 11582 CAPDR6 Conttg6.2494 8657 11671 Pleiotropic drug reslstance regulatory protem (by homology) YGL016w orf6 7461 11601 CaRFAl Cont) g6 2494 13632 11758 DNA replncaUOn factor A, 69 KD subumt (by homc616 YAR62 2494 15105 13891 Cystathionine bay lyase (by homology) YGLIH4c orf6 7463 1164 IPF1164 Conhg6 2494 16205 15474 Subumt NUHM of NADH.Ubiquinone oxidareductase (by homology) no sngmticant match orf6 7464 1169 CaECM16 2133

   YMR128w orf6 7465 1171 1 IPF1171 Cont! G6 2494 21754 22572 Putative synaptobrevin (by homology) YLRO93., F6 7466 1174 1 CaDP64 Conhg6-2494 23389 22604 DNA of rected DNA p.1y.,. E pJ., .Bnt D ( by h ... I.gy) YDR121w orf6 7467 11761 CaSAS2 Cont! g6 2494 23629 24687 21nc finger protein inmlved m snlennng (Dy homology) YMR127c orf6 7468 20022 1 CaCDHl ConRg6-2494 26532 24739 Substmte specific activator of APC depend proteo! ) S (by homology) YGL003c off6 7471 1183 IPF1183 Conhg6-2494 27500 28807 putative aspartyl protease (by homology) YIR039c off6 7473 1191 CaPOM152 Cont'g6 2494 29067 32852 Nuclear pore membrane glycoprotem (by homology)

   YMR129w orf6 7474 1193 1 IPF1193 Conbgfi-2494 33317 32973 unknownfunchon YHL018w orf6 7476 1194 IPF1194 Contig6 2494 33993 36002 Similar ta clathrin coat proteins YHL019c orf6 7477 11962 IPF1196 Conhg6-249ct 365non 6 (by homology) YML099c orf6 7478 1197 1 IPF1197 Conhg6 2494 39345 40349 unknown functnon YMR130w orf6 7479 1199 CaDFG5 Contng62494 41232 42587 Requued for (nlamentous growth (by homotogy) YMR238w orf6 7480 1203 CaERC94 by homology) YDR338c or (6 7482 1204 CaHNM2 C.ntg6 2494 46328 48037 Choline permease (by homology)

   YGL077c orf6 7483 1205 IPF1205 Contig6> 2494 48261 48737 unknown function no signihcant match orf6 7484 12062 IPF1206 Contig6 2494 49264 50826 unknownfunctlon YLR033w ort67485 1207 1 CaSMF2 Conttg6-2494 52498 50951 manganese 120f6 Mangan <g6 2494 53522 55102 unhnown funct! 0n YJLOlOc orf6 7487 1210 IPF1210 Contng62494 55923 55210 Slmllar to Saccharomyces cerevislae Nfulp involved in homeostasis (by homology) YKLO40c or (6 7488 1211 1 CaATP8exon8 56/56, ConUg6 (by hamology) YMLO81ca not found 12121 IPF1212 Cot,

  g6.2494 57984 57013 unknown function YJR129c off6 7489 1213 1 CaDAL2 Contig6 2494 59117 58089 Allantainase YiRo29w orf6 7490 1216 IPF1216 Co.t.g6 2494 59798 63121 unknownfuncàan YKL165c orf6 7491 12177 IPF1217 Conkn6f1217 Convenience t, gG 2494 67771 67073 Similar ta supemxide dismutase (by homology) YJR104c orf6 7493 1222 IPF1222 Contig6.2494 70407 69721 Slmllar to superoxide dnsmutase (by Domology) '(JRI04c 0rut67495 1228 IPF1228 Cotig45 2496 760 no. CaYTA12 Cont.g6 2494 75443 77983 Protease of the SEC18 / CDC48 / PAS1 family of ATPases (AAA) (by homology) YMR089c ort6 7498 1234 CaNPL6 Contlg6'2494 78220 79569 Nuclear protein locahzalipn factor (by homology) YMR091c orF6 7500. 2494 81245 79689 unknown iunction YDL020c orf6 7501 10355 IPF10355 Cont)

  g6 2495 3104 888 unknown funcion YKR099w orf6 7504 6938 CaMTD1 Cqnhg6.2495 4442 3471 methylenetetrahydrotolate dehydrogenase YKR080w orf6 7505 6940 CAGYPI Conhg6-2495 6564 4900 GTPase actwatmg protein (by hom0g6366nr06706) 6945 IPF6945 5f Cont <g6'2495 9580 10491 unknown function, 5 prime end no match off6 7508 6946 IPF6945 3f Contig6 2495 10385 11083 unknown function, 3-prime end no significant match od6 7509 6951 2 IPF6951 Contfg62495 11948 14797 slmilar to Saccharomyces cerevisiae Ubpl lp ublquitm hydrolase (by homology) YKR098c od6 7sio 6953 1 CaRTS2 Conbg6.2495 15618 14899 Unknown funchon YOR077w orf6 7512 69541 IPF6954 Conig62495 16128 16964 unknown function no, gn, f,

  ..t match orf6 7513 3257 CaCnrt2 Contig6-2495 18511 20061 Transposase YJR134c orf6 7515 58181 IPF5818 Conhg6-2495 25718 26905 unknown function o significant match., f6 7516 5819 1 CaSCS7 ConUg6 2495 28357 27221 Requimd for hydroxylation27 orf6 7517 5823 IPF5823 C..t, g6.2495 33923 28986 Slrnllar to Saccharomyces cerevislae Zdslp Involved in negative regulatlon of cell polanty (by homology) YMR273c orf6 7518 5825 1 CaRCEI Conhg6-2495 36827 35982 CAAX PRENY (PRAC) .,

  f6 7520 58302 39625 IPF5830 Contig6-249538777 unknownfunchon YKR100c orf6 7521 15950 2495 40647 41657 IPF15950 Contig6 unknown function YKR087c OD6 7522 15932 43965 45611 CaPHRl Conhg62495 GPI anchored pH responsive glycosyl transferase YMR307w orf6 1 7524 15929 46625 45795 IPF15927 3f Conhg62495 slmllar to Saccharomyces ceremsnae Tfc3p transcript initiation factor TFIIIC, 3 prime end (by homology) yGR280c or (6 7526 15927 IPF15927 5f Contng62495 48877 46823 simllar to Saccharomyces cerevisrae Tfc3p transcription initiation factor Tffiic, 5.prme end (by homology) YALOOlc orf6 7528 198010Akn194fb194 orf6 7530 40941 IPF4094 Conttg6 2495 51305 52057 unknownfunction YGRO01c orf6 7531 4091 1 CAEFSI Ct, ZG 2495 52772 53464 tfanstatton elongatnon tactor eEFlbeta YAL003w off6 7533 40891 IPF4089 Cont)

  g6 2495 55213 53852 secretory aspartyl proteinase YDR144c off67534

  <Desc / Clms Page number 79>

 
 EMI79.1
 D12001-41 (linked to D12000-68) Table 1
 EMI79.2
 4087 IPF4087 Contig6.2495 57213 61439 simllar to Saccharomyces cerevisiae Paklp protein kinase suppressing mutations in DNA polymerase alpha (by homology) YER129w ort6 7535 4085 IPF4085 Contig6 2495 62356 64860 slmilar saccharomYcescerewsiaeYiagiPiagiPiagiPiagietagiPiagietagiagi 2495 65807 65001 slmllar to Saccharomyces cerevlslae Sec66p ER protein translocation complex subunJt (by homology) YBR171w orf6 7538 40801 IPF4080 Contts6 2495 66688 66110 similar to Saccharomyces cerevisiae Mrp8p nbosomal protein, mitochondrial (by homology)

   YKL142w or (6 7539 40781 IPF4078 Contlg6-2495 68533 67010 Unknown Functlon no sngmticant match orf6 7540 4077 CaLYS4 Contrg6.2495 69968 72022 homoaconrtate hydratase YDR234w o, f6 7541 19568 1 IPF19568 Cont) g6 2496 596 function 646 no. IPF1680 Contrg6-2496 11286 9547 probable amldase YDR242w, t6 7545 1677 CaSEC231 Contng6-2496 11820 14267 Component of COPII coat (by homology) YPR181c orf6 7546 16751 IPF1674.3 Conbg62496 14854 14303 putative transcription initiation factor, prime) slgnlllcant match not found 1674 IPF1674 Contig6 2496 15900 14980 putative transcription initiation factor (by homology) YNL108c orf6 7547 1673 1 CaLATI Conhg6-2496 17764 16331 Dnhydrolrpoamide 5.acetyitransterase (by homology) YNL071w orf6 75496694964949669496949 by homology)

   YNLo72w ort6 7550 1667 IPF1667 Contrg6-2496 20650 22629 unknown function YJR054w ort6 7551 1663 CaOXAl Cont (g6 2496 24648 23524 Cytochrome oxidase bt0gene5) s protein (by homology) YER154w orf6 7553 16601 IPF1660 Contfg6.26496ff6. Contlg6.2496 29852 26466 Recombination repalr protem (by homology) YLR383w orf6 7556 1652 IPF1652 Ct, g6 2496 30559 31695 putative purine nucleoside permease (by homology) no s, gn, ficant match prf6 7557 1651 1 IPF1651 Conhg6 pur96 2496 (by homology) no sngndicant match orf6 7558 1649 IPF1649 C.nt.g6 2496 40727 33969 slmllar to Saccharomyces cerevisiae Bem2p GTPase acttvating protein (by homology) YER155c orl6 7561 16401 CaALK6 Cqnà06.2496 45ane236uc 43749 homology)

   YDR402c orf6 7562 1636 IPF1636 Contig6 2496 49887 48055 simnlar to Saccharomyces cerevisiae Tpolp multidrug resistance protern YLL028w orf6 7565 1634.1 IPF1634 Contig6-2496 53358 51715 unknown functron YML123 orf6 7566 1632 IPF696nt. IPF1631 Cont) g6 2496 57872 57180 unknown functron no significani match ort6 7568 16291 IPF1629 C.nt.g6 2496 59997 58657 unknown function YOL003c orf6 7569 16281 CaPREIO Contig6.2496 60494 61213 20S proteasome subunit Cl (by homology) YOR362c6 -2496 61594 64614 unknown function YDLo58w ofl6 7571 1623 C.PRT1 Contig6 2496 65072 67291 Translation rnrtratron lactar eIF3 (by homalogy) YOR361c o,

  f6 7572 1621 1 IPF1621 Contlg6.2496 67767 67399 unknown function YAL046c orf6 7573 1617 2 PF1617 CoMrg6-2496 73669 74610 unknown function no slgnlhcant match ort6 7574 18161 IPF18161 ConUg62496 78190 77411 unknown function YDR15160 orf161fn160 7576 1463 1 CaTUB23 Contig6.2497 2409 3710 Beta-tubuhn, 3 prime end YFL037w orf6 7578 1461 1 IPF1461 Contlg6.2497 4512 4147 putative NADH dehydrogenase (ubiquinone) (by homology) no s, gnificant match orf6 7579 1460t7024 -w YLRO39, or (6 7580 14591 CalFP2 Contig6.2497 10259 8136 unknown function no slgnlflcant match orf6 7581 1457 IPF1457 Contig6 2497 11700 13451 putative transcription actlvator (by homology) YDL170 ad6 7582 1455 CaSED5 Against 2497 13on7 byology

   YLR026c orl6 7583 14541 CaSNF7 Conhg6 2497 15327 16007 Class E Vps protein (by homology) YLR025w ort6 7584 1453 CaRP041 Contre 2497 16551 20453 Mltochondnat DNA dlfected RNA patymerase (by oomology) YFL036w orf97 75 (by homology) YDL174c orf6 7587 1449 CaMOB2 Ct, g6 2497 23710 22769 Requved for maintenance in plordy YFL034cb orf6 7588 1448 CaPSDl Contigë 2497 25827 24055 Phosphaticlylserine decarboxylase 1 (by homology) YNL1692 g156156 or614 Saccharomyces cerevrsiae Apclp subunit of anaphase promottng comptex YNa72w ort6 7590 1439 CaTUFl Cont'g62497 32364 31084 Translation elongatlon factor TU (by homelogy)

   YOR187w or (6 7591 1437 1 IPF1437 Contlg6.2497 33608 32679 unknown function YOR321w ort6 7592 1435 IPF1435 ContJg6.2497 33884 36268 unknown function YBR156c ort6 7593 1432 1 CaCNSl Contig6.2497 37479 36307 Cyclophilin31 1 Suppor CaCIS2 Contlg6-2497 39678 37768 Gamma glutamyltranstese (by homology) YLR299w orf6 7597 1428 IPF1428 Contig6 2497 40330 42498 Similar to ubiquitination proton Bullp (by homology) YMH 1 Iw orf6 7598 1427 IPF1427 Connron 247 IPF1427 Conninin 247 orf67599 14251 IPF1425 Contre 2497 46345 45677 Hypothettcal phosphoglycerate mutase (by homology) YOR283w off6 7600 1424 CaECM31 Contiguë 2497 47454 46525 Involved in ceil wall biogenesis and architecture (by homology) YBR176w orf6 7601 1422 CaG49196996 homology)

   YML004c ort6 7602 1421 CaTTRl Contrg62497 49211 49570 Glutarodoxin (by homology) YDR513w ort6 7603 1420 1 CaGCN20 Ctiz6-2497 49750 52005 positive eflector of Gcn2p (by homology) YFR009w. ort6 7604 14161 IPF1416 Contig6 2497 52197 53522 unknown tunction YPL103c orf6 7605 14151 IPF1415 Contig6-2497 53998 53678 unknown function YPL098c orf6 7606 14131 IPF1413 3 Contig6'2497 54487 54837 unknown functron, 3 pr427 54.17 prcb6 12.34ctb6 12.34count126, ppr6, 12, prt6, 12, 12, 12 -specific protease, 3 prime end (by homology) YFR010w ori6 7607 1408.1 IPF1408 Contig6 2497 58352 56676 unknown tunction YFR021w orf6 7608 1404 IPF1404 Contrg6.2497 59735 58764 unknown function YLR071c orf6 7609 1401 IPF9740 ) YMRI 10 or) 6 7610 13992 IPF1399 C.nt,

  g6.2497 64376 63228 unknown function YDR346c orf6 7612 1398 CaENA22 C.tig6 2497 68229 65026 P-type ATPase involved in Na + efflux (by homology) YDR038c orf6 7614 8381 IPF8381 Contig6.2497 70504 72741 slmilar me Sochomynachu mnmnmntnnnn organization ot the actin cytoskeleton (by homology) YOL076w orf6 7615 83782 IPF8378 Contig6.2497 74479 73136 unknown function no significant match orf6 7616 8374 1 IPF8374 Cont.g6.2497 75897 76772 unknown lunction YLR205c orf6 7617 8372 IPF8377 776 YDL166c orf6 7618 8371 1 CaCDC36 C..t.g6 2497 77735 78283 transcription factor (by homology) YDL165w orf6 7619 83701 CaVPS29 Contig6 2497 79065 78280 vacuofar protetn sorttng prote <n (by homotOEy)

   YHR012w orf6 7620 83692 IPF8369 Cont'gë 2497 80775 79219 unknown functlon YOR161c art67621 51672 CaTFP3 Contlg62498 639 148 H + ATPase by homology YPL234c ort6 7622 51661 IPF5166 Contlg6-2498 1131 182 761 act 23323 protest by homology YPL242c orf6 7624

  <Desc / Clms Page number 80>

 
 EMI80.1
 D12001 41 (linked to o12000.66) Table 1
 EMI80.2
 5163 CaCRNI 3f C'nt:

  g6 2498 8528 7815 actin binding protem, 3 pnme end (by homology) no stgmheant match orf6 7625 5160 CaCRNI 53f Against 2498 9282 8563 acti.-bind..g protem, 5 prime end (by h..l.gy) YLR429w orf6 1640 51581 IPF5158 Contng62498 9679 10149 unknown tunctnon no match orl67626 51591 CaCRN15f 5t CqnUg6-2498 9702 9304 act) n bmdfng protein, 3 prime end (by homology) YLR429w orf6 8241 5156 CaWKylyhy274n49619MS19 Conid 5154 CaFLX1 Contig6.2498 13252 12302 MITOCHONDRIAL FAD CARRIER by homology YIL134w orf6 7628 5151 1 CaTOM71 Contlg6.2498 13968 13771 Translocase of the outer mltochondnal membrane (by homology) YNL070w not lound 515031 USID26NNU26 (by hom.l.gy)

   no match otf6 7629 51491 IPF5149 canb 6.2498 17378 16515 unknown tunctton YOR254c orf6 7630 5145 CaCDC34 Contig6-2498 19182 19916 Ub'qu <t! n conjugatmg enzyme (by h..l.gy) YDR054c orf6 7631 5143.1 IPF5143 Contre 2498 21051 20440 Unknown function no slgnlfleant match orf6 7632 13607 IPF13607 Contig6 2498 24739 21422 unknown functlon YJll08c or * 7633 136092 IPF24266cig6606cigcpl6606cig or16 7634 4567 2 IPF4567 3 Conbg6-2498 27909 30113 unknown tuncbon, 3-prime end no signihcant match orf6 7635 45681 CaTOM40 Contre 2498 31532 30360 mntochondnal nmport receptor chain TOM40 (by homology) YMR203w off6 7636 45802 PF4580 C

  g6 2498 39696 38074 putative allantoate permease (by homology) YIL166 orf6 7638 45832 IPF4583 Conh 6.2498 42020 40344 putative allantoate permease (by homology) YIL166 orf6 7640 4588 IPF4588 Conttg6-2498 45415 43430 putative aldehyde 451 homogeny CaRADI4 Contfg6 2498 46165 47355 nuaeabde excision repair protein (by homology) YMR201c orffi 7643 45962 CaHSP90 Cont! G6 2498 47658 49781 heat shock protein YMR186w sort6 7645 39121 IPF3912 Contig6.2498 59037 5800316 orf6 Y64647616716616716639716616717946616717946616717916616716916616916616747916616916616747916616716916616916479166167169476167169479166f166169479166167169164791661671694791616; cerevisiae Exo70p 70 kDa exocyst component prote ,.

   (by homoJogy) YJL085w orf6 7648 3918 CaTRLl Conbg6-2498 66353 68851 tRNA ligase YJL087c orf6 7649 39192 IPF3919 Contig6 2498 69127 69498 unknown functlon YCL035c orf6 7650 39201 IPF3920 C.tig6.249 249g 71174 70374 unknown tunction YGR057c orf6 7652 39F31 IPF3923 Contng6-2498 71920 72909 unknown function YBL091c orf6 7653 39272 IPF3927 Contig6 2498 73197 75263 unknown funcion YMR075w orf6 7654 39281 IPF3928 Conhg6 unknown function YDL114w od6 7658 46962 IPF4696 Cantig62499 3117 4559 unknown Function YNL144c ort6 7660 4697 IPF4697 Contlg6-2499 5151 8813 simllar to Saccharomyces cerevisiae Scpl60p reouired for maintenance of exact ploidy (by homology)

   YJL080 orf6 7661 4701 2 CaMUPI Against 2499 10045 11706 Hogh affinity methiomne permease (by homology) YGR055w orf6 7662 47032 IPF4703 Contng6249912049 12471 unknown Function YPR100w orf67663 4704 IPF4704 Contlg6.2499 12970 ort6 7665 4708 kPF4708 ConUgfi2499 15651 16898 unknown Funct10n YOL072w orf6 7666 47101 IPF4710 Conhg6.249917226 18449 unknmn Function YLR181c orf67667 2065 IPF2065 Contig6 2499 20628 23672 unknown functnon <g62499 26846 27868 unttnownfunctton YJR111c ort6 7672 2057 1 IPF2057 Cont! g6-2499 30338 28947 unknown lunction no significant match orf6 7673 2054 CaNUT2 Conbg6 2499 30786 31298 Negative transcription regutator Irom artificial reporters (by homology)

   YPR168w orf6 7674 2053 IPF2053 Contng6-2499 33846 34331 unknown function no sngndncant match ort6 7675 2052 1 IPF2052 C..t, g6 2499 35956 34577 unknown tunction no sigmficant match orf6 7676 2050 IPF2050 ConLg6-2499 39153 364omin simnlar protein (by hamology) YBL063w or (6 7677 2046 CaSER33 Contig6 2499 42791 44182 Phosphoglycerate dehydrogenase (by homology) YIL074c ort6 7679 2045 IPF2045 C..t.g6 2499 44362 44793 unknawntunaàon no sngnnicant match ort6 7680 2043 CaRP2 subunit (by homology) Y! L075c ort6 7682 2041 IPF2041 conà 6.2499 48914 48195 unknown funct.on no sngmticant match org6 7683 2039 iPF2039 Contng6-2499 50946 49066 unknown function o sigmfncant match ort6 7684 2037 CaLCB4 Contig6 2499 517ip kin (by homology)

   YOR171 ort6 7685 20361 IPF2036 Co.t, g6.2499 54817 53462 unknownfuncàon YIL149 orf6 7686 20342 CaPXA2 Conhg62499 57249 55246 ABC transporter, peroxnsomal (by homology) YKL188c., F6 7687 2033.1 [PF2033 orf66 76 ntf66 2032 CaYAKI Contng62499 58472 60670 Ser / thr protem kinase (by homology) YJL141c orf6 7689 20291 PF2029 Conhg6-2499 63151 60752 unknown function YBLO05w orf6 7691 '2027 1 IPF2027 Clnt g6.2499 63483 63971 unknown functlon no 76 926 266 2499 64535 64050 unknown function no gn, c.

   match orf6 7693 2024 1 IPF2024 Conhg6 2499 65395 65904 unknown function YNR049c orf6 7694 2023 2 IPF2023 Conhg6-2499 67258 65978 unknown function YCR095c ort6 7695 2022 1 IPF2022 Cong62499 68688 67522 unknown funcion no signiflcant2112621 21621 yML111w orf6 7697 20192 CaMCD4 Contlg62499 71597 74512 Sporulation protein (by homology) yKL165c orf6 7698 2018 CaTRP3 Against 2499 74738 76300 Anthramlate synthase 1 mdole glycerol phosphate synthase (by homology) YKL211 c orf6 7699 1891 Cont. by homology) no slgnlllcant match ort6 769 12584 IPF12584 ConUg6-2499 79445 82450 unknown functfon YCR033w orf6 7701 12579 IPF12579 C.ntig6 2499 84064 82649 putative phospholipase A2 (by homology)

   YNL040w orf6 7703 12577 IPF12577 ConUg6-2499 86156 84339 unknown function no significant match orf6 7704 13946 CaVPH2 Cont, a6.2499 87354 87995 H + .ATPase assembly protein (by homology) YKLl 19c orl6 7705 139452 IPF13950cn161 139442 IPF13944 Contig6249988584 89159 unknownfuncbon YMR101 or6 706 13943.2 IPF13943 Ct, g6 2499 90010 89312 Unnown function No. signittcant match orf6 7707 139412 1PF13941 Conhg62499 92416 90407 Unknown function YIL013c orf6 7708 111201 IPF11120 Ct g6 2500 3243 1375 sfmdarto Saccharomyces cerewsiaeck1Pchohne kinase (by homology) YLR133w orf6 7712 111181 IPF11118 ConUg6-2500 4397 7789 unknown functlon YDL058w arf6 7713

  <Desc / Clms Page number 81>

 
 EMI81.1
 D] 2001.41 (linked to D12000-68) Table 1
 EMI81.2
 7561 IPF7561 Contrg6-2500 11312 14773 unknown function no5) itn '' 'c.antmatch ort67714 75592)

  PF7559 Contrg6250015917 14946 unknownfunctron YLR404w orf67716 75581 IPF7558 Contrg6-2500 16313 17575 unknown functron YGR227w orf6 7717 7557 1 IPF7557 Contig6.2500 19331 17679 simllar saccharomyces cerewsiae smflPinvoy6 75 Y22. 23712 19936 simllar to Saccharomyces cerevisiae Ptm1p mltochondnal ATP dependent protease (by homology) YSL022c or) 6 7719 75491 CaYSTl exon2 Contlg6-2500 26796 26101 Ribosamai protelrl, exon 2 YGR214w orf6 7721 751 ex0277271 271 271 271 277277161st 277277161st 271st 277277161 271st 277276271 271st 271st 277276271 271 277 276 271 277 277 276 277 271 277, 276, 276, 277, 277, ex. notfound 75472 IPF7547 Cont6 2500 28410 30251 unknown functlon YJL163c orf67722 3009 IPF3009 Contlg62500 32270 30324 slmllar ta Saccharomyces cerevislae Gpllp reqUired tor N acetylglucosaminyl phosphatldyhnosltol synthesis (by homology)

   YGR216c orf67723 3003 CaAMI3 Contlg6.2500 34817 37159 proteln requlred for normal mltochondnal structure (by homology) YOL060c or167725 3001 1 IPF3001 Contrg6 2500 38775 40532 senne / threonme protein kinase (by homology) YDL0997 or26 776-26 ort6 7727 2998 44069 42780 IPF2998 Contlg6-2500 unknown functlon YJa3ic ort6 7728 2997 50326 49154 IPF2997 Contrg6-2500 unknownfunctton wRo28c gold) 67729 2988 2500 59734 62022 IPF2988 Contfg6 unknownfunctipn YNLiotw orf67730 tPF20023 Contlg6-2500 200231 62418 65120 slmllar to Saccharomyces cerevisiae Tea1p achvator of Ty1 enhance (by homology) YOR337w ort67731 2982 IPF2982 Contrg6-2500 66991 69198 unknowntunction YNL293w orf6 7732 29801 CaDNMl Cont) g6250071985 69385 Dynannnre! atedprote) n (byhomo) ogy)

   YLLOOlw orf6 7733 4532 73115 74527 CaOSTl Conhg62500 ohgosaccharyltransferase YJL002c or167734 IPF4531 cqntig6 4531 2500 74843 74520 7735 4530 unknowntuncàon YPRi12c orf6 CaCYP52 Cantig6.2500 75760 74969 Peptjdy) profyf cis trans fsomefase D (by homology) YDR304c orf6 7736 4529 2500 76180 76824 Against CaPRE3 20S proteasome subumt (beta1Xby homology) YJL001w ort6 7737 45261 CaQDR2 Contlg6.2500 78099 79613 putative antlblotlc resistance proteins (by hom% gy) YILl20w ort67738 4523 CaGAP2 Contlg6.2500 81620 79854 general amlno aCid permease (by Hom17A2.2746Ab7; 83653 branched chain an'llno acid aminotransterase (by homology)

   YJR148w orf6 7740 4516 CaFRP7 Conh06.2500 86071 86916 member of the FRP famrly of protons related to Yarrowia IrpolYtrca glyoxylate pathway regulator Gprlp and Saccharomyces cerevisiae Fun34pmember of the FRP familY of protons related to Yarr YCROlOc146676761461461467614614614667614614614614614614614614614614614614614614614614614614646621_6146146146146; -1.3 mannosyltransferase (by homology) YGL257c:

   orf6 7742 4513 90382 91224 1 CaFRP4 Contrg6-2500 member of the FRP Famlly protons related to YarrowialiPoiyhca glyoxylate Pathway regulator Gprlp and Saccharomyces cetewsiae Fun34p YCR010c orf6 7743 4511 CaGTT2 Cont) g6250092021 92,824 01utathione% transfemse YIR038c orf67744 4510 IPF4510 Contfg6250093295 94572 unknown funchon YLL057c orf6 7745 4506 CaYCK2 Contig6.2500 96794 98281 casem kinase 1 (by homology) YNa54c orf67747 4504 IPF4504 Conàg6 2500 ioo312 99125 unknown funchon nDS! Gntfcantmatch orf67748 20024 IPF20024 Contfg625014548 67414/487/546/376/376/546/376; (bY hamoiaoY) YHR107c orf67750 37122 CaBMH2 Conhg62501 8458 7664 slmllar to Saccharomyces cerevisae Bmh2p suppressor of clathnn deflcency (by hOffiO! Ogy)

   YDR099w orf67751 37091 IPF3709 Contrg6-2501 11680 9986 unknownfunctron YDR10lc orl67752 3708 IPF3708 Contlg6-2501 12375 12800 unknownfunct-on no signrhcant match orf6 7753 37072 IPF3707 Contng6-2501 14052 12832 unknown434cfc 3701 1 IPF3701 Contlg6-2501 16718 17695 unknown functlon YMR114c ort67758 3698 IPF3698 Contlg6.2501 18002 18934 slmllar to Saccharomyces cerewsiae Rsm24p mitochondnal nbosomal pratem (S24) (by hot11ology) YDR175c196f1019cgf6196c106cf6196cf106196cf6196cf106cf6196cf6f9fc9fc19fc19fc19fc19fc19fc19fc19fc19fc19fc19fc19fc19fc19fc196fcfcfcfcf6f9fcfcffcfcfcf2fcf6fcfffcfcffc-fcffc-fc-fc-fcffcffcffcff] adapter or co actl \ lator (by homology) YDR176w ort67760 3692 CaMASl Contlg6.2501 22610 21207 MitochondfiaiP <acessin0P <Otease (bYhamolooY)

   YLR163c orf6 7763 3691 2 IPF3691 Contrg6-2501 23070 24206 unknown functlon YPR034w orf6 7764 3690 IPF3690 Contlg6-2501 25919 24411 unknowntuncàon YDR036c orf6 7766 84952 IPF8495 Contlg6-2501 28321 26767 unknown 84767 844nn (by homology) YPLo94c orf6 7768 8493 IPF8493 Contlg6.2501 31987 30119 putatIve member 01 nontransporter group of ATP.blndlng cassette (ABC) superfamlly (by hot11ology) YDR09lc orf6 7771 84892 CaCHDl Contlg62501 341655374357 Conbg6-2501 39078 40967 slmllar to Saccharomyces cereVlsÎae Pablp mRNA pOlyadenylate.blOdlng protem (by homology) YER165w ori67774 35882 CaTPS2 Contlg62501 42051 44717 Threalose.6-phosphate phosphatase (by homology)

   YDR074w orl67775 3589 IPF3589 Conttg6250145557 46834 putative alcohol açyl transferase (by homology) Y8R177c orf6 7777 3592 IPF3592 Contrg6 2501 48131 50080 unknown tunchon YGR068c or / 6 7778 3593 IPF3593 Contig6-2501fct 565nffc5f5fc5fc5f5cfcf5fcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfc] 2501 52205 53260 tnglycende lipase (by homology) YDR058c ort6 77B0 35972 IPF3597 Contlg6-2501 55143 53707 simllar to Saccharomyces cerevisiae Ald4p mÎtochondrial aldehyde dehydrogenase (by homology) YOR374w or (5701609dc 595236986352 35986358 interacts wi (h Snfl protern kinase (by homology)

   YNL257c or (6 7784 3603 2 IPF3603 Contig6-2501 62679 59707 unknown functlon no sngndicant match or / 6 7785 36072 IPF3607 Contlg6-2501 65031 63622 putative serine / threonlne proteln kinase YDR523c orf67786 36101fn. PF15301 Conhg6-2501 69383 70264 unknawnfunctian YJRi16w gold / 67788 15299 CaYPTl Contlg6-Z501 70821 71444 GTP.bindingProtemafthembfamiiy (bYhomoiogy) YFL038c orl6 7789 15297 72272 71727 IPF15297 Contlg6-2501 unhnownfunctton No. slgmhcant match orf6 7790 92652 73181 74626 CaRPN3 Conhg6.2501 26S proteasome regulatory subunlt (by homology) YER021w orf67791 9268 IPF9268.3 Contlg6.2501 74949 76577 slmrlar to Saccharomyces cereVISlae Srb4p DNA-dlrected RNA polymerase Il holoenzyme and Kornberg s mediator (sR8) subcamPlex subunlt, 3-pnme

   YER022w or (6 7792 9273 CaCOQ6 Conhg6 2501 78926 77484 monooxygenase (by homology) YGR255c orf6 7795 9274 CaSUA70 Contlg62501 80347 79313 TFIIB subunlt (transcription initiation EXby homology) YPR086w or / 67r1bfrcbpr008frbc006b6b6b6006cf6b7006b6b6r6b6pr006b6pr006b6r6bpr007bcf6b6pr00bcf6b6pr00bcf6] delta subunlt (by homology) YMR149w ort67797 9279 CalMPl cqntig6.2501 83677 83126 protease, mttochondria) (by homology) YMR150c orf6 7798 9280 CaRPS22 exan2 Conti0E.2501 84308 83982 nbosomal protein S15a14) 2on CaRPS22 exonl Contlg6.2501 84703 84527 Ribosomal protem 515a, exon (b,!, Homology) YJL190c ort66024 20025 1 IPF20025 Contig6-2501 85370 88909 unknown funetlon YKL033w orf6 7799 9758 1 IPF9758 Contlg6s61661501 polymerase ePsiion, subumt C (by homology)

   YBR278w orf6 7800 9757 1 CaMRPL27 Contrg6-2501 90390 89884 nbosomal protern (by homology) YBR282w orf6 7801 9755 caiFG4 Contlg6-2501 92233 91148 likely d amino amd oxidase (by homology) no signrfrcant match ort6 7501 975109 971 541 541 97140 1,3.beta.giucanase YNR067c orf6 7803

  <Desc / Clms Page number 82>

 
 EMI82.1
 D12001-41 (Linked to DI2000-68) Table 1
 EMI82.2
 1394.1 IPF1394 Contig6-2502 2492 1812 unknown functlon no slRnlllcant match ort67804 13902 IPF1390 Cent, 6 2502 5163 3304 unknown function no 1 lent match orf6 7805 13872 IPF1387 Conbg6-2502 7512 5359 unknown functlon no slgnlflcant match orf6 75221 766 762 766 762 766 762 766 bincling protein of the ARF lamily (by homalogy) YDL137w ad6 7807 1384 IPF1384 Contig6-2502 8521 9438 simnlar to Saccharomyces cerevisiae Ecil delta3 cis-delta2-trans-enoyl CoA Isomerase (by homology)

   YLR284c orf6 7809 13822 IPF1382 ConMg6-25029541 11688 unknown lunction YHL023c off67810 138D IPF1380 Contng6-2502 11828 12631 delta3-cls.delta2-trans.enoyl.CoA Isomerase (by homology) YLR284c orf6 788 1378 19892782 1378 pre-mRNA splncing factor (by homology) YHR165c orf6 7812 1372 2 IPF1372 Contng6 2502 20377 22521 unknown function YNL008c orf6 7814 13702 CaLCBl Contig6 2502 22942 24705 Serine C paimitayltransferase subunit (by homology) YMRC2366c

  g62502 26585 24837 Subunrt of anaphaso-promofng complex (by homology) YHR166c orf6 7817 1367 IPF1367 Cont! g6 2502 26722 27786 unknown function no sigmficanf match orf6 7818 1364 IPF1364 Cont! g6 2502 28260 27862 unknontunet6 0g Y19 2502 29068 30066 Requned for biogenesis ot peroxisomes (by homology) YDL065c., F6 7820 1361 CaAFG2 Contig6 2502 32455 30155 Member of the Secl8p, Paslp, Cdc48p, TBP1 lamlly of ATPases (by homology) YLR397c ort6 782 13515 331 1352 13515 1351 1352 Contre lunction no snqmhcant match orf6 7823 13541 CaSKl2 Conhg6 2502 37147 33410 Antwral protem and Dutatme helncase YLR398c ort6 7829 13481 CaUBC9 Cont! g6 2502 37217 37876 E2 ubnqurtin conlugatmg enzyme (by homology6 CaB0230BU2309BB09BU2309BB2309BB2309BB02309BB09B09B09F09B09B09B09FB2A9B09F09B09F02F02F02F2Q2F02F2QF02F06F2QF2F2QF07F2F2F09F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2F2]] 6 bisphosphatase (by homology)

   YJL155 orf6 7831 13451 CaSSYS Conbg6-2502 39528 42035 Involved in sulfonylurea herbicide sensltivlty (by homology) YJL156 orf6 7832 13411 IPF1341 Cont) g6-2502 45451 44081 Similanty to mucln protelns (by homology) no match 476263434 tunetmn YDL063c orf6 7836 1334 IPF1334 Conbg6-2502 51900 49372 Conserved hypothebcal proteln YDL060w orf6 7837 1331 1 IPF1331 Conbg6.2502 55610 54213 unknown function YNL080e or / 67838 1325 CaTPM2 Contng6 2502 562

   3-pnme end YIL138 or (6 5444 1323 2 JPF1323 Contig6 2502 58782 60704 unknawn tunchon no signrfn <ant match ori6 7 (340 1321.1 iPF1321 co.tig6 2502 62664 60811 unknown functnon no signihcant match orf6 7841 13201 IPF1320 C..t.g6 2502 65597 62925 unknownfunctton YLR386w ort6 7843 13172 CaYDJl Conhg6 2502 67619 protein Mr homology7 YNL064c orl6 7846 13102 IPF1310 Contng6-2502 69981 68629 unknown functnon YLR387c afl6 7847 1308 IPF1308 Contig6 2502 70230 70598 Snmnlanty to ribosomal protein 513 (by homology) YNLO81 orf6 7848 13017 1PF2 ntig6 2502 74011 72554 Glutathione synthetase (by homology)

   YOL049m orl6 7850 5111 2 CaRPP2 Conhg6-2502 75222 75548 acdic abosamai Protein bY homoio0Y YOL039w or! 69109 51132 CaSLSl C.tig6.2502 76989 75745 Endoplasmic translocation machmery by homology YOl251 51611231 homology YAL012w orf6 7852 5118 IPF5118 Contng6 2502 80202 79537 unknown function YOL032w ort6 7854 5119 CaATSl Conhg6-2502 81620 80610 similar to Saccharomyces cerewsnae Atslp suppressor of alpha-tubulm mutations (by hmlgy) 822112N2122 by homology)

   YLL057c orf6 7856 51241 83622 87782 IPF5124 ContJg6-2502 unknown funcbon YML059C orf6 7858 51282 89534 88284 CaGTSl Contng6-2502 Transcnptnon factor by homology YGL181w orf6 7861 51291 90705 89803 IPF5129 Contig6.2502 unknown tunctlon No. .arc 'orf6 7862 51311 2502 91925 91005 IPF5131 Contng6 unknown tunction 1'10 match 0d67863 5137 CaHSP104 Conbg62502 92622 95321 Heat shock protem (ty homology) YLL026w ort6 7865 51392 IPF5139 Conbg6-2502 97178 97492 unknown functlon no slgnlhcant match ort67869 10322 PF1032 c.nt:

  g6 2503 1349 3019 simijar to probable membrane protein [S cerevisiael YOR059c orf6 7873 1031 1 IPF1031 Contlg6-2503 3493 5238 SlmlJar ta ammoglycoSlde acetyltransferase regulator trom P stuartll YPL109 orf6 7874 1027 1PF1027 Contig6 2503 Conti631 CIG3 2506CN6133CIG6 2503 9683 9958 Subunrt ot the TIm22-complex (by homology) YHR004ca ort6 7919 10232 CaCYT2 Contng6-2503 10848 10093 holocytochrome <1 synthase (by homology) YKL087c ort6 7877 10221 IPF1022 Contng6 2503 12107 11181 simllar to Saccharomyces cerevistae Erv29p ER-Golgi transport vesicle protein (by homology) YGR284c orl67878 1020 IPF1020 Contlg6-2503 13686 13121 10191 (PF1019 Conhg62503 13979 15091 unknown tuncbon YJR013w orf6 7880 10181 CaSKl6 Contig6.2503 15282 16004 3.> 5 exoribonuclease (by homology)

   no signmoenf match not tound 10171 CaYMC2 Cont'g6 2503 17013 16084 Camnbne / acylcarnrtme translocase (by homology7 YBR104w orf6 7882 10161 CaPH012 C..t, 96 2503 18710 17340 Acid phosphatase, secreted (by homology) YAR071w orf6 g8350 1515 1515 19582 21408 RNA pol Il transcription initiation factor TFIIF (by homology) YGR186w orf6 7884 1013 CaHGHI Cot g6 2503 22611 21523 Similar to human HMG1 and HMG2 proteins (by homology) YGR187c od67886 1011 1 CaFMSl ConUg6 2503 24176 22743 Simllarem tooster (by homology) YMR020w ori6 7888 10091 IPF1009 Contng6 2503 28075 24740 Weak snmnlanty to S caravisnae RFX1 YLR176c art67889 10061 CaCAT2 Contlg6.2503 35017 33119 carnitma O-acetyltransferase (by homology) YML35066w636n600636n match .rt6,

  78 10001 CaRGA2 Conhg6 2503 41386 44916 rhoGTPase activatmg protein 2 (by homology) YOR127w orf6 7892 9951 IPF995 C..t, g6> 2503 45314 45078 unknown tunctlon YDR379 "not round 9941 CaCLCl Conhg6 2503 45763 46416 clathrin light arf6 7893 993 1 IPF993 Contng62503 47826 46513 unknown functlon no signrfmant match ori67894 9921 IPF992 Contig6-2503 48693 50021 unknown function no .1.1h ori6 7895 990 1 CaCAP2 Conhg6-2503 50948 50073 F-actin cappmg0 protein? orf6 7896 9881 CaPH089 Conbg6-2503 53448 51646 Na + -coupled phosphate transport (by homology)

   YBR296c ort6 7898 9831 PF983 ConUg6250357800 58507 unknownfunctnon YPLt07w orf67899 982 1 IPF982 C.nt.g6 2503 58902 58624 Weakly similar to human clolichol-phosphate-mannose synthase no !! Cn.fMant match not found 60222 CaTFCltigltigltigltigltigltigltigltigltigltigltitligtligtitligit61tubligtltfltvtltlftltltltltltltltltltltltltltltltltltltltltltltlftltlvtltlvtlqtlvtlvtvlvtvqqqqqqqqqqqqqqqqqqqqqqqq9? (by homology) YBR123c ort6 7900 60252 CaMDHl Cont'g62503 61717 62715 Mltochondnal malate dehydrogenase precursor (by homology) YKLO85 ort67901 60271 CaARLt Conhg6-2503 63229 63786 GTP binding protein of the ARF famnly (Dy1602B6606Y2Y6Y2Y6Y6) 63914 Prephenate dehydrogenase (NADP +) (by homology) YBR166 od6 7904 60302 CaERG8 ConUg6 2503 65454 66752 Phosphomevalonate kmase (by homology) YMR220w orf6 7905

  <Desc / Clms Page number 83>

 
 EMI83.1
 012001-41 (linked to D12000-68)

   Table 1
 EMI83.2
 ap 60321 IPF6032 conb 6.2503 67224 68528 unknownfuncban YMR119w orf6 7906 60341 CaPDC12 exonl Conbg6 2503 68841 69116 Pyruvate decarboxylase l, exon 1 YGR087c ort6 4386 60361 CaPOC12 exon2 Cqnb2167602606603606603603603603603603_6703 # 1 Against 2503 71253 71984 Slmnlar to Legnonella pneumophda sbpA YAL049c ort6 7908 6038 CaCPS2 5t Against 2503 72278 73396 Carboxypeptndase YSCS precursor, 5 punie end Y1L172w., É6 7909 181301 Caps2 3f ConUg6d50urs 736 YJL172w orf6 4796 60401 CaPRS4 Cont:

  g6 2503 74294 75268 Ribose phosphate pyrophosphokinase 3 (by homology) YER099c off6 7910 6041 IPF6041 Cont <g6 2503 76643 75918 Snmdar Le ianeiia po ... ph.l. sbpA YAL049c orf6 7911 6045 IPF6045 C..t.g6 2503 81053 77556 unknown function YPR049c orf6 7913 111012 IPF11101 Conbg6.2503 82182 83138 Weak snmdanty to C. careviswe hypothetlcal P <otem (by homology) YBR095c orf6 7914 200271 CaPOL30 Cont! g6 2503 84069 83290 ProliferaUng Cell Nuclear Antigen (by homology) Y6R088c orf6 7915 110981 CaMAK3 Conhg6-2503 85029 84493 N acetyltransferase (by homology2 or126 CIB12616012 YPR51 fructose bisphosphate aldolase (by homology) YKLO60 orf6 7917 110941 CaTIM12 Cont'g6 2503 87753 87424 subunit of the TIM22 complex (by homology) Y6R091C orf6 7919 110932 IPF11093 Colt:

  96.2503 88132 90249 weak similarity to png tubulm-tyrosme Ingase YBR094 orf6 7920 110901 IPFI1090 exon] Contfg6 2503 91102 92259 weak snmnlanty to glutemn, exon 1 YKL054c ort67921 110862 lPFiiD90 exon. C..t. 96 2503 92389 93318 weak 5nmnlanty to glutenin. exon 2 no signtlicant match not tound 101631 CaNHP6A Contng6-2503 95625 95903 nonhistone chromosomal protem related to HMG1 YBR089ca not t und 10162 CaHRT2 Contng6 2503 96828 98186 Similar to ScHRT2 (by homology) YMR027w orf6-22321 98360 972 10160 5 kb (by homology) YKLO58w orf6 7924 101592 CaTAP42 Ctg6 2503 99089 100270 Component of the Tor signaling pathway (by homology) YMR028w.,

  f6 7925 101582 IPF10158 Conhg6-2503 103667 100323 Weak snmnlanty to ScNUpl2p YXLo57c cris 7926 101552 IPF70155 Contig6.2503 104008 105504 unknown funchon YKl059c ort6 7927 195371 partFWNN31FN531 Contain6 2504 5859 5731 Contin6 2504 5859 7268 unknown function no significant match., F6 7930 117461 IPF14094 repea Conng6 2504 11498 13036 repeated protem (10 times)

   partnally snmnlar to AGA1 no significant match ort6 7931 11756 IPF11756 Contai 6.2504 17475 20615 unknown functlon no sivificant match ort6 7932 23362 CaGRPB Conhg6-250422365 21322 Simllanty to dlhydroflavonol.4.reduetases YDR541c 1 rt6 7935 2335 YIL001w ort6 7936 23421 IPF2342 Against 2504 25333 28986 unknown lunction YPL012w orf6 7937 2343 CaLPA4 Cn g625004 29145 29666 Similar to nbosomal protein S16, mitochondrial (by homology) YPL013c Off6 7938 23441 IPF2336 797 236 767 2504 32110 31172 Ribosomal proton L10, cytosolic (by homology) YLR340w Ofï6 7941 2349 IPF2349 Conti 6.2504 34777 32789 simnlar to human sphingomyelm YDR452w orf6 7942 2351 1 CaYOXl Contig6 2504 37871 38878 Similar to homoeodomain

   YML027w gold <6 7943 2353 1 CaRPSla cantigs2504 41236 40829 Ribosomal protein S18 (by homology) YML026c orf6 7944 2354 1 CaYML6 Conhg6 2504 43039 42203 Ribosomai protein, mitochandrai (by homology) YML025c orf6 7945 23561 CaKEXl Conhgidase34450 YGL203c orf6 7946 2357 1 CaGPHl Conhg6.2504 48832 46130 Glycogen phosphorylase (by homology) YPR160w orf6 7947 23591 IPF2359 C.tig6 2504 51430 52458 unknown function no signdicant match., F6 7948 2361 1 IPF2361 Cont !5w62356 2363 1 CaMCMl C.ntig6.2504 55100 55888 Transcnption factor of the MADS box (by homology)

   YMR043w orf6 7951 2373 IPF2373 Conhg6 2504 64593 66194 unknown function no slgnlfleant match orf6 7953 181251 IPF18125 Conhg6 2504 66459 67352 similar to glutenin and glutammench proteins no gnificant match orf6 7954 3050 IPF3050 Conbg6 675 794 2504 72194 71490 Secretory Stress Response protein 1 (by hamology) YLR390wa orf6 7956 19807 IPF19807 Cotig6.2504 78254 75243 unknown function YJR148w off6 7958 30631 CaPPSI Coltig6 2504 80649 83204 protein tyrosine phosphatase (by homology) 864109B6109B6109696 tunction no match orf6 7960 3070 CaRFC2 Cont) g6-2504 87764 86673 Replication factor (by homology) YiRO68w ort6 7961 3073 1 CaWHl2 C.ntig6 2504 89448 88168 Growth regulatnon factor (by homology)

   YOR043w ort6 7962 3074 CaYAEl Ticking 2504 90025 90567 Essential protein YJR067c ort6 7963 3075 1 CaMVPl exon2 Conbg6 2504 91708 90671 Required for vacuolar protein sorting, exon 2 (by homology) YMR004w orf6 7964 3076 1 CaMV25.18 vac. protein sorting, exon 1 (by homology) YMR004w orf6 7965 3079 IPF3079 Contlg6.2504 95723 93429 stmttar to Sacctaromyçes oefevisift Ptalp pre tRNA proeessmg protein (by homology) YAL043c orlb 7967 30802 2 IPF3080 97hy695 97hg6999 match orf6 7968 3081 1 iPF3081 Contig6-2504 99345 99854 unknown function YLR050c orf6 7969 3082 CaACBl exon2 Conhg6-2504 100235 100002 acyl coennme-A-binding protein, exon 2 (by homology) YGR037c not found 3086 Caris 15 Contig6-2504 1066 kmase involved in the RIM pathway (by homology)

   YFL033c orf6 7970 3087 iPF3087 Conhg6-2504 108404 107883 unknown function YIR017 orf6 7972 3088 CaRTFl 3eoc ConUg6-2504 110408 109641 Regulates DNA binding properties of TBP, 3-prime end (by homology) yGL244w ort6 7973 104251 YFF54159fn 10424.1 1PF10424 Con2ng6-2505 4218 2287 unknown functlon YBR216c orf6 7975 10422 IPF10422 Contng6-2505 4631 5125 simiiarto APGI2, camponent of the autophagic system YBR217w Off6 7976 10421 1 CaSUN42 ConLg6-250iv 67id 5614 56id putid

  * YIL123w orf6 7977 30122 CaSSKl Contig6.2505 13357 11333 Putatrve reponse regulator two-component phosphorelay gene YlR006e orf6 7978 3014 IPF3014 C.nt.g6 2505 14898 13819 weak simitarity 5.cerewsiae DOS2 mvolved m genome stability YDR068 <6 7979 3015 1 IPF3015 Against 2505 15386 17023 Simiiar to E coli modF and photorepair protein phrA YDR061w off6 7980 3017 1 CaLCB2 C.tg6 2505 17706 19415 Palmntoyl transferase (by homology) YDR062w Off6 7982 3021 1 CaZMSl Cont! G4 2505 236 Finger Pmtein C2H2 (by homology) YMLO81w orf6 7983 3022 CaMET3 C.nt, g6.25O5 29333 27750 ATP sulfurylase YJR010w orf6 7984 30282 CaGNDI C.ntg6 2505 33409 34962 6-phosphogluconate dehydrogenase YHR18332 orF30 by homology) YLR004c orf6 7986 30341 CaSMF3 Contig6 2505 39364 37409 Probable manganese transporter (by hamo [ory)

   YOL122 od6 7987 30381 C.PDX1 contig6.2505 40599 41852 Pyruvate dehydrogenase complex pmtein X (by homology) YGRI93c Off6 7988 3040 1 IPF3040 Cont R6 2505 42295 43317 unknown function no match o.f6 7989

  <Desc / Clms Page number 84>

 
 EMI84.1
 D12001-41 (linked to D12000 68) Table 1
 EMI84.2
 3043 IPF3043 Contig6.2505 45696 43612 unknown function no sigmmcant match orf6 7990 30482 CaDUR32 Conbg6-2505 47358 49373 Un .. transport protein (by hmlgy) YHL016c orf6 7992 19808 IPF19808 Contig6-2505 49551 4993 135 funflon , g6.2505 54817 50132 Myosm heavy chain (by homology) YOR326.

   ort6 7994 1828 IPF1828 Contig6-2505 57421 58128 unknown lunction YGLo85w or16 7995 1827 CaPCMl Contng6.2505 59886 58252 phosphoacetylglucosamme mutase (by homology) YEL058w oit6 7996 18262 IPF1826 Conttg6-241667878 60781 577ct187 unknown function YPL269w orf6 7998 1822 1 CaDIMl Cont <g6 2505 63874 64854 RRNA (ademneN6.N6 dimethyltnnsfense (by homology) YPL266w orf6 7999 1821 1 CaKEL3 Conbg6 2505 66872 64956 Kelch-repeat Pratem YPL263c orf6 8000 18201 IPF1820 C..t.g6 2505 671D 67431 unknown Contvg6 2505 6B787 67705 actin (by hmlgy) YFLo39c or (6 8002 1812 CaSNC2 exonl Contlg6-2505 70947 71048 Strong sim liant to synaptobrevin, exon 1 (by homology) no signihcant match not found 1811 1 CaSNC2 exon2 Contlg6.25 similarlty to synaptobrewn, exon 2 (by homology)

   YOR327c off6 7466 1809 CaGCV3 C.ntig6 2505 71933 72466 Glycine decarboxylase, subunit H (by homology) YAL044c Off6 8003 1808 CaOSM2 Contng6.2505 74484 72538 Osmotic growth protein (by homology) YJR051w orf6 8004 1801 CaR54 DNA dependent ATPase of the Snt2p family (by homology) YGL163c., F6 8005 18052 [PF1805 Contig62505 77865 79211 unknownfunction YG1164c orf68006 18041 IPF1804 Contig62505 81068 79293 putative transcnption factor (by homology) YGL1661 1806 807 dehydmgenase cytochrome b2 (by homology) YML054c orf6 8009 17982 IPF1798 Contig6.2505 86658 84568 unknownluncion YLR098c orf68011 17921 1PF1792 Conbg6250590925 93162 unknown lunctlon YER027c orf68012 1789 1 IPF1787 3fn Contng6 2505 95836 94604 unknown tunct) or),

   5-prime end no signdncant match or16 8014 1786 CaSEC1B 3f Contig6 2505 98226 96952 vesicular fusion protem, 3 prime end (by homology) VBRoaOe orf6 8015 1785 2 casEci6 53f Contlg6-2505 98377 98225 vesicular fusion protem by homology, mternal fragment Y22080 1784 ca5Eci65f Contlg6-2505 99326 98370 vesicular fusion pffltetn by homology, 5-pnme end YBRO80 orf6 8016 1777 1 IPF1777 Contlg6.2505 104603 101787 simllar to Saccharomyces cerevisiae Mpt5p multlcopy suppressor of Pop2f17 yug17 fn17 / w17 glucose? Contlg6-2505 110838 109321 unknown functton no match orf6 8021 1766 CaNUP49 Contng6.2505 111050 112399 nuclear pore ptotein (by homology) YGL172w orf68022 17642 IPF1764 Contig6.2505 114269 112515 similar to Saccharomyces cerevislae Gup1p homer

   YGL084c ort6 8024 17602 IPF1760 3f Contlg6-2505 116053 114878 unknown funCtlon, 3.prime end YDR371w orf6 8025 1759 IPF1759 53f Conbg6-2505 116431 116057 unknown funchon, slmllar to endochrtinases, internal fragment no match not foundon 1896 CaC29 67697 Protein with putative transcription activation domain, exon 1 no significant match or * 9028 18931 CaCTA29 exon2 Contig6.2506 7374 7562 Protein with putative transcription activation domam, exon 2 no signiticant match orf61631 1895 1 casysl Contng6-2506 8082 8588 Slmllar to ypt6 suppressor m S cerewsae (Dy homology) YJL004c orf6 8028 18992 IPF1899 Conhg6-25069278 10501 unknownfunctnon YHL021c ort68031 19101 CaSPT6 Cot, g6 2506 14703 10498 Transcription elongation protem (by homology) YGR116w orf19 60F 1911T 1F

  g6 2506 15121 14723 unknown functlon no slgntllcant match orf6 8039 19121 IPF1912 Contlg6-2506 15191 15937 putative catechol o.methyltransferase no match orf6 8040 1914 CaUFEl ConUg6 2506 15990 16910 Endoplasmic reticulum t SNARE (by homologyH6f6 YOR756 YOR756 YOR75 18785 16902 Translation elongation factor eEF-1 alpha cham homolog, 3 prime end (by homologv) YKR084c orf6 8044 19192 CaHBS15f 5f C..tg6.2506 19034 18789 Translation elongabon factor eEF-1 alpha cham homolog, 5 pnme end (by homology) VKR084c orf6 8045 19222 IPF1922 Contig6> 2506 20784 19093 simiiarto to multidrug resistance proteins YLL028w ort6 8048 1928 IPF1928 ConUg6.2506 23204 24952 unknown function YMR258c ort6 8049 19321 CaNRGl Cont) g62506 3011pcnrpcnrpcnrpNrpc09rpNrpc09c09cfcfcfcfcfcfcfcfcfcfcfcfffffcffffffcfffffffffffffffffffffffffffffffffffffffbffbffbffbff, plus, more Contig6 2506 40932 42029 simiiarto to Aspergillus (Emencella)

   mdulans cysteine synthase (by homology) YGR012w orf6 8052 1945 CaLOSl Contig6 2506 42305 45382 pm.tRNA sPhmn0 Protem (by homology) YKL205w orf6 8053 19481 IPF1948 Contlg6-2506 45561 47219 unknown function YJL919661666 ort 496196 tatty.amd..CoAligase (by ttmooD) YER015w., f6 8056 1952 1 IPF1952 Contlg6.2506 50285 49857 unknown functlon no sgnlflcant match., f6 8057 1954 IPF1954 Contig6.2506 52440 50779 putative transporter (by homology6 195) Y58 .250 655 615 52 712 unknown function YMR185w or * 8059 1957 CaYARl Cont, g6 2506 55765 56403 Ankyrm repeat-containing Drotein (by homology) YPL239w orf6 8060 19809 CaSUI3 Contng6.2506 56640 57485 Translation mitiation factor eIF2 beta subumt2 by1 61 or90 Y1 IPF2190 Conbg6.2506 59254 58160 putative serine / threonine protein kinase (by homoloây)

   YPL236c ort6 8064 21891 IPF2189 Contig6 2506 59377 60033 unknown function no significant match off6 8065 21S61 IPF2186 Contng6-250660996 62339 unknownlunctlon YGR110w ort68066 20175.1 IPF20175 Contng6.2506 63596 64396 unknown functron no sngnd667 21nfg621 21 match not found 2178 1 IPF2178 Contig6 2506 68024 66303 unknown function no signdicant match orf6 8073 2175 1 IPF2175 Contig6.2506 69229 68234 simnlar to Saccharomyces cerevisiae Hl11p dnaJ type Protem (by homology) YMR161w oral68075 21ot 1 Nic by homology) YOR209c orf6 8076 2172 1 IPF2172 Cont, g6 2506 71241 74183 similar to Saccharomyces cerevisiae Kap120 nuclear transport factor, member 01 the karyophenn family (by homology)

   YP1l25w orf68077 2171 1 CaPRE5 Contig6 2506 74404 75255 20S proteasome subunit alpha6 (by homology) YMR314w orf6 8078 2170 1 IPF2170 Against 2506 77296 75380 similar to saccharomyces cerewsiae Ssclpmrtochondnal hf6.tn716 77470 unknown functlon YDR495c orf6 8081 21661 IPF2166 Conhg6-2506 79363 80169 unknown functlon YGL232w ort6 8082 21651 IPF2165 ConMg6-2506 806 2183 IPF21610 Contig6 2506 the malor yeast histone acetyltransferase (by homology) YEL056w orf6 8085 21592 CaCYB2 Conbg6-2506 84816 86276 B.type cychn YLR210w ad68086 2157 CaMAM33 Cotg6 2506 86700 87494 Mitochondrial acidic matrix protein (by hom70) Yt.

  f6 gûa7 21561 CaRPPIB Canhg6-2506 87848 88174 Acidic ribosomal pmtein L44 (by homology) YDL081 0d68088 2154 CaOGGl Contig6 2506 89420 88359 8 oxoguanine DNA glycosylase (by homology) YMLO60w orr6 8050 216 inv21. YKL124w gold (6 8093

  <Desc / Clms Page number 85>

 
 EMI85.1
 D] 2001.41 (linked to DI2000.68) Table 1
 EMI85.2
 21472 IPF2147 Contlg6-2506 92618 93544 unknown funchon no significant match ort6 8094 2145 CaRAD63 Contrg6-2506 94131 93700 ubiouihn proteln hgase, 3-pnme end YGL058w ort6 8095 2144 1 CaPRBI Contrg6.2506 96464 94983 Protease B0 vaco 8096 21421 IPF2142 Contig6 2506 99523 97286 unknown functlon YLR002c orf6 8097 21401 IPF2140 Contlg6-2506 100837 99842 unknown tunctlon YNL288w.,

  le 809 2138 IPf2138 Contig6 2506 101480 101986 unknown functlon YBR137w ort6 8099 2137.1 IPF2137 Contlg6-2506 102257 102781 unknown functlon no sJgnlflcant match ort6 8100 2136 CaSLA2 C.tig6 2506 106076 102885 Cytoskeleton61010 protein 21103103 for correct locallzatlon of Secl2p (by homology) YCL001w or (6 8102 21312 CaMRP7 Contlg6-2506 108745 107576 Mltochondnal nbosomal protein YmL2 precursor (by homology) YNL005c orf6 8103 21302 IPF2130 Contrg6-2131rane 110022 110022 11ar22 CaDUR33 Conhg6-2507 1916 3 Urea transport p (otein (by homology) YHL016c orf6 8105 9002 IPF900 3 Contrg6 2507 2514 3281 unknown tunctton "3-prime end YDR067c or (6 8, 06 8991 CaDOA4 Contlg6-25075719 3284 ubiquitin homology)

   YDR069c orf6 8107 895 CaSMKl Contlg6-2507 6933 7787 MAP kinase (by homology) YpR054w orf6 8108 8941 IPF894 Contlg6-2507 8180 8587 unknown functlon YDLl35c ort68109 8931 1 IPF893 Contig6 2507 883 9904 unknown 12367 AP-2 complex subunit, beta2.adaPàn (bY hamology) YJR005w orf6 8112 8892 IPF889 Conhg6-2507 15740 12369 ATP.dePendentRNAheiicase (byhomoio0Y) YOR291 .., te 8113 6851 IPF885 Contng6.2171. ) YBR056w orf6 8114 8831 IPF883 Contig6.2507 18256 23712 unknownfunchon YJll09c ort68115 8'781 C.HSPI03 ContJg6-2507 24003 24320 10 kDa mltochondrial heat shock chaperonm, 3-prime end (by homology) Y57c721c 25401 GTP bindmg proton af the rablypt tamrly (by homologyj YKR014c.,

  t6 8116 875 CaRPL4B conà 6 2507 26714 25623 Ribosomal proton L4B (by homology) YDR012w orf6 8117 872 1 CaPRY2 ContLg6-2507 27905 27090 putative pathogen related protelns (by homology) YJl079c art68118 8681 CaFTRI5ff7 250 867 IPF867 C.ntiR6 2507 37604 34395 unknown function YKR029c orf6 8121 8641 JPF864 Contrg6-2507 39170 38805 unknownfunctron YJL104w od6 8122 863 IPF863 Cqnti 6.2507 39983 41737 Involved ln inosltol homosynthesis (blosynthesis)

   YBR030w orf6 8123 861.1 IPF861 Contig6.250742099 43775 unknown functlon YKR017c ort68124 859 IPF859 Contig6-2507 443 Il 45882 unknown tunctvon no srgmflcant match ort6 8125 857 iPF857 ConUg6.2507 466F6856 45642 85642 orf6 8128 8551 CaIML2 Contlg6.2507 50309 47709 unknowntunctlan YKRO18c ari68129 853 CaFTR2 Contrg6.2507 53113 51965 high affmity .ron permease YER145c ori68131 850 CaIRRl 3f Ct g6.2507 55760 54un6 cohes 8132 8492 CalRR1 51 C, t:

  96 2507 57724 55727 cohesfn count subunit, 5 prime end (by homology) YIL026 orf6 8133 8481 Czars8 Conhg62507 58057 59742 chromatln remodehng complex subunit (by homology) YFR037c ort6 8134 8461 IPF846 Contrg6.2507 62596 59918 repeat homology) YMR102c orf6 8135 842 CaTIF35 Contlg6-2507 63973 63134 translation initiation factor eIF3, p33 subunrt (by homology) YDR429c ort6 8136 839 IPF839 C.tg6 2507 64353 65156 unknown lunction YDR428c orf6 8137 836 1 with an RNA feQo0fittiafi mottt (bY homology) YDR432w orf6 8138 836 1 IPF836 3 Cont, g6.2507 68914 66941 regulation ot G proton function, 3 prime end (by hamology) YHR146w orf6 8139 8291 CaNCRI Contig6 2507 73741 69971 home and trafficking (by homol.gy)

   YPL006w orle 8142 825 CaDCDl Contlg6-2507 74080 75093 deoxycytldylate deammase (by homology) YHR144c ort6 8143 824: PF824 Cont'g6 2507 75792 75097 2 hydroxyhepta 2,4 diene-1,7.dioate isomerase (by homology) YNF88c Contig6.2507 76073 77344 tRNA (5-methylamrnomethyl-2 2 thiouridylate) methyltranstense (by homology) YDL033C or! 6 8145 822 2 C4RfMÎÔI Conttg6 2507 79500 77515 Zn flOger transcnp \ 10n factor homolog;

   regulator of pH response YHL027w orf6 8257 52571 IPF5257 Contlg6-2507 81171 81571 unknownfunctton YFR003c orf6 8150 5256 CaWSC4 Contlg6-2507 83096 8246 orf6 8151 86642 DNA-directed RNA polymenses smail subunit by homology YHR143wa or (6 8155 5243 1 IPF5243 Contrg6-2507 88488 88796 snRNP (by hmlogy) YER146w orf6 8156 52452 CaMLH3 Contig6.2507 88564 86654 DNA mismTI4 ortology homology , g6.2507 88880 89851 Response to DNA alkylation by homology YER143w orf6 8158 52392 IPF5239 C.ntig6 2507 90627 89848 snmrlarrty to aldose reductase (by homology)

   YDL124w ors6 8160 5237 CaGDIl Contigfi2507 92038 90689 GDP drssoclatnorLrnhrbntor by homoiogy YER136w orf6 8161 52342 IPF5234 Co.tg6.2507 93446 92094 X-Pro dipeptidase (by homology) YFR16635631 ort635631 ort635631 ort6 8164 52281 IPF5228 5 ContIR6 2507 94531 95259 simnlar to Saccharomyces cerevisiae Sadip snRNP assembly factor required for pris mRNA splicing, 5 prime end (by homology) YFR005c rf6 8165 5224 fPf5224 Ct, g6 2507 96383 95622 52 or 22 Co.tig6 2507 97103 96441 arylalkylamine n-acetyltnnsfense (by hamology) YDR071c od6 8169 5217 IPF5217 Co.tig6 2507 98571 99632 unknown function no S10niiicant match ff6 8170 14000 CaZorrolb 3f Conbg6-2507 102718 102182 reverse ) g, 1,

  1 match orf6 8173 14001 1 CaZorrolb 5f Contlg6.2507 103152 102808 reverse transcriptase, 5-prime end (by homology) no signrfi <ant match ort6 8174 14003 CaZorr02b 3f Contig6-2507 103933 103424 reverse transcnptase, 3 prime end (by homology) o slgnltlcant match orf6 8175 140051 CaZorro2b 5f C..t.g6 2507 104751 104218 Putative gag pwtein no-significant match orf6 8177 14006 CaCTA24 3 Contig6 2507 105706 105506 transcriptional activator, 3-prime end no match orf6 1466 65362 CaPET9 Conbg6-250e 2614 1709 ADP / ATP carner proteln (by homology) YBL030c ort6 8179 65332 CalFA13 contrg1.68 2 CaDRS24 Co.t:

  R6 2508 12253 7103 5imiiafitYtaATPase YER166w orf6 8181 18109 IPF18109 Contlg6-2508 15512 15835 unknown function no, gfc.t match orf6 8183 105712 IPF10571 Contig6-250B 26483 27544 Unknown functlon o significant match orf6 8248 9398 ., f6 8185 94001 IPF9400 Conirg6-250832343 31870 unknownfunctron yoLlÙlc or168186 9401 1 IPF9401 Conttg6 2508 34218 32773 unknown tunction no signdlcant match orf6 8187

  <Desc / Clms Page number 86>

 
 EMI86.1
 D12001 41 (linked to D12000-68) Table 1
 EMI86.2
 96622 CaNAM7 Conhg6.2508 42331 39272 nonsense-mediated mRNA decay protein (by homology) YMR080c ort6 8188 96632 IPF9663 Contig6 2508 43780 47493 similar to Saccharomyces cerewsiae Bud2p GTPase activating protein for Budlp / RSc1128129149186? 50029 phosphatidy)! Nos <To) (P))

  / phosphatfdy! chohne (PC) transfer YMR079w orf6 8190 15382 CaKRE62 5f Conhg6-2508 51137 53005 Glucan synthase subunit, 5 prime end (by homology) YPR159w orf6 8191 15391 CaKRE62 3f Contng6.2508 52986 5316it prime homology) no meaning match not found 1540 CaFET35 Contig6.2508 53395 55257 Cel! surface ferroxtdase, htgh atfintly.

   3 pnme end (by homology) YMR058w orf6 8192 1541 CaIFG3 Contng6 2508 56490 56891 probable d.ammo aCld oxidase, 3 prime encl (by homology) no match orf6 8193 1542 IPF1542 Contlg6.2508 57149 57856 unknown function YKL002w ort6 8144ng3161414 2508 58484 57882 Adenylylsulfate kinase (by homology) YKLOOlc orf6 8195 15441 CaMRPI7 Cont [g62508 59238 59597 Mitochondrial ribesomal protem (by homology) YKLO03 orf6 8196 1547 IPF1547 Contlg6.2508159196356166136nn orf6 8200 1551.1 IPF1551 Contig6 2508 68336 65970 unhnown funetton no s, gn, ficant match or (6 8201 15541 CaCOFl Contig62508 69547 69113 cohlln (by homology) YLLO50 orl6 2742 1557 1 IPF1557 Co.t,

  g6.2508 71322 72641 simnlar to dnaJ protêts YLR090w ort6 8203 15581 IPF1558 Conhg6 2508 73707 72730 unknown function no signsticant match orf6 8204 15661 IPF1566 conàg6 2508 74056 82959 unknownfunction YLR087c orf6 8155 1567 675 or 816515678 YDRl15w not found 15681 IPF1568 Conhg6 2508 83594 84127 unknownfuncbon YDR156w orf6 8211 15741 CaSMC4 Conhg6 2508 84364 88470 Stable Maintenance of Chromosomes (by homelogy) YLR086w orf6 8213 15761 IPF1576 Conttg62508a5

   mitochandrial YJL208c gold (68216 15801 91156 unknown IPF1580 Conttg6.250891551 funchon YNL190w ort6 8217 15821 2508 93953 92739 Against CaPRSl Ribose-phosphate pyrophosphokinase YKL181w orf6 8218 15831 94807 unknown IPF1583 Contig6-250894184 funetton YLR412w orf68219 15861 94804 CaSKN7 Contng6-250896483 Transcriptionfactor (byhomology) YHR206w orf68220 1588.1 IPF1588 Canàg6.2508 97248 98108 unknown functlon YBR228w orf6 8221 1591 1 CaROT2 Condg6-2508 100718 98103 Glucosrdase 11, catalybc subumt (by homology) YBR229c ort6 8223 1598 IPF1598 Contng6 250t353 protem (by h ... I.gy) YLR399c orf6 8227 1611 2 CaFASI Contng6-2508 107713 113826 Fatty.acyl.CoA synthase,

   beta chain YKL182w ort6 8228 1615 IPF1615.3eoc Contngfi2508 116116 113870 snmnlar to Saccharomyces cerewsnae Viplp putative methiomne N (alpha) -acetyltransferase actmty mvolved m cortical actln functlon, 3 prnme end (by homology) YER114c orf6 8230 185 CaCDC27 Conttg6 2509 7524 10151 subumt of anaphase promottng complex (by homology) YBL084c orf6 8231 191 1 IPF191 Contlg6.2509 15765 14200 putative permease (by homology) YGR260w orf68218 195f19 unknown 8233 197 1 CaEBP5 Cont.g6.2509 20877 19699 NADPH dehydrogenase (by homology) YPa71c orf6 8234 1981 CaSFTI C..tig6 2509 21878 22174 SNARE like protein (by homology) YKL006ca not found 199 IPF199 Conhg6-2509 23070 22228 F actinapp alpha subunit (by homology) YKL007w orf6 8235 204 CaUFD4 C..t,

  g6 2509 28574 23439 ubiouihnfusion degndation proton (by homology) YKLO10 orf6 8237 217 CaCTFl8 Contng6 2509 36041 38632 chromosome transmission in mltosis and mamtenance of telomere length (by homology) YMR078c ort6 8239 218 CaERG27 kr315031 388 orf6 8240 223 IPF223 Contig6 2509 44196 39943 unknown function YDR128w ort6 8241 224 1 CaTAF25 Contng6-2509 44434 45168 transcnptnon initiation factor TFIID subunit (by homology) YDR167w off6 8242 225 1 CaSRP54 Conbg6 2509 46974fn 1 IPF227 C..t, g6 2509 47217 47636 unknown function YHR116w ort6 8244 228 JPF18105 3f Ctg6.25O9 49575 47755 unknown function, 3 prime end o significant match orf6 8245 18105 IPF18105 5f Conhg6.2509 50302 49535 unknown function,

   3 prime end no significant match orf6 8246 2302 IPF230 Conttg6-2509 57315 50812 unknown tunchon YJL207c off6 8247 2321 IPF232 C.nt.g6.2509 58551 57550 unknawntunction YPR179c orf68248 233 1 CaLAGI Conhg6-2509 yulity 6052 8249 2341 IPF234 Contig6.2509 61231 63039 similar to Saccharomyces cerevislae Prp40p splicing factor (by homology) YKLO12w ort6 8250 235 1 CaARCI9.exon2 Contig6.2509 63356 63874 subunit of the Arp2 / 3 complex involved in the control of actton polymenzafon by homology) YKl013c ort6 8251 236 CaDAL81 ConUg6 2509 66670 64034 Transcnptional actrvator tor allantom and GABA cataboltc genes (by homology) YIR023w or! 6 8252 243 2 IPF243 Conug6-2509 68044 69864 unknown function nog650 257 Con 76556 Two component s'gna)

   transducef hist! dine kinase component YIL147 od6 8256 252 1 CaSECl Conttg6 2509 77227 76727 signal peptidase subunit (by homology) y [RO22 orf6 8259 2561 IPF256 Cont) g6 2509 79459 81654 cant <oiofgeneexp <ession (byhomoio8Y) YKL088w ort6 8260 257 IPF257 3 Cont [g6 2509 82899 82282 member of the FRP famnly of protons related to Yarrowia hpolyhca glyoxylate pathway regulator Gprlp and Saccharomyces cerevrsrae Fun34p.

   3 prime end YNR002c orf6 8261 263 IPF263 3 Contig6 2509 88248 87796 member of the FRP famiiy of protems related to Yarmwia lipolytica glyoxylate pathway regulator Gprlp and Saccharomyces cerevisiae Fun34p, 3.prime end YCROlOc orf6 8270 267 907 907 267 907 267 907 267 267 907 267 907 267 907 YKLO11c orf68264 272 1 CaTRMI Cont'g6 2509 96214 94544 N2.N2 d'methytguanme tRNA methyltransferase (by homology) YOR120c orf6 8265 274.1 IPF274 Conug6 2509 98309 97224 unknown lunctnon no match ort6 8266 276 1t.gF629 98.. unknown tunction YDR126w orf6 8267 277 1 IPF277 Conhg6 2509 99970 100473 human IgE dependent histaminereleasmg factor homolog (by homology) YKL056c orf6 8268 2791 CaGSL23 5f C.ntig6 2509 101336 103678 1.3.beta D glucan synthase subunit, 5 prime end YL 6 8269 2821 CaGSL23 3f Contig6 2509 103620 106259 1,3betaD-glucan synthase subunit,

   3 prime end YGR032w org6 8270 2841 IPF284 cantig6.2509 107255 106260 unknown functton YOR027w ort68272 285 IPF285 5f C.t, g6 2509 107776 108519 unknown function. 5 prime end YCRO59. orf6 8273 286 IPF285 3f cqnh 6.2509 108392 108757 unknown function, 3-prime end YCR059c od6 8274 290 CaPWP2 C.tig6 2509 109429 112197 penodfc tryptophan protein (by homology) YCRO57c orf6 8276 294 CaGSYl Contng2stos195197 glycogen synthase (by homology) YFROI5 orf6 8278 2961 CaIFF7 Conà062509 116962 120639 unknownfunctnon YOL155c or168279 2981 IPF298 conhg6.2509 121188 122624 unknown lunction YER051w orf6 8281 3001 IPF300 Contig6 2509 12281 826 823 822 826 / reductase (by homology)

   YKL055c off6 8283

  <Desc / Clms Page number 87>

 
 EMI87.1
 D12001-41 (linked to DI2000 68) Table 1
 EMI87.2
 16948 Against IPF16948 2509 128212 126827 169472 unknawntunction YMROlOw ort68285 1Pfi6947 Conhg6.2509128351 129679 unknawnfunction YDR221w ort68286 169442 62509 130520 129807 iPfi69443eoc canh unknownlunctnon, 3-primeend YMR014w orf68287 8532 IPF8532 ConMg625105446 6279 lunctlon unknown No. sngnuicant match ort6 8292 85271 2510 9049 9663 IPF8527 Contig6 unknown function no srgnlflcant match orf6 8294 18101 IPFl8101 Contng6 2510 10584 10150 unknown funcàon no sigmhcant match ori68295 81961 CaJEN2 Cont) g6251012609 11068 carboxylnc acnd transporter protem (by homology)

   YKL217w ort6 8296 82051 IPF8205 C <.nt.g6251018874 16346 unknomhnctmn no slgnlflcant match ort68300 82101 IPF8210 Cont! g6251023337 22180 unknown functlon YNL103w orf68301 198101 iPF19810 Contlg625102716t 24654 unknown funct10n no SrR2; n1t48; <g6'2510 44285 45823 repeated prote, "(10 t.mes) of unknown functlon no sigmhcant match orf6 2884 817 1 IPF817 Cont) g6251051670 49340 unknown functlon YOR088w or16 8305 8152 CaRADl 3f ConUg6-2510 53791 52016 UV endu nucleofde excnsnon repauosome, 3 prime end (by homology) YPL022w orf6 8307 180991 CaRAD153f Contlg6.2510 55073 53730 UV endonuclease, component of the nucleotlde excision repalrosome, mternat fragment (by homology)

   YPl022w orf6 8308 8131 55131 55637 PF813 Conng6-2510 I.mknown1uflctlon No. stgnlilcant match orf6 H309 CaMET12 Conti 8121 6.2510 57577 55655 methylenetetrahydrofolate reductase (by homoJogy) YPLo23c ort68310 8101 iPF810 Contig6.2510 58803 58045 unknownfunctnon YJL178c orf68311 CaMDHI2 Conttg6 8071 2510 59218 60246 mitochondnal malate dehydrogenase (by homology) YDLo78c orf6 8312 8021 CaKIN3 Contlg6.2510 63638 62352 G2 spenhc senne / threomne proton kmase (by homology) YAROl8c or16 8314 7981 IPF798 Conflg6 2510 63895 64704 transcnpttonal1 G139f71; 64710 translaUOnal activator.

   3-Pnme end (by homology) YGL195w orf6 8317 7931 CaGCN15t Contig6 2510 71970 67168 transfatvonal actrvator, 5 pnme end (by homology) YGL195w orf6 8322 7851 IPF85 Contig6.2510 73027 72416 simllar to Saccharomyces cerevlscine tspnea.snspcnea (by homology) YLR136c orf6 8323 783 1 CaSGSl Conhg6251073962 77531 ATP-dependent DNA helncase (by homology) YMR190c or16 8324 7791 IPF779 Contig6251077653 78180 E2 ubiouiwo88onon79A106 Cont. YPL248c orf6 8327 7721 80750 82396 lPF772 Contlg6.2510 unknown functlon YPL249c orf68329 7711 CaRPS4A Contng62510 8256fi 83354 nbosomal PROTEM S4 YJR145c ori68330 7681 IPF768 Conttg6251083447 85135 unknownfuncbon YHR202w orl6 8331 767 1 CaMTR23 Cont! R6 2510 85684 85145 mRNA protein transportation, 3pnme end (by homology )

   YKa86c not found 7632 IPF763 Contlg6 2510 87278 88627 putatIve transcription factor with a Cys4. zmc flnger (by homology) YK1185w ort68332 761 1 CaDSK2 Cont! g6-251088813 89832 ubiqwhn.hke Protein (bY homoio8Y) YMR276w orf6 8334 7581 CaTAF65 Cont! g6251089992 91203 subunrt of trans6nc factor 83 (31) 2510 91550 94573 alpha, alpha trehalosephosphate synthase regulatory subunrt, 3 PNME end (by homology) YMR261c orl68337 781 IPF748 Contig6251095442 94,570 unhnownfunct'on YMLi12w OR 16 747 8339 95 635 96099 CaTIFll Conbg62510 translaùan mibahon tactoreifia (by homoio0Y) YMR260c orffi 8340 7451 JPF745 Cont! g6251097327 96221 unknownfunchon YDR438w or)

  68341 743 JPF743 Cont6251097618 98592 unknown functnon YELo64c orf6 8342 741 IPF741 Cont'862510101339 98589 unhnownfunctton YNL313c ort68345 737 CaAKll Conbg6-2510 103693 101489 senne / threomne proton ktnase610n106non6rnb6n6r6n6rn6n6b6n6b6n6b6n6b6b9b6b9b6b9b6b9b6d9b6b9b6b9b6b9b6b9b6b9b6b9b6b9b6c9b6c9b6c9b6c9cfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfc] homology) YBR060c or16 8347 731 1 CaRPCII Conhg6-2510 106021 106356 RNA PoiYme <ase ni Cii subumt (by hamaio0Y) YDR045c or! 68349 7301 IPF730 Conhg6-2510 107966 106353 unknown functlon no s! gnlflcant match orf6 8351 7281 CaSAT2 Cont.g6.2510 108689 108030 putatIVe glycosyHransferase mcolved yv68 tnvn08 lPF726 Cont.g6 2510 109108 110019 <nabinding p <atem (by hamoiav) Y8R065c on'68353 7242 iPF721 Contig62510111722 110022 unknown tunctnon, 3pnme end YMR259c o <f6 8354 7212 IPF721 Conttg62510113653 111617 unknown funcbon,

   5 PNME end YMR259c orf68355 7181 CaRDH54 Cont'g62510 114277 116667 helicase requued for mitobc dnploid-spenhc recombinatnon and repanr (by homology) YBR073w orf6 8356 7141 116664 IPF714 Contlg6-2510118277 unknownfunctlon YDR049w ort68357 7121 CaHEM12 Contng6-2510 119621 118536 uroPorphyrnogendecarboxyiaae (byhomaiov) YDR047w on'68358 7081 iPF708 Cont! g62510120071 121240 unknown functlon YBR075w on'68359 28651 CaNIT2 Conhg625112687 1788 Nrtnlase (by homology) YJa26w orf6 8360 2861 1 IPF2861 Contig6.2511 4782 6317 putatmpyrcount5942 817 putatmpyrcounted 56; - peroxtn (by homology)

   YLR191w ort6 8363 28571 IPF2857 Conhg6-2511 10216 9440 unknownfunctton 'YFRo16c 0d68365 28561 IPF2856 ConNg6251tll715 10618 unknown function YGR156w ort6 8366 28551 CaRPN7 Contng6f131 # 666 12116666 12117666 1231 p666 12117666 12127 5119666 1231-57 putatrve acetyl-coenzyme-A dehydrogenase no srgnrftcant match ort6 8369 2850 CaSPB8 Cmt! g6251tl5989 15486 suppressor of PA81 (by homoiow) YJL124c ort6 8371 2848 1 CaGCDI4 Contig6-2511 16612 17619 Transiahan1PressAR6122192 Trans19han2 PressAR6122196 protein (by homology) YDL029w ort6 8373 2846 lPF2846 Cont'g6 251121225 19153 snmilar to Saccharomyces cerewsnae Mp5lp senne / threomne / tyrosme protein kmase (by homology)

   YDL028c orf6 8374 28431 IPF2843 Contig62511 23506 22151 unknownfunchon yoR329c orl68376 28391 IPF2839 Contng6-2511 25512 24460 unknown functlon no slgnlflcant match orl68377 28372 IPF2837 C <! Nt! G625112834 <27193 putatrve cystathionlne gamma-synthase (by homology) YHRi12c on'68378 2836 CaCHS2 Contig6-2511 32140 29111 Chltin synthase YNL192w orf6 8379 2830 IPF2830 Contig62511 34128 34952 unknown functlon no slgml1363-23fb369363363363363353363363369 pnme end no slgnlflcant match ort61910 2828 camdib 5f conà06 2511 36916 36143 Transposase,

   5 pnme end no sigmlncant match orl6 8383 2827 IPF2827 Cont.g6.251138245 38982 unknown funcbon no slgnlfrcant match ort6 8384 198121 IPF19812 Cont.g6.251140544 39066 unknownfunction YMR306w ort68385 5988 1 IPF5988 Conlgon nt422511 424 match orf6 8386 59871 IPF5987 Contng6-2511 45647 44598 unknown functlon YPR127w orl68387 5986 IPF5986 Conug62S1147128 46271 snmdar to cytochromeb5 and nrtrate reductases YML125c orl6 8388 5983 1 caTU61 3n2851111cnpn118 49903 snmnlar to Saccharomyces cerewsiae Gm3p (by homology) YML128c orl68391

  <Desc / Clms Page number 88>

 
 EMI88.1
 D [2001.41 (linked to D12000-68)

   Table 1
 EMI88.2
 5978 IPF5978 Contig6-2511 52989 53573 unknown function no significant match orf6 8392 5977 1 CaERG13 Contig6 2511 55037 53682 3-hydroxy-3-methylglutaryl coenzyme A synthase (by homology) YML126c ort6 8393 5976.1 CaSSUl Contig6.2511 57n66 prnllite homology) YPL092w orf6 8394 5972 1 IPF5972 Canna 6.2511 60145 60942 putative cysteine dioxygenase (by homology) no slRnlhcant match orf6 8395 5971 1 IPF5971 Contlg6-2511 61977 61072 unknown tunetlon no match orf6 83975913619581919 -prime end YDL170w orf6 8398 1960 IPF1960 5f Contig6 2511 63662 63018 putative transcnptlonal activator, 5prime end YCRI06w orf6 8399 19621 CaSUCI ConUg6 2511 64080 65585 Putative zmc fmger protem Sucl YFLO52 ..,

  (68400 19642 CaLIP7 Contng6-2511 66956 65676 Secretory lipase match ort6 8401 19682 IPF1968 Ct, g6 2511 69145 67325 unknowniuncbon YMR029c off6 8402 19691 IPF1969 Contig6.2511 69974 69531 unknowntunctnon YPL225w orf68401 1971 2CrcPB115CR7251 7C120Count 7119CrcPc115Count 7114Cr7Bc7196Cr7B120719Crcbc7c9c9c8cfc7c9c8c8c09cfc7c9bc9c8c8c09cfc8c09cfc8c09cfc9c8c09cfc9cfc9cfc9cfcfc9cfcfcfcfcfcfcfcfcfcfc09] CaTH113 Conhg6-2511 74618 75637 Pyrimidine precursor biosynthesis enzyme (by h ... I.gy) YDL244w or (6 8405 1975 C.Scol Contlg6.2511 76699 75794 Inner mltochondnal membrane protein (by homology) YBR037c orf6 8406 19772 IPF1977 Contg6 77142 78881 unknown functnon YHL039 orf6 8407 19781 CaPH088 Conhg6 2511 79684 79109 Involved 10 phosphate transport (by homology) Y8R106w or (6 8408 19801 IPF1980 Conhg6.2511 82783 80078 unknown functlon no signdncant match orf6 8409 1981QU1834QQ1818CQ1818CQ1818CQ1818CQU18 enzyme (by homology)

   YMR022w ortfi 8410 1983 CaPETl8 Contig6.2511 85138 84425 Putative transcriptionai mgulator (by homology) YCR020c orf6 8411 1985 CaFCY24 Contig6 2511 85498 87084 Putative purine cytosine transport protein YGLi66c orf6 8412 1989.1 CaELFl Contig62511 874 844 874 844 874 844 874 20S Droteasome subunrt Y7 <by homology) YML092 orf6 8416 19921 IPF1992 C.ntg6 2511 94566 92752 putative MFS transporter YBR293w orf6 8417 2001 IPF2001 ConUg6-2511 102653 104767 unknown function no slgnlflcant match orf6 8418 20041 CaBGL22 Contig6-2511 107683 105236. glucanase (by homology)

   no significant match orf6 8420 20051 IPF2005 Conhg6-2511 108166 107897 unknown function no sngmhcant match not lound 20071 IPF2007 ConUg6-2511 110063 109164 unknown funchon no slgnlhcant match ort6 8422 198131 IPF19813 Contng6-2511 119558 123670 unknownfunctton Y112241112 125571 pre MRNA processing U4 / U6 small nuclear ribonucleoprotem (by homology) YPR178w orf6 8424 125371 IPF12537 Contig6.2511 126016 128523 unknown functlon YPR179c ofl6 8425 12536 IPF12536 Cantig6.2511 129867 128863 unknown funchon YGR205.1 Cont. no signihcant match 0rf68428 5657 1 CaRVS161 Conbg6.2512 2051 1257 cytoskeletal binding protem (by homology) YCR009c orf6 8429 56491 CaRAD3 Ct, g6 2512 5700 3475 DNA helicase / ATPase by homology YER171w orf6 84yl 56gadin

   mltochondnal (by homology) YER170w orf6 8435 56441 IPF5644 Contlg62512 7487 6534 unknownfunction YOR123c ort68437 56421 CaSAC7 Contig6 2512 9441 7594 GAP for RHOI by homology YDR389w orf6 8438 5641 1 CaCSAI Cnitnfynce nngnce # 569121 IPF5625 Contig6.2512 14058 15836 unknown function YLL051c ort6 8441 5623 CaSOD21.5f Contfg6 2512 15993 16142 Superomde dismutase by homology, 5-prime end YHR008c not found 56221 CaSOD223f Contng6 2512 16158 16673 superoxide dismutase, by -ology)

   YHR008c orl64731 56211 IPF5621 Contng62512 16755 17219 unknownfunctvon YIL065c ort68442 5619 CaTAD1 Conhg6 2512 17266 18309 Double-stranded rna specific adenoslne deammase by homology yGL243w orf6 8443 56181 [PF561162324186162126166162246166162246166162246166162166162166162166162brig16 3 epimerase by homology YJL121c orf6 8445 56151 IPF5615 Contfg6-251220360 19899 unknownfunctnon YJL122 ort68446 19814 IPF19814 Cont) g6 2512 21083 23386 Mate hydrolase (by homology) YJR126c orf6 k47ycpcfccfccfccfccfccfcfc nase tnhfbttor (CUt) (by homotogy)

   YJL157c orf6 8448 5642 iPF564 Contig6-2512 26073 27047 unknown functlon no slgnlhcant match or (6 8449 5631 IPF563 Contig6-2512 27149 28243 unknown funcbon YCL036w orf6 8450 5601 IPF560 Contig6-2512 30562 31629 unknown functlon Y12036 5612 YGR099w orf6 8452 5591 IPF559 Contlg6-2512 31790 33556 unknown funetlon YJROOlw ort68453 556 1 IPF556 Conhg6 2512 33821 34465 transcnptnonal regulator (by homology) YKL070w orf6 8455 554 IPF554 Conhg6-25 -251238306 35376 unknown funetlon 'YLROOlc orf68457 5491 IPF549 C.tg6 2512 38518 39690 unknownfunction YOR390w orf68458 546 CaSNF31 C.tg6 2512 41598 43178 h'ghaff) nity glucose transporter (by homology) YDL192tw2342 546 sugar transporter, 3 prime end (by homology)

   YDR536w ort6 1416 541 2 CaSTL2.5f Cotig62512 45113 43656 sugar transporter, 5 pnme end (by homology) YDR536w orf6 g460 5391 IPF539 C.ntig6 2512 46320 47120 unknown function YLR290c orf6 8461 5381 IPF538 orig unknownf16476f16 5342 CaPMRl Condg6251251225 48472 calaum / mangeneaseP-typeATPase YGL167c ort68464 529 CaSUA5 Cqnti 6.2512 52866 51718 translation initiation protein (by homology) YGL169w orf6 8465 527 1 CaKAP114 C..t, g6 2512 551 protein 56nbnmnn 8467 525 IPF525 Co.t, g6 2512 57388 56069 unknown function na signihcant match o, f6.8468 5221 tPF522 Contlg6-2512 59082 60095 unknown function no match orf6 8469 5201 IPF520 conti 6.2512 60290 61309 unknown function YCL016c orf68470 516 25661212 nlitochondrial carrier protein (by homology)

   YNL003c rif6 8471 518 CaSPL1 ConUg6-2512 62489 63955 tRNA splicing protein YCL017c orf6 8472 516 CaLEU2 Cantng6-2512 64169 65290 isopropyl malate dehydrogenase YCL018w orf6 8473 5141 IPF514 ContJg6-2512 sbucharc 656137 6 8474 511 1 IPF511 Cont'g6 2512 69550 69089 unknown function no slgnlflcant match ort6 8475 507 CaFRE7 Conhg6 2512 70612 72372 Ferric mductase tmnsmembrane compoment (by homology) YOL152w ort6 8476 506 CaGBP2 3 C..tR6 259 739. bindin0 protein, 3-prime end (by homology) YCLO11., f6 8477 5021 IPF502 Conhg6-2512 75465 74668 unknawnfunahon YCLOIO.

   orf6 8479

  <Desc / Clms Page number 89>

 
 EMI89.1
 D12001-41 (linked to DI2000 68) Table 1
 EMI89.2
 501 IPF501 ConDg6-2512 75631 76353 unknown function YCLO02c orf6 8480 4991 CaPEll Contre 2512 77941 76436 CDP diacygiycero) senne-0 phosphattdyitransferase (by homoiogy) YCL004w ort6 8481 4981 1 IPF498 conh06f12541 821 511 821 511 821 511 821 511 821 511 821 511 821 511 821 51n51 81916 81185 unknownlunctian YBR261c orf68484 492 CaMACl Contig6 2512 82595 83890 putative metal bindin0 transcnphonal regulator (6y homology) YPR008w orf6 8485 489 CaCTR9 Contig6 2512 84188 87463 required for Gl cyclin expression (by homology) 61281281281212 function YOLI46w or'68488 4852 CaGLN4 Conà06.2512 91091 88692 glutaminyItRNASynthetase (byhomology) YOR168w o, f68489 4802 IPF480 C.nt,

  g6.2512 unknownfunctnon 92 176 91 370 479 YGR024c orf68490 CaRPA135 Cont: g6 2512 92 182 95 934 DNA directed RNA polymense 1, 135 KD subunit (by hom.logy) YPROlOc orf6 8491 477 1 2512 96734 96054 IPF477 Contlg6 unknown functlon YFR007w orf6 8492 4741 IPF474 Conàg6. 2512 96939 97913 unknown Function no match orf6 8493 4731 IPF473 C.tR6 2512 99309 97954 unknown functlon YOR166c orl68494 472 1 IPF472 Contig6.2512 101338 99548 unknown Function YFR048w orf6 8495 4701 IPF470 Contig6 2512 101640 103817 putfine 8496 4691 CaDIP53 exon2 conhg6.2512 105457 103988 d, carboxylnc am, no acid permease.

   axon 2 (by homology) YPL265w orf6 8497 468 CaDIP53 exonl Cont, g6-2512 105827 105546 dicarboxylic ammo acid permease, exon 1 (by homology) o significant match not found 461 CaGACI Contl6.2512 115905 117920 ser / thr phosphoprotem phosphatase 1, regulatory chain (by homology) YOR178c art68500 451 1 C.INP52 Contig6> 2512 126256 122855 phosphatidylinositol phosphate phosphatase (by homology) YOR109w oft6 8501 4481 IPF448 Contig6 2512 126572 127213 unknown funct10n YOR111w ort68502 4471 IPF1273 Cont. 129239 129619 Cytochrome b5 (by homology) YNLI11c ort6 8504 4401 CaRPS28B 3 Cont! G6 2512 131671 131871 Ribosomal protem S28B (S33B) (YS27), 3-prime end (by homology) YLR264.

   not found 439 CaRTFI 5eoc Contig6 2512 132578 133420 Nuclear protein regulattng DNA 6mdmg properties 01 TATA Binding Protein, 5 prime end (by homology) YGL244w orf6 8505 7116 CaUBC6 Contig6.2513 1400 2131 E2 ubiqmhnsonlugating enzyme (by homology) Ca71111 2513 6645 8900 Chltm synthase regulatory factor YBLO61 orf6 8509 71092 IPF7109 cqnf106.2513 10693 11268 unknown function YNL208w orf68510 7105 CaKiP3 Contig6.2513 14421 11503 Ktnestn retated prctetn required ter nucear migration (by hom15618186138166136) -premem insurance (by homology) YKLO08.

   orf6 8514 15544 CaSSN8 Against 2513 19330 18026 C type cyclm assoaated with the Ssn3p cyclin dependent kmase (by homology) YNL025c 0d68515 15543 IPF15543 Cent 6 25 20056 19724 unknown function no signifier match or (6 8516 18080.1 IPF18080 Contig62513 215on 2268513 PF14683 Cont, g6.2513 23878 22355 unknowntunction YNL026w arf68518 146822 IPF14682 ConUg6251326519 24324 putahvetranscriptionfactor (byhomology) YNL027w orf68519 1242 IPF1242 Contig6-2513 3058 Contn613585 Y67 8521 1245 CaSKNl 3 Conh 6 2513 34014 31879 Glucan synthase subumt 3.prime end YPR159w orf6 8522 12492 CaKRE6 Conhg6-251337708 39930 Glucan synthase ub n YPR159w ori68523 12502:

  PF1125 Contig6.2513 41456 43066 Flawmcontainingmonooxygenase (byhomology) YHRI76w ort68524 1251.1 IPF1251 Contlg6-2513 43766 45484 unknown functlon YIL097w orf68525 1252 1 IPF1252 ConDg6-2513 46571 45510 Conserved hypothet96cal513 Con535135135135 ProteinCalb6 protein? YDL122w orf6 8527 1257 CaPUB1 Cont) g6 2513 51988 50456 Major polyadenylated RNAbmdmg protein (by homology) YNL016w or (6 8528 12591 IPF1259 Conhg6-2513 53472 54731 Conserved hypothehcal protein YMLO05.

   orf6 8529 1261 IPF1261 Conhg6-251355307 56302 unknown funchon YOL092w orl68530 12642 IPF1264 Cont'g62513 57068 60376 unknown functlOn, Asn nch YCRI06w orf6 8531 12661 IPF1266 Conti 62513 60878 64204 851 Prob51 655405355 8534 1271 IPF1271 Co.t. 96 2513 69218 68604 Small nuclear nbonucleoprotein (by homology) YIR009w orf6 8535 1272.1 IPF1272 Contig6 2513 69401 71689 unknown function YDL112w orf6 8536 12742 1PF1274 Contig6.2513 72057 74777 sim \ larences Saç ofthe anaphase splndle mldzone (by homology) YOR058c orf6 8537 1276 CaSIS2 ConDg6-2513 76563 74947 Involved in cell cycle-specAnc gene expression (by homology) YKR072c ortfi 8538 1278 CaFAA22 Cont! g6 2513 79482 77218 Long chain fatty ac'd -Co (by homology)

   YER015w orf6 8539 12861 IPF1286 Co.t: g6.25.13 83969 81453 unknown function no slgnlflcant match ort6 8540 1292 IPF1292 conà 6.2513 94127 96001 unknown function Hypothebcal mncfinger protein YML099c orf6 8541 1296 1 GCAMl exonl Conhg6 2513 9826, 983 g 1: ,, 1, l ,, 1,911,:,:, in 1 (by 1 ,,,:

  , gyl YPL048w orf6 3352 1299 CaCAMI exon2 Conttg6 2513 98663 99706 n on etongatton factor eEFI gamma, exan 2 (by homology) YPL048. orf6 3352 1301 1 CaMNN9 C..t, g6.2513 100288 101394 Required for comptex N giycosytatfon YPLO50c orf6 8543 1302 CANOGI Conug6 2513 101801 103723 NudeoiarG.Protem (byhomaio0Y) YPL093w Off6 85f33 33f63333FF33 3353333FF33 Conbg6-2513 107894 107019 unknownfunction YBR185c off6 8546 33301 CaHPAl Conttg6 2513 108163 109806 RNA polymerase !! assooated Histone acetyltransterase (by ho.0logy) YPL086c orf6 8547 3329 IPF3329 Contig6-2513 111566 109929 slmllar te Saccharomyces cerovisiae Pbs2p tyrosine protein kinase of the MAP kinase kinase famlly (by homology) YJL128c orl6 8513 1124727 zeta subunit, 5 prime end (by h mology)

   YPL167c orf6 8549 3326 CaREV3 531 Conttg6 2513 115956 116090 DNA-duected DNA polymerase zeta subunit, internai fragment (oby homology) YPL167c not found 3325 CaREV3 3f C.tig6.2513 116072 117046 DNAdirected DNA polymerase zeta subun't. 3.Pame end (bY hamology) YPL167c orf6 8550 33241 CaOCHI Conbg62513118280 117123 Alpha.

   1.6.mannosyltransferast (by homology) YGLO38 orl68551 33201 CaDEDI Contig6 2513 121508 119490 RNA hejtcase (by homotogy) YOR204w orf6 8552 3316 CaUTRI Contig6 2513 124431 122653 Assouated with feuic reductase activity (by homology13 YfR49 336 127129 125330 Golgi guanosme diphosphatase (by homology) YEL042w orf6 8554 3311 2 IPF3311 Conhg6-2513 128618 129823 unknown function no Stunificant match orf6 8556 33101 IPF3310 Cent g6 25 3 30690 133959 unknowntunctnon YPR022c orfhg13513 33091

   3-prime end YER126c orl6 8584 180761 VPF180763f 3f Cont) g6 2514 161 3 th'.1 sp.c, t, c antioxidant like protein, 3 prime end (by homology) YML028w .rf6 8577 18075 IPF10875 5f Contig6 2514 357 133 thio ! specitic antioxidant-like protein, 5 prime end YML028w Off6 8577 198161 CaALS7 Contlg625147513 1511 agglutinin-likeprotem YAR050w or16 8560

  <Desc / Clms Page number 90>

 
 EMI90.1
 D12001-41 (linked to D12000-68) Table 1
 EMI90.2
 26302 IPF2630 C.ntig6 2514 11986 12408 unknown functnon .., gnf..t match not found 2633 1 C.ISW2 C..t.g6.2514 12445 15615 Chromatm remodeling complex (by homology) YOR304w orf6 8561 26391. CaPCHI Contlg6. 2514 19832 15801 Ptt ,. ATPA.

   (by YDR440w art68562 2643 1 IPF2463 Contng6-2514 22692 20437 unknown function YML020w orf6 8563 2644 2 CaCHAl Conh 6.2514 24419 23421 L senne / L-threontne deam'nase (by homology) YCL064c ort6 8564 26452 IPF2685 Contng62514 26491 IPF2649 Cont! G62514 26095 28155 unknownfunctnon YNR060w orf68566 2651 2 CaERV25 Contig6 2514 28799 28152 Component of COPII coated vesicies (by humology) YML012w or16 8569 2652 CaMRPL39 Conbg62514 29173 29385 Mitochondn) unknownmnclion YDR430c orf6 8570 2654 1 CaOAC1 Conbg6 2514 33136 34188 Mitochondnaioxaiaacetate transport protein (by homology) YKL120w Dff6 8571 26561 CaMUBI Conbg6-2514 34647 36848 Regulation of bud site selection (by homology)

   YMR100 orf6 8572 26 571 IPF2657 ConUg62514371B9 38007 unknmn function YEL019c orf68573 2663 CaALS6 Conhg6 2514 42152 46252 aggluhmn hke protem YIR004 orf6 8574 2431 1 IPF2431 ConUg6-2514 4749ei usimouswsi uyimprovide CaHNT2 Contlg6 2514 48334 48876 Diadenosine polyphosphate hydrolase VDR305c orl6 8579 24361 CaMED6 C..tig6 2514 48996 49787 RNA polymerase!) Transcript'ona) reguiation mediator (by homology) YHR058c orf6 8580 24381 CaCYf51 496prigfpr8 PPlase (by homology) YDR304c orf6 8581 24401 CaLCPS Contig62514 51930 50758 Ngglp, nte, t, g protem (by homology) YER127w orf6 8582 24411 IPF2441 contig6.2514 52043 52828 unknown funchon YER126c ort685t34 24430 Cayl1 (by homology)

   YML021c ort6 8585 24431 IPF2443 C.tig6 2514 55565 54543 similar to Saccharomyces cerewsnae Ost6p N oligosaccharyltransferase complex subunit (by homology) YML019w orf6 8586 24461 IPF2446 Contig6.2514 56995 55781 24fc18fc18fc8fn6fc5fc06fc05fc06fc06fc06fc6f09fc06fc6f09fc06cfcfc06fcfcfc09cfc9f09cfc06cfc9f09cfc09cfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfc of the United States exonuclease 111 homologue (by homology) YKL114c., f6 8588 198171 CaNUP116 ConUg6-2514 58663 61953 nuclear pore protein (by homology) YMR047c od6 8593 2460 CaGLG2 conti 6.2514 63038 64123 Seif g) ucosyfat! ng tntytcnology orf6 8594 24681 CaAAFl Cantng6 2514 72327 74165 Adhasion and aggregation mediating surface antngen no significant match or (6 8596 2469 CaECM15 Cot, g6 2514 74503 74336 Involved m ce) wali biogenesis and architecture (by homology) YBLO01 not found 2471 1 IPF2471 C.nt ,

  g6 2514 77017 77940 maltose acetyltransterase YJL218w 0rt68597 2475 1 CaUBAl Cont (E6 2514 78181 81246 ubiouit> n actwattns enzyme (by homology) YKL210w orf6 8598 24792 CaHST6 Contng6-2514 85342 81371 ATP70 protein6b6c6 protein? function YHR036w orf68601 28722 IPF2872 Contng6 2514 87187 88083 unknown functlon no signdncant match ort6 8602 28731 IPF2873 Contig6.2514 88889 88122 unknown function na match orl6 8603 20029.1 IPF20029 ConUg6-2514 89923 88898 unknown functlon YOR35 9F28 8142 828 funetlon YBR105c korf6 8605 28801 CaOP13 ConMg6-2514 94202 93525 Mettiylene fatty acyl-phospholipid synthase (by homology) YJR073c orf6 8606 2882 CaJENl Cont) g6 2514 97047 98672 Carboxylic acid transporter protein (by homology)

   YKL217w orf6 8607 2883 1 CaLYS9 ConUg6-2514 99135 100469 Lysine biosynthesis (by homology) YNR050c orf6 8608 28841 IPF2884 ConUg6.2514 102249 100528 unknown funetion YMR211w or (6 8609 200301 IPF1410161661010 unknown1661010166101010610101661061010106nfct1010nf161010106fn101016f16101016nf161010106fn1016f1010nf16101016fnf161010nf161010106fnf161010nf161016nf161010fn? 105546 106010 unknown functlon na match not found 28941 CaFUN31 ConUg62514 106053 110024 Senne / threonlne kinase (by homology) YAL017w ort6 8611 2895 IPF2895 Contig6 2514 110459 112669 unkomn function YGL113w orf6 8612 28982 IPF2898 Cont95 .2514 115359 113800 TATA bindtng protein associated factor (by homology)

   YGL112 orf6 8614 29021 IPF2902 Conhg6-2514 116636 115557 unknown function YOR080w orf6 8615 29031 IPF2903 Contng62514 119713 118649 unknown functlon no significant match or16 8616 29051 IPF2905 Conhg62514 121255 120371 unknown functlon no sfgl112f1261214 CaCHS21 Cont! G6 2515 4036 719 Chitin synthase (by homology) YNL192w orf6 8620 116632 CaVPS8 Contng6-2515 9006 4966 Vacuolar sortng protem (by homology) YAL002w ort6 8623 10552 IPF1055 Contlg6.2515 9252 10595 unknown tunction YAR0092 Cont. 12244 13824 Fork head protem type transcription factor YNL068c orf6 8625 1060.2 IPF1060 Contlg6.2515 13940 14383 unknown funcbon, Asn nch no Slgmllcant fnatch ort6 8626 10632 IPF1063 ConUg6-2515 18458 14799 Spliceosomal protem SAP 130 (by homology)

   YML049c orf6 8627 10651 lPF1065 Cont) g6 2515 20175 16646 unknown functlon 'YHL047c orl68628 1067 IPF1067 Conttg6 2515 23713 22229 Putative glutamate clecarboxylase (by homology) no slgnlflcant match orf6 8629 10ig6vis10 24 of (H +). ATPase in vacuolar membrane (by homology) YJR033c., fEi 8631 1071 1 CaPET191 3 Contlg6.2515 28718 29071 Assembly of cytochrome oxndase, 3 prime end (by homology) YJR034w not tound 10721 IPF1072 Cont) g62515 29897 29169 unknown function YGL005c orf6 8633 10761 CaIFFl Contng6 2515 31892 30357 unknown function no slgmllcant match orf6 8635 10842 IPF1084 3 ConUg6 2515 36984 34897 unknown tunction, 3-prime end YJRI51 orf6 8637 10891 CaIFFIO 5 ConUg6-2515 386lon 36941

   5.prime end no significant match orf6 8640 20031 IPF20031 Contig6 2515 42514 43839 similar to Saccharomyces cerevisiae Psr2p plasma membrane phosphatase requued for sodium stress response (by homology) YLRO19w orl68642 1095 CASOFI Conhg6 2515 44516 45826 Involved ln 185 pre.rRNA production ) YLLO11w orf6 8643 1097 IPF1097 Conhg6 2515 47274 49364 serine / threomne protem kinase (by homology) YOR267c off6 8644 10981 IPF1098 Contlg6.2515 49655 50416 unknown function YNL265C orf6 8645 10991 CaPACl Cont22 1 515 protein (by homomology) YOR269w orf6 8646 1101 CaUSC12 Contig6.2515 53265 52681 E2 ubiquitin> conjugatinz enzyme (by hometogy)

   YLR306w orf6 8647 11032 [PF1103 conh 6.2515 54525 53440 unknown function YKR004c orf6 8648 1104 IPFI104 Contjg6 2515 54661 55830 simiiarta Saccharomyces cerevisiae Prp28p p.mRNA splicing factor (by homology) YPLl51c orf1 Hist475547 1107 YOR244w ort6 8652 1111 1 CaDOT5 Cont'g62515 58707 59498 Derepression ofteiomefic silencing (by homology) YIL010w orf6 8653 1113 IPF1113 Contig6 2515 61081 59648 unknown function YIL039w oral68654 1114 CaATP5 Ct, g6.2515 62107 homology YDR298c od6 8655

  <Desc / Clms Page number 91>

 
 EMI91.1
 DI2001.41 (linked to D12000-68) Table 1
 EMI91.2
 1116 CaRML2 Contige 2515 62450 63556 Ribosamai L2 proton, mitochandriai (bY homaio0Y)

   YEl050c ar16 8656 11181 iPFiii8 Contngfi 2515 64262 63633 unknown function no slgnthcant match orf6 8658 11192 IPF1119 Contrg6-251565031 64399 unknownfunction YJL009ca ort68659 11212 iPFii2i ConUg6 2515 67707 65134 unknawn t7912 nc136 t106126;

  tl0n YKR089c ori68662 11262 71893 71081 IPF1126 Contlg6-2515 unknownfuncbon YOR079c orf68664 11272 72052 74079 PFl127 Contig6-2515 unknowntunctnon YOR080w orf68665 11281 2515 74202 74861 IPF1128 Contlg6 unknown functlon No. signdncant match orl68666 11291 2515 75838 75131 IPF1129 Contlg6 unknown functlon No. slgnlflcant match orf6 8667 11331 CaTPTI contig6 2515 78629 78006 tRNA 2 phosphotransferase (by homology) YoLlo2c orf68668 11341 IPF1134 Contlg6-2515 79122 78769 unknownfunction YDR493w orf68669 11362 IPF1136 Contig6-251581383 79293 unknown Functlon YGR12815 8242HR2352RU2152RU215716216672; 2515 84204 84593 Probable zinc-finger proteln YER116c orf6 8674 11442 IPF1144 ContIg6251586938 84602 unknownfunctlon YJL092w orf68675 4196 CaRPT2 Contlg6-251588349 86952 265 proteasome regoEatogsubunit (bYhomaio8)

   YDL007w orf6 8676 4195 JPF4195 Contlg6-2515 88731 91355 simllar ta Saccharomyces cerevisiae Ulp2p Involved in ublqultm mediated protem degradation (by homolagy) YIL031w orf68677 4192 IPF4192 Contig6.251591490 92f6191192f1519 8679 4189 CaTJM44 Conhg6-2515 94552 95826 mltochondnallOner membrane import receptor YIL022w orl68680 41851 CaGL03 Contig6 2515 95969 97324 zincfmgerprotetn YER122c art68681 4182 IPF4182 contig6.2515 976181fcfnf1fcf1f6f151cf6f151cfnfcf6f15fcf6f15fcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfcfc] ) YDR497c 0rt68683 41761 IPF4176 Contlg6-2515 100569 101201 unknownfunctton YGL114w ari68685 41751 IPF4175 Contng62515101341 102435 mltochondnal respiratory function (by homology)

   YBR026c orf68686 41711 CaDALI Cont <104333 g62515102573 allantOlnase YIR027c gold! 68690 4164 104452 104799 JPF4164 Conhg62515 slmllar your Saccharomyces cereVISlae Vtclp negatlve regulator of Cdc42p (by homology) YER072w ort6 8691 4163 104857 106290 IPF4163 Contlg6-2515 unhnownfunct! We YKL047w ori68693 41601 106365 107942 JPF4160 Contlg6-2515 unknown functnon YGR178c orf6 8695 4153 IPF4153 Contlg6-2515 108011 110470 slmllar ta Saccharomyces cerevisiae Sec6p proteln mvolved ln Golgi ta plasma membrane protem transport (by homalogy) YIl06Bc ort6 8699 41491 IPF4149 Contlg6-2515t16 Y1239MU16136NU16136NU16136NU161391616N16; e YIL069c ort68702 4141 1 CaCTA205 Contlg6.2515 113788 113279 Transcnphonal actlvator, 5-pnme end no slgnlflcant match orl69028 4137 IPF4137 Contlg6-2515 115043 115354 unknown funcUion,

   5.pfime end no slgnlflcant match ort6 8704 19 666 IPF4137 Contig6-2515 115396 115644 unknown funcbon, 3pnme end no s! Gnltlcant match orl6 8359 26901 lPF269o Cont6'2515 119447 122641 unhnown onction, 5-pnme end70 slg1161256251256251256126251256166251256256256256 123716 unknown functlon, 3 prime end no slgJ1lfcant match or) 66371 2522 IPF2522 ContLg6-2516447 1589 unknown functlon YOL125w orl68712 2521 IPF2521 Contlg6-25162906 1641 putative protease (by homorogy) YCR045c orf68716 prot68g167167 2517 IP68257 YCR045c ort68716 2516 CaACCl Conttg6-2516 12225 5410 acetyl-coenzyme-A carboxylase (by homology) YNR016c art68718 2511 1 IPF2511 conàg6.2516 15242 13629 unknown functlon YER064c orf6 8720 2508 CaARGl Contlg1etucrn 160nn 1755

   YOL058w orf6 8721 25071 c> iFF4 Contlg6-2516 22398 17818 Unknown functlon YNL327w ort68724 2500 IPF2500 Contig6 2516 23645 25918 unknown funchon no slgnlilcant match or (68725 2499 CaPH081 Contlg6 2516 30038 26046 CYdm.dePin kin27272 276467 CYDm. 31272 30634 GTPa5eact'vatingprote <N (byhomo <ogy) YDR002w orf6 8729 2493 1 CaCOQl Conttg6251633382 31850 Hevaprenyl pyrophosphate synthetase (by homology) YBR003w ort6 8730 24901 CaNTHl Conhg6-2516 36779 34056 Neutraltrehalase YDROOlc ort68716 24891 380931 24891 39240 40253 Malate dehydrogenase (by homology)

   YKL085w ort6 8733 24851 40895 40341 IPF2485 Contlg6-2516 unknown functlon YOR206w orf68734 2484 CaCRMl Contrg6-2516 41864 45103 Nuclear Export Factor YGR218w orf6 8735 2482 45568 46443 CaADEl Conhg6-2516 phosphonbosyl-amidolmldazQle-succlOocarboxamide synthetase YAR015w orl68736 2480 CaMRPL9 Contlg6-2516 48052 47171 Mitochondnal nbosomal protem of the large subunit (by hamoioKY) YGR220c ort6 8737 4382 CaMRPL6 Contlg6-251649033 48332 nbosomal proteLn L6 precursor, mltochondnaJ (by homology) YHR147c or168738 4371 CaZorrolc Cont'g6253166604n4cnptyc31c # 566163606n6cn6c31cn6c9c9c9c9c9cfc9cfcfcfcfcfcfcfcfcfcfffcfcfffffffffffffffffffffffffffffffffffffffffff0 2516 51269 51820 U3 small nucleolar ribonucleoprotein (by homology) YHR148w orf6 8740 434 CaLRGI Corttig62516 54797 59203 GTPase-activahng protem 01 the rholrac tamdy (by hamaJo0Y)

   YDL240w orf6 B741 4291 IPF429 Contig6-2516 59565 59834 unknown function YGL220w orf6 7573 4281 JPF428 Contig6-2516 61558 59969 transport protem (by homology) YOL137w orl6 8742 4261 IPF426 Contlg6-2516 63195 62114 unknown functlon <g6 2516 63419 65326 unknown functlon YGR002c orf6 8744 4231 IPF423 Contlg6-2516 70468 65354 unknownfunction YLR320w ort68746 421 CaEBP6 conhg6.2516 72138 70840 NADPH dehydrogenase (by homology) YPL171c orF3 7547 420 g6251675645 77975 3nsopropylmalate dehydratase (by homology) YGL009c ort68750 416 IPF416 Conhg6 2516 79362 78157 unknown function YLR328w orf6 8751 4141 CaPXAl Contlg6-2516 81223 83529 long chain fatty acid ABC transporter16 by 712b161614 proton (by homology)

   YKR048c orf6 8753 4091 IPF409 Conhg6-251690722 91498 unknownfunction YDL194w ort68754 4081 CaCDA2 Contlg6-2516 94006 92903 chrtln deacetylase (by homoloey) YLR308w korf6 8755 4071 IPF407 cont9E8016 406 IP414016 cont. end YDR318w orf6 8758 403 IPF404 3f conàg6.2516 99560 100030 unknown function, 3.Prme end no sngnihcant match or (6 8759 402 CaKIN2 conàg6.2516 103692 100054 ser / thr proton kinase (by homology) YLR096w Off6 8762

  <Desc / Clms Page number 92>

 
 EMI92.1
 D12001-41 (linked to D12000-68) Table 1
 EMI92.2
 3961 CaATPI7 3 C.t. 96 2516 104510 104265 Fifo.ATP> sea4mPlex, Fi debt t.

   3 pnme end (by homo) ogy) YDR377w not found 395 CaLSM6 Contig6.2516 105158 104880 U6 snRNA.assocnated Sm like protein (by homology) YDR378c., F6 6726 3932 IPF393 Contng6-2516 110802 105259 slmriar to Saccharomyces cerevisna homology) YJL039c ort6 8763 3892 CaALK3 Contig6.2516 112593 110977 n.alkane mducible cytochrome P 450 (by homology) YDR402c ort6 8764 3871 CaALK2 cqnfi 6.2516 115085 113517 n alkane inducible cytochrome P.450 (by homology) YDR40251 or6 Conhg6-2516 117774 116113 phosphoenolpyruvate carboxykmase YKR097w oral68766 3801 IPF380 Contng6.2516 121846 118955 unknown function no slgntflcant match arl68768 377 2 CaCHTl ConUg6-2516 122690 124078 endochlhnase 1 precursor Y6R6136136136136136136136136136136136136136136136136136136136136136136136 ..

   1 (by h..ology) YOL089c orf6 8770 373 IPF373 Contng6 2516 126146 126586 unknown function no slgmftcant match orf6 8771 372 1 CaPOT11 Contlg6-2516 127202 128428 peroxysomal 3 ketcacyl CoA thiolase A (by homology) YIL160c orF6 87.25 130677 128596 unknown functlon no slgnlflcant match orf6 8773 3642 IPF364 Conhg62516 133182 134354 transaminase type 1 (by homology) YJLo60w or16 8774 363.1 CaMKCl ContJg6.2516 135027 136556 serfthr protein kinase of MAP kinase famlly YF1367367367 CaEPLl C..tig6 2516 139889 142150 DNA binding protein (by homology) YFL024 od6 8781 351 1 IPF351 conàg6.2516 142266 142955 unknown tunchon YMR090w orf6 8783 3491 CaMIS12 Conhg6.2516 146044 142967 mitachandnaici.tetrahYdrotomo)

   YBR084w orffi 8786 345 1 [PF345 Contig6.2516 150520 146063 FH1 / FH2 involved ln cytoklnesls and polanty (by homology) YNL271c orf6 8789 3361 CaPIF2 Ct, g6.2516 150602 152458 DNA helncase (by homalogy) Y1663733160 unknownfunctnon nosngnihcantmatch orf68791 331 1 IPF331 ConUg6 2516 155614 156783 GP! year <hored ..il protetn (boy homology) no match orf6 8794 328 CaCTA23 ConUg6.2516 158318 157566 transcnptronal actlvabon no slgnlflcant match or16 8796 324 IPF324 3 Contng6-2516 159954 162545 unknown function,, 3 prime end no sigmhcant match25 828 Contig6 2517 147 2048 bumetamde-sensrtive Na K CI cotransport protein, 5 prime end (by homology) YBR235w orf6 8798 12080 IPF12082 3f Cont'g6 2517 1903 3921 bumetamde sensitive Na KC! cotransport protein, 3-prime end (by homology) YBR235w orf6 8799 12079 CaPRP5 Cot,

  g6.2517 4215 6869 Pre mRNA processmg RNA helicase (by homology) YBR237w., fb 8800 12076 1 IPF12076 Contig6.2517 7188 7985 enoyl CoA hydratase (by homology) YDR036c orf6 8801 120742 IPF12074 Against 2517 8257 10221802C2N2S2N2N2152N2S2 10522 10728 ER prote'n transfocase complex subunit (by homology) YDR086c nos round 20032 CaRRPl ConUg6.2517 11391 12218 Involved in processng rRNA precursor specles mature rRNAS (by homology) YDR087c od6 8803 2425 1 IPF2425 Contig6 2517 12659 13711 unknown l6D 2424 C.SLF1 Contig6 2517 14925 13732 Copper homeostasis protein (by homology) YDR515w orf6 8805 2419 IPF2419 Cont,

  g6.2517 17879 19282 unknown functlon no sngnificant match od68807 2417 IPF2417 Contig6 2517 20500 19586 unknownfunctlon YLR128w ort68809 2415 IPF2415 Conug62517 21097 23520 simllar saacha <omYces cerewsnae Apc2p component 01 the anaphase promohng complex (by homology) YLR127c orf6 8810 2414 IPF2414 Conug6-2517 25114 23567 unknown functton YDR145w orf6 8811 2409 IPF2409 Cont'K6 2517 29454 25342 RNA -13 240 Conhg62517 37340 38893 Zinc cluster transcription factor YIL130w oral6 8814 24001 IPF2400 Conttg6.2517 42199 41351 putative aldehyde reductase (by haniology) YJR096w ort6 8815 2397 2 CaGAPI Contig6.2517 43754 44761 Glyceraldehyde2 Yp2 g6 2517 45042 45845 unknown funchon no S! gn.fant match ort68818 23912 CaPMT2 Ct, g6 2517 46179 484BB 0-D mannosyltransferase (by homalogy)

   YAL023c or (68819 2389 CaISA2 ConUg6-2517 48897 49595 Mitochondnal prote raquned for Lron .tb1 ,. (by homology) YPRO67w orf6 8820 2388.1 CaTPD3 Contlg6.2517 51642 49711 Ser / thr protein phosphatase (by homology) YAL63884 .2517 52964 53932 23831 unknownfunctlon YKL128c orl68822 IPF2383 Contng6 2517 54141 53839 unknown function sigmhcant no match orf6 8823 2382 55994 IPF2382 Contlg6-251754165 unknownfunctlon YCL008c orf68824 2379.1 IPF2379 Conbg6-2517 56120 55806 unknown function sigmficant no match orf6 8825 23742 60848 63679 iPF2374 ConYrg62517 unknowntunction YDROS9 .

   off6 8826 5941 CaSRP68 Conng6 2517 64719 66539 SIGNAL RECOGNITION PARTICLE 68 (by homology) YPL243w ort6 8827 59421 IPF5942 Contig6.2517 66798 67910 transmembrane sugar transporter. 71457 histone deacetylase B (by homology) YNL330c orf6 8830 59492 IPF5949 Contig6.251772168 73517 ..kn f.nt, ..

   YPLi88w or168831 5957 1 CaSSN6 conti 6.2517 76821 80063 transcnptlonal repressor (by homology) YBRl12c orf6 8833 59601 PFS960 Contng6.2517 82937 80409 unknown tul1'ttJOn no meaning match or16 8834 5962 CaYSAl Contng6ucea 8de YBR111c ori68835 5964 1 IPF5964 Contng6.2517 84309 84668 unknown function no signlficant match ort6 8836 5965 tPF5965 Conhg6-2517 85427 86098 NADH ubiquinone oxidomductase (by homology), 9..f, cat match orf6.8837 5966 IPF5966.. 2517 87545 86448 unknown function no signdicant match., 168838 107312 CaRRDI Contig6 2517 89112 90386 Phosphotyrosyl phosphatase activator involved in cell cycle pmrreuion (by homology)

   YIL153w or (6 8839 10733 CaHHT3 Condg6-2517 91150 91560 histone H3 YNL031c orf6 8840 107352 IPF10735 Contig6 2517 95309 92646 similar to Saccharomyces cerevisiae Ngrlp negahve growth regulatory RNA binding protein (by homology) YBR218w19196. Saccharomyces cerewsnae Nud1p cell cycle regulatory protem (by homology) YOR373w orf6 8842 89231 IPF8923 Conhg6-2517 101159 101896 unknmn lunction YER157w ort6 8843 89242 CaERV14 Conhg6-2517102554 102886 membrane protein YGLO54c 1013 264 function, 3.prime end no sngndicant match orf6 8845 8927 1 CaRPS12 Conttg6 2517 105881 105 450 acidic nbosomal protem S12 (by homology)

   YOR369c orf6 8846 8930 IPF8930 Cont! G6 2517 106786 108078 unknown lunction no match ort6 8847 8931 1 CaMRS6 C.fiz6 2517 110480 108468 geranylgennyltmnsfense regulatory subunit YOR370c ort6 8848 28252 CaIFQ2 Contlg6.2517 114225 1151 228 ntig6 2517 119667 118564 unknown function no slgnltlcant match ort6 8850 2818 CaMET8 Contng6.2517 121343 122200 Slroheme synthase (by homology) YBR213w orl6 8851 2817 CaPR02 Contlg6.2517 123550 122210 Prolme biosynthetic enzyme (by homc6) Y32 124115 128077 Ca-ATPas spannmg membrane.

   (by h ... I.gy) YAL026c o'f6 8853

  <Desc / Clms Page number 93>

 
 EMI93.1
 D1200141 (linked to D12000-68) Table
 EMI93.2
 28151 IPF2815 C..t, g6 2517 129115 129813 unknown function no sngndicant match ort6 8854 2813 CaGC02 Conhg6-2517 130152 131654 Translation Initiation factor 'elF2B, 71 kDa (delta) subumt (bv homology) YGRo63c., F6 8855 2810 CaECM29 ex.

   Contng62517 134570 131712 Involved m cet) wali biogenesns and architecture, exon 2 (by homology) YHL030w orf6 8858 2807 CaECM29 exon] Contre 2517 137288 134700 fnvofved m ce!) Watf btogenesfs and architecture, exan (by homology) VHL030w orF6 8859 -2517 138160 137471 Polyubiq itin YLL039c., T6 8860 2804 IPF2804 C.nt, g6 2517 140147 139191 unknawntuncbon YLL038c orf6 8861 2802 IPF2g02 C..t, g6 2517 142096 144248 unknown function YHL029c orf6 8898 2798 cont. orf6 8865 27951 IPF2795 C..t, 96 2517 1495 95 146002 unknownfuncbon YOR195w orf68869 2784 IPF2784 Contai 62517 151851 153911 unknown function YER132c or (6 8871 34822 IPF3481 Against 2517 154014 156002 unknown functron YGLI97w orf6 HF34 25184 346 keto reductase (by homology)

   YOR120w orf6 8H73 34851 IPF3485 Contig6 2517 157789 158676 aldo / ketoreductsse (byhomolo8Y) YOR120w orl6 8874 34861 IPF3486 C.tfg6.2517 158936 159829 unknownfunchon YGL198w orf68875 3488l CaDLD5 Contd61775cddf2dcfcf2dc2cfcfc9cfcfc9cfcfcfcfcfcfcfcfffffffffffffffffffffffffffffffffffffffffffffffffffffffffffthff <g6 2517 162549 163130 unknown funct'on no 5tgnff! cant match ort6 8877 3491 1 IPF3491 Cont) g62517 163705 164154 unknown function YBR062c orf6 8878 34921 IPF3492 Contig6-2517 164929 164225 unknowntunchofl YDR041w ort6 8879 34931 IPF3493 <g6 2517 165122 166003 unknown functnon YBR061c 0ff68880 34951 CaKRSI Conttg6 2517 167837 166053 LYSYI.tRNAsynthetase (byhonnalo8Y) YDR037w orf6 8882 34961 IPF3496 Contng6-2517 168136 169122 unknown functnon34

  RO51 orf6 8884 3499 CaTPIl Conhg62517 170849 171595 Tnose phosphate i5omerase YOR050 od6 8886 35001 IPF3500 ConUg6.2517 172582 171611 unknown function YMR262w orf6 8887 3503 IPF3503 Contig6 2517 173164 175470 similafta t. Saccharomyces cerevlsiae Fcplp TFllFintefaCtin0 component of CTD phosphatase (by homology) YMR277w ort6 8889 3506 IPF3506 Contig6 2517 176578 177825 unknmn function YLR414c ort6 8890 3508 1 1PF3508 Co.tig6 2517 178186 17956101169510cf1523 YMR278w on6 8892 3512.1 CaVANI Contig6.2517 182202 183530 Vanadate resistance protem YMLl15c ori68893 171032 CaRRP3 3eoc Conbg62518 236 1687 RNA dependent ATPase, helncase, required for maturation of 35S primary transcript, 3 prime end (by homologyf or106iBi85c) 2843 1755 phosphahdylmosntol (3)

  -phosphate binding protein (by homology) YDR313c orf68895 12936 CaSRB7 Contng6 2518 3436 3972 DNA-duected RNA polvmerose Il hof0enzYnne and tujrnberg s mediator (SRB) subcomplex subunit (by homology) yDR308c orf6 8896 129341 CaPMTn619 homology) YDL095w orf6 8897 12930 CalFA14 ConUg6.2518 10136 8100 unknown functnon no slgmtlcant match ort6 8898 967 CaAL01 Contig6 2518 20781 22454 D anbinono 1.4.lactone midase (by homology) YML086c orl6 8899 9661 IPF918 Conh6 orfë 8900 9631 IPF963 Conhg6 2518 25892 26605 unknown functlon no sigmhcant match orf6 8901 961 1 IPF961 Conhg62518 27114 28796 drug reslstance protein (by homology) YBR293w ort6 8902 9591 PF959 Conhg6-2518 29562 28918.

   lunction no significant match orf6 8904 955 1 IPF955 ConUg6 2518 30839 33301 member of the AAA ATPase family of protems (by homology) YER047c or (6 8906 9461 IPF946 Conttg6.2518 36201 38864 unknown funcbon no sngnrfncant match ort6 8909 941 Ca252 43023 beta subumt of gerao'f \ gr20n'fl traosferase type2 YPR176c orf6 8911 940.1 CaDP82 C.tg6 2518 46448 44322 DNA drrected DNA polymerase epsilon, subunit B (by hoMOIGgy) YPR175w orf6 8912 937.1 CaGNP2 contng4651848 (by homology) YDR508c ori68913 9341 CaGNPl Cont'g6 2518 52914 54629 high aflinity glutamine permease (by homology)

   YDR508c orf6 8914 931 IPF931 Contig6-2518 55463 56752 unknown funchon YDR124w or (6 8915 9302 IPF930 Contig6.2518 57057 57902 unknownfunc6on YOR313c orf68916 9292 CaSIKI Contig6-2518 59674 58124 nucleolar ProteRninnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn] IPF928 Cont [g6 2518 62357 59946 zmc hnger transcnptlon factor 0fthe Zn (2) .Cys (6) blnuclear cluster domaln type (by homology) YDL170w ort6 891 926.1 CaUBC4 Contig6 2518 64134 64571 E2 ubiquitin conjugate1982csp prime82 Contig6 2518 65346 69269 transcription factor, member and the htstone acetyltransferase SAGA complex (by homalogy) YBRO81 od6 8920 921 IPF921 Contig62518 69903 74222 BTB tomorrow and Ankaryin repeai containmg protein (by homology)

   YGL097w rif6 8922 9181 IPF918 Contig6 2518 74783 74325 unknown functlon no signdicant match orf6 8924 917 CaMSS51 Contig6 2518 76345 75038 involved m maturation of COX1 and COB mRNA (by homology) YLR203c orf6 8925 915 IPF915 766 767 C.tg6 2518 78062 79627 unknown tunction g., F, .nt match od6 8927 911 CaCUSl Cont) g62518 8073b 82151 spliceosome associated protein (by homology) YMR240c ort6 8929 9072 IPF907 Cont g6 2518 84211 82166 unknown function YAL051w orf01 8931 9041 Ca -2518 87182 85620 myo.inositol 1 phosphate synthase YJL153c orf6 8933 6961 CaCHT3 Cont! G6 2518 91821 93524 chftmase 3 precursor YLR286 orf6 8934 6931 IPF693 Contig6251894580 93759 unknown function YOR305w orf68936 692

  s6 2518 94687 95421 unknown tunction no slgnlffcant match ort6 8937 6902 IPF6905f 5f Conhg6-2518 95982 96665 NADH dehydrogenase (ubiomnane) 78K cham precursor, 5-prime end (by homology) no slgnltlcant match ort6 8938 689 IPF618 96f318 96f (ubiqutnone) 78K cham precursor, 3-prime end (by homology) no slgmflcant match od6 8939 20033 1 CaFAA4 Contig6 2518 102606 104696 long chain fatty aeid-CoA hgase and synthetase 4 (by omolory) YMR246w orf6 8940 6791 CaASPl Contig6.2518 104913 Ùaspara01nase (bY hamoio8Y) YDR321w ort68941 677 1 IPF677 Conhg62518 106846 107487 unknown funchon no slgnlflcant match orf6 8942 6761 IPF676 Cont:

  gg6 2518 108873 107545 unknown function no signdicant match., f6 8943 6731 IPF673 Cont) g6-2518 109528 110511 unknownfunctnon YKL128c orf6 8944 672 1 IPF672 Cont [9625,18 111045 111992 unknown tunction YKL128c or (6 8945 6706 25F1870 function YOR023c orf68946 668 IPF668 Ct, g6 2518 114462 116372 unknown function YDR398w orf6 8947 6661 CaFDH1 13 Cont106.2518 117610 116489 glutathione-dependent formaldehyde dehydrogenase, 3 prime end (by homology) YDL168w ort6892 6661111566116661111666613966139666613613566161113661361356613613613131361363616136131313613613613566116139 type even13 IPF661 Conhg62518 120471 119431 unknownfunchon yDR214W orf68950 660.1 IPF660 C.ntig6 2518 121135 121461 unknownfunction YMR244ca orf6 8951

  <Desc / Clms Page number 94>

 
 EMI94.1
 D12001-41 (linked to DI2oo0-68) Table
 EMI94.2
 6591 CaTRS120 Contig6-2518 125362 121538 targebng complex (TRAPP)

   compunent involved in ER to Golgi membrane traffle (by homologv) YDR407c art68952 6541 CaPUPl Conttg6 2518 125766 126584 20S proteasom ebeta2 subunit (by homology) YOR157c ort6 8953 6521 IPF652 Co.t, g6 2518 127612 128103 unknown function nosigmmcantigatch 650. 2518 129664 130059 unknown function no significant match or% 8956 6471 IPF647 Cont <g6 2518 131716 132090 unknown functton no signihcanf match ort6 8957 6432 IPF643 Conbg6-251B 136935 139703 simùartosaccharamyxescerevisiaePtP3PPratemlYrosinePhosPhatase (bYhamaiogy) YER075 .., f6 8958 640 CaRX186, ub166136, ca6135, ca6135,. 6391 CaCTMl Contigfi-2518 143676 141616 cYiochramecmethyitmnskmse (bYhomoio0Y) YHR109w or166960 6381 CaHCRl Contig6 2518 144248 145105 putative translation initiation factor 3 subunit (by homology)

   YLR192c orfb 8961 6351 IPF635 Conhg6 2518 146249 145224 unknown function nosigmmcantmatch orf6 8962 634 CaTRS31 C.tig6 2518 146547 147293 targehng complex (TRAPP) component rnvolved rn ER to Golgi membrane traff'c (by ho.ology) YDR631f 63DR 2518 147455 148087 protein N acetyltransferase subunit (by homology) YHR013c orf6 8965 630.1 IPF630 Contrg6-2518 148957 148127 unknown function YOR145c orf6 8966 6291 IPF629 Contrg62518149889 151739 unknown lunctlon YHR194w orf68618 62767 1b Cont \ g6-2518 152992 155685 unknownfunctnon YOR144c., F6 8969 6241 CaSPT3 Against 2518 156688 155702 transcription factor YDR392w or (6 8970 621 1 CaBFR2 Contig6.2518 158984 157446 involved in ProtemtransP4dstePs at the Brefeldin A block (by homology)

   YDR299w 0d68972 618.1 IPF618 Conbg6-2518 159446 159844 GPI-anchored cell surtace protêt (by homology) no slgnlflcant match off6 8973 6161 CaCDC33 Contig6 2518 160343 160972 translation initiation factor eIF4E, cap bonding protein YOL139c .ff19156161, f6 8974. orf68975 6141 IPF614 Contig6 2518 162108 165374 unknownfunctron YOL138c or) 68977 6101 IPF610 Co.t.g6 2518 166093 165383 unknown function YDR489w orf6 8980 6091 IPF609 Cantig6-2518166259 167746 unknownfunchon YOLl40c orF6016F1669-609FOL1640Fr6 2518 170874 172715 ATP depend RNA helicase (by homology) YLLO08w orf6 8983 599 1 CaYHB2 conbg6.2518 175346 174144 flavohemoprotein (by homology) YGR234w orf6 8985 597 1 CaPROl Contig6.2518 175853 177124 glutamate hominase

   YDR300c oral6 8986 5961 IPF596 Contig6 2518 177195 179600 slm.Jar to Saccharomyces cerevrsiae Vps3p vacuolar sorting protern YDR495c or168990 592 CaCOQ2 Contrg6-2518 180629 179583 parahydroxybenzoate: polyprenyl6N010n0c111b09c09bc09b09c09b09c09b09c09b09b09c09b09b09b09b09b09A9b09fc09b09fc09b09c09b09c09b09c09b09b09-9cfc09b09-9-cfc09fc09fc09fc09fc09] complex (by homology) YDL008w od6 8992 5891 CABPLI Contlg6-2518 183157 181160 biotin holocarboxylase synthetase (by homology) YDLl41w ort6 8993 585 1 IPF585 Contig6 2518 183214 184155 unknown function YHR034c rif6 8994 58t11 185 protetn (by homology) YDR338c oft6 8996 579 1 CaLTVI Contig6 2518 185828 186979 low temperature viability protein (by homology) YKL143w orf6 8998 5761 CaCKAl Conbg6-2518 187288 188295 casem kmase 11, cataiYiic atpha chain (by homotog)

   YIL035 ort6 9000 574 1 CaCPR6 C.nt.g6.2518 188806 189915 eyclophylm (by homology) YLR216c., F6 9002 572 2 CaRP021 Cont) g6 2518 190498 195684 DNA directed RNA polymerase 11, 215 KD subunit (by homology) YDL140c. f6 9003 49241 IPF4924 Contrg62518195821 196483 unknownfunctnon YNL282w orf6 9005 49261 CaRFC4 Cont) g6 2518 196558 197529 DNA replrcatron factor C (by homology) YOL094c or169006 49281 IPF4928 Contrg6-2518 199097 197526 srmrrrrsrrrrrrrr 9008 49291 IPF4929 Against 2518 199221 201134 simiiarta Saccharomyces cerevisiae Hm1P mitochandrial DNA helicase (by homology) YOL095 od69Q09 4931 1 IPF4931 Contig6-2518 202125 201118 unknown tunctron YDR289c od69010 4933 1 IPF4933 C.nt.

   6 2518 202237 202914 unknown lunction YCR086w orf6 9011 4934 1 IPF4934 C.nt.g6 2518 203322 202918 unknown function YCR087ca off6 9012 49351 IPF4935 Contig6.2518 203800 203414 unknownlunction YJL003w off6 9013 4939 IPF4939 C.nt3 gvis 259 Seolp suppressor 01 sulphoxide ethronrne reslstance (by homology) YAL067c or) 69014 4940 IPF4940 Cont'g6 2518 206667 205906 unknown tunction YOR126c or (6 9015 49421 IPF4942 Conhg6-2518 206885 208597 similar to Saccharomyces cerevisiae Mal32p alpha glucology 49491 IPF4949 Contrg6-2518 211376 208605 unknownfunctnon YNL321w orf6 9018 4952 IPF4952 Contig6 2518 212464 211469 unknown lunchon YOR411 orf6 9020 4953.1 CaSMD1 Contrg6.2518 212555 212905 snRNA-associated protetn (by homolagy)

   YLR147c ort6 9021 49551 IPF4955 Contig6 2518 213412 212936 simllar to Saccharomyces cerevisiae Mrpl25p Obosomal protein YmL25, mitochondrial (by homology) YGR076c orf6 9023 4959.1 IPF4959 C.tig6 2518 214594 213512 D xylul6. 215368 214883 FlFû ATPase complex, FI delta subunt YDL004w orf6 9026 200341 CaCTA26 Conhg6-2518 216338 215517 transcfiphanaiactwatian no significant match orf6 9028 8301 IPF8301 Contig6.2519 43 2868 unknown function 'YLL032c orf6 90252 81921 513n21 513021 83021 83021 83021 unknown30' > 2519 5975 8209 putative permease (by homology) YDR536w ort6 9032 8311 1 IPF8311 Contig6.25l9 10477 12264 unknown function YLR094c ort6 9034 8312 CaRPL81 Contig6 2519 12751 13539 60S nbosomal protein L7a e B (by homology)

   YLL045c orf69035 83131 CaSAP3 Contig6.2519 15034 13838 secreted aspartyl proteinase YLR121C rif6 9036 9739 CaCOR1 canligE.2519 20640 16135 multndrug resistance protem (by homology) YOR153w orf6 9037 198191 CaDYN1 Contig6 2619 22914 48491 CaRPS19A 3 Cont, g6.2519 36075 35629 nbosomal proteln S19 e, 3-prime end (by homology) YOL121c not found 4847 IPF4847 Contig6.2519 37876 39222 unknownfunctron YOR197w orf6 9042 4842 IPF4842 Conbg6-2519 40217 39663 similar scesvisvis -related GlP binding proton (by homology) YCR027c orf6 9043 4835 1 IPF4835 Cont-86 2519 47960 46620 zinc finger protein (by homology) YDR034c ors6 9045 6 CaDBPIO Cont'g6 2519 59002 61728 Putatwe ATP-dependent RNA helicase (by homology)

   YDL031w ort6 9046 9 CaHRPI C.tig6 2519 63250 61823 Nuclear polyadenylated RNA bindong protein (by homology) YOL123w rif6 9048 11 1 IPF11 Conttg6 2519 64066 65379 unknown function YOL124c rif6 9050 141 CaTH14 Contig6.2519 65785 66osor homiaza YGR144w orf6 9051 15 CaPACI03 Contrg6-2519 67136 67681 Non-native Actin Binding Complex Component, 3 prime end (by homology) YGR078c orf6 9052 161 IPF16 Contig6-251968761 67760 unknownfunctron YOL073c ort69053 18 caRPLi8 exoni1 Proteig2 2519 large subunit), exon 1 (by hamology) YOL120.

   nos round 201 CaRPL18 exon2 Contig6 2519 69639 70130 Ribosomal Protein RPL188 (large subunit), exon 2 (by homology) YOL120c orf6 9055

  <Desc / Clms Page number 95>

 
 EMI95.1
 DI2001 41 (linked to D12000-68) Table 1
 EMI95.2
 211 IPF21 Contlg6.2519 70510 72240 unknownfunctron YOR193 .., f6 9057 241 IPF24 C.ntig6 2519 73497 72283 reductase (by homology) YLR460c orl69059 25 CaCEMI Conhgë 2519 754du 74076 3oxoacyl- [acylcarner0 homology-protein 261 IPF26 Conhg6 2519 76790 75450 unknown function YPR152c orf6 9061 29 IPF29 Contng62519 79138 78278 zinc flnger protein (by homology) YDR216w orf6 9062 322 iPF32 Contrg62519 81712 84570 srmrlar to Saccharomyces cerevisiaeYgyypyyprogyproteinygypy9 orf6 9063 33 CaPHB2 Contrg6-2519 85684 84773 Mitochondnal pmtein, prohlbitm homolog (by homology)

   YGR231c ort6 9064 361 CaYHVl Cont! G6251987803 85959 unknown function YHR151c od6 9066 37 CaHPRS Conttg6 2519 88042 90630 ATP.dependent DNA Helicase (Dy homology) YJL092w ort6 9067 401 CaRDIl Contig6 2519 91673 91062 IPF44 Contg6251993603 92371 unknown functlon YDL189w orf69070 462 CaUF02 Contrg6 2519 94559 97786 Ublqultm tuslon degradatlon protein 2 (by homology) Y01l90c ort69072 471 CaRPL353 C..tig6 2519 98404 9on45 Rb ... found 502 CaARF22 Conttg62519 100558 100013 GTP.bmdmg proteJn of the ARF famlly (by homology) YDL137w orf6 9073 532 [PF53 Contng62519102545 101496 unknownfunctron YDLI93 .., f6 9074 551 CaSNF3 ConUg6-2519 High379 105in 979

   YDL194w tort6 9075 561 IPF56 Contlg62519 106364 107113 slmllar to Saccharomyces cerevrsiae Nas6p subunit o126S proteasome (by homology) YGR232w or (6 9076 59 1 CaNCE102 Contig6 2519 109521 110033 secretion 01 or 7) Conbg6-2519 113949 111421 unknown functlon YDLl48c orf6 9078 63 CaCDR2 C.tig6 2519 118798 114299 Cand! Daa) bansdrugfes) stancepfote <n2 YOR153w orf6 9079 661 IPF66 Contng62519121121 120264 unknownfunctron YPR154w orf69081 681 CaSP070.3t Conbg6-2519 122096 121488 Involved m meiosis and sporulation, 3-prime end YGL116w orf6 2609 70 1 CaSP070 51812 YGR225w ort69083 72 1 CaSFPl Contlg6.2519 125354 124017 zinc finger pmtein (by homology)

   YLR403w orf6 9084 751 IPF65 Contig62519128110 129426 unknownfunctron YDl231c ori69085 762 CaFAS25f 5f Contlg6.2519 130405 132819 fatty acyl CoA synthase, alpha chain, 5 prime end YPL231w orf6 9086 772 CaFA19 13A syntag. mternaifra0ment YPL231w nos tourd 802 CaFAS23f 3t Contlg6.2519 133300 136059 latty.acyl.CoA synthase, alpha chain, 3 prime end YPL231w od6 9089 851 CaSEC7 Contig6.2519 136399 141918 GuaninucucototexexchangeProtemfor6changeProtemforPcorprotorforPforemforADPcorProtemforADPcorprotorforPforMforADPcorProtemforADPcorprotorforPorem06vcfProtemforADPcorprotorforPorem06pcorprotorforPorem06pcfotomorADPcorprotorforpcorprotorforPcorprotorfor-corprotorfor-counter 2519 142766 143551 unknown functlon, 3 prime end YLR150w notfound 912 IPF91 Contig6.2519 144023 145789 unknownfunctron YHR150w orf69094 961 IPF96 Contrg6 2519 147283 145835 C3HC4 type zrnc finger protein (by homology) YMLO68.

   ort6 9095 97 IPF97 Contlg6-2519 147594 148631 unknown function YML067c ort6 9096 1001 IPF100 Contrg6-2519 149215 151452 zrnc hnger protern, 3-pnme end (by homology) YDR034c ori69097 1101 CaSENl Contfg6 2519 151798 157854 Positiveeùo <ottRNAsPiimngendonuaease (bYhomoio0Y) YLR430w or (6 9099 1121 IPF112 Contig6.2519 159817 157985 unknawn functlon YKR095w orf69102 1162 CaTOP3 Contrg6 2519 160512 162401 DNA topoisomerase III (by hom3166 12R6 Contr612 YL621RR6) 9104 1262 1PF126 Contig6.2519 167218 169815 unknown functlon YLR241w arf6 9105 128 CaARVI Clnt:

  g6 2519 170702 169812 invoivedm steroi uptake and distfibutioninto the plasma membrane YLR242C orf6 9106 1321 PF132 Conhg62919 171962 170862 unknown function yjLo4lw orf6 9107 1331 IPF33 Conti 6.2519 172199 173221 unknown function na match. ) YDR382w ort6 9109 1351 CaRPS153 Contig6.2519 174527 174934 40S ribosomal protein 515, 3 prime end (by homology) YOL040c ort6 9110 137 CaARGII Contrg6-2519 175434 176387 mttochondnal ammo acid transporter (by homology) YOR130c orf6 91176 13111 176504 unknown function YDL237w orf6 9112 1432 IPF143 Contrg62519 181669 178277 unknownfunctron YOL089c orf69113 1491;

  PF149 Contig6 2519 186195 185104 peroxisomai membrane protein (by homology) YEL006w or (69116 1522 IPF152 Contrg6-2519190222 188333 unknownfunctron YOR129c ort69118 1551 CaYRAl exon2 Contig6 2519 191735 191325 RNA annealing protein, exon2 yound1 ex: 2nound? 192911 192621 RNA annealrng proteln, exon 1 (by homology) no significant match not found 43691 IPF4369 Contig6 2519 196429 197739 srmrlar to Saccharomyces cerevrsiae Stp2p rnvolved in pre-tRNA splrcrng (by homology) YHR006w od69135 43651 Urg , 5-prime end (by homology) YHL016c orf6 9121 43641 CaDUR353f 3f Contig62519 199582 200886 Urea transport proteln, 3.pnme end (by homology) YHL016c ort6 9122 43621 CaMAK21 Cont) g6 2519 204232 201023 Ribosome brogenasrs proton (ortology) YOR0 9125 43581 CaCMKl Cont)

  g62519 204870 206117 Ca2 + / calmodulrn-dependent serlthr protein kinase (by homotogy) YFR014c ort6 9126 43571 IPF4357 Contrg62519 206236 205829 unknown function no slgnlflcant match not found 43562 IPF4356 Cont g6.2519 206346 203151 unknown94 YPR 216925 unknown function YBR083w ort69129 18831 CaADE2 Contrg6.2519 221565 223271 phosphorabosylaminoimldazole carboxylase YOR128c orf6 9131 18821 IPF 882 Contig6.2519223836 223534 unknownfunctron YBL028c ort69132 by1183 RN253 22 prime139 225RB1919 220071 cotig6.2519 227539 225887 unknownlunction YOR301w orf69134 1873 IPF1873 Cot: g6 2519 231286 232248 putatwe GTPbrndmg protein (by homology) YOR101w orf6 9135 1872 1 CaPKCl Cqnhg6-2519 235675 232382 Ser / thrprotem6691 YBL

  PF1869 Contig6.2519 239343 236350 unknown function YBL104c orfb 9140 18631 IPFI663 C.ntig6.25l9 240223 241062 unknown function yMR244w orf6 9141 18621 IPF1862 5f Contig6.2519 241264 241701 unknown function, 5-pnme end YEL023 off186 4719 2319619 242968 unknown lunctipn, 3-pnme end YEL023c ort69143 1859 CARIPI Contrg6-2519 243742 243266 Ub, q.,. 1 ytochmme-C mductase (by homology) YEL024w orf6 9144 18572 IPF1857 Contrg62519 247087 244403 simllaria uitominine Sucombin ue ligase (by homology) YJR036c orf6 9145 1853 IPF1853 Contng62519 247761 251096 unkn n unction no secant match on6947 18501 CaNUP85 Contig6 2519 251259 253580 Nuclear pore protein (by homology) YJR042w osa6 9150 18491 CaCUP19 254t. (by homology)

   YEL027w orf6 9151 1848 IPF1848 Conhg6-2519 255152 255532 srmnlar to Saccharomyces cerevrsrae Snul3p U4 / U6 US snRNP associated protein (by homology) YEL026w orf6 9152 1846 IPF1846 Contng6-2519 255853 2592150 functron

  <Desc / Clms Page number 96>

 
 EMI96.1
 D12001-41 (linked to 012000-68) Table 1
 EMI96.2
 18441 CaGEFI.3f Contng62519 260132 259263 Voltage-gated chlonde channel prqtem, 3prime end (by homology) YJR040w orf6 9156 1841 CaGEF15f Conhg6-2519 261570 260137 V.1tg. g.td hi.,. d h.nl p.t,., 5 p ,.

   end (by homology) YJR040w ori6 9157 1839 IPF1839 Contng6-2519 262333 263226 p.tat, ve 1-Acyl dihydmxyacetone phosphate reductase (by homology) YIL124w ort6 9158 18372 iPF1837 Contig62519264908 263430 unknown funct106 YOR37 sngndicant match orf6 9161 18342 IPF1834 Contig6 2519 267176 266316 likely syntaxin (by homology) YOR036w orf6 9162 1833 IPF1833 Contig62519 267694 268584 simdar to opaque phase protetn OP4 (by homology) na s10mficant match ori6343 263 (by homology) VNL102w ot6 9164 143422 CasNF5 Sf Contng6-2519 273736 274245 Component of SWI / SNF tranSCriptIon actlvator complex, S'pnme end (by homology) no significant match or (6 9165 14343.2 CaSNFS 3f Contig6 2519 274194 2758 SNF transcriptnon activator complex,

   3 pnme end (by homology) YBR289w orf6 9166 180481 CaCTPI Contlg62519 278882 279745 Citrate transport protein (by homology) YBR291c orf6 9167 148492 iPF148505eoc Cont106.1856 551 3 FALSORF, second allele of 14850 2262.1 IPFORF6768 1 -2450 8555 8307 FALSORF, second alllele of 19666 1 18665 IPF186655eoc Contig6.2196 170 3 FALSORF, second allele of 7524 79952 CaSE023eoc Contlg6 2231 3 470 FALSORF, second allele of 12176 1 130661 IPF13066 Contng6-146ie 1813 2514 second 1

  <Desc / Clms Page number 97>

 
 EMI97.1
 IPF SEQ ID Fwd 011go nan Sequence Oligo forward SEQ ID 01g rev Sequence 0111'1 "0 reverse Start PCR Stop PCR PCR snze Pnmer set
 EMI97.2
 
 <Tb>
 <tb> 19501 <SEP>:

    <SEP> SEQ <SEP> ID <SEP> No <SEP> 1 <SEP> 19501 <SEP> 1 <SEP> F <SEP> TCTCTCCTCATGCTCTCTTCTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6040 <SEP> 19501 <SEP> 1 <SEP> R <SEP> GAATTGGAGAGGATGAAACA <SEP> 399 <SEP> 729 <SEP> 331 <SEP> Sets
 <Tb>
 
 EMI97.3
 122 122 SEQ 10 No 2 12212 2 F AGAATAAAAATCATGGCTGG SEQ 10 No 6041 12212 2 R CAGAAACCCTGATAAATTGC 841 1221 381 Sets 19484 SEQ ID No 3 19484 1 CACCATGAACAAAACTTCG SEQ ID No 6042 19484 R GACCAATCACTTCCTTTACG 654 1007
 EMI97.4
 
 <Tb>
 <tb> 149942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4 <SEP> 14994 <SEP> 2 <SEP> F <SEP> GCAATGAGAAAGAACTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6043 <SEP> 14994 <SEP> 2 <SEP> R <SEP> CAGTACAATTACCATCTGCG <SEP> 580 <SEP> 883 <SEP> 304 <SEP> Sets
 <tb> 2072 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5 <SEP> 2072 <SEP> 2 <SEP> F <SEP> GGTTGAATGAGAAAGTCTTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6044 <SEP> 2072 <SEP> 2

   <SEP> R <SEP> TTAGTTGTACCAGTTGCAGG <SEP> 638 <SEP> 1013 <SEP> 376 <SEP> SetA
 <Tb>
 
 EMI97.5
 12061 2 SEQ f0 No 6 12061 2 F TTTACAAATTGGAATGAGGG SEQ ID No 6045 12061 2 R GTGATTTTCTTTGTCTTGGC 1276 1630 355 SetB 121102 SEQ ID No 7 121102F F GTTTTGCTCAAGAAGACACC SEQ ID No 6046 12110 2 R ACCCGACCAGTAG22 11AG ID No 6047 11382 2 R ACAAAATATGATGG7TGGC 498 854 357 SetS 160361 SEQ ID No 9 16036 1 F GGTGAAAGAAGTTATGGTGC SEQ ID No 6048 16036 1 TCTTCTGGATAAACTGGAGC 130 443 314 Sets 17430 SEQ ID NoTA 17430AC FATA TGAAT 194481 SEQ ID No 11 19448 1.F TATTATGGTAACGGAGGACC SEQ ID No 6050 19448 1.R CACCAATATCTTCCTTTTCG 1141 1459 319 Sets 147492 SEQ ID No 12 147492 F TTGTGTTTTTGAAAATTTGG SEQ 10 No 6051 14749 2 R ATGATACGCCAT45ATA8282

  SEQ ID No 13 133682 F CCAAATACTGAAACCGTAGC SEQ ID No 6052 13368 2 R ATGGGTC7AATGATTGATGC 937 1276 340 Sets
 EMI97.6
 
 <Tb>
 <tb> 198241 <SEP> SEQ <SEP> ID <SEP> No <SEP> 14 <SEP> 19824 <SEP> 1 <SEP> F <SEP> TCAAAGCACTGCTAACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6053 <SEP> 19824 <SEP> 1 <SEP> TCATGTTTAGTGGCAGTGG <SEP> 198 <SEP> 527 <SEP> 330 <SEP> SetS
 <tb> 145821 <SEP> SEQ <SEP> ID <SEP> No <SEP> 15 <SEP> 14582 <SEP> 1 <SEP> F <SEP> CTACCAATACCTATCATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6054 <SEP> 145821 <SEP> R <SEP> GAAAAACCTCGAACTATAGGG <SEP> 12 <SEP> 208 <SEP> 197 <SEP> Sets
 <tb> 17811 <SEP> SEQ <SEP> ID <SEP> No <SEP> 16 <SEP> 17811 <SEP> 1 <SEP> ACAACGACAAGAAAAATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6055 <SEP> 17811 <SEP> 1 <SEP> CTTTTCAACAGCAACAAGG <SEP> 36 <SEP> 234 <SEP> 199 <SEP> SetB
 <Tb>
 
 EMI97.7
 19435 SEQ ID No 17 19435 1 CCTCCAACTCTACCTTACCC SEQ ID No 6056

  19435 1 R GCATTTAGGAGATAACACCG 692 998 307 SetB 177991 SEQ ID No 18 177991 F GATGAAATCATTACCAAATTACC SEQ ID No 6057 177991 R TCCCATCACCAAGAATACAT 532 871 340 Sets 70462 SEQ 10 No 19 7046 2 F TCATCCAATGATAAATGTAQTQQTG No 20 194251 F TTCGATATCTTCTCTTTCCG SEQ ID No 6059 19425 1 GAGTTATTGAAGTGGAAGCG 82 476 395 SetB
 EMI97.8
 
 <Tb>
 <tb> 19421 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 21 <SEP> 19421 <SEP> 1 <SEP> AAATTCCAATCCACTATTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6060 <SEP> 19421 <SEP> 1 <SEP> R <SEP> GAGATGGACATTCAGACTGC <SEP> 4 <SEP> 366 <SEP> 363 <SEP> Sets
 <tb> 69222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 22 <SEP> 6922 <SEP> 2 <SEP> AAATTAGGTCCCAGAAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6061 <SEP> 6922 <SEP> 2 <SEP> R <SEP> ATCTCTTCTTCCTCTCTCCG <SEP> 355 <SEP> 704 <SEP> 350 <SEP> Sets
 <tb> 14908 <SEP> SEQ <September>

  ID <SEP> No <SEP> 23 <SEP> 14908 <SEP> 1 <SEP> TAATAATTGTGGTTTTTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6062 <SEP> 14908 <SEP> 1.R <SEP> ATGTCATTTAGAGGTGGTGG <SEP> 41 <SEP> 163 <SEP> 123 <SEP> Sets
 <tb> 179451 <SEP> SEQ <SEP> ID <SEP> No <SEP> 24 <SEP> 17945 <SEP> 1 <SEP> TCAAATTTACCAATGTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6063 <SEP> 17945 <SEP> 1 <SEP> R <SEP> AACTCATAATCCAATCAGGC <SEP> 511 <SEP> 868 <SEP> 358 <SEP> SetB
 <Tb>
 
 EMI97.9
 16843 SEQ ID No 25 16843 2 F TTGACTAGTACGGCAATTTTC SEQ ID No 6064 16843 2 R AGCCATAGCTACAACCAATC 90 293 204 SetC
 EMI97.10
 
 <Tb>
 <tb> 91482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 26 <SEP> 91482F <SEP> F <SEP> ATTGTTACCGAGAATGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6065 <SEP> 9148 <SEP> 2 <SEP> R <SEP> TTAGAAACATTGGTGAACCC <SEP> 769 <SEP> 1103 <SEP> 335 <SEP> SetA
 <tb> 153452 <SEP> SEQ <SEP> ID <SEP> No <SEP> 27 <SEP> 153452F <September>

  AATGAATCTTCTAAAGCATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6066 <SEP> 15345 <SEP> 2 <SEP> R <SEP> TGGATTATTATTTGGTTTTGG <SEP> 211 <SEP> 525 <SEP> 315 <SEP> SetB
 <tb> 13421 <SEP> SEQ <SEP> ID <SEP> No <SEP> 28 <SEP> 13421 <SEP> 2 <SEP> GGTGTTCATAATGGTGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6067 <SEP> 13421 <SEP> 2 <SEP> R <SEP> TTTTGCCGTACTATGATTGG <SEP> 643 <SEP> 963 <SEP> 321 <SEP> SetB
 <tb> 177902 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 29 <SEP> 177902 <SEP> F <SEP> GTTGCAACACTTTATCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6068 <SEP> 17790 <SEP> 2 <SEP> R <SEP> AAATCGTTTCTTTTCACTGC <SEP> 751 <SEP> 1052 <SEP> 302 <SEP> Sets
 <tb> 152502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 30 <SEP> 152502F <SEP> TACCAGCAACAGCTCTAACA <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6069 <SEP> 15250 <SEP> 2.R <SEP> TTAAGAGGTAGACAATCGGC <SEP> 16 <SEP> 118 <SEP> 103 <SEP> SetC
 <tb> 15248.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 31 <SEP> 15248 <SEP> 2 <SEP> F <SEP> AACTGCTAATGAAATACCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6070 <SEP> 15248 <SEP> 2. <SEP> R <SEP> TAGAAACATCTTCCTCCTCC <SEP> 582 <SEP> 886 <SEP> 305 <SEP> Sets
 <tb> 8016 <SEP> SEQ <SEP> ID <SEP> No <SEP> 32 <SEP> 8016 <SEP> 2 <SEP> F <SEP> GGCAGCTTCTGCTTCTAATA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6071 <SEP> 8016 <SEP> 2 <SEP> R <SEP> TAAATTAATGGATGCCTTGG <SEP> 14 <SEP> 260 <SEP> 247 <SEP> SetC
 <tb> 72052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 33 <SEP> 7205 <SEP> 2 <SEP> F <SEP> AAGCTGTTGGTGCTTCTAAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 6072 <SEP> 7205 <SEP> 2 <SEP> R <SEP> GACCAGCGTCATAAATTCTC <SEP> 1211 <SEP> 1543 <SEP> 333 <SEP> SetC
 <Tb>
 
 EMI97.11
 19377 SEQ ID No 34 19377 1 F TTAGAGGATTCAACTCTGGG SEQ ID No 6073 19377 1 R AGTCTGCATTTACGTTAGCC 5 352 348 SetB 17652 SEQ ID No 35 17652 2 F GCTTATGAACTTGATTTGCC SEQ

  ID No 6074 17652 2 R TCACCAAACAACGATTTAGC 1642 1949 308 SetB 17424 SEQ 10 No 36 17424 2 F AAAAGGTTCAGAAAAGAAAGG SEQ ID No 6075 17424 2 R TTCTTTAAACCACCAAAAGC 18 281 264 SetA 3998 SEQ 10 No 37TC 398 2 F TAGTCATTCAGAG 39 273 328 SetB
 EMI97.12
 
 <Tb>
 <tb> 156322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 38 <SEP> 15632 <SEP> 2 <SEP> ACCACTTCCTTCAATACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6077 <SEP> 15632 <SEP> 2 <SEP> R <SEP> AAACCTTGAGATGGTAACCC <SEP> 753 <SEP> 1055 <SEP> 303 <SEP> Sets
 <tb> 103602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 39 <SEP> 10360 <SEP> 2 <SEP> F <SEP> ATTGAATTTTGTTGATTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6078 <SEP> 10360 <SEP> 2 <SEP> R <SEP> ATTGTCGCTACTGTTATCGG <SEP> 261 <SEP> 627 <SEP> 367 <SEP> SetB
 <tb> 175052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 40 <SEP> 17505 <SEP> 2 <SEP> F <SEP> AATGATGGAGCAACTAATGC <SEP> SEQ <September>

  ID <SEP> No <SEP> 6079 <SEP> 17505 <SEP> 2 <SEP> R <SEP> CATCCAGGTGGTAATAATGC <SEP> 1348 <SEP> 1727 <SEP> 380 <SEP> SetB
 <Tb>
 
 EMI97.13
 173 472 SEQ ID No. 41 173472F AAAGTCCTTGGACAACTGC SEQ ID NO 6080 17347 2 R TCAGCATAAACTTGTGATAACC 875 1196 322 89852 sets SEQ 10 No 42 8985 2 F AATGTTTCTGTACAGCGTCC SEQ ID No 2 6081 8985 1342 1696 355 R ATGTTTGTGAATTCTCCTCG s.tB 14850 SEQ ID NO 43 14 850 2 F TGAATTCCTTGATAATCTTGC SEQ ID No 6082 14850 2 R AACCAGGTGACCAAGTAGG 359 SetC 178182 SEQ ID No 44 17818 2 F GTTGAATGTGTCAGAAGAGG SEQ ID No 6083 17818 2 R CACCTTGACCTTGTTGACC ND ND 331 SetC 17AGAGAAGTAG 17AG39 2QCAG 39AAGAG 2G 17AQAG 17G39AQAQAG 17G39 3239 331 SetB
 EMI97.14
 
 <Tb>
 <tb> 3908 <SEP> SEQ <SEP> ID <SEP> No <SEP> 46 <SEP> 3908 <SEP> 2 <SEP> F <SEP> CATTTTTGAAGTTGCATTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6085 <SEP> 3908 <SEP> 2 <SEP> R <September>

  CCAATTTTTATGAAGCAACG <SEP> 2148 <SEP> 2523 <SEP> 376 <SEP> SetA
 <tb> 109471 <SEP> SEQ <SEP> ID <SEP> No <SEP> 47 <SEP> 10947 <SEP> 1 <SEP> F <SEP> AAATCCAAAACTTCCATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6086 <SEP> 10947 <SEP> 1 <SEP> CTTTGTCGTCCAATTTTAGG <SEP> 167 <SEP> 523 <SEP> 357 <SEP> SetC
 <Tb>
 
 EMI97.15
 4443 SEQ ID No 48 4443 2 F GCAAACAAGTTCGTGATACC SEQ 10 No 6087 4443 2 R TACTAGGACCAGGATAAGCG 29 388 360 SetA
 EMI97.16
 
 <Tb>
 <tb> 195671 <SEP> SEQ <SEP> ID <SEP> No <SEP> 49 <SEP> 19567 <SEP> 1 <SEP> AATGCTAATTCCAAACAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6088 <SEP> 19567 <SEP> 1 <SEP> R <SEP> TCTCTACCAATCTCACCACC <SEP> 676 <SEP> 1046 <SEP> 371 <SEP> SetB
 <tb> 19573 <SEP> 1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 50 <SEP> 19573 <SEP> 1 <SEP> CAAATTTCATGTATTCCTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6089 <SEP> 19573.1 <SEP> R <SEP> TCAATTCTTCTAATGAAACAGG <SEP> ND <SEP> ND <September>

  312 <SEP> SetC
 <Tb>
 
 EMI97.17
 49082 SEQ ID No 51 4908 2 GAATTGGTATTCTTCATGCC SEQ ID No 6090 4908 2 R CCAAAAATAACAGGAATACCC 38 353 316 SetB 12442 SEQ ID No 52 124421 F TTGAGTAGATTTGCCTTTGC SEQ 10 No 6091 124421 R AATGAAGATTCATCACCAGCATIT133CT10T # 393 6092 15839 IR ACAATTGATGGA7GTAAGGG 24 331 308 Sets
 EMI97.18
 
 <Tb>
 <tb> 3767 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 54 <SEP> 3767 <SEP> 1 <SEP> CAAAGTCTACAGAAGACGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6093 <SEP> 3767 <SEP> 1 <SEP> R <SEP> CTTGATTGGTTTTGATTTGC <SEP> 317 <SEP> 664 <SEP> 348 <SEP> SetA
 <tb> 37702 <SEP> SEQ <SEP> ID <SEP> No <SEP> 55 <SEP> 3770 <SEP> 2 <SEP> ACTGGACAGAAAGAATACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6094 <SEP> 3770 <SEP> 2 <SEP> R <SEP> ACTGATTCCTTCGTAGTTGC <SEP> 576 <SEP> 896 <SEP> 321 <SEP> SetC
 <tb> 178402 <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 56 <SEP> 17840 <SEP> 2 <SEP> F <SEP> CCACCACAATTTCTTAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6095 <SEP> 17840 <SEP> 2 <SEP> R <SEP> AGTAACTTTAGCATGAGCCG <SEP> 1674 <SEP> 2016 <SEP> 343 <SEP> Sets
 <tb> 13661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 57 <SEP> 13661 <SEP> 2 <SEP> F <SEP> CAAGCAAGAGCACTTTATGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6096 <SEP> 13661 <SEP> 2 <SEP> R <SEP> CACCGGCTGTGATAGATATT <SEP> 1438 <SEP> 1756 <SEP> 319 <SEP> SetB
 <Tb>
 
 EMI97.19
 193161 SEQ ID No 58 193161 F CTTTCCTATCTCGTGTCTGG SEQ ID No 6097 19316 1 R AACTTTCAATACTGGAACGC 265 618 354 SetB
 EMI97.20
 
 <Tb>
 <tb> 19315 <SEP> SEQ <SEP> ID <SEP> No <SEP> 59 <SEP> 19315 <SEP> 1 <SEP> CTACTGTGGTCCCTCTATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6098 <SEP> 19315 <SEP> 1 <SEP> TGCCGGTAAAGTTACTTAGG <SEP> 137 <SEP> 436 <SEP> 300 <SEP> Sets
 <Tb>
 
 EMI97.21
 193101 SEQ ID No 60 193101 F CGAGACGAACGATAAGAAAC SEQ ID

  No 6099 193101 R GTTGAATATCCGAAATGGTC 317 658 342 SetS 19308 SEQ ID No 61 19308 1 F CTCTTCATTCTTAATTGGCG SEQ ID No 6100 19308 1 R GAACAAGTGAATATTTCCGC 97 441 345 Sets 150512 SEQ 10 No 62 15051 2 F CAAAATCCAGAAATTAAT1ATTAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATATIAATAATAATATIAATAATAATATIAATATIAATATIAATAATAATAATIAATATIAATATIAATATIAATATIAATAATIA 19 sets
 EMI97.22
 
 <Tb>
 <tb> 139042 <SEP> SEQ <SEP> ID <SEP> No <SEP> 63 <SEP> 13904 <SEP> 2 <SEP> F <SEP> AAATATTTCCCCAACATAGG <SEP> SEQ <SEP> tD <SEP> No <SEP> 6102 <SEP> 13904.

    <SEP> 2 <SEP> R <SEP> GATCGTCAAGGTTAAATTGC <SEP> 337 <SEP> 645 <SEP> 309 <SEP> SetB
 <tb> 139052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 64 <SEP> 13905 <SEP> 2 <SEP> F <SEP> CAATTCTGGAATTCGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6103 <SEP> 13905 <SEP> 2 <SEP> R <SEP> AATGGGAATCCAATATCTCC <SEP> 51 <SEP> 365 <SEP> 315 <SEP> Sets
 <tb> 19295 <SEP> SEQ <SEP> ID <SEP> No <SEP> 65 <SEP> 19295 <SEP> 1 <SEP> F <SEP> TCAAGGCTATTGTAATTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6104 <SEP> 192951 <SEP> R <SEP> AATGATTTGACCGTAGTTGG <SEP> 900 <SEP> 1262 <SEP> 363 <SEP> Sets
 <tb> 19294 <SEP> SEQ <SEP> ID <SEP> No <SEP> 66 <SEP> 192941 <SEP> F <SEP> CTTGGTATCACCACCTATCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6105 <SEP> 19294 <SEP> 1 <SEP> R <SEP> GTTGTAATGGATCTGTTCTGC <SEP> 1472 <SEP> 1771 <SEP> 300 <SEP> SetB
 <Tb>
 
 EMI97.23
 19290 SEQ 10 No 67 19290 1 F ATCCTCTCAAAAGCTTCTCC SEQ ID No 6106 19290 1 R AGGATAGAGGAGAGAGGGTGG 866 1221 356 SetB
 EMI97.24
 
 <Tb>
 <tb> 192841 <SEP> SEQ <SEP> ID <SEP> No <SEP> 68 <SEP> 192841 <SEP> F <SEP> CTCTCTAGCTTGCTCTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6107 <SEP> 19284 <SEP> 1 <SEP> R <SEP> GACGTAGAGATAGCAAACGG <SEP> 696 <SEP> 1049 <SEP> 354 <SEP> SetB
 <Tb>
 
 EMI97.25
 192831 SEQ ID No 69 192831 F CCTACTCTTTGACCATCTCG SEQ ID No.

   6108 19283.1 R GGAAGAGAGAGTTGGAGTGG 48 379 332 s.te 174802 SEQ ID No 70 174802.F AGATGGTTTGGGTGAAGTC SEO 10 No 6109 17480.2 R CCTTTTCGACAACATCATTT 306 499 194 SetC 17G5GGTAATT No GATT 17ATT5G.
 EMI97.26
 
 <Tb>
 <tb> 88662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 72 <SEP> 88662 <SEP> F <SEP> AGGTACTAATTCAGCCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6111 <SEP> 8866 <SEP> 2 <SEP> R <SEP> ATCATCTTCATGGAATCTGG <SEP> 1950 <SEP> 2298 <SEP> 349 <SEP> Sets
 <tb> 12391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 73 <SEP> 12391.F <SEP> CAGGTGGTGTTTTTACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6112 <SEP> 1239 <SEP> 1.R <SEP> ACAGAGGGTGATACAGTTGG <SEP> 877 <SEP> 1211 <SEP> 335 <SEP> SetA
 <Tb>
 
 EMI97.27
 173801 SEQ ID No.

   74 17380.1.F AAAGAAACGTGAAGAAGAGG SEQ ID No 6113 17380 1 R C1'TTGTCGTCCAATTTIAGG 519 841 323 SetC 143232 SEQ ID No 75 14323 2 F CGAATCCTTTTATTTTGCC SEQ ID No 6114 14323.2 R TTTTCCTTGT378CCGCCTCCFCCQGCCQCCQGCCQCCQGCCQQGQCCQCCQCCQQQGQCCQCCQQGQGQQGQGQQGQGQQGQGQQGQQQGQQQGQQGQQQGQQQGQQQGQQQGQQQGQQQGQQQGQQQGQQQQGQQQQGQQQQQQQQQQQQA 6115 11378 2.R CAAATTGGA4TTCTTTTTCC ND ND 332 SetC 113792 SEQ 10 No 77 11379 2 TTCATTTGATTTAGTTCATGC SEQ ID No.

   6116 11379.2.R TTTTTAATTTGTAAATCATCAGC ND ND 324 SetC
 EMI97.28
 
 <Tb>
 <tb> 54382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 78 <SEP> 5438 <SEP> 2 <SEP> F <SEP> TCAGTTTTGGTTCTATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6117 <SEP> 5438 <SEP> 2 <SEP> R <SEP> ACATTCAGATCCTTTGTTGG <SEP> 335 <SEP> 687 <SEP> 353 <SEP> SetB
 <tb> 43382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 79 <SEP> 4338 <SEP> 2 <SEP> F <SEP> CAACCTTATGGCTCAGTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6118 <SEP> 4338 <SEP> 2 <SEP> CACTATTGTCATTCGTTCCC <SEP> 1984 <SEP> 2374 <SEP> 391 <SEP> Sets
 <tb> 162012 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 80 <SEP> 16201.2 <SEP> F <SEP> ACAAATGGATCAAAGTCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6119 <SEP> 16201 <SEP> 2. <SEP> R <SEP> TTACTTGACGCAAAACAGC <SEP> 190 <September> 518 <SEP> 329 <SEP> SetB
 <Tb>
 
 EMI97.29
 165982 SEQ ID No. 81 16598 2 F AAATCTGCTGAATTCATTGC SEQ ID No.

   6120 16598 2 R TTGACTCTCCCCAATTACC 700 1099 400 SetB
 EMI97.30
 
 <Tb>
 <tb> 141222 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 82 <SEP> 14122 <SEP> 2.F <SEP> AGCAAAAGTTTATCACCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6121 <SEP> 14122. <SEP> 2 <SEP> R <SEP> ATCTTTTACCAGAATCCCCA <SEP> 1231 <SEP> 1612 <SEP> 382 <SEP> SetB
 <Tb>
 
 EMI97.31
 73492 SEQ ID No 83 7349 2 F TCGAGGATCACCTAAAACC SEQ ID No. 6122 7349 2 R ATTGTCACATCATCAACACG 1809 2138 330 Sets 19552 SEQ ID No. 84 19552 1 F AATTATAAAAATGTTTCCGGG SEQ ID No 6123 19552 lR TTCAAAGATGATCCAATTCCB114 411 1164 F CGACGATTACTCTTTCAAGC SEQ ID No 6124 4114 2.R TCCACTATTACTGGTCTCGG 1689 1998 310 SetB
 EMI97.32
 
 <Tb>
 <tb> 8269 <SEP> SEQ <SEP> ION. <SEP> 86 <SEP> 8269 <SEP> 2 <SEP> F <SEP> TTTGCTGCTATAAACATCCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6125 <SEP> 8269 <SEP> 2 <SEP> R <SEP> AAGAGTTCTGTTTTGTTGCC <SEP> 316 <SEP> 631 <SEP> 316 <SEP> SetA
 <tb> 104622 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 87 <SEP> 10462 <SEP> 2 <SEP> F <SEP> GGGGAGATAAAGTGTTAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6126 <SEP> 10462 <SEP> 2 <SEP> R <SEP> TCAATATTCCACATAACCCC <SEP> 719 <SEP> 1048 <SEP> 330 <SEP> Sets
 <tb> 128192 <SEP> SEQ <SEP> ID <SEP> No <SEP> 88 <SEP> 12819 <SEP> 2 <SEP> F <SEP> ACCGGCAGTTAATATGTGTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6127 <SEP> 12819 <SEP> 2 <SEP> R <SEP> TGGTTGTGATTGTTGTAAATG <SEP> ND <SEP> ND <SEP> 316 <SEP> SetC
 <Tb>
 
 EMI97.33
 192491 SEQ ID No 89 192491F F ACATTTTGGTATTGGAGTGG SEQ ID No 6128 19249.1.R TGCAACTCTGTTTTGATCG 1362 1713 352 SetS
 EMI97.34
 
 <Tb>
 <tb> 13409 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 90 <SEP> 13409 <SEP> 1 <SEP> F <SEP> ACATCACCAAATTTTCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6129 <SEP> 13409 <SEP> 1.R <SEP> TGAAGATCCCATTTGTTACC <SEP> 259 <SEP> 614 <SEP> 356 <SEP> Sets
 <tb> 13290. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 91 <SEP> 13290.2 <SEP> F <SEP> CTCAAGATTTTGAATGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6130 <SEP> 13290 <SEP> 2 <SEP> R <SEP> CGAATTGGTTCAAGTTTAGG <SEP> 587 <SEP> 944 <SEP> 358 <SEP> Sets
 <tb> 16479.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 92 <SEP> 16479 <SEP> 2 <SEP> F <SEP> CGTCGTCAAAAGAGATTAGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6131 <SEP> 16479. <SEP> 2 <SEP> R <SEP> CTGTTGGTAGGGTCAATAGC <SEP> 1450 <SEP> 1826 <SEP> 377 <SEP> Sets
 <tb> 11570.1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 93 <SEP> 11570.1 <SEP> F <SEP> TACAAAACCCCATTGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6132 <SEP> 115701 <SEP> R <SEP> TTCAAATTCTTTGATTCATATCC <SEP> ND <SEP> ND <SEP> 235 <SEP> SetC
 <tb> 115692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 94 <SEP> 11569 <SEP> 2 <SEP> AATATTTCACCATCAGTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6133 <SEP> 11569 <SEP> 2.R <SEP> ATAATAGCACCAACTCCACG <SEP> 692 <SEP> 1031 <SEP> 340 <SEP> SetA
 <tb> 101052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 95 <SEP> 10105 <SEP> 2 <SEP> F <SEP> CACTTCCACTTCCACTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6134 <SEP> 10105 <SEP> 2 <SEP> R <SEP> CTTTCTCGACTTTGATGAGG <SEP> 378 <SEP> 677 <SEP> 300 <SEP> SetC
 <tb> 166952 <SEP> SEQ <SEP> ID <SEP> No <SEP> 96 <SEP> 16695.2.F <SEP> TAGTATGGAGGAAAACTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6135 <SEP> 16695 <SEP> 2 <SEP> R <SEP> ATAACTGCGGTTGAATTACC <SEP> 1059 <SEP> 1376 <SEP> 318 <SEP> SetB
 <tb> 175152

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 97 <SEP> 17515 <SEP> 2.F <SEP> GTTCTTTACAATCATCAGAATCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6136 <SEP> 17515. <SEP> 2 <SEP> R <SEP> AAAAATTCTCCATTGAAACAG <SEP> ND <SEP> ND <SEP> 306 <SEP> SetC
 <tb> 81532 <SEP> SEQ <SEP> ID <SEP> No <SEP> 98 <SEP> 8153.2 <SEP> F <SEP> AACAAATTTTGGATGCTCAC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6137 <SEP> 8153.2.R <SEP> CGTATAATCCCCAGAGTTTTGA <SEP> 638 <SEP> 982 <SEP> 345 <SEP> Sets
 <Tb>
 
 EMI97.35
 175292 SEQ ID No 99 17529 2.F AAACTTATGATGACGATGACG SEQ ID No 6138 17529 2 R ATGATTTATGTCTTGGTGGG 11 325 315 Sets
 EMI97.36
 
 <Tb>
 <tb> 163082 <SEP> SEQ <SEP> ID <SEP> No <SEP> 100 <SEP> 16308.2 <SEP> F <SEP> AAAACGCAAATTATCACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6139 <SEP> 16308 <SEP> 2 <SEP> R <SEP> ATTTAGCAAGTCCATTGGG <SEP> 534 <SEP> 856 <SEP> 323 <SEP> Sets
 <Tb>
 
 EMI97.37
 179512 SEQ 10 No 101 17951 2 F CAGTCATTGAACCAGAACG SEQ iD No 6140 179512 R CACCAGTAAACCCATACACC 1559 1921 363 sets 19235.1 SEQ ID No 102 19235.1.F CTTAACTTGGCTGGTAATGC SEQ ID No 6141 19235 1 TAATATTAGATGGCGACAC7 186 1868

   103 13723 2 TTTAAAACCATTGAAGGTGG SEQ ID No 6142 13723.2 R TCATTACCTTCACCAAAACC - 1324 1667 344 Sets 171902 SEQ ID No 104 17190.2F TTATCCAACAACCTCAATCC SEQ ID No. 6143 17190.2 R TGACTGGTCTTAACAATCCC 1391 1690 300 Sets
 EMI97.38
 
 <Tb>
 <tb> 16830.2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 105 <SEP> 16830.2.F <SEP> GAATTCTCCGACATGATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6144 <SEP> 16830 <SEP> 2 <SEP> R <SEP> ACACTTCTTGCAAATCTTGG <SEP> 1522 <SEP> 1836 <SEP> 315 <SEP> Sets
 <tb> 173582 <SEP> SEQ <SEP> ID <SEP> No <SEP> 106 <SEP> 173582F <SEP> TTGGATTATCATTTTCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6145 <SEP> 17358 <SEP> 2 <SEP> R <SEP> GAAAATATCATGATTTGGGG <SEP> 1283 <SEP> 1641 <SEP> 359 <SEP> SetB
 <Tb>
 
 EMI97.39
 14934 SEQ ID No. 107 14934 l.F TATAGTTGTGGAATCGCTGG SEQ ID No 6146 14934 lR TCATCCTGAACTTCTTCCC 859 1196 338 SetB
 EMI97.40
 
 <Tb>
 <tb> 14932 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 108 <SEP> 14932 <SEP> 1 <SEP> F <SEP> CCTTGGTAAATTTGATTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6147 <SEP> 14932.1 <SEP> R <SEP> AATTTGTGTGGTCTCTTTGC <SEP> 321 <SEP> 649 <SEP> 329 <SEP> SetB
 <Tb>
 
 EMI97.41
 17975.2 SEQ ID No 109 17975 2 TATCTCATTAGTGGTGGTGG SEQ ID No 6148 17975.2 R ATTAAACATCGGAATTTTGG 1732 2036 305 s.tB 19231 SEQ ION. 110 19231 LF CGGATCTGTTTAAAATTTGG SEQ ID No. 6149 19231 1 R TTGAATTTTGTTGATGAGGG 227 589 363 Sets 164301 SEQ ID No. ill 16430 1 F TCTGTTGAATAATCTTGGGG SEQ ID No 6150 16430 R R CTTTGCGTGAAGAATGTACC92 207 197

   112 16809 2 F AAATATTGGATTTGGAATGG SEQ ID No 6151 16809 2 R TTGAAAAATGAGAAAATCCC 795 1133 339 SetB
 EMI97.42
 
 <Tb>
 <tb> 19593 <SEP> SEQ <SEP> ID <SEP> No <SEP> 113 <SEP> 19593 <SEP> 1 <SEP> F <SEP> TTAATCATGAAAGCGAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6152 <SEP> 19593 <SEP> 1 <SEP> TATTCATTTCCCATCACACC <SEP> 970 <SEP> 1289 <SEP> 320 <SEP> SetB
 <tb> 170482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 114 <SEP> 17048 <SEP> 2 <SEP> F <SEP> AATTTGGAGAGGAAAAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6153 <SEP> 17048 <SEP> 2.

    <SEP> R <SEP> ACGTGTGATAGATCCAATCC <SEP> 1495 <SEP> 1886 <SEP> 392 <SEP> SetA
 <tb> 69882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 115 <SEP> 69882F <SEP> GAGGACGAGAAAACTAAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6154 <SEP> 6988 <SEP> 2 <SEP> R <SEP> CTTCTCAACAAAGCATCTCC <SEP> 493 <SEP> 833 <SEP> 341 <SEP> SetA
 <Tb>
 
 EMI97.43
 41172 SEQ ID No 116 4117 2.F AAAGTCGGATATGCTAATGG SEQ ID No 6155 4117 2 R TGAGTAGGGCACTCATAACC 133 530 398 SetA

  <Desc / Clms Page number 98>

 
 EMI98.1
 41182 SEQ ID No 117 41182F CAAAATTGCTTTAGATTGGG SEQ ID No 6156 4118 2 TTTAAGTTGCTGATGGATACC 774 1085 312 SetA 41192 SEQ ID No 118 41192F TGTTCAACAGTCTCCTTCG SEQ ID Na 6157 4119 2 CAAGATTTGCTCTCTTTTT 42CT R CCAGCACATTAAACTCTTCG 22 369 348 Sets 42862 SEQ ID No 120 4286 2 CTTGACAAGTTGAAGGTTCC SEQ ID No 6159 4286 2 ACACCACTACCATCTTCAGC

  835 1217 383 SetS 10495 SEQ ID No 121 10495 2 F CAGGAAGATCAAGTAATGGC SEQ ID No 6160 10495 2 R GATAAATGTCCTCCATCAGC 1802 2129 328 SetB 44702 SEQ ID No 122 44702F F AGTTTGAATGAATACCCTGG SEQ ID 123TCC21T 1 F AAAAACAAAACCCACAACC SEQ ID No 6162 13402 1 TTAACCAATCTGATTCAGGTATAA 943 1243 301 SetS 160322 SEQ ID No 1241632 2GTTTGCTTGAATTACTGCC 3746 ATQ 898 353 s.tB 104442 SEQ ID No 126 10444 2 TTTCTTTTCTTGCTGCTACC SEQ ID No 6165 10444 2 R A4TATA4CCACCGTGTTTGG 587 977 391 Sets
 EMI98.2
 
 <Tb>
 <tb> 104462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 127 <SEP> 10446 <SEP> 2 <SEP> F <SEP> GACCATATCACTCGCTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6166 <SEP> 10446 <SEP> 2 <SEP> R <September>

  TGAGGTTGTTGGATTTAACC <SEP> 2122 <SEP> 2421 <SEP> 300 <SEP> SetA
 <Tb>
 
 EMI98.3
 75842 SEQ ID No 128 7584 2 F TTTACTGTTCTTGTGATCATCC SEQ 10 No 6167 7584 2 R TTCTCTACCTCCAGAATTGC 5 208 204 SetB 17098 SEQ ID No 129 17098 1 ACAG1CGAATTTTGACAAGG SEQ ID No 6168 17098 1 R TCTTGGGAACTATAQA97A TAG19A4 ID No 6169 19597 1 ATTTCCAACAACACTTTTGC 2282 2615 334 SetS 17520 1 SEQ ID No 131 17520 1 GCTTCAGCTTTGTGAGATTC SEQ ID No 6170 175201 R AAGCCATTTAAGTTCGAAAA 222 524 303 SetC 17757 1 SEQ ID No 132 17757 lF TTACCAGATTCGT7GT7GT7GT7GT1GT7GT1GT7GT7GF7 StB 19195 1 SEQ ID No 133 191951 F AATGATATTGGATCACTGGC SEQ ID No 6172 19195 1 ACCAGCAGTAGGATATTTCG 112 465 354 S.tB
 EMI98.4
 
 <Tb>
 <tb> 17861 <SEP> 2 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 134 <SEP> 17861 <SEP> 2 <SEP> F <SEP> TTATCATTAATTTCTCAATCAGC

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 6173 <SEP> 17861 <SEP> 2 <SEP> AAGTTTTATAACCCAAACTTGC <SEP> ND <SEP> ND <SEP> 307 <SEP> SetC
 <tb> 114491 <SEP> SEQ <SEP> ID <SEP> No <SEP> 135 <SEP> 114491 <SEP> F <SEP> TGAACGAAATGAACATTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6174 <SEP> 11449 <SEP> 1 <SEP> R <SEP> ATGTCATCATCATCATCAGC <SEP> 9 <SEP> 178 <SEP> 170 <SEP> Sets
 <tb> 96892 <SEP> SEQ <SEP> ID <SEP> No <SEP> 136 <SEP> 9689 <SEP> 2 <SEP> F <SEP> GAAGGCAAACATTTTTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6175 <SEP> 9689 <SEP> 2 <SEP> R <SEP> ACCATATCTGGATCATCAGC <SEP> 969 <SEP> 1334 <SEP> 366 <SEP> SetA
 <tb> 9690 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 137 <SEP> 96901 <SEP> F <SEP> AAGTTTGAGAAATTGCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6176 <SEP> 9690 <SEP> 1 <SEP> R <SEP> CTCACTCAACCCTTCAACC <SEP> 496 <SEP> 804 <SEP> 309 <SEP> SetA
 <tb> 149292 <SEP> SEQ <SEP> ID <SEP> No <SEP> 138 <SEP> 14929

   <SEP> 2 <SEP> F <SEP> GACGGATTTACGAAATATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6177 <SEP> 14929 <SEP> 2 <SEP> R <SEP> GGGTCTGAATACAATCTTGC <SEP> 1797 <SEP> 2153 <SEP> 357 <SEP> SetB
 <Tb>
 
 EMI98.5
 172762 SEQ 10 No 139 17276 2 F ACCTATATTTTGGGTGTTGG SEQ 10 No 6178 17276 2 R CTTTTCAATCACTCTCAGTGG 2605 2922 318 SetA 64042 SEQ ID No 140 6404 2 F TCATATTGGTGATGATTTGG SEQ iD No 6179 6404 2 R TCT TGAAAAATTGGAAGAATTGG SEQ ID No 6180 15923 2 R TATTTCTAGTCACTGGTGCG 1026 1360 335 SetB 163702 SEQ ID No 142 16370 2 F AATGGATAATTCAACAACGG SEQ ID No 6181 16370 2 GGAAATTTTGTTTGACTTGG 945 1277 333 Sets
 EMI98.6
 
 <Tb>
 <tb> 163682 <SEP> SEQ <SEP> ID <SEP> No <SEP> 143 <SEP> 16368 <SEP> 2 <SEP> CTCAGCAGTATCGTCTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6182 <SEP> 16368 <SEP> 2 <SEP> AAGCTGCATGTAATTTTTCC <SEP> 1955 <SEP> 2273 <SEP> 319

   <SEP> Sets
 <tb> 55362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 144 <SEP> 5536 <SEP> 2 <SEP> F <SEP> GACCCATCTACTGCTAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6183 <SEP> 5536 <SEP> 2 <SEP> R <SEP> TAGGTATAGGAAACCCAGAAGC <SEP> ND <SEP> ND <SEP> 322 <SEP> SetC
 <tb> 13102 <SEP> SEQ <SEP> ID <SEP> No <SEP> 145 <SEP> 13102 <SEP> 2 <SEP> F <SEP> GTATATTGGGGAAGGGTCTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6184 <SEP> 13102 <SEP> 2 <SEP> R <SEP> CCATTCATTTTCTCAGCAAT <SEP> 651 <SEP> 1043 <SEP> 393 <SEP> SetC
 <tb> 158981 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 146 <SEP> 158981 <SEP> F <SEP> TTGAAAGTTTAGCTGAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6185 <SEP> 15898 <SEP> 1 <SEP> TTCTTTTTACCACCACAAGC <SEP> 587 <SEP> 932 <SEP> 346 <SEP> Salts
 <tb> 191791 <SEP> SEQ <SEP> ID <SEP> No <SEP> 147 <SEP> 191791 <SEP> F <SEP> CTGAAAGTATTCAAGTGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6186 <SEP> 19179.1 <SEP> R <September>

  GAAGAGAAACAGACAGGACG <SEP> 43 <SEP> 385 <SEP> 343 <SEP> SetB
 <tb> 191781 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 148 <SEP> 19178.1 <SEP> CTTTCAATCTAGCATACGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6187 <SEP> 191781 <SEP> R <SEP> GGAATAGGAGACGGAATAGG <SEP> 416 <SEP> 730 <SEP> 315 <SEP> Sets
 <tb> 12541 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 149 <SEP> 12541 <SEP> 2 <SEP> f <SEP> CCGTATTAGTTGTTCATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6188 <SEP> 12541 <SEP> 2.R <SEP> TCACCATCTTCTAGATCATCC <SEP> 1139 <SEP> 1441 <SEP> 303 <SEP> SetA
 <Tb>
 
 EMI98.7
 111712 SEQ ID No 150 11171 2 CAACT7TTAGGAGCAAGTGG SEQ ID No 6189 11171.2 R AACCATGAGAAAATGGTAGC 1033 1379 347 SetC
 EMI98.8
 
 <Tb>
 <tb> 10588.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 151 <SEP> 105881 <SEP> F <SEP> TGCAAAAGGTGAACAAGTAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 6190 <SEP> 10588 <SEP> 1 <SEP> TGAAACAATCATAAGAATCCAA <SEP> 831 <SEP> 1156 <September>

  326 <SEP> Sets
 <tb> 191681 <SEP> SEQ <SEP> ID <SEP> No <SEP> 152 <SEP> 19168.1 <SEP> F <SEP> CCAGTTTATACTGCCAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6191 <SEP> 19168 <SEP> 1 <SEP> R <SEP> TTTAGGTTTCAACTCTTGCC <SEP> 321 <SEP> 681 <SEP> 361 <SEP> SetB
 <Tb>
 
 EMI98.9
 150212 SEQ ID No 153 15021 2 GCTAGAGTTCCCTTAAGTTGG SEQ 10 No 6192 150212 R GAACACCAAATTCAACAAGC 415 808 394 SetB 116942 SEQ ID No 154 11694 2 F AAACAAATGGGATACACTGC SEQ! D No 6193 11694.2 R ATAACTGGG 19BTGIT 19G1GCT 19G1GTGGCC 19G16 # 19 rcTCTCCC SEQ ID No 6194 191651 R CACGACGGTAATAGAGTACG 60 421 362 Sets
 EMI98.10
 
 <Tb>
 <tb> 19161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 156 <SEP> 19161 <SEP> 1 <SEP> TCTTCTTACCAGCTTTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6195 <SEP> 19161 <SEP> 1 <SEP> ATGATTCTGCATCTCTTTGC <SEP> 151 <SEP> 455 <SEP> 305 <SEP> SetB
 <tb> 191601 <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 157 <SEP> 191601 <SEP> F <SEP> CCTCCTTTACCATCTTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6196 <SEP> 191601 <SEP> R <SEP> AGAGACAAAATCGAACAAGC <SEP> 715 <SEP> 1040 <SEP> 326 <SEP> Sets
 <tb> 148852 <SEP> SEQ <SEP> ID <SEP> No <SEP> 158 <SEP> 14885 <SEP> 2 <SEP> F <SEP> CCAAATATTGGATTGACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6197 <SEP> 14885 <SEP> 2 <SEP> R <SEP> CATCCAACATACACTTCAGC <SEP> 533 <SEP> 845 <SEP> 313 <SEP> Sets
 <Tb>
 
 EMI98.11
 159592 SEQ ID No 159 15959 2 GTTTCAAAAATTCACCAACC SEQ ID No 6198 15959 2 AAACATCTTGTGTGTGTTCG 35 357 323 SetB
 EMI98.12
 
 <Tb>
 <tb> 15957 <SEP> SEQ <SEP> ID <SEP> No <SEP> 160 <SEP> 15957 <SEP> 2 <SEP> F <SEP> ATAAAGCAGCACCAACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6199 <SEP> 15957 <SEP> 2 <SEP> R <SEP> GCTTCATTAGCCTTAGTTGC <SEP> 10 <SEP> 235 <SEP> 226 <SEP> SetB
 <tb> 19154 <SEP> SEQ <SEP> ID <SEP> No <SEP> 161 <SEP> 19154 <SEP> 1 <September>

  ATCAAACCTACCTTCCTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6200 <SEP> 19154 <SEP> 1 <SEP> R <SEP> R <SEP> GATCCAACACTCATTGATCG <SEP> 7 <SEP> 329 <SEP> 323 <SEP> SetB
 <tb> 69132 <SEP> SEQ <SEP> ID <SEP> No <SEP> 162 <SEP> 6913 <SEP> 2 <SEP> F <SEP> TCAAAGTCAAATAAACCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6201 <SEP> 6913 <SEP> 2 <SEP> R <SEP> TGTACTTGAGCAATTTCTGG <SEP> 816 <SEP> 1107 <SEP> 292 <SEP> SetA
 <Tb>
 
 EMI98.13
 111822 SEQ 10 No 163 11182 2 TTCAAAGCATTCCTAGTTGG SEQ ID No 6202 Il 182 2 AGCAATAGTGTTTTGGAAGC 4559 4923 365 SetB
 EMI98.14
 
 <Tb>
 <tb> 19684 <SEP> SEQ <SEP> ID <SEP> No <SEP> 164 <SEP> 19684 <SEP> 1 <SEP> F <SEP> ATATCGGGTGGATTAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6203 <SEP> 19684 <SEP> 1 <SEP> R <SEP> TTCATCACCTAAAAATTCTCG <SEP> 1342 <SEP> 1665 <SEP> 324 <SEP> SetB
 <tb> 113882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 165 <SEP> 11388 <SEP> 2 <SEP> GAATTGAAACCAAAATCACC

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 6204 <SEP> 11388 <SEP> 2 <SEP> R <SEP> TAAGGAATATCCGATCAAGC <SEP> 1669 <SEP> 2038 <SEP> 370 <SEP> SetB
 <tb> 20048 <SEP> SEQ <SEP> ID <SEP> No <SEP> 166 <SEP> 20048 <SEP> 1 <SEP> GACGACAATTGTGACTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6205 <SEP> 20048 <SEP> 1 <SEP> R <SEP> AATCATCATCACAATCACTACC <SEP> ND <SEP> ND <SEP> 352 <SEP> SetC
 <tb> 20172 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 167 <SEP> 2017 <SEP> 2 <SEP> AAACAAGAGATCTTCCACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6206 <SEP> 2017 <SEP> 2 <SEP> R <SEP> AGTAGCAGCAGTTTTGTTGG <SEP> 874 <SEP> 1182 <SEP> 309 <SEP> Sets
 <Tb>
 
 EMI98.15
 104832 SEQ ID No 168 10483 2 F ATGACGAAACTGAAGAGTGG SEQ ID No 6207 10483 2 R CATTAAACACCCATAAACCG 170 490 321 SetA 104862 SEQ ID No 169 10486 2 F GAGAAGTTGCAACAAGAAGC SEQ ID No 6208 10486 2 R TTGTAACAG No15 33CC

  TTACCTGAGATTGTTCAGCC SEQ ID No 6209 15994 2 R T7GGTTCT7GTAAGGTTTCC 1384 1683 300 Sets
 EMI98.16
 
 <Tb>
 <tb> 61662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 171 <SEP> 6166 <SEP> 2 <SEP> F <SEP> CGGAATAAAAGATGAAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6210 <SEP> 6166 <SEP> 2 <SEP> R <SEP> CCATCAAGGCAACTCTAGC <SEP> 1341 <SEP> 1696 <SEP> 356 <SEP> SetC
 <Tb>
 
 EMI98.17
 4242 2 SEQ 10 N.

   172 4242 2 F ACTGGTAATGAAGCAGAAGC SEQ ID No 6211 4242 2 R CCCTTTTCAGAACATTTAGC 1063 1442 380 SetA 19142 1 SEQ JO No 173 19142 1 TTGATGATAAGATTCATGCC SEQ ID No 6212 19142 1 R AATTGATGATTTTCGTTTCG 2129 2487 359 Set
 EMI98.18
 
 <Tb>
 <tb> 15731 <SEP> SEQ <SEP> ID <SEP> No <SEP> 174 <SEP> 15731 <SEP> 2 <SEP> TATGGACTATTGTGTTCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6213 <SEP> 15731 <SEP> 2 <SEP> R <SEP> AAAGAACCAAATTCAAATGG <SEP> 605 <SEP> 962 <SEP> 358 <SEP> Sets
 <tb> 157332 <SEP> SEQ <SEP> ID <SEP> No <SEP> 175 <SEP> 15733 <SEP> 2 <SEP> F <SEP> TTAAAAGTTGTATTGCTTGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6214 <SEP> 15733 <SEP> 2 <SEP> R <SEP> AATACAAAGCAAATAATGATGC <SEP> ND <SEP> ND <SEP> 360 <SEP> SetC
 <tb> 157341 <SEP> SEQ <SEP> ID <SEP> No <SEP> 176 <SEP> 15734 <SEP> 1 <SEP> TTCTTCCATATCAAACGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6215 <SEP> 15734 <SEP> 1.R <SEP> CAATTAAGAATGTTGCTGGG

   <SEP> 26 <SEP> 126 <SEP> 101 <SEP> Sets
 <tb> 154421 <SEP> SEQ <SEP> ID <SEP> No <SEP> 177 <SEP> 15442 <SEP> 1 <SEP> TTTTTGAAGTGATGAACTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6216 <SEP> 15442 <SEP> 1 <SEP> R <SEP> TTAGTGATAAACGATGGTTGG <SEP> 770 <SEP> 1118 <SEP> 349 <SEP> SetC
 <tb> 12201 <SEP> SEQ <SEP> ID <SEP> No <SEP> 178 <SEP> 12201 <SEP> 2 <SEP> F <SEP> CTTTAGGATTGAGAATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6217 <SEP> 12201 <SEP> 2 <SEP> R <SEP> ACCCAAAGAACCTAAATTGG <SEP> 1316 <SEP> 1665 <SEP> 350 <SEP> Sets
 <tb> 147732 <SEP> SEQ <SEP> ID <SEP> No <SEP> 179 <SEP> 14773 <SEP> 2 <SEP> F <SEP> CATCAACGATCAGAAAGTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6218 <SEP> 14773 <SEP> 2.R <SEP> CTGATTTCATTTCCAGTTGC <SEP> 424 <SEP> 782 <SEP> 359 <SEP> SetC
 <Tb>
 
 EMI98.19
 95942 SEQ ID No 180 9594 2 F CAATTTTCTCCACATTCTCC SEQ ID No 6219 9594 2 R AATTCTTTTGGATTGTGAGG 571 923 353 Sets 151342 SEQ

  iD No 181 15134.2 F CACGTTTAGTTTGAATGACG SEQ ID No 6220 15134.2.R AACTTTTCATCAATCATGCC 666 974 309 Sets 64932 SEQ ID No 182 6493 2 F AGAAGGGTGGATTAAGAAGC SEQ ID No 6221 6493 2 R ACTTTCTTGAT22 22 SEQ ID No 6222 16228 2.R CTGTGCCATAAAACTCTTCG 438 787 350 Sets 12688 SEQ ID No 184 12688 2 F AAGAAGTTGCCTATTGTTGG SEQ ID No 6223 12688 2 R ACATACATTTTGGAGTTCGG 379 734 356 Sets
 EMI98.20
 
 <Tb>
 <tb> 157991 <SEP> SEQ <SEP> ID <SEP> No <SEP> 185 <SEP> 157991 <SEP> F <SEP> GGTTTTGGAACAGAAATACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6224 <SEP> 157991 <SEP> R <SEP> TCTCATACTGCTGTTGTTCC <SEP> 196 <SEP> 505 <SEP> 310 <SEP> Sets
 <Tb>
 
 EMI98.21
 9787 SEQ (0 No 186 9787 2.F GAACCAAGTTGCTGTTAAGG SEQ C No 6225 9787 2 R AATTGATCATTTCTTGGACG 1014 1349 336 SetB 19685 SEQ ID No 187 19685.1 F CTGGAGGAACAAATATGACC SEQ ID No 6226

  19685 LR CTAGGTTCTTGGTATGGTGG 542 932 391 Sets 16463 SEQ 10 N. 188 16463 2 TTGTTTAGGAAGAATGGGG SEQ JO No 6227 16463 2 R TGATTCCAATT7TCATTTCC. 2472 2795 324 SetB
 EMI98.22
 
 <Tb>
 <tb> 151192 <SEP> SEQ <SEP> ID <SEP> No <SEP> 189 <SEP> 15119.2 <SEP> F <SEP> CTCATGCTCATTCTCATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6228 <SEP> 15119 <SEP> 2 <SEP> R <SEP> AAGGTTGAGATAATCCCCC <SEP> 1178 <SEP> 1534 <SEP> 357 <SEP> Sets
 <Tb>
 
 EMI98.23
 15116.1 SEQ ID No 190 151161 F TGGATTTCAAATGATCAAGG SEQ ID No 6229 15116 IR AATAACCACATTCCAAATCC 886 1217 332 Sets 191261 SEQ ID No 191 191261 F ACTACCCCAGTAGAAGGAGC SEQ ID No 6230 19126 1 R ACGATCATAACTAAAATCCBT122A124AQAQA122AQAQA122AQAQAQAQAQA2QAQAQAQAQAQAQAQAQAQAQQAQAQAQAQAQAQAQAQAQAQQAQQAQQAQAQAQAQAQQAQQAQAQA ID Na 6231 12820.2 R AATTGAATCATTTTTCGTGG 1226 1527 302 SetB 156932 SEQ ID No 193 15693 2 F CTTCTGAAACATCAACCACC SEQ ID No.

   6232 15693 2 TTATCATCGATTC7TTCACG 3599 3968 370 SetA
 EMI98.24
 
 <Tb>
 <tb> 138532 <SEP> SEQ <SEP> ID <SEP> No <SEP> 194 <SEP> 13853 <SEP> 2 <SEP> F <SEP> CGATATGTTTTCAGTGATCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6233 <SEP> 13853 <SEP> 2.R <SEP> TGTTCATTTTGTTCTTGTCG <SEP> ND <SEP> ND <SEP> 263 <SEP> SetC
 <Tb>
 
 EMI98.25
 14089 SEQ ID No. 195 14089 2 AAAGTATTTGATAATCCTGCAATG SEQ ID No 6234 14089 2 R ATTTTTCCTAGTTTTAAAAGGTAAA ND ND 300 SetC
 EMI98.26
 
 <Tb>
 <tb> 18002.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 196 <SEP> 18002 <SEP> 2 <SEP> F <SEP> CATTAATCAAGGAATTTTAACTCA <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6235 <SEP> 18002.2 <SEP> R <SEP> CCACCAATCCATTCTCTAAC <SEP> 1176 <SEP> 1538 <SEP> 363 <SEP> Sets
 <Tb>
 
 EMI98.27
 19850 SEQ ID No.

   197 198501 F GGCCACGGATAAAAATAATA SEQ ID No 6236 19850 IR ATCATTAACCACCAGCTCAC 204 570 367 SetC 165192 SEQ ID No 198 16519 2.F CTAATGTTACTTCCACATCAGC SEQ ID No. 6237 16519.2.R AAAAATCTTCCACCTTGACC 236 348 35Q ATTC 4328 No. 6238 4328 2.R TTCTTGGTGGTACTTTGACC 596 961 366 Set8
 EMI98.28
 
 <Tb>
 <tb> 43262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 200 <SEP> 43262.F <SEP> ATATTTGAATTGTATGCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6239 <SEP> 4326 <SEP> 2 <SEP> R <SEP> CTCTCTTGCGTGATACTGG <SEP> 286 <SEP> 664 <SEP> 379 <SEP> SetB
 <Tb>
 
 EMI98.29
 4325.2 SEQ 10 No.

   201 4325 2 F TTCATACAATACCAAACGGG SEQ ID No 6240 4325 2.R TTTTGTAGGTCCAACTTTCG 267 588 322 SetB
 EMI98.30
 
 <Tb>
 <tb> 163122 <SEP> SEQ <SEP> ID <SEP> No <SEP> 202 <SEP> 16312 <SEP> 2 <SEP> F <SEP> GGTGCTTGGATATGTACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6241 <SEP> 16312.2.R <SEP> TCACCGAAATCTTTGATACC <SEP> 781 <SEP> 1100 <SEP> 320 <SEP> SetB
 <Tb>
 
 EMI98.31
 95961 SEQ ID No 203 95961.F GTTTTCCGATTATGTCTTGC SEQ ID No 6242 95961.R TTTTCTTTTCTATTTTCCCG 1989 2309 321 SetB 153502 SEQ ID No. 204 15350 2.F CTGCTAGTCTGGCAAATACC SEQ ID No.

   6243 15350 2 R CCAGTTTTAGACGTAGCACC 797 1139 343 SetB
 EMI98.32
 
 <Tb>
 <tb> 116812 <SEP> SEQ <SEP> ID <SEP> No <SEP> 205 <SEP> 11681 <SEP> 2.F <SEP> AACATTTGAATTATACGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6244 <SEP> 11681.2.R <SEP> ATTCTTTCTTACCTGGAGCC <SEP> 765 <SEP> 1123 <SEP> 359 <SEP> SetB
 <tb> 19522 <SEP> SEQ <SEP> ID <SEP> No <SEP> 206 <SEP> 19522 <SEP> 1 <SEP> F <SEP> TAGCGCATAAACATTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6245 <SEP> 19522 <SEP> 1 <SEP> TTGTAATTGATAATCCCATCG <SEP> 2081 <SEP> 2460 <SEP> 380 <SEP> Sets
 <tb> 15294 <SEP> 2 <SEP> SEQ <SEP> tD <SEP> No <SEP> 207 <SEP> 15294 <SEP> 2 <SEP> F <SEP> TCAGACAATGTTGTCAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6246 <SEP> 15294 <SEP> 2.R <SEP> GTCTTGATTGCCTTATACGC <SEP> 655 <SEP> 983 <SEP> 329 <SEP> SetB
 <tb> 19852 <SEP> SEQ <SEP> ID <SEP> No <SEP> 208 <SEP> 198521.F <SEP> TTGGCTAGTGAAGAAGAACG <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 6247 <SEP> 19852.1.R <SEP> TTGTAAATAATCCCAAACGG <SEP> 727 <SEP> 1050 <SEP> 324 <SEP> Sets
 <tb> 10474.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 209 <SEP> 10474 <SEP> 2 <SEP> TGGTTAGTGTTATTCAGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6248 <SEP> 10474 <SEP> 2 <SEP> ATCCACATCACTTAAAACCG <SEP> 2006 <SEP> 2340 <SEP> 335 <SEP> SetB
 <tb> 16835. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 210 <SEP> 16835 <SEP> 2 <SEP> CATTAGTGATGTGTCATCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6249 <SEP> 16835 <SEP> 2.R <SEP> TTTCTGAAGTTGACTCTTTGG <SEP> 819 <SEP> 1120 <SEP> 302 <SEP> SetA
 <tb> 12141 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 211 <SEP> 12141.1 <SEP> F <SEP> TGGTAAAAGACAACTGGACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6250 <SEP> 12141.1.R <SEP> AGTTGGTAAAAGTGAATGCG <SEP> 569 <SEP> 955 <SEP> 387 <SEP> SetB
 <Tb>
 
 EMI98.33
 13980.2 SEQ ID Na 212 13980 2 F GAAATGTGGCAAAGATTACC SEQ ID Na 6251 13980.2 R TGAACAGTACATTCAGGTCC 2656 3017 362 StEl
 EMI98.34
 
 <Tb>
 <tb> 13982. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 213 <SEP> 13982 <SEP> 2.F <SEP> AATCCAAATGGTGAATTAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6252 <SEP> 13982. <SEP> 2.R <SEP> GATACTCCATTACCACCACCACC <SEP> 58 <SEP> 359 <SEP> 302 <SEP> SetB
 <tb> 160272 <SEP> SEQ <SEP> ID <SEP> No <SEP> 214 <SEP> 160272.F <SEP> CAAGGACATCCATTCAAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6253 <SEP> 16027.2.R <SEP> AGATAATTCTCCACATTTAGCC <SEP> 2104 <SEP> 2466 <SEP> 363 <SEP> SetB
 <tb> 160241 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 215 <SEP> 160241 <SEP> F <SEP> ATGTTGAATGGATTAGTGGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6254 <SEP> 16024 <SEP> 1.R <SEP> TTAAAGCAATTTCATCACCC <SEP> 712 <SEP> 1036 <SEP> 325 <SEP> SetB
 <tb> 68542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 216 <SEP> 6854 <SEP> 2 <SEP> F <SEP> GAAAATGGTAAAGGTGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6255 <SEP> 6854 <SEP> 2 <SEP> R <SEP> GGTAAATGAAACCATTCTCG <SEP> 1006 <SEP> 1376 <SEP> 371 <SEP> Sets
 <tb> 116742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 217 <SEP> 11674 <SEP> 2 <SEP> CATTTACTATTCCCCAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6256 <SEP> 11674 <SEP> 2.R <SEP> CAAATATATTGTTGCCCACC <SEP> 1039 <SEP> 1338 <SEP> 300 <SEP> SetB
 <tb> 81472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 218 <SEP> 8147 <SEP> 2.F <SEP> ACCCAATATTGTTCAACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6257 <SEP> 8147 <SEP> 2.R <SEP> AAGCACTAACAGCATTAGCC <SEP> 426 <SEP> 748 <SEP> 323 <SEP> SetB
 <tb> 174202 <SEP> SEQ <SEP> ID <SEP> No <SEP> 219 <SEP> 17420 <SEP> 2 <SEP> GAAGACGGAGCTAATGTCG

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 6258 <SEP> 17420.2.R <SEP> AACTCGGTATTTCGTTTCC <SEP> 628 <SEP> 1027 <SEP> 400 <SEP> SetB
 <Tb>
 
 EMI98.35
 168462 SEQ ID Na 220 16846.2 F AAGATGAAGAACATGAAGGC SEQ ID No. 6259 16846 2.R AAATCATTACCAGAACCAGG 488 815 328 SetB 151282 SEQ ID No. 221 15128 2 CTTTTATGGCCAGGTATGC SEQ 10 No 6260 15128.2.R GGAGGCTGTACAA5
 EMI98.36
 
 <Tb>
 <tb> 151262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 222 <SEP> 15126 <SEP> 2.F <SEP> TTCCATTCTTGTCCAGTACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6261 <SEP> 15126 <SEP> 2 <SEP> R <SEP> GTTTAACAGCTGGTCTTTGC <SEP> 676 <SEP> 1015 <SEP> 340 <SEP> SetB
 <tb> 195981 <SEP> SEQ <SEP> ID <SEP> No <SEP> 223 <SEP> 195981 <SEP> F <SEP> AAAGATGAACGATGTGATCC <SEP> SEQ <SEP> ION. <SEP> 6262 <SEP> 19598.1.R <SEP> TCTTCACCATCATTATTCCC <SEP> 724 <SEP> 1057 <SEP> 334 <SEP> SetB
 <tb> 134202 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 224 <SEP> 13420.2 <SEP> GCTTTTAAACAAGCGTTAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6263 <SEP> 13420 <SEP> 2.R <SEP> CTTGGAATATCATTTTTGCC <SEP> 313 <SEP> 647 <SEP> 335 <SEP> SetA
 <tb> 13419.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 225 <SEP> 13419 <SEP> 2 <SEP> F <SEP> TGGCATCTACTTTTTGTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6264 <SEP> 13419 <SEP> 2 <SEP> R <SEP> GGTGTTTTCATTATTGGTGG <SEP> 830 <SEP> 1194 <SEP> 365 <SEP> SetB
 <tb> 134162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 226 <SEP> 13416.2.F <SEP> AGAAGAAAAGAAAATGACGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6265 <SEP> 13416 <SEP> 2 <SEP> TTTTCTTTAATGGGTTCTGG <SEP> 2007 <SEP> 2405 <SEP> 399 <SEP> Sets
 <Tb>
 
 EMI98.37
 101012 SEQ 10 No 227 10101.2.F GTCAAGATACCATCACCACC SEQ ID No 6266 10101 2.R TATCACCAATCATTTCAACG 464 844 381 SetB 100991 1 SEQ ID No 228 100991 F GATTGCTAACTTGATCACTGG SEQ ID No 6267 10099.1.A TATTACGAGA2 226 F ATATTGCTGCTGAACATGC SEQ ID No. 6268 15630 2.R TTGCTTGTACAGTTTCTTGC 2045 2374 330 SetB 120472 SEQ ID No. 230 12047 2.F TCTATACCTCAACAGAATCCATC SEQ ID No 6269 12047 2.R TGATAGATTGATCCTGATTCTTC ND ND 119 SetC AT26TQAQT26A No 6270 15266.1.R TCAATCTCATCAACTACCCC 653 1001 349 Sets 190821 SEQ ID No 232 19082.1 F ACAAGAGTGGATTTGTGGAG SEQ ID No.

   6271 19082.1 R GGGAGGAGGAACGTAATAGT 13 240 228 SetC 173722 SEQ ID No 233 17372 2 F AAACCTGCATTTTAATTTGG SEQ ID No 6272 17372 2 R AA4TTCAACAAQTTTTTGGC 2665 2984 300 SetB
 EMI98.38
 
 <Tb>
 <tb> 172432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 234 <SEP> 17243 <SEP> 2 <SEP> F <SEP> ACTGGTTCACCTTGTTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6273 <SEP> 17243.2.R <SEP> ATGTCTGCATACAAACAAGC <SEP>.

    <SEP> 27 <SEP> 193 <SEP> 167 <SEP> sets
 <Tb>
 

  <Desc / Clms Page number 99>

 
 EMI99.1
 
 <Tb>
 <tb> 7263 <SEP> SEQ <SEP> ID <SEP> No <SEP> 235 <SEP> 7263 <SEP> 2 <SEP> F <SEP> TCAACGACAATATTTGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6274 <SEP> 7263 <SEP> 2 <SEP> R <SEP> AACTTTTCAACTTGACCTGC <SEP> 694 <SEP> 1055 <SEP> 362 <SEP> SetB
 <Tb>
 
 EMI99.2
 7262 SEQ 10 No 236 7262 2 F AGAGAATTGTTTGTCAAGGC SEQ ID No 6275 7262 2 R GG7GTATTCCAGTTTCTTGG 535 897 363 SetB
 EMI99.3
 
 <Tb>
 <tb> 19617 <SEP> SEQ <SEP> ID <SEP> No <SEP> 237 <SEP> 19617 <SEP> 1 <SEP> F <SEP> ATTCTCAACCAAAAGTAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6276 <SEP> 19617 <SEP> 1 <SEP> TAGTTTGCGAAATTACCACC <SEP> 419 <SEP> 733 <SEP> 315 <SEP> Sets
 <Tb>
 
 EMI99.4
 17661 1 SEQ ID No 238 17661 I F GGTTCAATTGTTGGTTTCC SEQ ID No 6277 17661 1 R GTATTTGGATTTTTCGTTGG 124 515 392 SetA
 EMI99.5
 
 <Tb>
 <tb> 9146 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 239 <SEP> 9146 <SEP> 2 <SEP> F <SEP> ATCACAGAAAAAGTCAACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6278 <SEP> 9146 <SEP> 2 <SEP> R <SEP> AATAATCAGAATCCCCATCC <SEP> 1986 <SEP> 2296 <SEP> 311 <SEP> Sets
 <tb> 19078 <SEP> SEQ <SEP> ID <SEP> No <SEP> 240 <SEP> 19078 <SEP> 1 <SEP> F <SEP> CGAGTATTCTCCTTGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6279 <SEP> 19078 <SEP> 1 <SEP> AAGAAACTAAAGTCACCAAACC <SEP> 21 <SEP> 165 <SEP> 145 <SEP> Sets
 <tb> 7101 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 241 <SEP> 7101 <SEP> 1 <SEP> F <SEP> ATCAGGATTGAATATGAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6280 <SEP> 7101 <SEP> 1 <SEP> R <SEP> TTTCAGCTTGTTTGAATGC <SEP> 462 <SEP> 769 <SEP> 308 <SEP> SetA
 <tb> 14968 <SEP> SEQ <SEP> ID <SEP> No <SEP> 242 <SEP> 14968 <SEP> 2 <SEP> TTCCATATCATCTCTACCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6281 <SEP> 14968 <SEP> 2 <SEP> R <SEP> CAGTGTGTGAATACATGTGC <SEP> 35

   <SEP> 344 <SEP> 310 <SEP> Sets
 <tb> 16558 <SEP> SEQ <SEP> ID <SEP> No <SEP> 243 <SEP> 16558 <SEP> 2 <SEP> F <SEP> GAGTTAAACAAAATCCGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6282 <SEP> 16558 <SEP> 2 <SEP> R <SEP> AGTTACTGCGGTAGATGTGG <SEP> 1048 <SEP> 1434 <SEP> 387 <SEP> SetB
 <Tb>
 
 EMI99.6
 103092 SEQ 10 No 244 103092F F GAGCATATATCCAGTGGTGG SEQ ID No 6283 10309 2 R CTTACCCACTTTTGAACTGC 400 722 323 SetS 100842 SEQ ID No 245 100842F TGTTCAGAAACTTCAATCCC SEQ ID No 6284 10084 2 R CA77GGAAAAAA2 No 6285 17112 2 R CCATTACCATCACCATTACC 439 809 371 SetB
 EMI99.7
 
 <Tb>
 <tb> 17111 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 247 <SEP> 17111 <SEP> 1 <SEP> F <SEP> TGATTCAAATTATGGTCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6286 <SEP> 17111 <SEP> 1 <SEP> R <SEP> CGGAATGACATATAACTGGG <SEP> 486 <SEP> 832 <SEP> 347

   <SEP> Sets
 <Tb>
 
 EMI99.8
 13683 SEQ ID No 248 13683 2 F TTGGGATCTTACATTGAAGC SEQ ID No 6287 13683 2 R CATCTCTAAGTGAACACGTCC 2605 2932 328 SetB
 EMI99.9
 
 <Tb>
 <tb> 3880 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 249 <SEP> 3880 <SEP> 2 <SEP> CGGTTCAAGTTAACATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6288 <SEP> 3880 <SEP> 2 <SEP> R <SEP> TACATCTGGTTCTTCTTCCG <September> 893 <SEP> 1269 <SEP> 377 <SEP> Sets
 <Tb>
 
 EMI99.10
 20054 1 SEQ 10 No 250 20054 1 CTACTTTAGGGGGTGTTTCC SEQ ID No 6289 20054 1 R ACAACCAAAACAACATACCC 941 1283 343 Set8
 EMI99.11
 
 <Tb>
 <tb> 8388 <SEP> SEQ <SEP> ID <SEP> No <SEP> 251 <SEP> 8388 <SEP> 2 <SEP> F <SEP> GAGTTGTACAAGGCAAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6290 <SEP> 8388 <SEP> 2 <SEP> R <SEP> AACACTGCTTGTCTGAATCC <SEP> 961 <SEP> 1307 <SEP> 347 <SEP> SetB
 <tb> 84342 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 252 <SEP> 8434 <SEP> 2 <SEP> F <September>

  TGTTTGAATGAACAAGCAAC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 6291 <SEP> 8434 <SEP> 2 <SEP> R <SEP> CAACCAAATATCGATGAAGG <SEP> 27 <SEP> 202 <SEP> 176 <SEP> SetC
 <tb> 91982 <SEP> SEQ <SEP> ID <SEP> No <SEP> 253 <SEP> 9198 <SEP> 2 <SEP> F <SEP> GGATATTCTAATCGTGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6292 <SEP> 9198 <SEP> 2 <SEP> R <SEP> CTTGAGCTAAAATTCCTTGC <SEP> 1306 <SEP> 1672 <SEP> 367 <SEP> SetB
 <tb> 177732 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 254 <SEP> 17773 <SEP> 2 <SEP> F <SEP> TTTGTGGTATACAAAAATCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6293 <SEP> 17773 <SEP> 2 <SEP> R <SEP> TATTACTACTGCTGCCCACG <SEP> 98 <SEP> 411 <SEP> 314 <SEP> SetB
 <tb> 122622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 255 <SEP> 12262 <SEP> 2 <SEP> AACACAGGTTATTCCTACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6294 <SEP> 12262 <SEP> 2 <SEP> R <SEP> TTGGATCGATATTAGTTACCG <SEP> 1581 <SEP> 1966 <SEP> 386 <SEP> Sets
 <tb> 151912 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 256 <SEP> 151912 <SEP> F <SEP> CAAGAATTGGTAGAAATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6295 <SEP> 15191 <SEP> 2 <SEP> TTATTATATTGCAGGGGAGC <SEP> 1157 <SEP> 1478 <SEP> 322 <SEP> Sets
 <tb> 151892 <SEP> SEQ <SEP> ID <SEP> No <SEP> 257 <SEP> 15189 <SEP> 2 <SEP> GATAATCCAAACTTGGGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6296 <SEP> 15189 <SEP> 2 <SEP> R <SEP> AATTGTGGTAATGGTTGAGC <SEP> 613 <SEP> 965 <SEP> 353 <SEP> SetB
 <tb> 128962 <SEP> SEQ <SEP> ID <SEP> No <SEP> 258 <SEP> 12896 <SEP> 2 <SEP> F <SEP> TGGTACTAAAGCCGGATTAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6297 <SEP> 12896 <SEP> 2 <SEP> R <SEP> TTCCGAAGTAACATCTGGTT <SEP> 945 <SEP> 1245 <SEP> 301 <SEP> Sets
 <tb> 12897 <SEP> SEQ <SEP> ID <SEP> No <SEP> 259 <SEP> 12897 <SEP> 2 <SEP> F <SEP> CTTATTTTGATTCATTCGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6298 <SEP> 12897 <SEP> 2.R <SEP> GGATCATCCAACTTGTATCC <SEP> 361 <SEP> 668

   <SEP> 308 <SEP> SetB
 <Tb>
 
 EMI99.12
 176952 SEQ ID No 260 17695 2 F CGTGAAGAATTTGGATAAGG SEQ 10 No 6299 17695 2 R TTGGTTGATCATTGATTCG 1794 2103 310 Sets 190661 SEQ ID No 261 190661 F ATTTCATCCTGTTGTTTTGC SEQ ID No 6300 19066 1 ATCAAATCTGGT3TCTCAQ15 1CC SEQ ID No 6301 15153 1 R CTTACTAAATCATCGGCTGG 617 926 310 SetB 14821 1 SEQ ID No 263 14821 1 F TCAATGTCAATGAGACCTCC SEQ 10 No 6302 14821 1 R ACTGGTTTTGTTGTTGAACC 530 909 380 SetS
 EMI99.13
 
 <Tb>
 <tb> 150152 <SEP> SEQ <SEP> ID <SEP> No <SEP> 264 <SEP> 150152 <SEP> 2 <SEP> TGGTTCATATTCATGGTGTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6303 <SEP> 15015 <SEP> 2 <SEP> R <SEP> CAGCTAGTTCTTTTTCAGCC <SEP> 1778 <SEP> 2167 <SEP> 390 <SEP> SetB
 <tb> 12328 <SEP> SEQ <SEP> ID <SEP> No <SEP> 265 <SEP> 12328 <SEP> 2 <SEP> F <SEP> AAGAAATGTTGCTGTTCCC <SEP> SEQ <SEP> ID <SEP> No <September>

  6304 <SEP> 12328.2 <SEP> R <SEP> TGAACAAATTCCAAATTTCC <SEP> 435 <SEP> 773 <SEP> 339 <SEP> SetB
 <tb> 157721 <SEP> SEQ <SEP> ID <SEP> No <SEP> 266 <SEP> 15772 <SEP> 1 <SEP> TCCAGTGTGACAATGAACTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 6305 <SEP> 15772 <SEP> 1 <SEP> CTGACGTTGTTGTTGATGAG <SEP> 22 <SEP> 262 <SEP> 241 <SEP> SetC
 <tb> 10568 <SEP> SEQ <SEP> ID <SEP> No <SEP> 267 <SEP> 10568 <SEP> 1 <SEP> F <SEP> CATCATCAATATCACTTGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6306 <SEP> 10568.1 <SEP> R <SEP> AGCAGGACCTTTAATTTTCA <SEP> 689 <SEP> 1038 <SEP> 350 <SEP> Sets
 <Tb>
 
 EMI99.14
 105661 SEQ ID No 268 10566 1 TAACCCTGACAATGTTTTCC SEQ ID No 6307 10566 1 TTTTCAACTTTTAACCAATGC 639 1010 372 SetB 105651 SEQ ID No 269 10565 I AACTTCACTAAACAATGGGG SEQ ID No 6308 10565 1 TGGATTATTQQ1717 17417 2 R TGGGTAATTCTGAGTTTGCT

  179 546 368 SetB 18034 SEQ ID No 271 18034 2 F CTAAACAAGGGTTCACATCC SEQ 10 No 6310 18034 2 R GCTGTTTTCTTAAGGACTGC 1510 1841 332 SetB 146572 SEQ iD No 272 14657 2 F CCAATAATTGCTTGTTTAGGC SEQ ID No 6311 14AG39 2 AG 273 14392 2 GGTAATAAGAATCACCATAATCG SEQ ID No 6312 14392 2 TTCTCCTTTATAGCTTTACTATTGC ND ND 209 SetC
 EMI99.15
 
 <Tb>
 <tb> 14618 <SEP> SEQ <SEP> ID <SEP> No <SEP> 274 <SEP> 14618 <SEP> 1 <SEP> ACCTGAAATAAAAGCTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6313 <SEP> 14618 <SEP> 1 <SEP> R <SEP> AAGGACTTATGTCCAACACG <SEP> 531 <SEP> 857 <SEP> 327 <SEP> Sets
 <tb> 14615 <SEP> SEQ <SEP> ID <SEP> No <SEP> 275 <SEP> 14615 <SEP> 1 <SEP> F <SEP> GATGGATTAACATCGAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6314 <SEP> 14615 <SEP> 1 <SEP> R <SEP> TATCATTTTACGGATCTCCC <SEP> 971 <SEP> 1275 <SEP> 305 <SEP> SetA
 <tb> 14614 <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 276 <SEP> 14614 <SEP> 1 <SEP> CTTTGTCAACTTGTAGGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6315 <SEP> 14614 <SEP> 1 <SEP> R <SEP> TCGTATTAAGAGAGCCAACC <SEP> 13 <SEP> 179 <SEP> 167 <SEP> SetB
 <tb> 133332 <SEP> SEQ <SEP> ID <SEP> No <SEP> 277 <SEP> 13333 <SEP> 2 <SEP> F <SEP> CATGATCCAACAATGATAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6316 <SEP> 13333 <SEP> 2 <SEP> R <SEP> AATCCTCGATTAATCAATTCC <SEP> ND <SEP> ND <SEP> 341 <SEP> SetC
 <Tb>
 
 EMI99.16
 133312 SEQ ID No 278 13331 2 TTGAAAA4TTCAATGAAGCC SEQ ID No 6317 13331 2 R TTGACATATTTCAGCATTGG 668 1005 338 Sets 133282 SEQ 10 No 279 13328 2 CAATTTTAAAACGAGTTCCC SEQ ID No 6318 13328 2 GGAACAATAAACCATCTTGC 263
 EMI99.17
 
 <Tb>
 <tb> 19855 <SEP> SEQ <SEP> ID <SEP> No <SEP> 280 <SEP> 19855 <SEP> 1 <SEP> CTCGAGCAGGATTATGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6319 <SEP> 19855 <SEP> 1 <SEP> R <SEP> AATCTCGATAATGACGAAGG <SEP> 1292

   <SEP> 1603 <SEP> 312 <SEP> SetA
 <Tb>
 
 EMI99.18
 6624 SEQ 10 No 281 6624 2 ATTACGGCTGCTTGTTGTAT SEQ iD No 6320 6624 2 R TTTCCTGATTCGTATTCACC 460 761 302 SetB
 EMI99.19
 
 <Tb>
 <tb> 16061 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 282 <SEP> 16061 <SEP> 2 <SEP> ATTGAATATCCGACAAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6321 <SEP> 16061 <SEP> 2 <SEP> TATTACCCCCTTCCTTATCG <SEP> 1783 <SEP> 2131 <SEP> 349 <SEP> SetA
 <Tb>
 
 EMI99.20
 150332 SEQ 10 No 283 15033 2 F AAGATACAAATTTTGATGATGG SEQ ID No 6322 15033 2 R AGTCAATTTAATAGCAATTTTCG ND ND 326 SetC
 EMI99.21
 
 <Tb>
 <tb> 15031 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 284 <SEP> 15031 <SEP> 1 <SEP> F <SEP> GTTAGAAAGTTTTACATGCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6323 <SEP> 150311 <SEP> 1 <SEP> GGGTACAAAGTGAATTCTTCG <SEP> ND <SEP> ND <SEP> 300 <SEP> SetC
 <tb> 14223 <SEP> SEQ <SEP> ID <SEP> No <SEP> 285 <SEP> 14223 <SEP> 1 <SEP> F

   <SEP> AGGTAAACAAATTGAATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6324 <SEP> 14223 <SEP> 1 <SEP> TGAAGCTTCCAAAAATATCG <SEP> 1689 <SEP> 2079 <SEP> 391 <SEP> SetB
 <tb> 142222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 286 <SEP> 14222 <SEP> 2 <SEP> F <SEP> CCTCAAGAAATAAATGGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6325 <SEP> 14222 <SEP> 2 <SEP> R <SEP> AATCAGGATGAGGAACAGC <SEP> 1306 <SEP> 1654 <SEP> 349 <SEP> SetB
 <tb> 37652 <SEP> SEQ <SEP> ID <SEP> No <SEP> 287 <SEP> 3765 <SEP> 2 <SEP> F <SEP> AAGTTCACCAGTGGTCATTC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 6326 <SEP> 3765 <SEP> 2 <SEP> R <SEP> TTTTCAAACGAGGCATAAGT <SEP> 157 <SEP> 539 <SEP> 383 <SEP> SetS
 <tb> 37642 <SEP> SEQ <SEP> ID <SEP> No <SEP> 288 <SEP> 3764 <SEP> 2 <SEP> F <SEP> GGCAATGAAGTCAACTTAGG <SEP> SEQ <SEP> It)

    <SEP> No <SEP> 6327 <SEP> 3764 <SEP> 2 <SEP> R <SEP> CGTCTCTTACTTGACGATGG <SEP> 940 <SEP> 1261 <SEP> 322 <SEP> SetA
 <tb> 19688 <SEP> SEQ <SEP> ID <SEP> No <SEP> 289 <SEP> 19688 <SEP> 1 <SEP> CTTCTGGTGGTGGTAGAGTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6328 <SEP> 19688 <SEP> 1 <SEP> R <SEP> TCCTCTTTCTCTTCCACTTTC <SEP> 1094 <SEP> 1460 <SEP> 367 <SEP> Sets
 <Tb>
 
 EMI99.22
 126201 SEQ 10 No 290 12620 1 GGAGTTACTGACCATCAAGG SEQ ID No 6329 12620 lR TCAATTCCAGATAATCCACC 1087 1457 371 SetB
 EMI99.23
 
 <Tb>
 <tb> 175072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 291 <SEP> 17507 <SEP> 2 <SEP> F <SEP> TACATTTATTTTCATGGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6330 <SEP> 17507 <SEP> 2 <SEP> R <SEP> TTATAGGCATCAGCAAATGA <SEP> 86 <SEP> 422 <SEP> 337 <SEP> SEtB
 <tb> 128292 <SEP> SEQ <SEP> ID <SEP> No <SEP> 292 <SEP> 12829 <SEP> 2 <SEP> F <SEP> TGTTTTAGAAGAGATGATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6331 <September>

  12829 <SEP> 2 <SEP> R <SEP> TTTCAAATCAACCAATTTCC <SEP> 1603 <SEP> 1965 <SEP> 363 <SEP> Sets
 <tb> 135782 <SEP> SEQ <SEP> ID <SEP> No <SEP> 293 <SEP> 13578 <SEP> 2 <SEP> CAGAAGGATATACTTTCAAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6332 <SEP> 13578 <SEP> 2 <SEP> R <SEP> TGGTATTAATGATGATCTTATATTG <SEP> NO <SEP> ND <SEP> 357 <SEP> SetC
 <tb> 156292 <SEP> SEQ <SEP> ID <SEP> No <SEP> 294 <SEP> 15629 <SEP> 2 <SEP> F <SEP> GTATTATGCTGTTGGTCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6333 <SEP> 15629 <SEP> 2 <SEP> CACACTTCAGTAGGTCTGGC <SEP> 624 <SEP> 1022 <SEP> 399 <SEP> SetA
 <tb> 47192 <SEP> SEQ <SEP> ID <SEP> No <SEP> 295 <SEP> 4719 <SEP> 2 <SEP> F <SEP> ATTTGAAAGACAACAATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6334 <SEP> 4719 <SEP> 2 <SEP> R <SEP> CCTCATTGTATTTGACTGGG <SEP> 648 <SEP> 970 <SEP> 323 <SEP> SetA
 <tb> 17442.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 296 <SEP> 17442 <SEP> 2 <SEP> F <SEP> TCATCATCATCATCAAATGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6335 <SEP> 17442 <SEP> 2 <SEP> R <SEP> GAACCAATGATCAAAATTCC <SEP> ND <SEP> ND <SEP> 327 <SEP> SetC
 <tb> 169352 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 297 <SEP> 16935 <SEP> 2 <SEP> AACAATCATCAAGTTTTGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6336 <SEP> 16935 <SEP> 2 <SEP> CATTATCTGCTATTGATGTTGG <SEP> ND <SEP> ND <SEP> 303 <SEP> SetC
 <tb> 19049 <SEP> SEQ <SEP> ID <SEP> No <SEP> 298 <SEP> 19049 <SEP> 1 <SEP> F <SEP> GAAATTTGGGTTATGCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6337 <SEP> 19049 <SEP> 1 <SEP> R <SEP> CATCACCTTCAGTGAMTGC <SEP> 305 <SEP> 676 <SEP> 372 <SEP> Sets
 <tb> 190481 <SEP> SEQ <SEP> ION.

    <SEP> 299 <SEP> 19048 <SEP> 1 <SEP> F <SEP> TGCCTTGAAAGTTTTATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6338 <SEP> 19048 <SEP> 1 <SEP> GTATACTTGAACAACCCATCG <SEP> 945 <SEP> 1283 <SEP> 339 <SEP> SetC
 <Tb>
 
 EMI99.24
 63962 SEQ ID No 300 6396 2 GTGGGAAATTAAACACTTCG SEQ ID No 6339 6396 2 R GAATCTGCCACAACAATACC 650 1016 367 Sets
 EMI99.25
 
 <Tb>
 <tb> 19856 <SEP> SEQ <SEP> ID <SEP> No <SEP> 301 <SEP> 198561 <SEP> F <SEP> CTAGCACTACCACCATATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6340 <SEP> 19856 <SEP> 1 <SEP> R <SEP> GCTAGCAAATGATTCAGACC <SEP> 2315 <SEP> 2643 <SEP> 329 <SEP> SetC
 <tb> 130021 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 302 <SEP> 13002 <SEP> F <SEP> AGTATGGGTGAAAATTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6341 <SEP> 13002 <SEP> 1.R <SEP> TGTGATTGATCATTTGAAGC <SEP> 1951 <SEP> 2297 <SEP> 347 <SEP> SetC
 <tb> 5791 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 303 <SEP> 5791 <SEP> 2 <SEP> F <SEP> AATCTTGGAACTTTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6342 <SEP> 57912 <SEP> R <SEP> GAATTTCTGATTGAGTTGGG <SEP> 3288 <SEP> 3601 <SEP> 314 <SEP> SetA
 <Tb>
 
 EMI99.26
 57932 SEQ tD No 304 5793 2 F GAAACACCTGAACGATATGC SEQ ID No 6343 5793 2 R ACTACTGCAACACCTCTTGG 364 701 338 SetS 19858 SEQ ID No 305 19858 1 TAGCCAATTGAATGATTCTCA SEQ ID No 6344 19858.1 R TGCTACTCTTCTGATQQ24 2CT 1 2 ID No 6345 15242 2 R CTTTGAGTTGATTGTTGAGG 1861 2225 365 Sets 3402.2 SEQ ID No 307 3402 2 F CCTAAAATCAGAAGAGCTGC SEQ 10 No 6346 3402.2 R GACAGTAAATGATGGGATGG 64 363

  300 Sets
 EMI99.27
 
 <Tb>
 <tb> 125552 <SEP> SEQ <SEP> ID <SEP> No <SEP> 308 <SEP> 12555 <SEP> 2 <SEP> AGGTTTATTAGTCCCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6347 <SEP> 12555 <SEP> 2 <SEP> R <SEP> CTGAGGAACCTCTATTCACG <SEP> 204 <SEP> 574 <SEP> 371 <SEP> Sets
 <tb> 143372 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 309 <SEP> 14337 <SEP> 2 <SEP> F <SEP> TGAAGATAGTCAAGAACCCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6348 <SEP> 14337.2.R <SEP> TCTTGATTTTAAATGTCGCC <SEP> 4608 <SEP> 4948 <SEP> 341 <SEP> Sets
 <tb> 152222 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 310 <SEP> 15222 <SEP> 2 <SEP> CATCGGTACCTTCAATCACT <SEP> SEQ <SEP> ID <SEP> No <SEP> 6349 <SEP> 15222 <SEP> 2 <SEP> R <SEP> TGAGCCATCCATTAGTTTTT <SEP> 632 <SEP> 999 <SEP> 368 <SEP> Sets
 <tb> 152202 <SEP> SEQ <SEP> 10 <SEP> No.

    <SEP> 311 <SEP> 15220.2 <SEP> F <SEP> AATTCAGAGAAAATCACCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6350 <SEP> 15220.2.R <SEP> GTCTATAGCTGTAGGGGTTCC <SEP> 871 <SEP> 1230 <SEP> 360 <SEP> SetA
 <Tb>
 
 EMI99.28
 152192 SEQ ID No 312 15219 Z.F CATTTGCTCCRAATGATTCC SEQ 10 No 6351 15219 2.R AGTTCTTTGTTGTGGTGTCC 455 814 360 Sets
 EMI99.29
 
 <Tb>
 <tb> 152172 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 313 <SEP> 15217 <SEP> 2 <SEP> F <SEP> AACCTATTTGTCGAATGACG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6352 <SEP> 15217 <SEP> 2 <SEP> R <SEP> TATCTTTACCACCAGATGCC <SEP> 416 <SEP> 760 <SEP> 345 <SEP> Sets
 <tb> 152162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 314 <SEP> 15216 <SEP> 2 <SEP> F <SEP> CCATATAAAGACTCCTAAACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6353 <SEP> 15216 <SEP> 2 <SEP> R <SEP> AATTTCTTCAACAACATCACC <SEP> 30 <SEP> 336 <SEP> 307 <SEP> SetB
 <tb> 50751 <SEP> SEQ <SEP> ID <SEP> No <SEP> 315 <SEP> 5075.1 <SEP> F <SEP> GTGATGAAGGGTATGTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6354 <SEP> 5075 <SEP> 1 <SEP> TCAATTCACCAGAGTTACCC <SEP> 755 <SEP> 1102 <SEP> 348 <SEP> SetB
 <Tb>
 
 EMI99.30
 5074 SEQ ID No. 316 5074.1.F ATTGCAGTTCATATCTTGGG SEQ ID No. 6355 50741.R TCGATATTACCTTTCATGGC 178 503 326 SetB 143811 SEQ ID No. 317 14381l.F GTTTCCCAATATTTGAGTGC SEQ ID No 6356 14381 1.R ATAACCACGAC.1919 318 19562 1 E GCCATTAACTATTCATCAACG SEQ ID No.

   6357 19562.iR TGCACCATCATTATATTTGC 1053 1380 328 Sets 163891 SEQ ID No 319 16389.1 F ACTTTATATCCCAGCAAATGG SEQ ID No 6358 16389 1 R AACCAATGGGATAATAGAAACC 437 640 204 SetC 9869.2 SEQ ID No. 320 9869 2 AAATTGCCAGTATGAGATAT 98 2. 2 SetA 9867.2 SEQ ID No. 321 9867 2.F AATGGTGTTATTTCTCTCGG SEQ ID No 6360 9867 2.R CAACCAAACTTTTAACTGCC 469 841 373 SetA 132521 SEQ ID No. 322 13252 1 ATGTTATTGCCAGAGACGTT SEQ ID No 6361 13252.1.R GGGCTAG 13CT22425. 323 13247 1.F CCACTGCTATTGGTAACTCC SEQ ID No 6362 13247 LR TGTTCAAACTCGGAAATAGC 173 476 304 Sets 198591 SEQ ID No. 324 198591 F CCTTTTGGAACACTTACCTG SEQ 10 No 6363 198591 R GCAAGTCTCAAGAGAGCATC 255 560 306 ON 104722. 325 104722 TTAAGTTGCCGATTAAGAGC SEQ ID No 6364 10472.2.R TAGCTTTATAAGCACCACCC 1363 1675 313 Sets 104702 SEQ ID No.

   326 10470 2 F CTCAACTGATGGTTAATCCC SEQ 10 No. 6365 10470 2.R AATTGAGCATGATTTTCCC 1055 1406 352 Sets
 EMI99.31
 
 <Tb>
 <tb> 104692 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 327 <SEP> 10469.2.F <SEP> CAAGGTAGAAGAGTTGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6366 <SEP> 10469 <SEP> 2.R <SEP> TAGCAGTTTCAGCCATATCC <SEP> 388 <SEP> 733 <SEP> 346 <SEP> Sets
 <tb> 16164 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 328 <SEP> 16164 <SEP> 2 <SEP> F <SEP> CAACCATCTTCTACTCCACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6367 <SEP> 16164 <SEP> 2 <SEP> R <SEP> ACTGACTGCTTGATGACTCC <SEP> 1198 <SEP> 1540 <SEP> 343 <SEP> Sets
 <tb> 120092 <SEP> SEQ <SEP> ID <SEP> No <SEP> 329 <SEP> 12009 <SEP> 2 <SEP> F <SEP> AAGAATGTTGAATGGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6368 <SEP> 12009 <SEP> 2. <SEP> R <SEP> TCAAATGCATCTTAAACACG <SEP> 1158 <SEP> 1522 <SEP> 365 <SEP> Sets
 <tb> 19029.1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 330 <SEP> 190291.F <SEP> TCATCACAACCTACATCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6369 <SEP> 19029.1.R <SEP> AAACCTTGTTGTGATTGACC <SEP> 1387 <SEP> 1706 <SEP> 320 <SEP> SetB
 <tb> 9601 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 331 <SEP> 96012.F <SEP> CATTAGAAACTGTCAAGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6370 <SEP> 9601.2 <SEP> R <SEP> ACTCTCAAAGTTTCACCTGG <SEP> 2274 <SEP> 2603 <SEP> 330 <SEP> SetA
 <tb> 157502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 332 <SEP> 15750.2.F <SEP> ATAGTTGGACGTAAAGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6371 <SEP> 15750 <SEP> 2.R <SEP> TCCAAGGGTACGAGATAGAA <SEP> 1213 <SEP> 1570 <SEP> 358 <SEP> SetB
 <tb> 190261 <SEP> SEQ <SEP> ID <SEP> No <SEP> 333 <SEP> 190261.F <SEP> TCTCGTAATGCTAGTGGACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6372 <SEP> 19026.1.R <SEP> TACTGCCATCTTCTAGCACC <SEP> 2119 <SEP> 2435 <SEP> 317 <SEP> Sets
 <Tb>
 
 EMI99.32
 16740.2 SEQ ID No 334 16740.2 F CGATGACTATAATTGTTGAACC SEQ ID No 6373 16740 2 R TGATTGTAAATTGAACATTTCG ND ND 351 SetC 19621 1 SEQ ID No 335 19621 1 TCAAATATGGAATTAGCAGG SEQ ID No 6374 19621 lR TGACAAGGTTTGATATAQATATAATAATATAATAATAATA 195A. ID No 6375 1962D 1.R CATTGTCGTCGTTGTTACC 111 439 329 SetS
 EMI99.33
 
 <Tb>
 <tb> 160432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 337 <SEP> 16043 <SEP> 2.F <SEP> CAGAAACAAAACCAATTTATGA <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6376 <SEP> 16043 <SEP> 2 <SEP> R <SEP> AAAGCTTCTTGAGGTGTTAATC <SEP> 1028 <SEP> 1373 <SEP> 346 <SEP> SetC
 <tb> 160422 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 338 <SEP> 16042 <SEP> 2 <SEP> GTAATGACCGAAGAATGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6377 <SEP> 16042.

    <SEP> 2 <SEP> R <SEP> CAATCAGAGTTGATCTTCCC <SEP> 617 <SEP> 922 <SEP> 306 <SEP> Sets
 <Tb>
 
 EMI99.34
 2535.1 SEQ ID No 339 2535 1 GACGTACCGACTATGAAAGC SEQ ID No 6378 2535 1 R AAGATTCATTCTGAT7TGCC 595 916 322 SetB
 EMI99.35
 
 <Tb>
 <tb> 2532. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 340 <SEP> 2532 <SEP> 2 <SEP> F <SEP> AGACAACAACAGAACCAAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 6379 <SEP> 2532.2 <SEP> R <SEP> ATACTAATCCCCTCCAGGC <SEP> 91 <SEP> 403 <SEP> 313 <SEP> SetA
 <Tb>
 
 EMI99.36
 12764 2 SEQ ID No. 341 12764 2.F AATTGCTTGGTGTATTTTGG SEQ ID No 6380 12764 2.R ATCTTTCTTGCAATGACACC 1170 1478 309 SetS 174882 SEQ ID No 342 17488.2 F CCAATTGATTCAACAAGGTT SEQ 10 No 6381 17488 2.R TTCCAGA
 EMI99.37
 
 <Tb>
 <tb> 174892 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 343 <SEP> 17489 <SEP> 2 <SEP> F <SEP> GGATGATGGGACACCAATA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6382 <SEP> 17489 <SEP> 2 <SEP> R <SEP> TGCAGCTAGAATCGGTATTT <SEP> 84 <SEP> 427 <SEP> 344 <SEP> SetC
 <tb> 2328 <SEP> SEQ <SEP> ID <SEP> No <SEP> 344 <SEP> 2328 <SEP> 2 <SEP> F <SEP> TCCACCAATTTCATTATTCG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 6383 <SEP> 2328.2.R <SEP> GTCACATTTCTTCTTGAATACC <SEP> 441 <SEP> 767 <SEP> 327 <SEP> SetA
 <tb> 2326.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 345 <SEP> 2326 <SEP> 2 <SEP> F <SEP> TCGAGTTAGAACTACCGAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6384 <SEP> 2326 <SEP> 2.R <SEP> CTCCTTCAAATTCCTTAGCC <SEP> 531 <SEP> 856 <SEP> 326 <SEP> Sets
 <Tb>
 
 EMI99.38
 9732 SEQ f0 No.

   346 9732 2.F GTCATTGTTTTGAACCATCC SEQ ID No 6385 9732 2 R TTCTTAGCAGCTTTTTGAGC 1024 1373 350 SetA
 EMI99.39
 
 <Tb>
 <tb> 167322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 347 <SEP> 16732.2 <SEP> F <SEP> CAGTCATTTCCTCATCTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6386 <SEP> 16732.2.R <SEP> GCAACTTCTTTTGGTATTGG <SEP> 911 <SEP> 1273 <SEP> 363 <SEP> SetB
 <tb> 159832 <SEP> SEQ <SEP> ID <SEP> No <SEP> 348 <SEP> 15983 <SEP> 2 <SEP> F <SEP> CGTATCAAAATGCTATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6387 <SEP> 15983 <SEP> 2.R <SEP> TGCAAAATGTTTGTACTTGG <SEP> 614 <SEP> 929 <SEP> 316 <SEP> Sets
 <tb> 151772 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 349 <SEP> 15177 <SEP> 2 <SEP> F <SEP> CACTCAAGTCTTCACTTTAGGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6388 <SEP> 15177 <SEP> 2.R <SEP> ACGGTATCAACAGCAGATTC <SEP> 9 <SEP> 341 <SEP> 333 <SEP> SetC
 <tb> 190171 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 350 <SEP> 19017 <SEP> 1 <SEP> F <SEP> CGAATCAATACCACTGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6389 <SEP> 19017 <SEP> 1.R <SEP> ATTTGTAAAAATGGAGTCGC <SEP> 403 <SEP> 726 <SEP> 324 <SEP> Sets
 <tb> 164162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 351 <SEP> 16416 <SEP> 2 <SEP> F <SEP> ACACCTATTGGAACTGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6390 <SEP> 16416 <SEP> 2 <SEP> TCATAATCGTTCTTTGGTGG <SEP> 205 <SEP> 548 <SEP> 344 <SEP> Sets
 <Tb>
 
 EMI99.40
 116462 SEQ ID No 352 11646 2 F TTATGACCACTTTGATCACG SEQ ID No 6391 11646 2.R TTGATTGAC7GATTGATTGG 65 411 347 Sets

  <Desc / Clms Page number 100>

 
 EMI100.1
 136752 SEQ ID Na 353 13675 2 ACCCAATTCAGATTATTTCC SEQ ID No 6392 13675 2 R GTTGTAATTTGTTGGTCTTGG ND NO 317 SetC 136782 SEQ ID No 354 13678 2 F TAAGGCATGTAAGATAGCAGG SEQ ID No 6393 13678 2.R CATTGCTATTTCT 118 1 78 GGGAAAGATATGCTTAATGG SEQ io

  No 6394 195781 R TTGTTCATTCATTTCATCCC 1945 2331 387 SetB 100622 SEQ 10 No 356 10062 2 F TAGTAGTAG7GGAGCCACCC SEQ ID No 6395 10062 2 R TCTAATGCAAATGTGACACC 1299 1628 330 Sets 7655 SEQ ID No 357 7655 2 GTTGGACAGAGAAGTCAGAGTAGTAGAGTAGTAGATAGTAGATAGTAGTAGATAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTACTGTWGTQTQTQTQTQAQTQTQAQTQGQAQTQAQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQJQQJQ] SEQ ID No 358 7651 2 TAACGGAACTAGCATTACCC SEQ 1O No 6397 7651 2.R TTAAGTTGACCCCAAGGATA 1224 1580 357 Set8 143602 SEQ ID No 359 14360 2 F AAAAATCCAATGCAGTTCC SEQ ID Na 6398 14360 2 R AAATAAGAAACCAATCAATGC 335CT IDC 1435TC IDT735 No 6399 14357 lR GAAACTCAATCTACGTTGCC 6 168 163 SetB 14356 SEQ ON No 361 14356 2 F TGCAAATT7ACAACAAAAGC SEQ ID No 6400 14356 2 R GTTTCCCATTGTTATCTTCC 306 628 323 Sets 31782 SEQ JO No 362 3178 2 F CTCATCTC31 CT31AGTCTAGT31 SetA 12012 SEQ ID No 363 12012 2 ACAAGATTTATCATGGCAGG SEQ ID

  No 6402 12012 2 R CTTCCTCAAATCCTAAATGG 102 463 362 SetB 141092 SEQ ID No 364 14109 2 F GTTGGATCATTATTATCGGG SEQ ID No 6403 14109 2 R AAGAACAATAAAGCACCACC 988 1385 398 SetB 160471 SEQ ID No 365 16047A FAC AACA ND 202 SetC 160302 SEQ ID No 366 16030 2 F CCAATGGGATTAGAAACTCC SEQ ID No 6405 16030 2 R CTTGTAATGGTGCAACTGG 4273 4573 301 SetB 16028 SEQ ID No 367 16028 2 TTCACTACTCACAAAACAACG SEQ ID No 6406 16028 2 R ATATTCATTGCT3434 363G34GT2346 2 F AGATCTTCATCAATTTCCCC SEQ ID No 6407 16634 2 R GCTGCATGATAACCATATCC 712 1085 374 Sets 4071 2 SEQ ID No 369 4071 2 F ACTCAAACCATGATTCATCC SEQ 10 No 6408 4071 2 R TCTTGAGACTCCAATCAACC 1472 1821 350 SetB 4065 1Q TAG IDAA 4065 1 R ACCTATGCTATCATTGTGGG 31 345 315 SetB 14475 SEQ 10 No 371 14475 1

  GAGATAACTGGGACTGTTGG SEQ ID No 6410 14475 1 TCAGAATGATGAACATGCC 19 258 240 SetB 144682 SEQ ID No 372 14468 2 R GAAGTTCTTCCTGTTTGGC 1654 1993 IDT -fGC 260 621 362 Sets 104992 SEQ ID No 374 10499 2 F CACCAAGAAACCAGTTATGG SEQ ID No.

   6413 10499 2 TAATTTTGTGTCTAACCCCG 273 606 334 SetA 104962 SEQ ID No 375 10496 2 TATTTTTCAGAAACCCTGGA SEQ ID No 6414 10496 2 R GGTTCTGGTTCTTGTCCATA 920 1310 391 SetC 127592 SEQ ID No 376 12759 2A SEQ ID No 377 12758 2 FCATTGACAAAATCTAGATCAACC SEQ ID No 6416 12758 2 R TCATTATCCTTCAAAGTGTTACC ND ND 307 SetC 151122 SEQ ID No 378 15112 2 CAAGCATTAAAACATTTCACC SEQ ID No 6417 15112 2 R TTGTCGATATGAAT13AAACA9 15109 2 R ACAGATACTGTTAATCCGGG 9 314 306 SetB 151072 SEQ ID No 380 15107 2.F CCGTGAATACAAGTCTTTGG SEQ ID No 6419 15107 2 R GATGACCACAGGAGACAAAT 1710 2032 323 SetB 14673 2 SEQ ID No AGTTCGTA SetB 14671.2 SEQ f0 No 382 14671 2 F

  AATAACAGCAGCAAAATTGG SEQ ID No 6421 14671 2 R GTCAACTGTTCCAAAAATGG 1359 1727 369 Sets 119101 SEQ ID No 383 11910.1 F CTTGCAACAAATAATCGTGA SEQ ID No 6422 11910 1 CCTCGGAACTAAAATTATGC 273 574 302 Sets 119141 SE. 384 119141 F TTCAACTATATGCCGTTGG SEQ 10 No 6423 11914 1 TCATCATGAGAACTCTGTGG 994 1328 335 SetA 15225 SEQ ID No 385 15225 2.F TCCAGTTATTAGTTCATATCAAGG SEQ ID No 6424 15225 2.R AACTTCCCCAAATTTTTCC ND NDG242 SE2 AGT 6425 15224 2 R TGTAATAATACCCGCTCCC 973 1308 336 SetB 14435 SEQ ID No 387 14435 1 F TGAATTGACAAGATACGTGC SEQ 10 No.

   6426 14435 1 TTGTATAGAAACATTAGCGGC 1350 1716 367 SetB 19861 SEQ ID No. 388 19 861 1 CACCTGGTACAAGTGGTTCT SEQ ID NO 6427 19861 1 AAAGCTAAATTGGCTGAATG 62176115 G & Cs 14432 SEQ 10 No 389 14 432 2 F TTAGCTGATTTAGGCAAAGG SEQ ID NO 6428 14432.2 R GAAACAGCCATTAAACTTCC 49398350 SetA 8093 SEQ ID No 390 8093 2 F TAAAGATGTCAGTGATGGGG SEQ ID No 6429 8093 2 R AACATCCAATGAGTTCAACC 960 1296 337 Sets 15067 SEQ ID No 391 15067 1 F TCGATTGGAGAACTATACCG SEQ ID No 6430 15067 1 TTGGTAAATCAGGTACATTGG 0BB2 1275 No 6431 15065 2 R ATTTCTTTAGCATCACCACC 514 875 362 SetB 176762 SEQ la No 393 17676 2 F AACTGATAAATGTGTTTGGGA SEQ ID No 6432 17676 2 R CCAATGAGAAATATCTTGGAA 1518 1863 346 SetB 18994 1 SEQ IDT ATATACC99 SetC 40682 SEQ ID No 395 4068 2 F

  ACAACACCATAT7ACC7CCG SEQ 10 No 6434 4068 2 R GAAATTTGTTGTTCTCTGCC 2763 3110 348 Sets 16160 SEQ D No 396 161601 F TGTTGCTTTGAGTTCATACG SEQ ID No 6435 161601 R TGAGGATTAGCAATACCAGC 444 788 345 SetB 174922 324 SetB 65292 SEQ ID No 398 6529 2 TTAGTCAGTGATCCAGTCCC SEQ ID No 6437 6529 2.R TTTCTTTTCATCCAGTTTCC 43 405 363 SetA 9051 SEQ ID No 399 9051 2 F TTTGATTTGTTACCATTCCC SEQ ID No 6438 9051 2 R CATTGACACCAAG1TATAACC No. 400 19864 1 F TATCAAATTGGAAAAT7GGC SEQ 10 No 6439 19864 1 R TTCTTCTTGGACCTTTTGG 880 1219 340 SetA 9048 SEQ ID No 401 9048 1 GTCACAAAATCAATTTAGGAGAG SEQ 10 No 6440 9048 1 TTTCGTAGTTTGTCTTCATA TATG NA 90 NA47 1 CATTTATAATTCTTGGACAACC 28 289 262 SetA 9046 SEQ ID No 403 90461 F

  CGTTTTGAAGAAGAATTTGG SEQ ID No 6442 9046 1 TGACGTCTTTTACGATTGG 307 677 371 SetA 152732 SEQ ID No 404 15273 2 GGCAAGAAAACGAAATTAAA SEQ ID No 6443 15273 2 TTTTCCGAGAAATTTTTGTT 2104 2494 333 SetC 116792 SEQ ID No 406 11679 2 CCACTGTTTGGAAGTTGTTT SEQ ID No 6445 11679 2 R GTTTGGAGCTGAAAATATCG 572 945 374 SetS 119962 SEQ ID No 407 11996 2 ACTAACATTGCTGTTCCTCC SEQ ID No 6446 11996 2 R ATT85 11999 SEQ ID No 6447 11995 2 TCACTATTAACGACAAAACCC 447 781 335 SetB 148292 SEQ ID No 409 14829 2 TAACCGAATTATCTTCTGCC SEQ ID Na 6448 14829 2 R GTTTTTCAACTTCAGCATCC 1658 2008 351 Set8 14827 SEQ ID No 410 14827 2 CTTCTTCAATTQAACTACATACAAQATACATACAAQATACAAQTACAAQTQAAQAAQA 2 7928.2 SEQ ID No

  411 7928 2 F ACTGTAACAATGGTCAAATGG SEQ ID No 6450 7928 2 CCATTCCAATCTGTTAGTCC 1085 1434 350 SetC 7927 SEQ ID No 412 79271 F CTTGGAAGCATTAAAAGAGG SEQ ID No 6451 7927 1 CGGTTATCTTGTCAAATTCC 510 871 76QAT 79T R TGACTCTGAAGGATTTCCC 622 949 328 Sets 79242 SEQ ID Na 414 7924 2 F TTAGTCTCCAAGGGTTTCAA SEQ ID No 6453 7924 2 R ACTGACCCAACTGACAACTT 1060 1455 396 Sets 13577 2 SEQ ID No 415 13577 2 F AAGAAGATGAGGACCTATGAGA35CAATGAGACATAGA35A 2A ID No 416 15411.2 F AGCCATCAAGAAATTAGTCG SEQ ID No 6455 154112 2 CTTTCTTGAAATGAGAACCC 894 1207 314 Sets 15412.2 SEQ ID No 417 15412 2 TTTGGCTTCAGTAACGTCTT SEQ 10 No 6456 15412 2 R GTTGCTGAACAAGAACAACATA TTBA 154 211 198 198 15414 2 R AAGGTTATTAGGATCCCACC 1201 1500 300 Sets

  19618 SEQ ID Na 419 196181.F AATTTTCAAAGGTCATACGG SEQ ID No 6458 19618 1 R CATTACCATCTGGAAACACC 555 874 320 SetB 12478 SEQ ID No 420 12478 1 TATGCTGTTGGATACTGTGG SEQ ID No 6459 12478 1 TCATCATTAGGTBTBTQ47 No 6460 12473 2 R CPATTTGGCTACTAA7GTTGG 29 319 291 SetB 124722 SEQ ID No 422 12472 2 TTCCAAGAAGGACATTATCG SEQ ID No 6461 12472 2 TGTCTATCCCAAGTTGTTCC 837 1190 354 SetB 12066A SEG IDAG 42 FGTAG 2GTG 19691 1 SEQ 10 No 424 19691 1 F GTTTTAGAAGCTCAAGGTCG SEQ ID No 6463 19691 1 R TACTTCTTGTGCTTTTTGGC 2248 2561 314 Sets 16249 SEQ ID No 425 16249 2 F GTTGATGGATTTGTTTATGAGAT SEQ ID No 6464 16249 2 RG AAT66 174242 2A RGAT24 F AATGGTAACAATGACCAAGC SEQ ID No 6465 17429 2 R

  GTGAACCTTCTCTTCTTTCG 781 1165 385 Sets 142822 SEQ ID Na 427 14282 2.F CAATGACAGAAAGATCTGGG SEQ ID No 6466 14282 2 R TGGTTTCTTTCTTCAACTGG 3498 3889 392 SetB 14275 SEQ ID No 428 14275.1 F TTGAAATAGGATBG IDBQ IDBQA No 429 12997 2 F CAAACAAATCCAAGTGTTCC SEQ ID No. 6468 12997 2.R GGAGATGAAGTTGAAGTTGC 4192 4532 341 SetC 9357 SEQ ID No 430 9357 2 F AAAGCAACAACAGAAGAAGG SEQ ID No 6469 9357 2.R TTACTTGACGTGCTATG31 9CC SEQ ID No 6470 9353 1.R TTTGGGAGGATTCAGTAGC 49 307 259 SetB 135562 SEQ ID No 432 13556 2 F ATTAGAGCTGAGTTGGATGG SEQ ID No 6471 13556.2 R CAACAGTAATTCGAAACTTCG 177 486 310 SetB 13554 SEQ ID NA4AT554 13556 400 SetB 135522 SEQ ID No.

   434 13552.2.F ATGATACCATTGTTGAAGCC SEQ ID No 6473 13552.2.R AAGAATGGTTTTTCATCAGG 959 1289 331 s.tB 13551.2 SEQ ID No 435 135512.F AATTGCTATGGCTTATTCAAA SEQ ID No 6474 13551 2.R ATAAGTAG10AG SEQ ID No 6475 11655 2 R AGGTTTAGTTAGCATGTCGG 4069 4374 306 Sets 156041 SEQ ID No 437 15604 lF GATGAACACCAAGAAGAAGG SEQ ID No 6476 15604 1 R GAATCATGGAATGAAAGTGG 520 911 392 SetB 156011 SEQ IDATITATATA1CC AATTTGAAATCTTTCTTTACCG 220 524 305 SetB 49692 SEQ ID No. 439 4969 2 F CGTACTATCTTCCTTGTGCC SEQ ID No 6478 4969 2.R AACTTTTTCATAATGAGCGG 1265 1611 347 SetS 4971 1 SEQ ID No. 440 4971 1.F ACTTGTATGCTTTCATATGCC 49Q71. 379 SetB 4972 1 SEQ ID No.

   441 4972.1 F AACAAAGTGAGATTTGAGCG SEQ ID No 6480 4972 1 R GCTATTGCTAACAATCGTGG 19 372 354 SetB 4973 1 SEQ ID No 442 49731 F AAAATGGCAATAAAGTTTGC SEQ 10 No 6481 4973 1, R TTAACCAAAACCTTGTCBA 1898 848 SEAGNA. 6482 18979.1, R TACAACAAGTTCGTCAATGG 10 183 174 Sets 141162 SEQ ID No 444 141162 AATACTCCTCATCAAATGGC SEQ ID No 6483 141162.R TTCTGGAAGATTATTTCTAGCC 754 1062 309 SetB 14113.2 SEQ ID 265AG11GGTAGG 10 No 446 8687 1 AATTTTTGTAAACCAGTTGCC SEQ ID No 6485 8687 1 R ACTTCAACATCACCGTTACC 665 1025 361 SetB 8686 SEQ ID No 447 8686 2 F CAAACAACAATTTTCTTCTGC SEQ ID No 6486 8686 2 R TTGATTTCATTTGGTTCAGAQAGAG 28 293 273 Na 6487 8685 2.R TCAACTTGTTGTTATTCCCC 16 322 307 SetA 18977 SEQ

  ID No 449 18977 1.F TTGGGCACTTTATTGTCG SEQ ID No. 6488 18977 1 R CTTACTGGCTTTTTGATTGG 58 308 251 Sets 129282 SEQ ID No 450 12928.2 F TGATTGTGTATGACATTGCC SEQ ID No. 6489 12928 2 R TTCTTCTTTTCTTGAGGAGC 2751 265 266 361 GCATTGTTTGCTATCTTTCC SEQ m No 6490 12926.2 R ATTGGAGA4TATCTGCATGG, 2032 2338 307 SetB 198661 SEQ 10 No 452 19866.1 F CTTTGCCTTCACCATTTTAC SEQ ID No 6491 19866.1 R AAAGTAGCAGCAACTCTCCA 1167 1484 318T888 1288 SEG 12A.

   6492 12888.1 R TTGGTAGGTTTAATTCTGGG 549 862 314 SetA 128872 SEQ ID No 454 12887 2 TGTACCATCATCTTATTTGGG SEQ ID No 6493 12887 2 R ACACCAACAATACTTGGACC 912 1256 345 SetATT80GGTAGAGTF. 25781 SEQ 10 No 456 2578.1.F ATACTTGGATACCGATGACG SEQ 10 No 6495 2578 lR ATGTATACCCAATAATGCCC 3333 3731 399 Sets 13839 SEQ ID No 457 13839 1.F AACAATTGAAAGAATGAGGG SEQ ID Na 6496 13839 lR CTCGTTCATTCAT138 SEQ 10 No 6497 13843 2.R GAGTTTTAGCAGCATCAACC 1617 2014 398 Sets 161912 SEQ ID No. 459 16191.2 F GTGATTAATGAATGGGCACT SEQ ID No 6498 16191 2 TTGTAGATTCTGCTTGTCCC 184 496 313 SetB 86101 SEQ ID No.

   460 86101.F TGCATACTTGAAATTGAACG SEQ ID No 6499 86101.R GCAATACCTTTTGTTTCTGG 1191 1529 339 SetS 14764.1 SEQ 10 No 461 14764 1 F AAAAATTATTAGTGGGGTCG SEQ 10 No 6500 14764 1.R TTTCCATAATATAATCCCACC 357 69AQAQTQQA No 6501 14763.2 R TCGACTCCAAATCCATTAGT 952 1289 338 Sets 19868 1 SEQ ID No. 463 19868.1.F ATTCCAGCTAATGGTAATCC SEQ ID No 6502 19868 1 R CCAATTTATCAGCACTTTCC 1138 1534 397 S.tB 19622.1 SEQ 10 No 464 196221 F TCCAACAGT223 TCTGGTTTAGATTTCCTTGC 1087 1424 338 Sta 175742 SEQ ID No. 465 17574 2 F TGTTGAAAGTCAGGACTACG SEQ 10 No 6504 17574 2 R ATTG1TGCTAGTTAATGGGG 1926 2295 370 SetB 13725.1 SEQ ID No.

   466 13725.1 F ATTCTGGTTCAGTAATTGCG SEQ ID No 6505 13725.1 R CAACTTGTTGCAAATCAGG 326 646 321 SetB 13724 SEQ ID No 467 13724 F CAGAAAAGTATATGTCGATTCTACC SEQ ID No 6506 13724 1 R TCATAACATCATGATCTATATAAT ND22 3222 ID22T22 ID22A22 R TTGTACTGATTTGTTGCTGC 1233 1536 304 6960 Sets 1 SEQ ID NO 469 69601.F TTAACTATTGGGTTGTTGGG SEQ ID NO 6508 69601 R TTTATAAACGTAACCCACGG 31339309 SetB 6961.1 SEQ ID NO 470 6961 1.F CACATTGATCAACATCATCG SEQ ID NO 6509 6961 603 930 328 ATCAAACCAAATAATGCTGG lR Sets

  <Desc / Clms Page number 101>

 
 EMI101.1
 
 <Tb>
 <tb> 18966 <SEP> SEQ <SEP> OJ <SEP> No <SEP> 471 <SEP> 18966 <SEP> 1 <SEP> TCAATCCTTGCTAAAAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6510 <SEP> 18966 <SEP> 1 <SEP> CTAATCGAAACCTTCGACC <SEP> 43 <SEP> 274 <SEP> 232 <SEP> SetB
 <Tb>
 
 EMI101.2
 144052 SEQ ID No 472 144052F

  CCATCCACTTATTCTTCTGG SEQ ID No 6511 14405 2 R AATCCCATAATTCATTGACC 1471 1819 349 SetA 14401 SEQ ID No 473 14401 2 CAATTACAACATCAACAACTGC SEQ ID No 6512 14401 2.R CATAATTATAGTTTCATCTGATCTA ND ND 327 SetC 144A SEAG NOAG 3200 SetQ 144A SEAG No 2 AACTGAGGACAACTCTCACC 1493 1880 388 SetB 20057 SEQ ID No 475 200571F ATTGAAAGTGCTGATGAACC SEQ ID No 6514 20057 1 CCAAAATTCAACTCGTAACC 115 425 311 SetS
 EMI101.3
 
 <Tb>
 <tb> 116442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 476 <SEP> 11644 <SEP> 2 <SEP> F <SEP> CATATCGAACGAAACAATTAAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6515 <SEP> 11644 <SEP> 2 <SEP> R <SEP> ACATAATGATTCCAATTCCAGT <SEP> 719 <SEP> 1026 <SEP> 308 <SEP> SetC
 <Tb>
 
 EMI101.4
 11534 SEQ ID No 477 115341F GCTGTCTACATCAAACTCTTCG SEQ ID No 6516 11534 1 R AGTAGATGCAGCAATGATCG 26 362 337 SetB 11533 1 SEQ ID No 478 115331FAAAGGTGTTGGACTTGTGTC SEQ ID No 6517

  R AGCTTCCCTCGTAAAAGTCT 11533 1680 2008 20058 329 G & Cs SEQ ID NO 479 20058 1 AAAAATACCGCTAATGATGG SEQ ID NO 6518 20058 1 TCTTTCGAGACCCGTATAAA 205 554 350 165 012 SEQ SetB (O No 480 16 501 2 F AACAAACTAAAGCACC7TCG SEQ ID NO 6519 16501 2 3089 3441 353 R CTTCCAGAATAATTTTTGCC SetB
 EMI101.5
 
 <Tb>
 <tb> 16761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 481 <SEP> 16761 <SEP> 2 <SEP> F <SEP> TGTCTCGCCAATAAATTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6520 <SEP> 16761 <SEP> 2 <SEP> TTTCTTCCTTGGTTAATTGC <SEP> 2142 <SEP> 2446 <SEP> 305 <SEP> SetB
 <tb> 90882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 482 <SEP> 9088 <SEP> 2 <SEP> F <SEP> AACTCAGTTCTGAATGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6521 <SEP> 9088 <SEP> 2 <SEP> R <SEP> AATGGCATCAACAATAAACC <SEP> 1922 <SEP> 2316 <SEP> 395 <SEP> SetB
 <tb> 164661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 483 <SEP> 16466 <SEP> 1 <SEP> CACTTTTAGGTCAACAACTGC <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 6522 <SEP> 164661 <SEP> R <SEP> GTTGCTGTTGTTATGAATGG <SEP> 1508 <SEP> 1863 <SEP> 356 <SEP> SetB
 <tb> 18957 <SEP> SEQ <SEP> ID <SEP> No <SEP> 484 <SEP> 18957 <SEP> 1 <SEP> CCTTTGGTTTTATTTTGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6523 <SEP> 18957 <SEP> 1 <SEP> GGGTTATTCAATATATTCCACC <SEP> 18 <SEP> 296 <SEP> 279 <SEP> SetB
 <Tb>
 
 EMI101.6
 119882 SEQ ID No 485 11988 2 F AGTCCTGATAGGAAATTAGCC SEQ ID No 6524 11988 2 R ATCCAGCAAATAATTCATCG 1225 1585 361 SetB
 EMI101.7
 
 <Tb>
 <tb> 119892 <SEP> SEQ <SEP> ID <SEP> No <SEP> 486 <SEP> 11989 <SEP> 2 <SEP> F <SEP> TCCAATGATAAGAGTCAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6525 <SEP> 11989 <SEP> 2 <SEP> R <SEP> TGTTCCTCTTCTTTCTCTGG <SEP> 481 <SEP> 788 <SEP> 308 <SEP> Sets
 <tb> 119912 <SEP> SEQ <SEP> ID <SEP> No <SEP> 487 <SEP> 11991 <SEP> 2 <SEP> TTCCCATTTTTCACTAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6526 <SEP> 11991 <SEP> 2 <SEP> R <September>

  TAAAATCAATTGGGTTGTGG <SEP> 2878 <SEP> 3226 <SEP> 349 <SEP> SetB
 <Tb>
 
 EMI101.8
 19624 SEQ ID No 488 19624 1 CAATACTATGATCATCGGGG SEQ ID No 6527 19624 1 R GTTCGAAGTGATAATCTGGG 2023 2361 339 SetB
 EMI101.9
 
 <Tb>
 <tb> 169162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 489 <SEP> 16916 <SEP> 2 <SEP> F <SEP> AGAATTTCAAAGATTCGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6528 <SEP> 16916 <SEP> 2 <SEP> R <SEP> GACACCTCTGTATTTGGTCC <SEP> 1331 <SEP> 1695 <SEP> 365 <SEP> Sets
 <Tb>
 
 EMI101.10
 139752 SEQ ID No 490 13975 2 F AAGTTGACATTTTTGGTTGG SEQ ID No 6529 13975 2 TTGTGATTTCCAAGTTTTCC 463 840 378 SetB 139742 SEQ j0 No 491 13974 2 F ATTGGCTCTCTGTTGTTGG SEQ ID No 6530 13974 2 R AAAAG2AGAAG 2AG GGTGCTTTAGAATTGATTGG SEQ ID No 6531 13972 2 R CCATTAGCAAAAAATATCC 946 1322 377 SetB 136022 SEQ ID No 493 13602 2 F TATGCTCATCATTCAAGAGG SEQ ID No 6532

  13602.2 R GGTTTTTGTTGTTGATCAGG 1369 1694 326 SetB 115262 SEQ ID No 494 11526 2 GGATAACATGAATGAAACCG SEQ ID No 6533 11526 2 R TTTCTTGGTAATGTTTGCG 36 389 354 SetS 115252 SEQ 10 No 495 I 15AG 2AAGATAAG34
 EMI101.11
 
 <Tb>
 <tb> 19871 <SEP> SEQ <SEP> D <SEP> No <SEP> 496 <SEP> 19871 <SEP> 1.F <SEP> CAAGATTTTTGGGATAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6535 <SEP> 19871 <SEP> 1 <SEP> R <SEP> TTGGTCTAGCTTGTAAAGGG <SEP> 226 <SEP> 538 <SEP> 313 <SEP> Sets
 <Tb>
 
 EMI101.12
 4466 SEQ ID No. 497 4466 2 F GTTGGATATTCCATCTATCCC SEQ ID No 6536 4466.2 R GATCGTTTAATCGTAGTGGC 390 784 395 set8
 EMI101.13
 
 <Tb>
 <tb> 44652 <SEP> SEQ <SEP> ID <SEP> No <SEP> 498 <SEP> 4465 <SEP> 2 <SEP> F <SEP> ATTACGTTTGATTGATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6537 <SEP> 4465 <SEP> 2.

    <SEP> R <SEP> CTTTCCATGGTTTTCTTGG <SEP> 519 <SEP> 856 <SEP> 338 <SEP> SetB
 <tb> 44632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 499 <SEP> 4463 <SEP> 2 <SEP> F <SEP> TATTTTGAAGCTCGTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6538 <SEP> 4463 <SEP> 2 <SEP> R <SEP> ACCCATTCTCAAATCTTCG <SEP> 1465 <SEP> 1822 <SEP> 358 <SEP> Sets
 <tb> 44592 <SEP> SEQ <SEP> ON.

    <SEP> 500 <SEP> 4459 <SEP> 2 <SEP> F <SEP> GATCCATTAACTTCAAACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6539 <SEP> 4459 <SEP> 2 <SEP> R <SEP> ACTTGGATTCACTAAAACCC <SEP> 10 <SEP> 312 <SEP> 303 <SEP> Sets
 <Tb>
 
 EMI101.14
 18952 1 SEQ ID No 501 18952 1 TACCTGGGTCTCTTTCTTGG SEQ ID No 6540 18952 1 R ATGGTTCAAAAATTCATTGC 3 358 356 SetB 61722 SEQ O No 502 6172 2 GTATCTAATTTGGAGCCACG SEQ ID No 6541 6172 2 R CATGTGGATATATATATATATATATATATATATATAT 32
 EMI101.15
 
 <Tb>
 <tb> 105862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 503 <SEP> 10586 <SEP> 2 <SEP> F <SEP> TTGGAAACAAGACAAGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6542 <SEP> 10586 <SEP> 2 <SEP> R <SEP> TCAATTTAACGATACTTTCCG <SEP> 601 <SEP> 970 <SEP> 370 <SEP> Sets
 <Tb>
 
 EMI101.16
 51782 SEQ! 0 No504 5178.2 AAACATGCAGAAACTGAAGC SEQ ID No 6543 5178 2 R AAAATCATCAACTCCTGACC 919 1233 315 Sets 119932 SEQ ID No 505 11993 2 F AGGAAACATCATTGAAAACC SEQ ID

  No 6544 11993 2.R TGCCATAATTAATGAAAGAGC 2990 3300 311 Sets 19634 SEQ ID No 506 19634 IF GTTGGAATATCCAGTGTTGC SEQ ID No 6545 19634 1 R CATAATCCCCATTCTTAACC 5668 6019 352 SetA 100662 SEQ ID No 507 10066 2 F TTATTACAATCACCCCCTCCACCCCACCCC 320 SetA 161572 SEQ ID No 508 16157 2 AATGGAGAAATGTCCTAACG SEQ ID No 6547 16157 2 R TAMTCCATCAA7TTTTCCG 3159 3486 328 Sets 19872 1 SEQ ID No 509 19872 1 F AATCCGCATTAAGTCCAT7A SEQ ID No 6548 19872 LR CATAACAAG7AC 17A F GACGAAGATAAGGAAAAACCT SEQ ID No 6549 15607 1 R TTCTCTACGTTCTGCTTTTGT 412 753 342 SetB 156062 SEQ ID No 511 15606 2 F TTGTTCCTGGTAATTTCTGG SEQ 10 No 6550 15606 2.R ATAAAACACCAAATCCAACT ACID 18946 1310 1 R TTAGCTGAAACTTTATCACCG 91 413 323 SetB 19698 SEQ ON.

   513 19698 1 CAATTTTGAAATCGAAAACC SEQ ID No 6552 19698 1 TTATTACGATGGGAATCAGC 2612 2927 316 SetB 10901 2 SEQ ID No 514 10901 2 F CTGTCGTGATGAATCTTGG SEQ D No 6553 10901 2 R TCATCATTAGTTCCATTGGC 207 5200 IDA TT00 10900 2 R TACCAATCGAACTATTTGGG 1132 1441 310 Sets 10896.2 SEQ ID No 516 10896 2 GAAGTAGGAGCAACATCAGC SEQ ID No 6555 10896 2 GGATCAGATGGATAAATTGG 91 461 371 Set8 145742 SEQ ID 327 14574 2 AGAATTTGATAC 145 # 2 NOT.

   518 3255 2 TTGACCATGAGTGAATTGG SEQ ID No 6557 3255 2 R CTCCAATTCCTGTTTAATCG 1489 1884 396 SetA 3252 SEQ ID No 519 3252 2 F TTTGTTGCTCCAATTTTAGG SEQ ID No 6558 3252 2 R CCTCTGAAATTCAATTCACC 40 3451 2TT ID 3251 2 R TGGCATACTTGTTGTTATGG 161 489 329 SetB 32502 SEQ ID No 521 3250 2 TTCATAAAATAGAGCTTTACGC SEQ iD No 6560 3250 2 TCAATTGGAGGATCAGTACC 349 SetC 14853 2 SEQ ON No 522 14853 2 F AATAAAATGGAGAGAAGAAGAGAQAGAQAGAQAGAQAAG ID No 523 14031 1 F ACTGTTGGAGGTTATGATGC SEQ ID No 6562 14031 1 R CCTTTAAGCAAAGCAAGGTA 604 971 368 SetB 140302 sEoioNa 524 14030 2 F TGTCACTTTATTCCACCAGG SEQ ID No 6563 14030 2.R AATGGATCATAAQAQAQAQAQAQA No 6564 4339 1 CTGGTCTTCTTCTTGATTGG 1126 1497 372 SetB
 EMI101.17
 
 <Tb>
 <Tb>

  43432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 526 <SEP> 4343 <SEP> 2 <SEP> F <SEP> AGATTTGACAATCAGTCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6565 <SEP> 4343 <SEP> 2 <SEP> R <SEP> GGTTGATATTGAGCTGAAGG <SEP> 1776 <SEP> 2126 <SEP> 351 <SEP> Sets
 <tb> 16653 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 527 <SEP> 16653 <SEP> 1 <SEP> GCATTTGCAGAAATTTTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6566 <SEP> 16653 <SEP> 1 <SEP> R <SEP> CTCTTGAATGATAGCTTGCC <SEP> 508 <SEP> 844 <SEP> 337 <SEP> SetB
 <Tb>
 
 EMI101.18
 57842 SEQ ID No 528 5784 2.F ATTTTGTAATGCCAAACAGG SEQ ID No 6567 5784 2 R GTTTTCAATCCATGTGAAGC 1209 1589 381 s.tB 5785 1 SEQ ID No 529 5785.1 F ACTTGACGAATTCTTAACCG SEQ ID No 6568 5785 1 GCCACTTGATATT74 TTTT1530 SEQ ID No: 21595 F GCTTATCCTCCACCTCTACC SEQ ID No 6569 15920 1 R A7ATTGTGGCCCATTATGC 1507 1818 312 SetA
 EMI101.19
 
 <Tb>
 <tb> 79572 <SEP> SEQ <SEP> ID <September>

  No. <SEP> 531 <SEP> 7957 <SEP> 2 <SEP> F <SEP> TTAACATCACCATGGAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6570 <SEP> 7957 <SEP> 2 <SEP> R <SEP> TTATCAACTACAATTTCAAGGG <SEP> 33 <SEP> 186 <SEP> 154 <SEP> SetB
 <tb> 13205 <SEP> SEQ <SEP> ID <SEP> No <SEP> 532 <SEP> 13205 <SEP> 1 <SEP> CGAGTTTCTATTTCCTCCCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 6571 <SEP> 13205 <SEP> 1 <SEP> R <SEP> GGGAAAGTCACACCAAAGTA <SEP> 1 <SEP> 272 <SEP> 306 <SEP> Sets
 <Tb>
 
 EMI101.20
 132072 SEQ ID No 533 13207 2 F GAAAACTTAATCCCATCCCT SEQ ID No 6572 13207 R TCCAAGACTGGGAATGTAAC 1 281 395 SetS 13211 SEQ ID No 534 13211 1 F TAACCTGAAA7CACCATTCC SEQ ID No 6573 13211 1 CATAACCCTTCTTTTTGTGC IDA TTN 533 557 537 557 No 6574 15237 1 ATACCTTCACCAGTTTTCCC 265 566 302 SetB 152362 SEQ ID No 536 15236 2 TTTATTTTCAAATTGGTTTGG SEQ ID No 6575 15236 2 TCGTTGATGTTACCAAATTC ND ND 306

  G & C
 EMI101.21
 
 <Tb>
 <tb> 142162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 537 <SEP> 14216 <SEP> 2 <SEP> F <SEP> ATGAAAGCTGCTATGTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6576 <SEP> 14216. <SEP> 2 <SEP> R <SEP> AAGGAAAATTCGGATATTGG <SEP> 757 <SEP> 1090 <SEP> 334 <SEP> Sets
 <Tb>
 
 EMI101.22
 135262 SEQ ID No 538 13526 2 F AATTTGATTTTGAACAAGCG SEQ ID No 6577 13526 2 R ATCACTGTTTCTTCCTCGG 704 1017 314 SetA
 EMI101.23
 
 <Tb>
 <tb> 135222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 539 <SEP> 13522 <SEP> 2.F <SEP> AATAAAGACCGATCACTTGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 6578 <SEP> 13522 <SEP> 2 <SEP> GCCGTAGTTCTTGTACTTGG <SEP> 726 <SEP> 1028 <SEP> 303 <SEP> SetA
 <Tb>
 
 EMI101.24
 135191 SEQ io Na 540 13519 1 F CAGAAGAAACAACAGATGGG SEQ ID No 6579 135191 R ACAACCTTGAATCTAACCCC 54 374 321 SetA
 EMI101.25
 
 <Tb>
 <tb> 165702 <SEP> SEQ <SEP> ID <SEP> No <SEP> 541 <SEP> 16570 <SEP> 2 <SEP> F <September>

  ACCAATTGATCCGACTACAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6580 <SEP> 16570 <SEP> 2 <SEP> R <SEP> ATCCAAAATTTCGACAAAAA <SEP> 1 <SEP> 285 <SEP> 350 <SEP> Sets
 <Tb>
 
 EMI101.26
 16571 2 SEQ ID No 542 16571 2 F GCTCATTTGTTATTTCTGGC SEQ ID No. 6581 16571 2 R ATTCATAACGTTCATCACCC 187 487 301 SetB 170152 SEQ ID No 543 17015 2 F CAACGATTCAAAACTAACCC SEQ ID No 6582 17015 2 R AATCATTCATACTGGT31
 EMI101.27
 
 <Tb>
 <tb> 148662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 544 <SEP> 14866 <SEP> 2 <SEP> F <SEP> TTAGGATTCACATTTTGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6583 <SEP> 14866 <SEP> 2 <SEP> R <SEP> AGGATCAGGTGTTGAATCAG <SEP> 679 <SEP> 1062 <SEP> 384 <SEP> Sets
 <Tb>
 
 EMI101.28
 189381 SEQ ID No 545 18938 1 F TGTATGAAGGTATTCTGGGG SEQ ID No 6584 18938 1.R GTCTTTATGGCATCAAATGG 515 905 391 S.tB 151862 SEQ ID No. 546 15186 2.F TCCAGAACCTAAACAAGAGC SEQ ID No.

   6585 15186 2 R AGTAGAAGCATTCAATTGCC 897 1273 377 Sets 151832 SEQ ID No. 547 15183 2 GCTTCATCTCAATCTTCTGG SEQ ID No 6586 15183 2 R GTCAAAGTGGTTGAAGTTCC 652 1010 359 Sets 151782 SEQ ID No. 548 15AGAGA 301 setb
 EMI101.29
 
 <Tb>
 <tb> 125212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 549 <SEP> 12521 <SEP> 2 <SEP> TTCAAGTTATTTGCATCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6588 <SEP> 12521 <SEP> 2 <SEP> R <SEP> GGAGCTAGTTCAACCATACG <SEP> 1909 <SEP> 2219 <SEP> 311 <SEP> Sets
 <tb> 160512 <SEP> SEQ <SEP> ID <SEP> No <SEP> 550 <SEP> 16051.

    <SEP> 2.F <SEP> GCATCAATGACCTATCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6589 <SEP> 16051.2 <SEP> R <SEP> TCATCGTCAGTCAAATATGC <SEP> ND <SEP> ND <SEP> 350 <SEP> SetC
 <Tb>
 
 EMI101.30
 96052 SEQ ID No 551 9605 2 F TTTCCAAGATCAAGATCAGC SEQ ID No 6590 9605.2 R ATACAATTCCTGTGACTCGC 2248 2622 375 Sets 31841 SEQ ID No. 552 3184.1 F CAAGACTGTGTTGTTGAACG SEQ ID No 6591 3184 1 R TTTATGAGATT 31T82. SEQ D No.

   6592 3182.1 R CTTCTAGAGGCACCATAACG 75 383 309 SetS
 EMI101.31
 
 <Tb>
 <tb> 3181 <SEP> SEQ <SEP> ID <SEP> No <SEP> 554 <SEP> 3181 <SEP> 2 <SEP> F <SEP> AATTCGTTATTATTTTGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6593 <SEP> 3181 <SEP> 2.R <SEP> TTCTATCAATGGTGGTTTGC <SEP> 126 <SEP> 439 <SEP> 314 <SEP> Sets
 <tb> 31802 <SEP> SEQ <SEP> ID <SEP> No <SEP> 555 <SEP> 3180.2.F <SEP> TCATCTTCTCATCCAGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6594 <SEP> 31802.R <SEP> CTAACCTTTTTCTCACCAGG <SEP> 370 <SEP> 740 <SEP> 371 <SEP> Sets
 <tb> 122182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 556 <SEP> 12218 <SEP> 2.F <SEP> GGTATAACGGAAACAAATGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6595 <SEP> 12218 <SEP> 2 <SEP> R <SEP> TATTTCTTACCCAATGTGCC <SEP> 1234 <SEP> 1555 <SEP> 322 <SEP> Sets
 <tb> 189321 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 557 <SEP> 18932 <SEP> 1.F <SEP> CTTTAAGTTGGGATGAATCG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6596 <SEP> 18932.1.R <SEP> TTACCAGTATATGGTTTTGCC <SEP> 26 <SEP> 344 <SEP> 319 <SEP> Sets
 <tb> 134952 <SEP> SEQ <SEP> ON. <SEP> 558 <SEP> 13495 <SEP> 2 <SEP> F <SEP> GAATATCAATCACCAGCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6597 <SEP> 13495. <SEP> 2 <SEP> R <SEP> ACAACAGCATCTTTTTCACC <SEP> 1960 <SEP> 2336 <SEP> 377 <SEP> Sets
 <Tb>
 
 EMI101.32
 17932 SEQ ID No. 559 17932.1 F AGGTTTTGCTATTTTACCCC SEQ ID No.

   6598 17932.1 R ATCACTAGAACAACCAGAAGC 81 420 340 5etB 130852 SEQ ID No 560 13085 2 F CATTCAATTTTTCTCCTTGC SEQ 10 No 6599 13085 2 R TTTCTAAACTTGTTGGTGGC 3117 3506 390 Sets
 EMI101.33
 
 <Tb>
 <tb> 13081 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 561 <SEP> 13081 <SEP> 2.F <SEP> GAAGATCACGAATTTTACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6600 <SEP> 13081 <SEP> 2 <SEP> R <SEP> CTAACCATAAGGCATGTTCC <SEP> 10 <SEP> 346 <SEP> 337 <SEP> Sets
 <Tb>
 
 EMI101.34
 130801 SEQ ID No 562 130801 F CAACATTTTGCCTTTTAACC SEQ ID No 6601 130801 R CTAGGGAGTTCTGGTCTGTG 179 520 342 S.t8
 EMI101.35
 
 <Tb>
 <tb> 130791 <SEP> SEQ <SEP> ON. <SEP> 563 <SEP> 13079 <SEP> 1 <SEP> F <SEP> TTTCAATTTCTCCAAGAAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6602 <SEP> 13079.1 <SEP> R <SEP> TGAGCTTTCCATAGTGTTCC <SEP> 618 <SEP> 952 <SEP> 335 <SEP> Sets
 <Tb>
 
 EMI101.36
 12561 SEQ ID No 564 12561 2 F TCTCAATCTTACGCAACTACC SEQ ID No. 6603 12561 2 R TGTAGCAAATGATTGTGACC 2089 2430 342 5etC
 EMI101.37
 
 <Tb>
 <tb> 8862.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 565 <SEP> 8862 <SEP> 2 <SEP> F <SEP> TATATGGGGTTATTTGGTCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6604 <SEP> 8862.2.R <SEP> AAGGCAACATTAAACAATCC <SEP> 1122 <SEP> 1496 <SEP> 375 <SEP> SetA
 <tb> 8861 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 566 <SEP> 8861 <SEP> 2 <SEP> F <SEP> TGAAAATTCAATGTCACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6605 <SEP> 8861 <SEP> 2 <SEP> CATACCAACTTAGTTCATCACG <SEP> 843 <SEP> 1222 <SEP> 380 <SEP> SetB
 <tb> 8860 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 567 <SEP> 8860 <SEP> 1 <SEP> F <SEP> TTTCATTATTTCACGGTACG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6606 <SEP> 8860.1.R <SEP> GCTGCATAACTCAAACTAAGC <SEP> 581 <SEP> 965 <SEP> 385 <SEP> Sets
 <tb> 8856 <SEP> SEQ <SEP> ID <SEP> No <SEP> 568 <SEP> 8856 <SEP> 2 <SEP> F <SEP> GAAAATCGTTGAATTTCTGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6607 <SEP> 8856. <SEP> 2.R <SEP> TTCCAATTTTCTTCAAATCC <SEP> 531 <SEP> 832 <SEP> 302 <SEP> SetB
 <tb> 97062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 569 <SEP> 9706.2 <SEP> F <SEP> ATTTGTCGTCAATGATTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6608 <SEP> 9706 <SEP> 2 <SEP> R <SEP> CTTCGTTCACGTCTTAGAGC <SEP> 1835 <SEP> 2195 <SEP> 361 <SEP> Sets
 <Tb>
 
 EMI101.38
 9704 SEQ 10 No 570 9704.2.F AATTTTTGAGACGTCAAACC SEQ ID No 6609 9704 2 R TTCTTTTCCTTTTGTTGTGG 449 776 328 SetB 97032 SEQ 10 No 571 9703 2 F AATCACATCCATTGTTCAGC SEQ D No 6610 9703 IDABA28 F CAACGAAGACAAGAAGAAGG SEQ ID No 6611 12428 LR

  AGCTTTAATGTAAACTGCGG 453 803 351 SetA 12426.2 SEQ ID No 573 12426.2 GCTACTTACCCCTATCCACC SEQ ID No. 6612 12426 2 R GAGGCAATTTCAACAATACC 1903 2273 371 5etB 189291 SEQ ID No 574 189291 F TGATGTTGTGTTAAGTCCACCT No. 1 ACGTCCAQGTQAATIGTQAATIGTQAQGTQAQGTQAAQGTQAAQTQAGTQAAQGTQAQTQAQTQAGTQAQAQTQAGTQAQAQGTQQAQAQGTQQAQGQAQQAQQAQQAQAQQAQAQAQAQQAQAQAQQAQQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQ: 2003] 1708 2.F CTTCCATGCAATTCTAGACC SEQ ID No 6614 1708.2 R CTTTGTCGTCCAATTTTAGG 177 505 329 SetC 17092 SEQ ID No 576 1709 2 TGTTCTATAGTTTCCATGCG SEQ ID No. 6615 1709 2 R TACACCTCATCGTCTAACCC 83 398 316 SetsAACAQQ 2Q 6616 1713.2.R TTTGAGTCTTGAAAGTTCTGC ND ND 337 SetC 80802 SEQ ID No 578 8080.2 F ACCCAATGATGTTAAATTGG SEQ ID No 6617 8080 2.R ACTTGGATCATAGGTGTTGG 915 1260 346 SetT 80CT ATTCT 80CT 2.TCT 306 Sets 129781 SEQ 10 No 580 129781.F TTTTGGATCTTCATGTATCG SEQ ID No.

   6619 12978 1 TAAAAGAAAATCGCAAGAGC 2116 2468 353 SetC 12975.1 SEQ ID No 581 129751 F TGTTGGAAGTCATGACAATG SEQ ID No 6620 12975 1 ACAATAAGATGGTTGATGGG 1664 1972 309 S.t8 175422 SEQ ID No 582 17542 2.F CATTACA21 175452 SEQ ID No 583 17545 2.F TAGAGGCTAAACAAACCACC SEQ 10 No. 6622 17545 2.R TTCCGATTTTAATCGATCC 284 627 344 Sets 197001 1 SEQ ID No 584 19700.1.F TTTCAATAATCCACAAACCC SEQ ID No 6623 197001 R CAGCAGATAATTACCATGQ Set 6765 2058.

   585 6742.LF AGAAAGGTTGCTTGTATTGG SEQ ID No 6624 6742 1 CTTTTCAACAGCTCTTCTGG 739 1059 321 Sets 77962 SEQ ID No 586 7796 2.F ACGTCAGAGGAAGTTCACC SEQ ID No 6625 7796 2 TAGAAGAATGGACGTATGGS 797 1108
 EMI101.39
 
 <Tb>
 <tb> 77972 <SEP> SEQ <SEP> ID <SEP> No <SEP> 587 <SEP> 7797 <SEP> 2.F <SEP> CGAAGAGCATTCTTTATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6626 <SEP> 7797 <SEP> 2.

    <SEP> R <SEP> CATTTGGAATATTGTCAGCC <SEP> 789 <SEP> 1132 <SEP> 344 <SEP> SetA
 <Tb>
 
 EMI101.40
 78002 SEQ ID Na 588 7800.2.F CTGGTGCTACTATGAGAGCC SEQ ID No 6627 7800 2 R GTCATAATCATCGCTATCGG 4028 4401 374 SetA

  <Desc / Clms Page number 102>

 
 EMI102.1
 189241 SEQ 1D No 589 18924 1 F TCAAATTTAACCCTCAATGG SEQ ID No 6628 18924 1 R TTATTATAAACATCCCAACGG 34 362 329 Sets 17998 SEQ ID No 590 17998 2 F ATGTTTCAAAAACCTCATCC SEQ 10 No 6629 17998 2 R AATTTTATTTC99AQT9AQ9AQTQ9AQT9A9T9A ACAACAAATCCAACAAATCC SEQ ID No 6630 17999 2 R AACATTGAAATTCCTTGTGG 2100 2474 375 s.te 141712 SEQ ID No 592 141712F F TTGATTCTATTAGAGAACACGC SEQ ID No 6631 14171 2 R TTCATCAAAATCTTTTTCAGC 608 930 32A IDA 14AQ R ATATTCTCTAGCAGGAACCG 1749 2088 340 SetS 151392 SEQ 10 No 594 15139 2 f TTGTCAAATATGAATTCCCC

  SEQ 10 No 6633 15139 2 R TGCTTGTGGTTTATTTCTAGG 929 1266 338 SetB 19638 1 SEQ ID No 595 19638 1 GAACCAACAGAAACTGATCC SEQ 10 No 6634 19638 1.R AAAAAGTCGTATCTTTTGCG 610 914 305 SetB 3161 2 SEQ 10 NoTT 661AG 61G ATG 2TTT No 616 R TTTGTTGGGTCAAATCTAGC 380 694 315 SetB 31602 SEQ ID No 597 3160 2 F ATCAACGAAGCTATAACCCC SEQ ID No 6636 3160 2 R ACTCCACTCACGTATTCAGC 37 329 293 SetB 3878 SEQ 1O No 598 3878 2 GCTTTGACAAATGATAAGGAT2AQTQAQTQ2A2QQAQTQ2AQQ2QQAQQ2QQAQQ2AQQ2AQQ2QQAQQ2QQAQQ2QQAQQ2QQAQQAQQ2QQAQQAQQQ2QQAQQAQQAQQAQQ2QQAQQAQQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQA] 599 3876 2 F GATTGATGCAAGATTATCCC SEQ D No 6638 3876 2 R TCCTCATTTAGTATGCTTTGG 2363 2663 301 Sets 38752 SEQ ID No 600 3875 2 F GAAGATGATTCAATTGACGG SEQ ID No 6639 3875 2 GCTAGAGTCAAAACACAGGC 1471 1817 34QSCT 11CT GCT 11CT 1 ft CACTC7TTGTAGTTCCAGCC 1531 1843 313 SetB 116961 SEQ ID Na.

   602 11696 1 F GTTAGAATCGTCAAACACGC SEQ ID No 6641 11696 1 CATCCTTCTTCTTGATAGCG 331 646 316 SetS 162692 SEQ ID No 603 16269 2.F ATATTAAAGGGATTTTCCCC SEQ 10 No 6642 16269 2 TTCCGTTTTAAGTT9CT 26Q ID 268 IDBQ2626 16267 2 R TCTTCATCATTATAAGGTTTTGC 2514 2834 321 SetC 90362 SEQ D No 605 9036 2 F AACCATTGAGAGGTCATACG SEQ ID No 6644 9036 2 CAACAAGATCAGATTTATCACG 860 1219 360 SetS 180262 SEQ ID No 606 18026 2 F TTTTAGAGCTCTTAGTCTTAGTCTTATATTATATATA 1 SEQ ID No 607 18922 1 F ATTGGATCCAGTGACTTCC SEQ ID No 6646 18922 1 R AfCACTACTCCGTTTTTCCC 20 178 159 SetS 15977 2 SEQ iD No 608 15977 2 F ACATTAATCTTGGGGATGC SEQ ID No 6647 15977 2 R TCAAAGGCAACTTCTTTAG9 721 109 917 727 109 917 109 717 F CTTATTAGGATTGGGTACGG SEQ ID No 6648 9179 2 R CAACATTTTGTTTGACTTTGTC 588

  901 314 Sets 9177 2 SEQ ID No 610 9177 2 F AAAGCATTTGAATCTGAAGC SEQ 1D No 6649 9177 2 R ATGCGTAGCCTAAGTTTTTG 907 1237 331 SetB 17131 SEQ 10 No 611 17131 2 F 7GAT7CCAATAAACTGGTCC SEQ ID RAGGT171 612 18917 1 AATTTCTTCAAATGATTTACCG SEQ ID No 6651 18917 1 R GGAATAATAATTGGAATTGGC 47 249 203 setB 19702 F TGATAATCCAAAGAACTGGG SEQ! 0 No 6652 19702 1 ACACCAACAGTAGGTTCAGC 4059 4451 393 SetB 6CT 1970C TGATTCTGCTTCTTTTGTAGTT 54450397 G & Cs 123992 SEQ ID No. 615 12 399 2 F CCATACCTATAAACATGGCG SEQ ID NO 6654 12399 2 R ATCGATATTGGAGTTGTTGG 273 591 319 sets 12401 2 SEQ 1O No. 616 12 401 2 F AAAGAAGAAGATGGACATGC SEQ ID NO 6655 12401 2 R TTGGATTTTATCATTACCACC 730 1035 306 sets 115661 SEQ ID No 617 11566 F TCACAACAATATGCACAAGC SEQ 1D No 6656 11566 1R

  ATGATTTGTGAAGACCTTGG 232 605 374 SetA 115681 SEQ ID No 618 11568 F CCATTGGATATAATCAAGACG SEQ 10 No 6657 11568 1 CAGCCAACAAAATATTTAAAGC ND ND 312 SetC 115532 SEQ 1O No 619 11553 2 ATACGATGATCCAAGTGGG55 11ACC # 653 IDG55A 11G3 2 F CTTCTGTTACTCCGATTTGG SEQ ID No 6659 11555 2.R TTAGCTCTGAATTCTTTGGC 1971 2297 327 Sets 115572 SEQ 10 No 621 11557 2 f TCAATTTTCGTTATCTTTTGG SEQ iD No.

   6660 11557 2 R CTGTTTGGATACTTTCTGGC 1749 2108 360 SetB 115601 1 SEQ ID No 622 115601 F TATTTCTTTGGTGGATTTGG SEQ iD No 6661 11560 1 CATCAGCAGGAATTTTAACC 493 808 316 SetB 124702 SEQ ID No 623 124702 2 ATGG SEQ! 0 No. 624 19877 1 F AATGG7AGTGGTACTGGTGG SEQ ID No. 6663 19877 IR ATTTATCGCTGATGAACTCC 700 1044 345 SetB 16505 2 SEQ ID No. 625 16 505 2 F TTTGATCGTAAAACTTTGGG SEQ 10 No. 6664 16505 2 R AGCATCTTCACTATTCACCG 1036 1389 354 StB 165 072 SEQ ID No. 626 16 507 2 CTGCTGCTGAAAAATTGG SEQ ID No 6665 16507 2 TAATGTTGAACTCCATTGGC 32 392 361 Sets 161892 SEQ 1O No 627 16189 2 F ACGAAAATCCCTCAAGAAAT SEQ ID No 6666 16189 2 R GCAAATGATGATGCAATATG 472 833 362 Sets 12207 SEQ! 0 No 628 1220G SEGAT 1 AGT

  * 6667 12207 1 TGGAAATTGTGTAAGAACCC 1359 1667 309 SetB 122061 SEQ 10 No 629 12206 1 ACAACAACATACGTGGAAGG SEQ 10 No. 6668 12206 1 CACCAAACTTTTCGTACTGC 2188 2512 325 SetA 12205 SEQ ID NoCT 630 12205 1 TGATT 1 SEQ 10 No 631 12204 1 CAAGAAGATCCTCAAGAAGC SEQ 10 No 6670 122041 R GCTTCAGCCATGTTAGTACC 151 512 362 SetA 19580.1 SEQ ID No 632 19580 1 AATCAACCAATGAAAAGAGG SEQ 10 No 6671 195801 R ACTGAAATTTCGATGATTAGAGAGAGAGAGAG2626 6672 18911 1 R TTGTCACCCAAATTAACACC NO ND 266 SetC 151942 SEQ ID No 634 15194 2 F ATTAAAGATGATGAATGGGC SEQ ID No.

   6673 15194 2 R TCCAAACCACCTAATAAAGC 688 1028 341 SetS 59182 SEQ ID No 635 5918 2 TTTGAAGGAAATAACGATGG SEQ 10 No 6674 5918 2 R TTGTGGTGTTTTTAGTAGCG 871 1261 391 Sets 59152 SEQ DT 63GTTCC75 ID No 637 15555 2 F CCGTGATTAATCCTCTGTTT SEQ ID No 6676 15555 2 R ACTCTCCAAGGATAATTTGC 602 950 349 SetB 158042 SEQ 1O No 638 158042 2 F ATTAGGACCACAAGCATTTC SEQ ID No 6677 15804 2 R CATCAATTTG3AG3AG3AG3AG3AG3AG3A 1 SEQ io No 6678 15803 1 R TTGGAATATGAGTGAATCCC 1483 1840 358 SetB 196081 SEQ ID Na 640 196081 1 F CC7ACTGCTGCTGGT7TATT SEQ iD No 6679 19608 1 TATCAAGAAGCTGGGTGAAT 55 360 306 SetB 130982 SEQ,

  O No 641 13098 2 F CGAGTTTCTCGACTATACCG SEQ 10 No 6680 13098 2 R ACCCAAACAAAGTATCCTCC 660 1049 390 Sets 130972 SEQ ID No 642 13097 2 F AGTGTTTATCACCATCCTGC SEQ ID No 6681 13097 2 R GTTCGTTTGAAAGTTTTTCG 717 1301 305A No. 6682 13095 1 GGGCAATTAACACTCTAAGC 378 757 380 SetB 130941 SEQ ID No. 644 13094 1 AGAAATCCTTAGAGGTGATGG SEQ 1D No 6683 130941 R CACTATTTTCAGCAATTACCC 1190 1558 369 SetB 130921 SEQ ID No. 645 13 092 1 F GTTGTGATCATTTGTATGCG SEQ fD No. 6684 13092 1 CCTGCTGCTAATAGATCTCG 32,211,180 sets 145112 SEQ 10 No 646 14511 2 F CAAGGTGGATCATTATTTGG SEQ ID No 6685 14511 2 R AAATCACCAATGG7ATCACG 511 818 308 SetB 145132 SEQ ID No 647 14513 2.F GTAGTGGCAGTAACAAACGG SEQ ID No 6686 14513 2 R TGAACATCAAATQ16ACC 22

   648 14514 1 F GATGTGATTPT7ATTGAAGGGG SEQ \ 0 No 6687 14514 1 TCATATGGTATACAACCTTTCG 514 833 320 SetA 145191 SEQ ID No 649 145191 F CAATAATGCTGGTGATCCTT SEQ ID No 6688 145191 R TTCATCAAGTTTCTCAGTG50T 1 CATCTTAGCAACATCCATAGC 148 534 387 SetA 68042 SEQ ID NO 651 6804 2 F GAAATTGTTGAAAAAGCTGG SEQ ID NO 6690 6804 2 R TCAAATGAATCCTTAGTGGC 451,833,383 Sets 162 SEQ ID NO 652 162 2 F TCCAAGCTGCTAGTAAAACC SEQ 10 No 6691 162.2 R TACTATGTAATTCTCGGCCC 2459 2758 300 Salt 4967 SEQ ID NO 653 4967 1 F TTGCTGCTAATTTGACTGG SEQ ID No 6692 49671 R AGGGATTTCAACTTTATGAGG 3041 3402 362 Sets 189021 SEQ ID No 654 189021 F ATTTGGTTGAAACATTGTGG SEQ ID No.

   6693 18902 1 R TTCATCATGTTCATTAACCG 1918 2226 309 Sets 141191 SEQ ID No 655 141191 F ACTCAAACCACATCATCTCC SEQ ID No 6694 141191 R TCAGCCAATTTATCAAAAGC 358 710 353 5etB 18901 1 SEQAAAAQAAQAYAGAA 96A SEQ 10 No 657 15073 2 F GAAAAAGATGGATTATGGGC SEQ ID No 6696 15073 2 R ACCAGAAGATCCTGTCCC 1150 1527 378 Sets 126061 SEQ 10 No 658 126061 AGAAATGAATGTGATGCTGG SEQ ID No. 6697 12606 lR TGATTACCCAAACTAGGT6 1260 237 No. 6698 12603 IR CAAACTGT7CCATTAGG7CC 678 991 314 SetA 12601 1 SEQ 10 No 660 12601 1 AACAATCTGAGCTTACTGCC SEQ 10 No 6699 12601 1 R ATATGTTTCAAAGGACCAGC 71 458 388 SetA 12599.2 SEQ ID No.

   661 12599 2 TATTGGGAGGATGTTTATGG SEQ ID No 6700 12599 2 TGTCTCCTTTCTTGAGATCC 538 880 343 SetA 157532 SEQ 1O No 662 15753 2 F GACGAAGAAGAATTGTCTGG SEQ 10 No 6701 15753 2 R ACACCACCAATAAQAQAQAQA 10396 2.R CTTATCTTTCTTCCCCTTGG 243 600 358 Sets 103972 SEQ 10 No 664 10397.2 CTTGGTCTTTGTGGTAATGG SEQ ID No 6703 10397 2 R GTGGCATTAGGTGTATCAGC 36 151 116 s.tB 11812AT SEGA ID No 665 118CT 2.GA TG12A12 salts 118071 SEQ ID No 666 118071 F TCAACCAAAAATATAATTCGC SEQ ID No 6705.1.R CAGTTACTTCTTGGTTTGGG 934 1276 343 Sets 118061 SEQ 1O No 667 118061 F TCTTTTTGTTTCATTTTGGG SEQ 10 No 6709 11806AT SEQ ID No 6707 11804.2 R TAGGATGCAGATATCCAAGG '232 532

  301 SetA 77152 SEQ ID No. 669 7715 2 GCTGATTACTCCAAGTCTGG SEQ ID No 6708 7715 2.R ATCTCTGAGTT7CCAACAGC 2971 3329 359 Sets 7711 2 SEQ 10 No 670 7711 2.F ATACTTCTTCTGATGGTGGC SEQ ID No 6709 7711.2AGAAC 34 1O No. 671 3477 2.F AAAGTCAAACAACAACACCC SEQ ID No. 6710 3477 2.R TCGAACCCATATTACAAAGG 3199 3555 357 Sets 13718.2 SEQ ID No 672 13718 2 TTTGTTATTCCTCGATCAGC SEQ ID No 6711 13718 2 TAATTATCAAATTGTGGGGG 63STCT AGT 137A 34717 34 SEQ 1D No. 6712 13717 1 TCTTTACGTTTTAATGCACG 565 908 344 SetB 13715 SEQ ID No. 674 13715 1 CGGGTGATGTGACTCAATA SEQ ID No 6713 13715.1.R AAAAATCATGAGCACCCC 839 1207 369 Sels 94801 SEQ 10 No 675 94ACACC ATFTTT

   6714 9480.1 R GATTCCAAAATAAATTTGCC 231 607 377 SetA 9477 SEQ 10 No 676 9477 2 F TGCAAAGAAAGATGAAAAGG SEQ ID No 6715 9477 2.R TCTTGTTTTTATGGAAAGGG 1275 1654 380 SetA 94742 SEQ 1O No 677 9474 2 SetA 97852 SEQ ID No 678 9785 2 F TCCATTGATAGAAGTACGCC SEQ 10 No. 6717 9785.2 R TTCAATCTCAATTCTAGGGG 2575 2898 324 StA 9782.1 SEQ 1O Na 679 9782.1.F AAAATTCATCAATTCCATCG SEQ ID No 6718 9782.1 R ACACATATA79779 78.1. .F TGATTACAAATGATAATGGTGG SEQ ID No.

   6719 9779 2.R TCCTGTTCCATTCTATTAATCC 1301 1664 364 SetA 179332 SEQ ID No 681 17933.2.F AGTTTAGATGGGAAAATTCG SEQ ID No 6720 17933 2 R ATCTCGACTACAACAGCCC 694 1041 348 Sets 104292 SEQ ID No 682 10429 2 F ACATTATAAT 90.2 Sets 147912 SEQ ID No 683 14791 2 ATTGATGTTTGGTCAGTTGG SEQ ID No 6722 14791 2.R CAACAGTAATTCTTTTAGCAGG 766 1105 340 SetA 147882 SEQ ID No 684 14788 2 F AATGGTAGACAACAATTGGG SEQ ID No 6723 14788 2 R ATTC39 13T775 RG ATTC39 13 F ATTAAATCCGAATCCAGACC SEQ ID No 6724 13398 2.R ACATTCACATGTATAACCCG 2736 3054 319 SetB 200631 SEQ ID No 686 200631 1 CCTTCATCACGTTCATATCC SEQ 10 No 6725 20063.1 R GAGGAAGAGGTGGTTATCG 45 396 352 SetC 107AG 10741 SE41 1041 TGATCATTATCACCATTATTACG ND N0 257 SetC 7347 SEQ 10 No 688 7347 1.F

  CCACAAGGATGTCTTCAAGT SEQ ID No 6727 7347.1 R CAATTGTACAGCATCTTTCATT 1 300 308 SetB 73452 SEQ ID No 689 7345 2 F AAAGAGGAAGAGCCAGTACC SEQ ID No. 6728 7345.2.R GCAGTCTTTATAGGGTGTCG 2176 2519 348 ID 7AG8 R ACGCMCTTTTCAGTTTTG 2477 2851 375 Set8 73341 SEQ 10 N. 691 7334 1.F CGATCAGTGATGGTTATGG SEQ ID No 6730 7334 IR CTC7TCTGCTTTTGACTTGC 421 729 309 SetA 73332 SEQ ID No 692 73332.F TGTGATTAT31.TN2. 2 SEQ 10 No 693 9000 2 F CAAGTCGTGTGCAGAAGG SEQ ID No. 6732 9000 2.R CACAAACTATAACTGCTGATGG 10 407 398 Sec 8998.2 SEQ ID No 694 8998 2.F TCCATTGCTTTACAAAAAGG SEQ ID No 6733 8998.2 R TTCTTGTAATTGAG62 ND000

   695 8996 2 F TAGTGGGGAACATTTAGTGC SEQ ID No 6734 8996.2 R mCTTAGTAAGCmGCTGC 843 1167 325 SetA 8995 1 SEQ 1O No 696 8995 1.F AATGTTGTGGAGAGATATGG SEQ ID No 6735 ffl5 1A RATATAtAt7G7A 7BT7GT7G7A7A7A7A7A8A SEQ ID No 6736 8994 2.R GATTTTTGGACTCTGTGTGG 84 476 393 SetA 19510 1 SEQ ID No 698 19510 1.F GAGTTCCAACTAAAAATGTCG SEQ ID No 6737 19510.1 R GGTCGAGTAGTTTCATCAGG ND N0 319 SetC 14620 2 SEQATACQCC20CC NoCC9946 6738 14620 2 R CCAACACCTCTTGATCTACC 10341332 188851 SetB SEQ 10 No 700 188851.F ATTCACAATTCGATTTTTCC SEQ 10 No 6739 18885 1 1011 1339 329 R TCAATCCATGTATAGCACCC Sets SEQ 10 No 3262 3262 701 2F GTTTAAGATCACAAGAGGGC SEQ ID NO 2 6740 3262 GTTTTTCCATTTCAGAGTGG 95,430,336 Set8 32612 SEQ 10 No.

   702 3261 2.F CAGTTGTAAAGAAAGCTGCC SEQ 10 No 6741 3261 2.R GATACATGATCTCCACCACC 2252 2615 364 SetB 32592 SEQ 10 No 703 3259 2.F TTGATTTTGAACAAGGTTCC SEO ID No 6742 3259 2 R TAATCCAGCAACTATACCCG 701 1071 371AT SEQ 10 No 6743 14917.2 R GGAATGTTTGATAAATTGGC 1292 1604 313 Salts 149192 SEQ ID No 705 14919 2 ATGGATAAACCAGGTACTGC SEQIDNo 6744 14919 2 R GGTGTACTGACAGGAACAGG 1207 1520 31AT SEAT ID No: sets

  <Desc / Clms Page number 103>

 
 EMI103.1
 14921 2 SEQ ID No 707 14921 2 F TCTCAATCAAATGAACTCCC SEQ fD No 6746 14921 2 R CATGAAATCTTAATTTGCCC 52 445 394 StB
 EMI103.2
 
 <Tb>
 <tb> 15319 <SEP> SEQ <SEP> ID <SEP> No <SEP> 708 <SEP> 15319 <SEP> 2 <SEP> F <SEP> TCTGTAGACCCCTTAACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6747 <SEP> 15319

   <SEP> 2 <SEP> R <SEP> TTCGTCTTCTGAAAGATTGG <SEP> 4501 <SEP> 4878 <SEP> 378 <SEP> SetB
 <tb> 6281 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 709 <SEP> 6281 <SEP> 1 <SEP> F <SEP> GAAGGTACCCAAGAAGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6748 <SEP> 6281 <SEP> 1 <SEP> R <SEP> TTTGGTCTATCTTTTGGAGC <SEP> 154 <SEP> 524 <SEP> 371 <SEP> SetA
 <Tb>
 
 EMI103.3
 6283 SEQ ID No 710 6283 2 AAAAGTAATGAAGACCGACG SEQ ID No 6749 6283 2 R TCTTCTGTTTCTGGTATCGG 456 764 309 S.te
 EMI103.4
 
 <Tb>
 <tb> 6284 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 711 <SEP> 62841 <SEP> F <SEP> ACTGAGCTTAACCGTACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6750 <SEP> 6284 <SEP> 1 <SEP> CTGATTTTCTTCTTTCTCCG <SEP> 1060 <SEP> 1384 <SEP> 325 <SEP> SetA
 <tb> 62862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 712 <SEP> 6286 <SEP> 2 <SEP> F <SEP> CCCACAATTGATTTCTAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6751 <SEP> 6286 <SEP> 2 <September>

  TTTCTTTGTCCCTCTCTCG <SEP> 1074 <SEP> 1429 <SEP> 356 <SEP> SetA
 <Tb>
 
 EMI103.5
 103632 SEQ ID No 713 10363 2 F TCCTCAATTGGATTATCAGC SEQ ID No 6752 10363 2 R AATCTCAGAAACAATCTGCC 1308 1665 358 SetB
 EMI103.6
 
 <Tb>
 <tb> 103592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 714 <SEP> 10359 <SEP> 2 <SEP> AGAGGATTTTGAAATGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6753 <SEP> 10359 <SEP> 2 <SEP> AATATCTTGGAGGTTGGACC <SEP> 986 <SEP> 1382 <SEP> 397 <SEP> SetA
 <tb> 158802 <SEP> SEQ <SEP> ID <SEP> No <SEP> 715 <SEP> 15880 <SEP> 2 <SEP> TCCTAATCATATGGTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6754 <SEP> 15880 <SEP> 2 <SEP> R <SEP> TATGGATAACCTCTTGCTGG <SEP> 2055 <SEP> 2405 <SEP> 351 <SEP> SetB
 <Tb>
 
 EMI103.7
 14861 2 SEQ ID No 716 14861 2 AATCGAAGAAATAAATATAAATGG SEQ ID No 6755 14861 2 R ACTAAATCCACAATGGATCG 303 SetC 148592 SEQ ID No 717 14859 2 F TTGATAAAATTACCGGTTGG SEQ 10 No 6756 14859 2 R

  AACAACCCAAATGTATGACC 722 1106 385 Sets 111702 SEQ ID No 718 11170 2 F TTTGGGGATCAGTTTATTCT SEQ ID No 6757 11170 2 CACCAATAATTCCATAACCG 203 527 325 SetS 19882 SEQ ID No 719 19882 I AAATTGGAGTTGGTAGAGGGCAQATACT 11AG58 11 F GTGAAATGTCGAAAGACTGG SEQ ID No 6759 11167 1 CATCAATTCTCTTCTTTGCC 706 1087 382 SetB
 EMI103.8
 
 <Tb>
 <tb> 111612 <SEP> SEQ <SEP> ID <SEP> No <SEP> 721 <SEP> 11161 <SEP> 2F <SEP> ACTTGTT <SEP> GTTAAGGACTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6760 <SEP> 11161 <SEP> 2 <SEP> AACTCTTATTTGGGAAAGGC <SEP> 131 <SEP> 441 <SEP> 311 <SEP> Sets
 <Tb>
 
 EMI103.9
 8267 SEQ ID No 722 8267 2 ACTGCAAATTTGGTATCTCC SEQ 10 No 6761 8267 2 R GTTAGCTGCATCAAATCTCC 3505 3854 350 SetB
 EMI103.10
 
 <Tb>
 <tb> 156862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 723 <SEP> 15686 <SEP> 2 <SEP> F <SEP> ACCTACACGTCATTGAAAGC <September>

  SEQ <SEP> ID <SEP> No <SEP> 6762 <SEP> 15686 <SEP> 2 <SEP> R <SEP> CAAATCATCAAGATCATCAGC <SEP> 1465 <SEP> 1764 <SEP> 300 <SEP> SetA
 <tb> 9044 <SEP> SEQ <SEP> ID <SEP> No <SEP> 724 <SEP> 90441 <SEP> F <SEP> CACGTTACTGTCAGAGGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6763 <SEP> 9044 <SEP> 1 <SEP> R <SEP> AACTTCAGCATCGTATCTGG <SEP> 178 <SEP> 489 <SEP> 312 <SEP> SetA
 <tb> 9042 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 725 <SEP> 90421 <SEP> F <SEP> GAAAGAATTTCTGTTGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6764 <SEP> 9042 <SEP> 1 <SEP> ACTTCCCAAAAGAGATCACC <SEP> 433 <SEP> 818 <SEP> 386 <SEP> SetA
 <Tb>
 
 EMI103.11
 90402 SEQ 10 No 726 90402 2 ACAACAACAAGTTAGTGGGG SEQ ID No 6765 9040 2 GGACGAGACAATGAACTACC 2895 3230 336 Set8 15335.2 SEQ ID No 727 15335 2 F AATCAAGTTGAAATTGTGGG SEQ ID No 6766 15335 2 R CTTGATTTAT14 132

  SEQ ID No 6767 13214 2 R ATATAACCAGGATGCATTGG NO ND 253 SetC
 EMI103.12
 
 <Tb>
 <tb> 13215 <SEP> SEQ <SEP> ID <SEP> No <SEP> 729 <SEP> 13215 <SEP> 1 <SEP> GAGGTAATTTCCGTACTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6768 <SEP> 13215 <SEP> 1 <SEP> TACCACTTTTACCATCTGCC <SEP> 23 <SEP> 337 <SEP> 315 <SEP> Sets
 <Tb>
 
 EMI103.13
 10967 SEQ ID No 730 10967 2 F CAACCACAAAATCAAGAAGG SEQ ID No 6769 10967 2 R TGAAATTTAGTGTCATAGCAGC 892 1246 355 SetA 109632 SEQ ID No 731 10963 2 F TTTAATGAAACGGAAACTGG SEQ 10 No 6770 10963 2 R CACTCTAGCTGTTG 77 SEQ ID No 6771 11977 2 CAGCATTCCCTTTTTGTA4G 631 976 346 Sets 11976 SEQ ID No 733 119761 F CAATTTGTTCAAAACTGATTCT SEQ 10 No 6772 11976 IR GTGGTGATCAATCAATCAGA 5 102 98 SetC
 EMI103.14
 
 <Tb>
 <tb> 119751 <SEP> SEQ <SEP> ID <SEP> No <SEP> 734 <SEP> 119751 <SEP> 1 <September>

  TTTCCACGATTGAAGTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6773 <SEP> 11975 <SEP> 1 <SEP> CTGAAATAGAATCCAGCAGC <SEP> 715 <SEP> 1064 <SEP> 350 <SEP> SetB
 <tb> 119741 <SEP> SEQ <SEP> ID <SEP> No <SEP> 735 <SEP> 11974 <SEP> 1 <SEP> F <SEP> GATATTCTACACACGGGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6774 <SEP> 11974 <SEP> 1 <SEP> R <SEP> ATCAATGTATGAGCACAACG <SEP> 298 <SEP> 672 <SEP> 375 <SEP> SetA
 <tb> 119731 <SEP> SEQ <SEP> ID <SEP> No <SEP> 736 <SEP> 11973 <SEP> 1 <SEP> F <SEP> GAACGCTTTTAGTCAAACAAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6775 <SEP> 11973 <SEP> 1 <SEP> TCTCCTCTTTTTGTCTTCGT <SEP> 1277 <SEP> 1656 <SEP> 380 <SEP> SetB
 <Tb>
 
 EMI103.15
 117772 SEQ ID No 737 11777.2 F TATTACCAGGACCAATTTCC SEQ ID No 6776 11777 2 R ATTTCAGCACTGACTGATCC 1556 1946 391 SetB 128842 SEQ ID No 738 12884 2 F ATTTTATCAGCTTTTGGTGC SEQ ID No 6777 12884 2 R TTTCGGCTCT 14
 EMI103.16
 

  
 <Tb>
 <tb> 20065 <SEP> SEQ <SEP> ID <SEP> No <SEP> 739 <SEP> 20065 <SEP> 1 <SEP> CTTCTGCATTATGATCCTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6778 <SEP> 20065 <SEP> 1 <SEP> R <SEP> TCTTGATCAGAAACTGGACC <SEP> 1948 <SEP> 2282 <SEP> 335 <SEP> SetB
 <tb> 37622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 740 <SEP> 3762 <SEP> 2 <SEP> AAGCTGAAAAGGATAGAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6779 <SEP> 3762 <SEP> 2 <SEP> TTCGTAATATCCCCTAGTGC <SEP> 1205 <SEP> 1541 <SEP> 337 <SEP> SetC
 <tb> 16256 <SEP> SEQ <SEP> ID <SEP> No <SEP> 741 <SEP> 16256 <SEP> 1 <SEP> AATGCACATCTACCTATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6780 <SEP> 16256 <SEP> 1 <SEP> R <SEP> ACAAAGTTAATCCAAATCGC <SEP> 21 <SEP> 282 <SEP> 262 <SEP> SetB
 <Tb>
 
 EMI103.17
 16253 SEQ ID No 742 16253 2 F AAGGATATCAAAGAGGAGCC SEQ ID No 6781 16253 2 R ACATCAGTAACGTCTTTGGC 316 707 392 SetA 14601 2 SEQ ID No 743 14601 2 F ATTCCAAAATACAGAAACGC SEQ ID No

  6782 14601 2 TGATTCTTGGAGTGATACCC 439 829 391 StB
 EMI103.18
 
 <Tb>
 <tb> 14602 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 744 <SEP> 14602 <SEP> 1 <SEP> F <SEP> ATCCATAATTCTTTCCTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6783 <SEP> 146021 <SEP> 1 <SEP> ACTTGCAATTTCCTCTTGG <SEP> 370 <SEP> 699 <SEP> 330 <SEP> SetA
 <Tb>
 
 EMI103.19
 14603 1 SEQ ID No 745 14603 1 GCAATGAGCATTAAGAGACC SEQ t0 No 6784 14603 1 R GAAATAGTTCCATAGGCAGC 529 905 377 Sets 7473 1 SEQ ID No 746 7473 1 F GTTCAAAAACGAAGATGGG SEQ ID No 6785 7473 1 TTCTTTAGCAATTCT72 7472 72 TTTAGAATTGACAAGACGGG SEQ ID No 6786 7472 1 R GAAAACAGGTGGTTTACTGG 1689 2079 391 StB
 EMI103.20
 
 <Tb>
 <tb> 141072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 748 <SEP> 141072 <SEP> F <SEP> TTGAACCTTCAGAAACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6787 <SEP> 14107 <SEP> 2.

    <SEP> R <SEP> GTAGGTTGAGTTGGATCAGG <SEP> 1430 <SEP> 1754 <SEP> 325 <SEP> Sets
 <Tb>
 
 EMI103.21
 141962 SEQ O No. 749 14196 2 CAAATCATTTATGGAGAGGG SEQ 10 No 6788 14196 4253 4567 315 2 TTGACGATTTACAGTTCAACC Sets 141932 SEQ ID No. 750 14 193 2 F TCCTATTTTTCAACGTCACC SEQ ID NO 6789 14193 2 R TCCAAAGCTTGTCTTTTAGC 106 440 335 SetB
 EMI103.22
 
 <Tb>
 <tb> 14191 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 751 <SEP> 14191 <SEP> 1 <SEP> F <SEP> TTAGTTGGTCCAAATTGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6790 <SEP> 14191 <SEP> 1 <SEP> R <SEP> ATTCTTCTACCTGGTGGAGC <SEP> 424 <SEP> 821 <SEP> 398 <SEP> SetB
 <tb> 200661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 752 <SEP> 200661 <SEP> F <SEP> ATTGGGCAATATTGTTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6791 <SEP> 20066 <SEP> 1 <SEP> R <SEP> AGGTGTCAATTGTTCTTTCC <SEP> 795 <SEP> 1104 <SEP> 310 <SEP> SetA
 <tb> 16273 <SEP> SEQ <SEP> ID <SEP> No <SEP> 753 <SEP> 16273

   <SEP> 2 <SEP> F <SEP> TGGGCTTCTGATAAAATACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6792 <SEP> 16273 <SEP> 2 <SEP> R <SEP> GTTAAACACCAACCAAATCC ' <SEP> 1060 <SEP> 1418 <SEP> 359 <SEP> SetA
 <Tb>
 
 EMI103.23
 156392 SEQ ID No 754 15639 2 TGGGTATCAGAATAGATGGG SEQ iD No 6793 15639 2 R CGTCATTCTTACCTTTTTGC 1182 1483 302 SetA 156412 SEQ ID No 755 15641 2 F CTTTGTGCCTAAATCAAAGC SEQ 10 No 6794 15641 2 R 7GCTACTACCAG13 ID No 6795 13562 2 R AACCAACCTAAATTTT7CCC 2273 2585 313 SetS 135642 SEQ ID No 757 13564 2 GAAGGAGCAATTGTATGTCC SEQ ID No 6796 13564 2 R TTGTTGACCAAATAATTCCC 1177 1488 312 SetS 13565 SEQ ID No 758 13565 2 ATTGAAGTAGTAGTAGAGTAGAGTAGAGTAGAGTAGAGTAGAGAG SetB 135672 SEQ ID No 759 13567 2.F AAAACAAAAGCAAATTC7GG SEQ t0 No 6798 13567 R GATGTTCACCTCTCTTTTGG 790 1119 330 SetB

  140642 SEQ ID No 760 14064 2 F ACTAAATGTTTCCAGCAACC SEQ ID No 6799 14064 2 GCTTCATCTTTATCCAAACC 304 608 305 SetS
 EMI103.24
 
 <Tb>
 <tb> 14063 <SEP> SEQ <SEP> ID <SEP> No <SEP> 761 <SEP> 14063 <SEP> 2 <SEP> F <SEP> ATCATGAATGTTTTGTTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6800 <SEP> 14063 <SEP> 2 <SEP> R <SEP> GCATTACCAAATCCAGTACC <SEP> 4697 <SEP> 5009 <SEP> 313 <SEP> SetB
 <tb> 140602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 762 <SEP> 14060 <SEP> 2 <SEP> F <SEP> GATGAGCAAGAGTCAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6801 <SEP> 14060 <SEP> 2 <SEP> R <SEP> CCAATCGACTAACCAGTAGC <SEP> 508 <SEP> 834 <SEP> 327 <SEP> SetB
 <Tb>
 
 EMI103.25
 125742 SEQ ID No 763 12574 2 AATGGAAAGATGACAAATGG SEQ ID No 6802 12574 2.R TTTGTCATGGCATTTATTGT NO ND 260 SetC
 EMI103.26
 
 <Tb>
 <tb> 125702 <SEP> SEQ <SEP> ID <SEP> No <SEP> 764 <SEP> 125702 <SEP> 2 <SEP> F <SEP> CACAATGTGTTTGAAAGTGG <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 6803 <SEP> 12570 <SEP> 2 <SEP> TACTGTTCCACAATTCTTGC <SEP> 186 <SEP> 495 <SEP> 310 <SEP> Sets
 <tb> 125681 <SEP> SEQ <SEP> ID <SEP> No <SEP> 765 <SEP> 12568 <SEP> 1 <SEP> CCATATTTAGTGAAGTCGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6804 <SEP> 12568 <SEP> 1 <SEP> R <SEP> CTGGAACAATACCTAAACCG <SEP> 190 <SEP> 556 <SEP> 367 <SEP> SetA
 <Tb>
 
 EMI103.27
 125672 SEQ ID No 766 12567 2 F GTCAATTGGAAGAAAGATGG SEQ ID No 6805 12567 2 ATATCCATTGTCCTCTGACG 524 838 315 SetS
 EMI103.28
 
 <Tb>
 <tb> 12564 <SEP> SEQ <SEP> ID <SEP> No <SEP> 767 <SEP> 125641 <SEP> F <SEP> AGACATATCTGGTGGAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6806 <SEP> 12564 <SEP> 1 <SEP> R <SEP> CTGAAAAAGTCCATACAGGC <SEP> 502 <SEP> 842 <SEP> 341 <SEP> SetB
 <tb> 12563 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 768 <SEP> 12563 <SEP> 1 <SEP> AGTTTGACTACCCATTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6807 <SEP> 12563 <SEP> 1

   <SEP> R <SEP> CCTTTTTACTTTGCTGTTGG <SEP> 694 <SEP> 1020 <SEP> 327 <SEP> Sets
 <Tb>
 
 EMI103.29
 197081 SEQ ID No 769 19708 1 TCTACATCTTCTGTTTCCGC SEQ ID No 6808 19708 1 CTTCACTATCGGTTTCTTCG 1268 1660 393 SetB 176252 SEQ ID No 770 17625 2 F ACTATTGTGCTTGTCAGTGG SEQ ID No 6809 17625 2 AATCAAT24 16AG No 6810 16243 2.R GTATAGTATTCGACGCCACC 650 959 310 Sets 162342 SEQ JO No 772 16234 2 F GTATTAGCATGGAAGATGCG SEQ ID No 6811 16234 2 AACTATT7GAGCTTTGTGGC 1316 1693 378 SetS
 EMI103.30
 
 <Tb>
 <tb> 162312 <SEP> SEQ <SEP> ID <SEP> No <SEP> 773 <SEP> 16231 <SEP> F <SEP> CTAGACAACAACCCATTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6812 <SEP> 16231 <SEP> 2 <SEP> R <SEP> CCACATCCTCAAGTAGTTCC <SEP> 349 <SEP> SetC
 <tb> 162331 <SEP> SEQ <SEP> ID <SEP> No <SEP> 774 <SEP> 162331 <SEP> F <SEP> AGTTGACGTATACGATTGGG <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 6813 <SEP> 16233 <SEP> 1 <SEP> GAGTAAAGTACAACGACGGG <SEP> 890 <SEP> 1198 <SEP> 309 <SEP> Sets
 <Tb>
 
 EMI103.31
 6399.1 SEQ ID No 775 63991 F ACAACCAATGGTGTTATTGC SEQ ID No 6814 6399 R TGTTGTGAGTTAGCTTGTGG 1143 1505 363 Sets 19610 SEQ ID No 776 196101 F TCTAATGGATTCTTTGGTGG SEQ 10 No 6815 19610 1 CATTTCT99AQTACAQACCAC 6816 18864 R AGTCAGATACCTTTCTTGCC 18 328 311 SetA 16795 1 SEQ ID No 778 167951 F TCAAGCAATCCGATGTAATA SEQ ID No 6817 16795 1 R TTCCTCCATATTTGTAAGCG 647 948 302 SetS 140732 SEQ ID No 779 14073 2 ATGGA4CGTGTQAQGTQGTQAQ 11A ID No 780 119871 F GACAAGTGGAGCTAGAGGG SEQ 10 No 6819 11987.1R CCACTTATAATTCTGGCTGC 173 548 376 Sets
 EMI103.32
 
 <Tb>
 <tb> 11982.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 781 <September>

  11982 <SEP> 1 <SEP> F <SEP> CTGGTGCCTTAAAGAATGTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6820 <SEP> 11982 <SEP> 1 <SEP> R <SEP> TTCGTCTTGAAGGTTGAAAT <SEP> 653 <SEP> 1029 <SEP> 377 <SEP> SetC
 <Tb>
 
 EMI103.33
 119811 SEQ ID No 782 119811 F TATTCTGATACGGAACGACA SEQ If7 No 6821 11981 1 R ATCATCTCGTTTAACCAACG 1498 1818 321 Sets
 EMI103.34
 
 <Tb>
 <tb> 198851 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 783 <SEP> 198851 <SEP> F <SEP> TCAAGATTTCACCTCTGTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6822 <SEP> 19885 <SEP> 1 <SEP> TGCAAATATTGTTTTTACGC <SEP> 54 <SEP> 451 <SEP> 398 <SEP> Sets
 <tb> 188591 <SEP> SEQ <SEP> ID <SEP> No <SEP> 784 <SEP> 18859 <SEP> 1 <SEP> F <SEP> GTCCAGTATCAAATTTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6823 <SEP> 18859.1.R <SEP> CAATTTTGAGTTATCTTTTTGG <SEP> 80 <SEP> 353 <SEP> 274 <SEP> Sets
 <Tb>
 
 EMI103.35
 171862 SEQ 10 No 785 17186 2 F GATGATCATAGTGTCGTCCC SEQ ID No 6824 17186 2.R ACCTTTCTTCATAATGTCGG 163 540 378 Sets 198861 SEQ ID No 786 198861 F TTTTTAGGTTGGTTTATGGC SEQ ID No.

   6825 19886 l.R GACATCTTCATGAG M CCC 346 696 351 SetB 14699 SEQ ID No 787 14699 2 AGTGAAAATGCATCAATTACC SEQ 10 No 6826 14699 2 R TTTTCTTTGACTTTGCTTCC 2785 3181 397 Sets
 EMI103.36
 
 <Tb>
 <tb> 14701 <SEP> SEQ <SEP> ID <SEP> No <SEP> 788 <SEP> 14701 <SEP> 2 <SEP> F <SEP> ATTTTCAGACACCGAAGATG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6827 <SEP> 14701.2 <SEP> R <SEP> AATAATCCGAAATTTTTCCC <SEP> 186 <SEP> 498 <SEP> 313 <SEP> Sets
 <tb> 14225 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 789 <SEP> 14225 <SEP> 2.F <SEP> TTGGTAGTACAATCGTGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6828 <SEP> 14225 <SEP> 2 <SEP> R <SEP> TATACATTTCTGGGTCCTGG <SEP> 823 <SEP> 1202 <SEP> 380 <SEP> Sets
 <Tb>
 
 EMI103.37
 125012 SEQ 1D No 790 12501.2 TTACCATTTGCTCTTGTTCC SEQ ID No 6829 12501.2 R TTTTGTTTCTTGTTTCAAAGC 280 651 372 Sets 12499 SEQ ID No.

   791 12499 2 F ACTGCCACAATCTGTCTACC SEQ ID No 6830 12499 2 R CGACTATGAGTTTCTCCTGG 223 604 382 SetB
 EMI103.38
 
 <Tb>
 <tb> 124982 <SEP> SEQ <SEP> ID <SEP> No <SEP> 792 <SEP> 12498 <SEP> 2 <SEP> F <SEP> TGCTATTCTACTGGCTGACA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6831 <SEP> 12498 <SEP> 2 <SEP> CCGTTGATTATATGGCTGTT <SEP> 9 <SEP> 357 <SEP> 349 <SEP> Sets
 <Tb>
 
 EMI103.39
 124951 SEQ ID No 793 12495.1.F TTAACTTCAAAAAGCTTGCC SEQ ID No 6832 12495 lR CTATGTTGTTGTTGACACGG 31 362 332 Sets 12494 1 SEQ ID No 794 12494 1 GGCACAGTAATAGGAACAGG SEQ ID Na 6833 124941 R GACGATTTTC31 43 ID No.

   6834 12493.1 R CAAACCTTTCAGAAATAGTGG 1380 1702 323 Sets
 EMI103.40
 
 <Tb>
 <tb> 124921 <SEP> SEQ <SEP> ID <SEP> No <SEP> 796 <SEP> 12492.1.F <SEP> ATCATTTATTTGAGCCATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6835 <SEP> 12492.1.R <SEP> CAACATAACGTAATCCTGGG <SEP> 65 <SEP> 409 <SEP> 345 <SEP> SetA
 <Tb>
 
 EMI103.41
 188561 SEQ ID No 797 18856 1 F AAGCAGAAAACACATTTTGG SEQ ION. 6836 18856 1 R CATGGAATTAATCCGATACC ND ND 330 SetC 156382 SEQ ID No. 798 15638 2 F TTTGTCATTAAGAGGAAAAACC SEQ 10 No 6837 15638.2.R CTTCTTCCAATTCCATAACG ND ND 200 SttC 156332 SEQ iD No 799 15633.2 F AGATTTCCCTGATAGAGATT RATAGAGTAGAGATT 2G 300 Sets 188531 SEQ ID No 800 18853 1 F CCAATTGTTGGATTAGATGG SEQ ID No. 6839 18853 1, R AGATCAATGGTTCTGAATGC 430 764 335 Set6 160982 SEQ ID No. 801 16098 2.F GAAAAATTGAAGAGAATGGG SEQ ID No.

   6840 16098.2.R CCTTTACGACTCTTTTGTGG 793 1124 332 SetA 163 142 SEQ ID No 802 16314.2.F TTCAATCAACATAAACATTTCC SEQ 10 No 6841 16314 2.R TCAATTTTCAATAAATCGGG 901 1244 344 Sets 12682.2 SEQ ID No 803 1268C 2.ATAA68 AACAAATGACATTGCTTCCT 3372 3690 319 s.te 150052 SEQ ID No 804 15005.2 F TACTTATTTGGCACCATACG SEQ ID No. 6843 15005 2.R AAATCATTTTCGGAGCAG 1524 1864 341 Sets 150062 SEQ ID Na. 805 15006.2 F TTTAAAGATGTTCGTGGAGG SEQ 10 No 6844 15006.2.R TTGATTTGAATTACCATCTCG 322 669 348 SetA 16671.1 SEQ ID No. 806 16671 1 F CTGAAGTTGATGGTAAAGGTG SEQ 10 No 6845 16671.lR GGCATACT6A 166A. .

   6846 16670 2 R AAATCCAATTCTTGTTTTGC 879 1238 360 SetA 107522 SEQ ID No 808 10752.2 F AGTACCCAACAACAGCAATC SEQ ID No 6847 10752 2 R T7GGTTTCTTTGGACTTAGC 1627 1966 340 S.te
 EMI103.42
 
 <Tb>
 <tb> 196391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 809 <SEP> 19639.1 <SEP> F <SEP> ACCAACTCAATTACTGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6848 <SEP> 196391 <SEP> 1 <SEP> AATATCAATTGAAAGGGTGC <SEP> 1522 <SEP> 1890 <SEP> 369 <SEP> Sets
 <Tb>
 
 EMI103.43
 88542 SEQ ID No 810 8854 2 F TTTGATGAAAATTATGCTGC SEQ ID No 6849 8854 2.R ATGTCTAAATCCATTGGTGG 1963 2276 314 SetB
 EMI103.44
 
 <Tb>
 <tb> 89482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 811 <SEP> 8948.2.F <SEP> ATTTGAAGTTGGATATTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6850 <SEP> 8948 <SEP> 2 <SEP> R <SEP> GAATTTCCAATAATGCTTCG <SEP> 1461 <SEP> 1804 <SEP> 344 <SEP> SetC
 <Tb>
 
 EMI103.45
 144892 SEQ ID No 812 14489.2 F GGTGAAGGTTTAACCAGAGG SEQ 10 No 6851

  14489.2 R ACTTTCTTCTTTCTCTTCTTGC ND ND 314 SetC 14490 SEQ D No 813 14490.2 F AACTACAACAAAGCTGTCACC SEQ ID No 6852 14490.2.R GTCGAGGTARTATCCATTCC 21 322 302 s.te 14493 SEQ 10 Na. 814 14493 2.F GACAACAGTTCATCTAATAATAATG SEQ ID No. 6853 14493 2.R ACTTCATTTCGTTTTTGACG ND ND 287 SetC
 EMI103.46
 
 <Tb>
 <tb> 14495. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 815 <SEP> 14495.1 <SEP> F <SEP> AATAATTGTATTGGTCAACGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 6854 <SEP> 14495.1.R <SEP> CCTCTAGTACCATCACCACC <SEP> 649 <SEP> 992 <SEP> 344 <SEP> Sets
 <Tb>
 
 EMI103.47
 17272 SEQ ID No 816 17272.2.F GGAAATTCCATGCTCATTTA SEQ 10 No 6855 17272.2.R CTTGTTCTGGAACTGAAAGC 47 421 375 Sets 172712 SEQ ID No 817 17271 2.F ATGGTGTGACTGAGGATAGG SEQ ID No 6856 17271 2.R ATAGT2T3BTGTAG2 2.F GCAGCTAACATTTTAATCGG SEQ ID N.

   6857 17267 2.R AACTTTGCTTCAAGACTTOG 544 941 398 SetB 44561 SEQ ID No 819 4456 1 F TTCGTGTTTACAGGGATAGC SEQ ID No 6858 4456 IR GTACATGCAGCATACATTGC 1090 1400 311 SetB 4458 SEQ 10 No 820 4458.2.F TTGTCATTTATT 58 SetB
 EMI103.48
 
 <Tb>
 <tb> 147771 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 821 <SEP> 14777 <SEP> 1 <SEP> F <SEP> GGGTTTGGGAAAATAGTGTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6860 <SEP> 14777 <SEP> 1.R <SEP> ACTCATACMTTCGGGTGAT <SEP> 616 <SEP> 937 <SEP> 322 <SEP> Sets
 <tb> 14775 <SEP> SEQ <SEP> ID <SEP> No <SEP> 822 <SEP> 14775.2.F <SEP> ATTTTGTCAAATGTGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6861 <SEP> 14775 <SEP> 2.R <SEP> TAATTGGCTAAATGAGGTGG <SEP> 20 <SEP> 392 <SEP> 373 <SEP> Sets
 <tb> 147742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 823 <SEP> 14774 <SEP> 2 <SEP> F <SEP> TCTTTTCTTTGATAATTGGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6862 <SEP> 14774 <SEP> 2 <SEP> R <SEP> CACCAAATAGAAGCCTTACG <SEP> 7 <SEP> 312 <SEP> 306 <SEP> Sets
 <Tb>
 
 EMI103.49
 147721 SEQ ID No 824 14772.1.F CGATTCTTAATAGTCACCGC SEQ ID No 6863 14772 1 R TTCACATAAGATTGGTTGGC 511 884 374 Sets

  <Desc / Clms Page number 104>

 
 EMI104.1
 19604 SEQ 10 No 825 19604 1 F GC7AAAGGTGACAATGATCC SEQ 10

  No. 6864 19604 1 TTGATTAATTTTTCCCAAGC 340 698 359 SetB 16625 SEQ ID No 826 16625 2 ATGCTGTTAGATTTGCTTGG SEQ 10 No 6865 16625 2 R CCTTTAGCATCTTTGACACC 1055 1403 349 Ste
 EMI104.2
 
 <Tb>
 <tb> 13100 <SEP> SEQ <SEP> ID <SEP> No <SEP> 827 <SEP> 13100 <SEP> 1 <SEP> TATAAGGTTTTGGATGTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6866 <SEP> 131001 <SEP> R <SEP> AATTTAAACCCTTGACCTCC <SEP> 1471 <SEP> 1823 <SEP> 353 <SEP> SetB
 <tb> 9241 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 828 <SEP> 9241 <SEP> 2 <SEP> F <SEP> AATTTCATTAAGTCGTGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6867 <SEP> 9241 <SEP> 2 <SEP> CTACCAACAAGACAACTTTGG <SEP> 2472 <SEP> 2798 <SEP> 327 <SEP> SetB
 <Tb>
 
 EMI104.3
 11885 SEQ ID No 829 11885 2 TTGCTAATAAATTCGATGGG SEQ ID No 6868 11885 2 CCTTTAGCTTCTGGATGAAA 773 1166 394 Sets 8993 SEQ ID No 830 8993 1 TTGGCATTTTGTATTCCATAG SEQ ID No 6869 8993 1 CCAAAGGGTAAAAGAAAA

  19887 SEQ ID No 831 19887 1 F ACCCGATAAGGAGA7TATGG SEQ ID No 6870 19887 1 TTCTTTCGACTTTAACCAGG 600 960 361 SetA
 EMI104.4
 
 <Tb>
 <tb> 109592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 832 <SEP> 10959 <SEP> 2 <SEP> AATCTGGCCAATAGTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6871 <SEP> 10959 <SEP> 2 <SEP> CCCTAGTTGTAAGATCTGCG <SEP> 1239 <SEP> 1581 <SEP> 343 <SEP> SetB
 <Tb>
 
 EMI104.5
 18845 1 SEQ 10 No 833 18845 1 TCACACAATACTCAACTGGG SEQ iD No 6872 18845 1 TTGGTGTGTTTTCTTCTTCC 23 382 360 SetB 19542 SEQ ID No 834 19542 1 F ACCACCTAGCACACATTACC SEQ ID N.

   6873 19542 1 GTAGATGTACGACAACTGCG 305 702 398 SetB 169662 SEQ 10 No 835 16966 2 F TTTCCATAGACGATCTAGCC SEQ ID No 6874 16966 2 AGTCTTTGATTGAGTGGACG 176 526 351 Sets 169652 SEQ CI No 836 16965 2 GTTGTTGGAGAGGT 2A
 EMI104.6
 
 <Tb>
 <tb> 121072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 837 <SEP> 12107 <SEP> 2 <SEP> F <SEP> AAATGTGAGTTGCTGTACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6876 <SEP> 12107 <SEP> 2 <SEP> R <SEP> TGGATAAAGTCGATAAACGG <SEP> 796 <SEP> 1130 <SEP> 335 <SEP> SetB
 <Tb>
 
 EMI104.7
 145772 SEQ ID No 838 14577 2 F TGAAACTGTTGCCATTTGTA SEQ io No 6877 14577 2 R AGAACATGATCCACTAACGG 801 1167 367 SetB I457T2 SE Q1O N. 839 14377 2 F2 T î ICU: ,, (; r'iyi, l (; 1'FTTA SEQ ID No 6878 '4i7-, 2 P, 2,'; T:; i1, .rA,: JrArCt.Í; p.TI3GA '; Í3G IJD:

  [, 3'Jl s.te 19550 SEQ ID No 840 19550 1 F TTTTAAATATTGCTGCCACA SEQ 10 No 6879 195501 R TCCTCCAAAGGTATCAACAC 920 1262 343 SetC 12381 SEQ ID No 841 12381 2 F AAACAAGAAGAAATCGATGG SEQ ID RAGGAGT 388 12389
 EMI104.8
 
 <Tb>
 <tb> 123822 <SEP> SEQ <SEP> ID <SEP> No <SEP> 842 <SEP> 123822F <SEP> ATCAACATACATTCCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6881 <SEP> 12382 <SEP> 2 <SEP> TCAICGACTTTCATAGTCCC <SEP> 82 <SEP> 401 <SEP> 320 <SEP> Sets
 <tb> 12383 <SEP> SEQ <SEP> ID <SEP> No <SEP> 843 <SEP> 12383 <SEP> 2 <SEP> F <SEP> TTGAAGGATGTAGTATGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6882 <SEP> 12383 <SEP> 2 <SEP> R <SEP> ATTCAACAAATTGAGGATCG <SEP> 391 <SEP> 757 <SEP> 367 <SEP> Sets
 <Tb>
 
 EMI104.9
 12385 1 SEQ ID No 844 12385 1 F ATTTAGCAGTCCATCAGTGG SEQ 10 No 6883 12385 1 ACAATCAAAAATACCATGCC 60 419 360 SetB 117672 SEQ ID No 845 11767 2 F

  GAACAGGGTATTGTCAATGG SEQ ID No 6884 11767 2 TTCCAGAAACCAGTTAATCC 487 821 335 Sets 11766 SEQ 1) No 846 11766 1 GAAACAATCAACCAATTTCC SEQ ID No 6885 11766 1 TTTGTAAATCGTTCAAGTCG 534 883 350 No 117 TACAAG 2AQCC 2AQG 2AQG 2AQG 2AQAQ 2AQA 454 769 316 SetB 198881 SEQ 10 No 848 198881 F TATTGAACAGCACTCATTCC SEQ ID No 6887 19888 1 CCAGATAATCCATCGTAAGC 1163 1505 343 Sets 135172 SEQ f0 N0849 13517 2 GATAATGGGAATGATCAAGG SEQ ID No 6888 13517 2 CATTTCCCTTQTB2 SEQ ID No 6889 13514 2 R TCACCATTATCAATTTGTTCC 271 632 362 Sets
 EMI104.10
 
 <Tb>
 <tb> 151202 <SEP> SEQ <SEP> ID <SEP> No <SEP> 851 <SEP> 15120 <SEP> 2 <SEP> F <SEP> GCTACTGCTTTGAAACAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6890 <SEP> 15120 <SEP> 2 <SEP> R <SEP> TTGTGATTGAACTTCCTTAGC <SEP> 913 <SEP> 1290

   <SEP> 378 <SEP> SetA
 <Tb>
 
 EMI104.11
 15122 SEQ ID No 852 15122 2 F TGATTTTGATAAATGGGTGG SEQ 10 Na 6891 15122 2 R TCTTTTTCAGTAGCAGTGGC 354 662 309 SetB
 EMI104.12
 
 <Tb>
 <tb> 49021 <SEP> SEQ <SEP> ID <SEP> No <SEP> 853 <SEP> 49021 <SEP> F <SEP> TGATGGTTTTTAAATTTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6892 <SEP> 4902 <SEP> 1.R <SEP> CATTTTCAAAGGTCATCAGG <SEP> 1571 <SEP> 1906 <SEP> 336 <SEP> SetB
 <tb> 49032 <SEP> SEQ <SEP> ID <SEP> No <SEP> 854 <SEP> 4903 <SEP> 2 <SEP> GTTTTAGCAGTTTGGTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6893 <SEP> 4903 <SEP> 2 <SEP> TTTATTGGAATGAAGCAAGG <SEP> 1138 <SEP> 1476 <SEP> 339 <SEP> SetA
 <Tb>
 
 EMI104.13
 49052 SEQ ID No 855 4905 2.F ACGAGAGAATTGCTAGTTGG SEQ ID No 6894 4905 2 YCTGATATTGTTGATGG7GC 548 941 394 SetA
 EMI104.14
 
 <Tb>
 <tb> 12031.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 856 <SEP> 12031 <SEP> 1 <SEP> ATTGTTGATTGGTCAACTGC <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 6895 <SEP> 12031 <SEP> 1 <SEP> R <SEP> ATATCCTTCACCACTGTTGG <SEP> 475 <SEP> 818 <SEP> 344 <SEP> SetB
 <Tb>
 
 EMI104.15
 12033 SEQ ID No 857 12033 2 CTTAGCTGGGTATGCTATGG SEQ JO No 6896 12033 2 CAGTGTTTGTGTTGTCTTGG 1302 1662 361 SetA
 EMI104.16
 
 <Tb>
 <tb> 120342 <SEP> SEQ <SEP> ID <SEP> No <SEP> 858 <SEP> 12034 <SEP> 2 <SEP> F <SEP> ACGGTAATAACAAAACCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6897 <SEP> 12034 <SEP> 2 <SEP> R <SEP> TCTTTCTTCGTCTCACAAGC <SEP> 62 <SEP> 281 <SEP> 220 <SEP> SetA
 <tb> 4401 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 859 <SEP> 4401 <SEP> 2 <SEP> F <SEP> ATTACAATCGACATTAGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6898 <SEP> 4401 <SEP> 2 <SEP> R <SEP> CCAAACCAAATGTCTAATCC <SEP> 63 <SEP> 429 <SEP> 367 <SEP> Sets
 <tb> 4403 <SEP> SEQ <SEP> ID <SEP> No <SEP> 860 <SEP> 4403 <SEP> 2.F <SEP> ACTCAATGAATCTGGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6899 <September>

  4403 <SEP> 2 <SEP> R <SEP> TCATTCATCAATTTTTGTCG <SEP> 1932 <SEP> 2285 <SEP> 354 <SEP> Sets
 <Tb>
 
 EMI104.17
 4405 SEQ ID No 861 4405 1 CTCCACCATCTTCAACTACC SEQ iO No 6900 4405 1 CAAAAACTGTATGACCAGCC 77 301 225 SetB 44062 SEQ ID No 862 4406 2 F AACACTACCAACTTATCCATGA SEQ ID No 6901 4406 2 CTTGCATTTGCTTTTCTAAATA 1 358 376 6902 19889 1 ACTATTGGCATTAGGGGG 330 630 301 SetB
 EMI104.18
 
 <Tb>
 <tb> 60162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 864 <SEP> 6016 <SEP> 2 <SEP> F <SEP> GATCAGGAGGTTATGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6903 <SEP> 6016 <SEP> 2 <SEP> R <SEP> TGTCCATTTAGGCACTCG <SEP> 20 <SEP> 306 <SEP> 287 <SEP> Sets
 <tb> 41022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 865 <SEP> 4102 <SEP> 2 <SEP> F <SEP> GCATGCTAATCAACTTCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6904 <SEP> 4102 <SEP> 2 <SEP> R <SEP> CATTTCTTTGTAGGTTTGGC

   <SEP> 219 <SEP> 596 <SEP> 378 <SEP> Sets
 <tb> 148142 <SEP> SEQ <SEP> ID <SEP> No <SEP> 866 <SEP> 14814 <SEP> 2 <SEP> TTACACCAGAAGCAAGTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6905 <SEP> 14814 <SEP> 2 <SEP> R <SEP> CATCTTTATCTGGTGTTCCC <SEP> 29 <SEP> 379 <SEP> 351 <SEP> Sets
 <tb> 148132 <SEP> SEQ <SEP> ID <SEP> No <SEP> 867 <SEP> 14813 <SEP> 2 <SEP> F <SEP> GATCGATTTGCTATTTCTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6906 <SEP> 14813 <SEP> 2 <SEP> R <SEP> AATGGTACTTTCAATGTGGC <SEP> 838 <SEP> 1142 <SEP> 305 <SEP> Sets
 <tb> 148102 <SEP> SEQ <SEP> ID <SEP> No <SEP> 868 <SEP> 148102F <SEP> ATTGGCTTTTGTTTATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6907 <SEP> 14810 <SEP> 2 <SEP> GTCCTTTTGCAAATACATCC <SEP> 56 <SEP> 402 <SEP> 347 <SEP> Sets
 <Tb>
 
 EMI104.19
 195901 SEQ ID No 869 195901 F ATTAGACCGTTTGACATTCC SEQ ID No 6908 195901 R ACCCAATAATCTTTGGAACC 924 1314 391 SetB
 EMI104.20
 
 <Tb>
 <Tb>

  15827 <SEP> SEQ <SEP> ID <SEP> No <SEP> 870 <SEP> 15827 <SEP> 2 <SEP> TGCTGATAAGGGAACTGGTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6909 <SEP> 15827 <SEP> 2 <SEP> ATTTTGCTGTGATTGGGTTA <SEP> 1596 <SEP> 1966 <SEP> 371 <SEP> SetB
 <tb> 19710 <SEP> SEQ <SEP> ID <SEP> No <SEP> 871 <SEP> 19710 <SEP> 1 <SEP> AGAATGTTGAAAGGATCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6910 <SEP> 19710 <SEP> 1 <SEP> R <SEP> TTAGAGTCGTCTAACTCGGG <SEP> 3625 <SEP> 3983 <SEP> 359 <SEP> Sets
 <tb> 155022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 872 <SEP> 15502 <SEP> 2 <SEP> ATTCAATGGAGATTAAAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6911 <SEP> 15502 <SEP> 2 <SEP> R <SEP> GCAATTCGATAATTTTCAGC <SEP> 2143 <SEP> 2458 <SEP> 316 <SEP> SetB
 <tb> 17881 <SEP> SEQ <SEP> ID <SEP> No <SEP> 873 <SEP> 17881 <SEP> 2 <SEP> F <SEP> TTTATTTACCTTTGATTGATTCAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6912 <SEP> 17881 <SEP> 2 <SEP> R <SEP> TCTAATTCTTTATTAAACCTCCTTC

   <SEP> ND <SEP> ND <SEP> 226 <SEP> SetC
 <tb> 12994 <SEP> SEQ <SEP> ID <SEP> No <SEP> 874 <SEP> 12994 <SEP> 2 <SEP> F <SEP> TTAGTTGTTGCTCATGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6913 <SEP> 12994 <SEP> 2 <SEP> R <SEP> AAACCTAATTTAACCCCTGG <SEP> 415 <SEP> 773 <SEP> 359 <SEP> SetB
 <Tb>
 
 EMI104.21
 18833 SEQ 10 No 875 18833 1 ATGAAATACAATGGTGCTGG SEQ ID No 6914 18833 I TGGTGAGATATTATTGGTTGG 45 279 235 StB
 EMI104.22
 
 <Tb>
 <tb> 129922 <SEP> SEQ <SEP> ID <SEP> No <SEP> 876 <SEP> 12992 <SEP> 2 <SEP> F <SEP> TATCAATATTCACCATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6915 <SEP> 12992 <SEP> 2 <SEP> R <SEP> CAAATGAATTTCTAATCTTGGC <SEP> 439 <SEP> 820 <SEP> 382 <SEP> Sets
 <Tb>
 
 EMI104.23
 12991 SEQ ID No 877 12991 1 F ATGGGAGATTGATTGAAGG SEQ ID No 6916 12991 1 TATGATGGGACGATCTATGC 449 748 300 S.tB 129872 SEQ ID Na 878 12987 2 F CCCGATAGTAAAAACACTGC SEQ t0 No 6917 12987 2 R

  AATGTCTTGTATGGGGTAGC 1963 2279 317 SetB
 EMI104.24
 
 <Tb>
 <tb> 170492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 879 <SEP> 17049 <SEP> 2 <SEP> F <SEP> AATTGGGAAGATTTTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6918 <SEP> 17049 <SEP> 2 <SEP> R <SEP> CATCTTCACGGTACAATAAGG <SEP> ND <SEP> ND <SEP> 325 <SEP> SetC
 <tb> 170501 <SEP> SEQ <SEP> ID <SEP> No <SEP> 880 <SEP> 17050 <SEP> 1 <SEP> TGAAGCTAATGAAGAAACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6919 <SEP> 17050 <SEP> 1 <SEP> TAGAGTGGATTTTCATTGGG <SEP> 192 <SEP> 566 <SEP> 375 <SEP> SetB
 <Tb>
 
 EMI104.25
 11335 SEQ N. 881 11335 1 F ATTTTGCTTTGG7GTT7AGC SEQ ID No 6920 11335 1 TAAGAATCAATGCTGACACG 1990 2317 328 Sets 113322 SEQ1O No 882 113322 ATGCGTTCGTCTAGTAGTGG SEQ ID No 6921 11332 2 CCTCAGCTAATAAGA 240

   883 19891 1 AATATTCGATTGTCACCACC SEQ ID No 6922 19891 IR AGCAATATTATTTGGTTGAGG 538 933 396 Sets 3751.2 SEQ ID No 884 3751 2.F AGCTATTTTGAAAGCAATGG SEQ ID No 6923 3751 2 CTTGA4CCACTA4TTTTGGÇ 1473 17AA 30AA IDAAAA 3750 2 R ACGAGTACATTTGTTCCAGC 3071 3446 376 Sets 37482 SEQ ID No 886 3748 2 ACCAACTGTGGTGTAAAAGG SEQ ID Na 6925 3748 2 R TACTGGTATCCATTTCCAGG 1348 1711 364 Ste 80652 SEQ ID No 887 8065 2 F TCAAATTTCTCAAG

   6926 8065 2 R CAACCTAACCAACTAATGGC 795 1100 306 SetB 141992 SEQ ID No 888 14199 2 F AAAGTTGCTATTGTTGGACC SEQ ID No 6927 14199 2 R AATAGTTTGAACACCATCGG 1465 1770 306 Sets 142022 SEQ IDAGAGAGTAGTAGTAGT SEQ ID No 890 14203 2 TGACTTTAATCCCTGGTCC SEQ ID No 6929 14203 2 CAACATCACCAACTTCAGC 170 505 336 SetB 16291 2 SEQ ID No 891 16291 2 F GGTGCAATGAATACATCCTT SEQ ID No 6930 16291 2 TGCACATTAAAACTAGCAGG 1246
 EMI104.26
 
 <Tb>
 <tb> 19892 <SEP> SEQ <SEP> ID <SEP> No <SEP> 892 <SEP> 19892 <SEP> 1 <SEP> ATCCTAGTTATAAACCCATACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6931 <SEP> 19892 <SEP> 1 <SEP> TTGACACAATTGAATGTTTACC <SEP> ND <SEP> ND <SEP> 150 <SEP> SetC
 <tb> 162882 <SEP> SEQ <SEP> ID <SEP> No <September> 893 <SEP> 16288 <SEP> 2 <SEP> F <SEP> AATTTACCAGCAGCTCTTTG <SEP> SEQ <SEP> ID <SEP> No <September>

  6932 <SEP> 16288 <SEP> 2 <SEP> R <SEP> CAGTCGATCCAGCTACTTTT <SEP> 15 <SEP> 240 <SEP> 226 <SEP> SetC
 <Tb>
 
 EMI104.27
 86142 SEQ 1D No 894 8614 2 F AAAATTCATTTGGGTGTAGC SEQ ID No 6933 8614 2 R TGGAAGAATTTGGTAAGTCG 1246 1588 343 Sets 8616 SEQ ID No 895 86161 F CTTGTTTGAGCAAACTCACC SEQ ID No 6934 8616 1 CTATAACAAGATAG17AG16G ID No 6935 8617 1 R TGTGTGAGCACAATATCAGC 787 1094 308 s.ta
 EMI104.28
 
 <Tb>
 <tb> 86192 <SEP> SEQ <SEP> ID <SEP> No <SEP> 897 <SEP> 8619 <SEP> 2.F <SEP> CTTGGGAAGTTATTCAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6936 <SEP> 8619 <SEP> 2 <SEP> R <SEP> TTTTGAAATTCTTCCATTCC <SEP> 1447 <SEP> 1783 <SEP> 337 <SEP> Sets
 <Tb>
 
 EMI104.29
 8621 SEQ ID No.

   898 8621 2 F AATTTTGTCTATGACCCAGC SEQ ID No 6937 8621 2 TACACATCATGTTCTGGAGC 775 1097 323 Sets 10280 1 SEQ 10 No 899 10280 1 F TTCATTAAGAGTTCCTTGGG SEQ ID No 6938 10280 1 R ACATTGGTAAGGACTCTTGC 12 2482 23TA 23TA 23BA 23882 6939 10278.2.R CTTTCGACATCTCTTTACCG 910 1219 310 Sets 10277 SEQ 10 No 901 10277.2.F AGTGTACAACTGGGAAATGG SEQ ID No 6940 10277.2 R GCGAATTCAAAACAAATTTTA 44 265 222 SetC 102732 SEQ IDGTTGA 10TGTTG 301 SetB 102702 SEQ ID No.

   903 10270.2 F TTAAAGGATGGAAAATCACG SEQ 10 No 6942 10270 2.R CAAGTGGGTTTTCAATAAGC 646 1014 369 SetS 10269.1 SEQ ID No 904 102691 F ACACCAAGAAATTTACGCAC SEQ ID No 6943 10269 R TTCCTCCAAACTATCAGCAT 377 377 .R ACTCGTTTCAACACTTCTCG 54 407 354 Sets 37401 SEQ ID No 906 37401 F ACAATTTGATCCTCAACAGG SEQ ID No 6945 3740 1.R CCAAAAATCTTAAATGCTCC 1569 1957 389 SetB
 EMI104.30
 
 <Tb>
 <tb> 19564 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 907 <SEP> 19564 <SEP> 1 <SEP> F <SEP> AGGAGGGTTTTATTATGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6946 <SEP> 19564 <SEP> 1 <SEP> R <SEP> ATGTAGAATGTTCAAGAAATGG <SEP> ND <SEP> ND <SEP> 238 <SEP> SetC
 <tb> 131662 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 908 <SEP> 13166 <SEP> 2.F <SEP> ATTCAATGGTACATCAAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6947 <SEP> 13166 <SEP> 2 <SEP> R <SEP> ATCCTAATTTCCTACCAGCC <SEP> 3178 <SEP> 3478 <SEP> 301 <SEP> Sets
 <Tb>
 
 EMI104.31
 13162.2 SEQ ID No 909 13162 2 F TCTCACCATTGCTGTGATTA SEQ ID Na 6948 13162.2 R TTGGCGGATACATATAAACC 1392 1768 377 SetS 13160.2 SEQ ID No 910 131602, F TTAAATACTCAAACCCTGGC SEQ ID No 6949 13160.2 R CTTGT7BTQ147 6950 14914 2.R TGCTTTTGAGTGTACTTCTGG 3604 3939 336 SetB 143221 SEQ ID No 912 14322.1.F ACCAGAAAAGTTCAATCTGC SEQ ID No 6951 14322 lR CTGATGTTTTAAGACCCTGG 772 1102 331 Sets
 EMI104.32
 
 <Tb>
 <tb> 143212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 913 <SEP> 14321 <SEP> 2 <SEP> F <SEP> ACTTGATTGATAATGGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6952 <SEP> 14321.

    <SEP> 2 <SEP> R <SEP> ATCTCTATACGATGGTTCGC <SEP> 2399 <SEP> 2751 <SEP> 353 <SEP> Sets
 <Tb>
 
 EMI104.33
 15535 SEQ ID No 914 15535.2 F TATCATCAAGCAAGTCATCC SEQ ID No. 6953 15535 2.R TAATTTCTACAAGGGCTTCG 645 1015 371 SetB
 EMI104.34
 
 <Tb>
 <tb> 5432.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 915 <SEP> 5432.1.F <SEP> AAGTGTCTGTGTCACTTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6954 <SEP> 5432 <SEP> 1.R <SEP> CTCAAGGCAATATAAGCTGC <SEP> 309 <SEP> 641 <SEP> 333 <SEP> SetB
 <Tb>
 
 EMI104.35
 188221 SEQ ID No 916 188221 F TAAGGGTATTTCAGACAGCG SEQ ID No 6955 18822.1 R TAAAGCACTGACAATGATGC 1617 1961 345 SetB 91452 SEQ ID No 917 9145.2 AGCTATTTTGACTCGTTTGC SEQ ID No 6956 9145 2.R TCACACTATAQAQAACC # 9 ID No 6957 91431.R CGATCCTTTTGTATTTCTCG 130 440 311 SetA 9141 SEQ ID No 919 9141 2 F AGTCAGTATCCTGGTTTCCC SEQ r) No.

   6958 9141 2.R CTAGAAGCAGCCAATAATGC 2200 2525 326 SetA 91392 SEQ ID No 920 91392 F AATATTTCGTGGTGATTTGC SEQ ID No 6959 91392.R CTTGCTTTGTGCCTTAGC 348 687 340 SelB
 EMI104.36
 
 <Tb>
 <tb> 91362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 921 <SEP> 9136.2.F <SEP> GAAGTTTGTATGGTGGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6960 <SEP> 9136 <SEP> 2.R <SEP> AATTGGTCATTATGGAATCG <SEP> 1561 <SEP> 1921 <SEP> 361 <SEP> SetB
 <tb> 127472 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 922 <SEP> 12747.2.F <SEP> CCATGGAGATTTTCTTATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6961 <SEP> 12747 <SEP> 2.R <SEP> TCACTCCAAGTATTGCTCG <SEP> 905 <SEP> 1210 <SEP> 306 <SEP> SetA
 <tb> 91322 <SEP> SEQ <SEP> ID <SEP> No <September> 923 <SEP> 91322.F <SEP> TCGTATTAAAGTTGGTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6962 <SEP> 9132 <SEP> 2.R <SEP> AATTGATTTTGGAATTGACG <SEP> 1344 <SEP> 1682 <SEP> 339 <SEP> Sets
 <Tb>
 
 EMI104.37
 10894 SEQ ID No 924 10894 2.F AGGAAGAGAATAATATCCAAGG SEQ ID No 6963 10894 2 R TTATTTGTGAATTTCTTGCC 473 772 300 S.tB 114282 SEQ 10 No 925 11428 2.F TACTGAATCTCATCTTCCCC SEQ ID No 6964 11428 2.R GCTAAAACAGCAT32 34 No 926 17713 2 F GTTTACTTTGATGTCTCCGC SEQ 10 No 6965 17713 2.R AGTGACTTCACCGAAAACAA 10 393 384 Sets 12662.1 SEQ ID No 927 12662.1.F CCAGAGAGCATTGATACCC SEQ ID No 6966 12662 lR TGTTGTTGTGAAGTTTCAGG 10 338 329

  ID N. 9213 18811 1 CAGGGTTAATTCATTCATGG SEQ 10 No. 6967 18811 1.R CCATTTTCAACAGGAATAGG 137 467 331 Sets
 EMI104.38
 
 <Tb>
 <tb> 171652 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 929 <SEP> 17165 <SEP> 2.F <SEP> TCCTATTGTTGCCATTAAAAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 6968 <SEP> 17165 <SEP> 2.R <SEP> CCACCACCATTATCCATTAC <SEP> 285 <SEP> 602 <SEP> 318 <SEP> SetC
 <tb> 18810 <SEP> SEQ <SEP> ID <SEP> No <SEP> 930 <SEP> 18810.1 <SEP> F <SEP> ATGACAGAACGACAAAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6969 <SEP> 18810 <SEP> 1 <SEP> TTATGAATGCTGGATGTTCC <SEP>. <SEP> 685 <SEP> 1078 <SEP> 394 <SEP> Sets
 <Tb>
 
 EMI104.39
 16222.2 SEQ ID No 931 16222 2 F ATTCCAAGTATTAAGCAATGG SEQ ID No 6970 16222 2 R TTAAAGATTGAGGTTCAATTCC ND ND 335 SetC 19713 SEQ 10 No 932 197131.F ATGGATCAACTTGAAAAAGG SEQ ID No.

   6971 19713 lR ACACCAGAAGATTGTTCAGC 1126 1502 377 SetB 176552 SEQ ID No 933 17655 2 F TCGATTTTTAAACATGGTCC SEQ 10 No 6972 17655 2 TCAATTTATTTAA7GAACCTGC 367 676 310 SetB
 EMI104.40
 
 <Tb>
 <tb> 19644 <SEP> SEQ <SEP> ID <SEP> No <SEP> 934 <SEP> 19644.1 <SEP> F <SEP> CACGTTCAAGGGAGAAATAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6973 <SEP> 196441 <SEP> R <SEP> TTTTCAATGCTTCAAGATCAG <SEP> 1483 <SEP> 1783 <SEP> 301 <SEP> Sets
 <Tb>
 
 EMI104.41
 73972 SEQ ID No 935 7397 2.F GTGCTAGAGGTACTCATGCC SEQ ID No 6974 7397.2 R AACTTTCCAAAAATTCCACC 785 1167 383 SetB 7398 SEQ ID No 936 7398 2 F AAATTAGAGGTCCAAAAGGG SEQ ID Na 6975 7398 2.R ATAGCACTAACCATTGGTG7 742 2Q 807 SEQ ID No: 727 F ATATTGGCAACTACTACGGG SEQ 10 No 6976 7400 2 R TCCATTGGCAACTAATATCC 1435 1798 364 Sets
 EMI104.42
 
 <Tb>
 <tb> 48152 <SEP> SEQ <SEP> ID <SEP> No <SEP> 938 <SEP> 4815 <SEP> 2.F <September>

  TCCATTGAATTTTATCCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 6977 <SEP> 4815 <SEP> 2. <SEP> R <SEP> AATTTACCAAAAAAGAACCTTCC <SEP> 537 <SEP> 850 <SEP> 314 <SEP> SetB
 <tb> 48142 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 939 <SEP> 4814 <SEP> 2.F <SEP> ATTACGGTTCAATTACAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6978 <SEP> 4814 <SEP> 2 <SEP> R <SEP> AATCCCAAGTAATTTTCAAGC <SEP> 505 <SEP> 878 <SEP> 374 <SEP> Sets
 <tb> 4811.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 940 <SEP> 4811.2 <SEP> ACATACACACATTGTGAAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 6979 <SEP> 4811 <SEP> 2 <SEP> R <SEP> AAAACAATGATCTGAACAATCC <SEP> ND <SEP> NO <SEP> 358 <SEP> SetC
 <Tb>
 
 EMI104.43
 19894 SEQ D No 941 198941F TTCTTACAAGCCAAAGATCC SEQ ID No 6980 19894 LR GCGATAACAATAGAAGGACC 832 1157 326 SetA 110692 SEQ ID No 942 11069 2 F TCTTTAGATCCACCAACACC SEQ 10 No 6981 11069 2.R ATTGTGAAATCAACTCCTGG 118 434

  <Desc / Clms Page number 105>

 
 EMI105.1
 110681 SEQ ID No 943 11068 1 F ATATAAACAGTTTCGTGGGG SEQ iD No 6982 110681 1 CTGCTTCTTCTTCCTAGACG 1785 2120 336 SetA Il 0652 SEQ ID No 944 11065 2 F TACAAACTGGAAAAGAAGGC SEQ ID N.

   6983 11065 2 R CTCTGAGTCCATCTTTTTGG 584 967 384 SetA Il 0632 SEO 10 No 945 110632F F AATAGAATGCACAAAATGCC SEQ ID Na 6984 11063 2 R CATTTGATTTTTCATCAACG 99 454 356 SetB 110591 SEQ ID No 946 110591 F GGGTAAACT 1185 SetS 100772 2 SEQ ID No 947 100772F F ACTGTCACTTTAGCACCAGG SEQ ID No 6986 10077 2 R AATGATTCTGGAAACACACC 1060 1362 303 SetA 100741 SEQ ID No 948 100741 F TCAAAGCCTGTACCATATCC SEQ ID No 6987 10074 1 TTTTCGTAGTA100 2TTCATIA 100 2A 94A TTITCATITA 100 2 2 TTGTTAGGTACCAGAGAGCC SEQ ID No 6988 10071 2 TGAATGGTTCTCTTTGATGG 43 343 301 Set8 9998 SEQ ID No 950 9998 2 F AGTGAATGGTTTGTTGAAGC SEQ ID No 6989 9998 2 GTCTCAATCTTTCATAGCCG 610 967 358AT IDAT36QAT 1990 361 SetB 12368 SEQ ID No 952 12368 2 F

  AATCTTTTCAACACTGCACC SEQ ID NO 6991 12368 2 R ATTTGAAATGAATGGTGAGC 3082 3384 303 SetA 6011 2 SEQ ID NO 953 6011 2 F ACTAGTGCTAATGCCAGTGC SEQ ID NO 6992 6011 2 R ATTTGATTTGGTGGTATTGG 139 441 303 SetB 6006 sEoioNo 954 6006 2 TTTAAATAAATGGATGAAATGG SEQ ID NO 6993 6006 2 R TCATTCAATTGTTGAACCAG ND ND 213 SetC 89032 SEO ID No 955 8903 2 AACTGGTAGAGGTGGTAAAGC SEQ ID No 6994 8903 2.R TTGTTTGGATTTTTGTTTGG 1338 1638 301 SetA 89022 SEQ ID No 956 8902 2 F ACCAAAACTACTGGACTTGC SEO JO No 6995AGAG290AAG 8901 2 GGACTGTTACCAGAAAGTGC SEQ ID No 6996 8901 2 R CTTGAATTCCGAATCTATCG 1117 1423 307 SetA 88982 SEQ 10 No 958 8898 2 F AATTCCCAGCATTCTAAACC SEQ ID No 6997 8898 2 R GCATATTCTCCATCATGTACC 864 959 88CT 2AA 35CT 889A 2TRA 889 2A 95T 2 ACTCTTTCTTCACCTCTCCC 321 698 378 SetA 14083 SEQ ID No 960 14083 2 F

  GTATCAACCCATCAATCACC SEQ ID No 6999 14083 2 R CCTTTCAATAATTGTGGAGC 602 935 334 SetA 14084 SEQ ID No 961 14084 1 F TGCGTTTAATTATTGTTCCC SEQ ID No 7000 14084 1 TCAACTTCTCCACTGAATCC 971 1273 303 SetB 197A SEAC IDAC 327 Sets 19895 1 SEQ II)

   No 963 19895 1 F GTTTTGATAGATACGGCTGG SEQ ID No 7002 19895 1 R CTACTTGCTTCACACTCAACC 1261 1588 328 Sels 14208 SEQ ID No 964 14208 2 F TGTTACTAGTCCGGCAGATT SEQ ID No 7003 14208 2 R AGCACCAACAGCAATAAAGT 1554 2778 7004 155502 RR GTTGTTTCTGGCATAAAAGG 1698 2075 378 Sets 15547 1 SEQ ID No 966 155471 F ATGTAAAT7GGGACATTTGG SEQ ID No 7005 15547 1 CAAATCTACCTTATCCAGCG 759 1131 373 Sets 111422 SEQ ID No 967 11142 2.F GAGAA 111441 SEQ ID No 968 111441 F ACTTTTACCTTCTCCTTGGC SEQ ID No 7007 111441 R CAGCACTCATAATGGAAACG 786 1129 344 SetB 13479 SEQ ID No 969 13479 2 F ACGATCAGAACACCAATAGC SEQ ID No 7008 13479 2 RTTTAAAAA 34A ID No 7009 13485 2 R

  ATCCCAATAACAAAAAGTCG 1578 1916 339 Salts 48241 SEQ ID No 971 48241 F TACCTAATTCAGGATGTCGC SEQ ID No 7010 4824 1 AATCGTCTAAAATGGCTACG 971 1360 390 SetB 48202 SEQ io No 972 4820 2 F TAGATCCGATCAAGAATTAG17 48G17AQG17AQG17AQG17AQG17AQG17AQAQG17 lF CAGTTTGCTAAAGAATTGGC SEQ ID No 7012 4817 1 TTGTTCATAATTCCAATCCC 640 972 333 Sets 10187 1 SEQ ID Na. 974 101871 F TGGGTATCGATAGAGACAGC SEQ 10 No 7013 10187 1 CTTTGAGCAATCTCTTCAGC 476 824 349 SetC 101842 2 SEQ ID No 975 10184 2 F TCTAATTTTGTCACATTGCG SEQ ID No 7014 10184 2 R GTTTTGATTAATAQAQAQ19BQ19A IR TTGGATAAGATGATTGAGGC 25 358 334 Sets 19645 SEQ ID No.

   977 19645 1 TCTAGACGATCGAAACATGC SEQ ID No 7016 19645 1 R ACAA7AACAAACAAGTGGGC 7 313 307 SetB 64882 SEQ! 0 No 978 6488 2 GACAACACATCAACATCAGC SEQ ID No 7017 6488 2 R AATCTCTCTCTCATGCAAGC 649 984 2 R AT7GGAATTATT7GAAGGGG 747 1143 397 SetB 14395 SEQ 10 No 980 14395 2 F CAACAATACTCCTCAATCAGC SEQ ID No 7019 14395 2 R TCATGAATATTTTTAATCAAAGG NO ND 324 SetC 174692 SEQ ID No 981 174692 F GGTTAGGACAC

   7020 174692 R TTGGTAGGTTTCTTTGTTCC 799 1099 301 Sets 19896 SEQ ID No 982 19896 1 TTCAAGACAGGAGAAAGTGG SEQ ID No 7021 19896 1 TAATGTCCAGGACTAGGTGG 2014 2378 365 SetB 17891 2 SEQ ID No 983 17891 2 TCAAGAGTQQTNQ ID No 984 178901 F ATATGAGTCCCGAAGATACG SEQ ID No 7023 178901 R TATTTATTTTTCCGAAGGG 752 1061 310 SetA 137512 SEO 10 No 985 13751 2 F CGGAATAAAAGATGAAGAGG SEQ ID No 7024 13751 2.R TCTTTTGCTTGTTCAAACG 657 99 SEQ ID No 7025 6163 1 R TATCAACTGGTTGAGCTTCC 1334 1648 315 Sels 61592 SEQ ID No 987 6159 2 F ATAAACCTAGTGCTGTTGCC SEQ ID No 7026 6159 2 R TTGGATTGGAAGAATAATGC 2321 2671 351 SetB 40122 SEQ IDAATT 2A 301 Sets 40102 SEQ ID No 989 4010 2 F

  TGATCCAAATTTATCAAGACC SEQ ID No 7028 4010 2 R GGATTTTCCCTTTCATTAGC 771 1127 357 StB 40092 SEO 10 No 990 4009 2 F TGATGAAAATATTGCAACTCC SEQ ID No 7029 4009 2 R TCCCAACTTTCTTTTCTCTCCCC 1878 3591 394 SetA 18784 SEQ IDCTGACC NoCC 991 491 867 377 SetB 158012 SEQ D No 992 15801 2 AAAAAGAGACTGGCAAACC SEQ ID No 7031 15801 2 R ATGAACAAAACACCAAGACC 43 266 224 Sets 116212 SEQ ID No 993 116212 2 CTTTGAAATTAGTCGAAGCC SEQ ID No 7032 11621 2 R CGTTACCATCT15 120 120 116 2 F AAGCTAAAGGAAACAGGTCC SEQ ID No 7033 11620 2 R GTAAAAATGATCTGTGAACCG 3590 3927 338 SetA 116172 SEO JO No 995 11617 2 GAAGCAAATTTTCAGAATGG SEQ ID No 7034 11617 2 R GTTATAGGTTCAGCACTGGC 194 492 301 IDF 2370 327 Sets 15394 SEQ ID

  No 997 15394 1 ATTTTGAGATTAGATACTCCCC SEQ ID No 7036 153941 R CCATTTCAAATCAAGATACAGC 25 378 354 SetS 153932 SEQ ID No 998 15393 2 TAAGTGAGTCTCAACCATCG SEQ ID No 7037 15393 2 R AA7TCATCACCCATAATTGC 176 497 AQTAG 1989TAG SEG CTCTAAAAATTTGGTCACTCG 667 972 306 SetA 158602 SEQ ID No 1000 15860 2 F AGAAACATGTGTTCCTAGCC SEQ ID No 7039 15860 2 R TAAGAATGGAACAGGAAACC 1404 1731 328 SetA 158611 SEQ ID No 1001 15861 1 GATGGTTTCAQAGATTGCT7CT AGATT No 701 1002 15862 2 F CCCACATTCTTATTTCAACG SEQ ID No.

   7041 15862 2 R TGAAATAAT7GAATGACCCC 468 773 306 Salts 168782 SEQ ID No 1003 16878.2 F TGGAAACCAATGTTATTTGG SEQ ID No 7042 16878 2 R CCATTCAGTTCACCACTACC ND ND 365 SetC 175042 SEO 10 No 1004 17504 2 ATGGTTGTTACTAAGAGAGTAACAGAGTAACGAAC ID No. 1005 17503 1 F AACATCAAC7GAAGAATCCG SEQ ID No 7044 17503 RR CCAATTTTTATCAAGTTGTCG 270 576 307 SetS 170312 SEQ ID No 1006 17031 2 ATGTTAAAACCTACATCGCC SEQ ID N.

   7045 17031 2 R TTGATACCCAAACTAATGGC 82 479 398 Sets 198981 SEQ D No 1007 198981 F AAATTACAAAAGATACGGCG SEQ 10 No 7046 19898 1 R ATCCATCTACATCACCAAGC 1330 1636 307 SetB 136842 SEO 10 No 1008 13684 2 GGGACTCTACTGQAGATGAACT355 ID No 1009 114602 F GCTATCPAACAAAACCCTGA SEQ ID No 7048 114602.R TTGGTTGTAGGAATTATGGG 3264 3629 366 SetS 197201 SEQ ID No 1010 19720 1 TAAATTTCGTCATTGGAACC SEQ ID No 7049 19720.1 R CAACCTTATCATCTTCCAGG IDAQA 7050 14165 2 TTATCTAAAGTTGTCGTGGC 668 1013 346 SetS 155922 SEQ ID No 1012 15592 2 AAATTGAAAGGTTTACGTCC SEQ JO No 7051 15592 2 TTTTTCAAAGGAATCACTGG 787 1095 309 SetB 155952 SEQ ID No 1013 15595 2 GTTTTGTC No.

   1014 9002 2 F TTAACTGAATTCGCCTTAGC SEQ ID No 7053 9002 2 R TTTGACATCTGCAGTAACCC 238 540 303 Sets 9001 SEQ ID No 1015 9001.2.F TATCGTGATGGGACAGTTG SEQ ID No. 7054 9001 2.R TGTTGGTTTTCTAACTGAATTG 9AT 410Q 329 IDA 410236 ID No 7055 4109 2.R AGGACTTTGGTGGAGTACAAT 1221 1541 321 Sets 18773 SEQ ID No 1017 18773.1 F GGTGTTTATTCGATCATGTCA SEQ io No 7056 18773 1 R CACCCGCATAACCAGTAG 55 385 331 SetB 41042 SEQ ID No. 1018 4104 2 TTTTCT 410 TATTCT 704 1652 300 SetB 166242 SEQ 10 No 1019 16624 2 F ACTCCATTGACCAATACTGC SEQ ID No 7058 16624.2 R AGAATTATCAAACCCACTCG 2239 2550 312 SetB 4995 SEQ ID No 1020 4995 1 CAGTGATTTTAGCAAACACAT SEQ ID No 7059 4995 1 R GTTTACTGATGAAGA 110AG 49

   1021 4994.1 F TAACCCACAAGACAATTTCC SEQ ID No 7060 4994 1.R ATTTACAACGGTAACCAACC 891 1215 325 SetA 49921 SEQ ID No 1022 4992 1 F TATTACATATCCACGAGCCG SEQ 10 No. 7061 4992 1 CTTTCCCTCGTAACAAACC 123 478 359 SetA NoA 4923 7062 49912 R TTTTTAGAAGCATCATTGGC 477 845 369 SetA 19721 SEQ ID No 1024 19721.1 F AAGATTTAATTCCGGGTGAT SEQ ID No 7063 19721 1 R CGATAATAAATCCGGTTGAA 1718 2079 362 SetC 136942 SEQ ID N.

   1025 13694 2 CCAATTAATAGAACCATGTCG SEQ ID No 7064 13694 2 R GGGTGTAAATCAACATCACC 1891 2225 335 SetS 19900.1 SEQ ID No 1026 19900 1 F TAAATGGGGTTGGAAAGG SEQ ID No 7065 19900.1 R TCCATCATTTBQTQAQQ121212 14712.2.R TTCTGGAAGTCTTTTTGCAT 890 1243 354 SetB 147101 SEQ ID No 1028 14710.1.F CCATTATTACATTCATCGGC SEQ ID No 7067 14710.1 R TGACCTGTTTGTACATTTCG 1165 1489 325 Sets 147992 SEQ 1D No 1029 14799.2 F GATTTAGAACQACAQAACQAACQAAC ID No 1030 14797.2 F ACAACAGATCCAACAAAAGC SEQ ID No 7069 14797 2.R AATGAATTCACTGCAACTGG 84 446 363 Sets 10342 SEQ ID No. 1031 1034 2 F AACAGAAACATGAAAATGGG SEQ ID Na 7070 1034 2 R GGTTTTGTTGTACAGTG32 10CT 27Q SEQ ID No.

   1036.2.R TTAAGGGTCGATATTGTTGC 7071 1253 1565 313 10382 SetB SEQ ID NO 1033 SEQ ID NO 10382.F TACAAAGCATCCGATAAAGC 7072 1038 2.R CTTATATCCATTTTCACCGC 64381318 10392 Sets SEQ OJ N0.1034 1039 2.F GCTACTGGGTCTAACTGTGG SEQ iD No 7073 1039 2 475 TGGAGGAACTTTTCTAAAGC 788 314 SetB 14461 SEQ ID No 1035 14461 2.F CAAGTTAATGGTAAATGGGG SEQ 10 No 7074 14461 2 R CAAAGCATCTGCTAATGACC 3577 3903 327 SetA 133192 SEQ ID No 1036 133192.F AACAACAACCAAGATGATCC SEQ ID No 7075 13319 . 1037 137992.F CGTGACAACTTTTTGAAAGC SEQ ID No 7076 13799.2 R AGGTATGCCCTTATTCTTCC 910 1274 365 SetB 137981 SEQ ID No 1038 13798 1 TCTACCTGCATTTCAAGTCC SEQ ID No.

   7077 13798 1 TGCCATCATAAATACAATCG 390 714 325 SetB 137962 2 SEQ ID No 1039 13796 2. .t8 19722 SEQ ID No 1041 19722 lF ATAAGGATTCTGTTGAGGGC SEQ ID No 7080 19722 lR TTTTCTTTGACAACTGAGGC 1268 1597 330 SetA 167702 SEQ ID No. 1042 167702 F GTTTGGTTACATTTATGGGG SEQ ID No 7081 16770 2.R ACAAAAT3GCCQAQ3BQ2

   1043 7580 2 F TCGGGTATAAAATACCATGC SEQ ID No 7082 7580 2.R AAAGGAACATCATCATCTGG 3337 3698 362 SetA 75782 SEQ ID No 1044 7578.2.F TAGAAAACAAAATTCTCGGG SEO ID No 7083 7578 2 CACCACAGTCTTAGAAACTCA 1675 197537BTG7522 ID. 7084 7575 2 TCAACGTSTTTAGTTTGTGG 1439 1739 301 SetA 123162 SEQ ID No 1046 12316 2 TCATTCCCACTTTCTGTACC SEQ ID No. 7085 12316.2.R TCCGAAGTTTTCACTTTACG 352 677 326 SetB 12312.1 SEQ ID No. 1047 12312 1 F CCAATTACATGTT 1 2 370 Sets 5681 2 SEQ ID No. 1048 5681 2.F GATTTCCCACATCAACAAAC SEQ ID No.

   7087 5681 2 ATTCTTCAATTGTGGATTCG NA NA 250 G & Cs 5678.1 SEQ ID NO 1049 56781 F CAATTATGTTTA7AAAACGGGG SEQ ID NO 7088 5678 1 750 1100 351 TTAATGGCTTCACCTTTCC Sets SEQ 10 No 5675 1050 5675.1 F TCATTAGATCAAACCCAACC SEQ f0 No 7089 2104 2403 300 5675.1.R CCCATTTAAATTATTTTCGC SetA 5673.2 SEQ ID No. 1051 5673.2.F GAATTGATGAGAATAACGGC SEQ ID No 7090 5673.2.R TGCCAAATCTTTTAAACTCC 772 1095 324 SetA 18761 SEQ 10 No 1052 18761 1.F CGGGTGTGTAAAAAGTTACC SEQ ID No 7091 18761.1.R TTGACCAAAGTGGA1AQAQBQ60 ID No. 7092 18760 1 R CTTTATTTTCTTCTGGTCAGC 2 217 216 SetS 112702 SEO 10 No 1054 I 1270 2.F TAGTTGATGGGAAAATTTGG SEQ ID No. 7093 11270 2 R GATCAGCTTTCAAAACTTGG 527 850 324 Sets 112712 SEQ ID No. 1055 11271G FCT GAG

   7094 11271 2.R AAAAACTTTCCAACCACATC 61 179 119 SetC 112732 SEQ 10 No 1056 11273 2.F CCACCACAAGAATTATCTGC SEQ ID No 7095 11273 2 R ATGAAAAATGATGAATTGGG 685 1073 389 Sets 112742 SEQ ID No. 1057 11274 2.F TTTAGAATTGAT27 11F GGTTAAACACCACTAATGCC 522 892 371 SetA 104062 SEQ 1D Na 1058 10406.2 F CCGAATTTAGACATTATGGG SEQ ID No 7097 10406 2 R GGCACTAAAACCACAATACC 2495 2807 313 Sets 104072 SEO 10 No 1059 10407 2 F GGTGATTTAATTATTGTGTBTGTGTGTGTGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGTQGBQGTGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG 42G 277 1060 18758.1 F AAACCTGGAAGTGAACCC SEQ ID No 7099 18758 1 R GCTCCTAATACAAATGCACC 2 277 276 SetB

  <Desc / Clms Page number 106>

 
 EMI106.1
 99962 $ EQID No 1061 9996 2 F AAAAACTGTCGTTTTGATGC SEQ ID No 7100 9996 2 R TCTATATCGTCCAAAGGAGC 1276 1637 362 SetA 99952 SEQID No 1062 9995 2 F CTTTAGCCACAAATGACTCC SEQID No 7101 9995 2 AGTCATTAAGGAACATTATT 5

  351 SetA 99932 SEQ No 1063 99932F TTCTCATAGCTCATCATCTGAA SEQ iD N. 7102 9993 2 TAGTTCTGAAACGGTACCCA 54 364 311 SetB 9991 2 SEQ No 1064 9991 2 TTGTGTTGTTCGTAATTTGG SED ID No 7103 9991 2 ACAATTG88T 2A 7104 9988 2 R ATAGTCGCTCTTCGTGTAGC 808 1206 399 SetA 99872 SEQ ID No 1066 9987 2 F AATTTGATTCTGGAGTGGG SEQ ID No 7105 9987 2 CACGAACAATCAACTTATGG 77 631 354 SetAgtag 76G 2TAGGTG 76662 SEQID No 1068 7666 2 TCAACTAACAGATGTCACAGG SEQID No 7107 7666 2 R TGTTGAGGCTTAAATGATGG ND ND SetC 67302 SEQID No 1069 6730 2 F GTGACGACAACTACCAAACC SEO No 7108 6730 2 TTC 2642 383 Sets 19723

  SEQ No 1071 19723 I CTGTGTCGAATGAAAGTGG SEQ 10 No 7110 19723 1 R TATCCCCCGATATTCTATCC 6371 6709 339 SetS 12859 SEQID No 1072 12859 2 F TATGCCAAAATTGAACAAGA SEQID No 7111 128592 R GAAAGTAATCTTG19T GCTTCACCTTCTAAATCAGC 555 953 399 SetS 52032 SEQID No 1074 5203 2 F ATTTTGGACCATTTTATTCG SEQID No 7113 5203 2 R CTAAATATATATGATGACCGGC 962 1342 381 SetB 5201 2 SEQ No 1075 5201 2 F TTAGATGAACCGTG2T32 2BTGTIGTCTBTG2TBTGTBTGTBTGTBTGTBTBTGTBTGTBTGTBTGTBTGTGTBTGTGTBTGTGTGTBTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTQ2 2GTGTGTGTGTGTGTGTGT2] 2 F AATTTGGTTGGAAATTTGG SEQID No 7115 5198 869 1181 313 Z TCAATTGAACCACTAGCACC sets SEQID No 51972 1077 51972F TCTAAATCAACTTTGGTGCC SEQ No. 7116 5197 1345 1712 368 2 ATTAAAACTCCCAAAATCCC sets SEQ ID No 27191 27191 1078 F AATATCCACATCTTGAACGG SEQID No 7117 2719 295 622 328 1 CAAATTGTTTACTTTTGCCC SetA 200731

  SEQID No 1079 200731 F GTGAAAGCTGTTGAGAAAGG SEQ 10 No 7118 20073 1 ACCACTTGACTAGGTTACGC 649 1018 370 SetB 27172 SEQID No 1080 27172F AATTGCGTTTAATTCCGAT SEQID No 7119 2717 2 CACCGAAAATGTAGAACAAA 1010 27QA R GGTATTAGTTTCCGGGGTAT 1403 1740 338 SetB 2702 SEQID No 1082 27021 F TTTTGGGTGTACCGTTAGC SEQ No 7121 2702 1 CCCAATTAGTCCTAACAACG 1163 1482 320 SetC 86992 SEQID No 1083 8699 2 F ATGACACCAACTTTCA12 2CC ATTACA 2A ATTATTGGCATCGAAAACTT No 7123 8698 2 R ACGGTATCGTCTTTTTCATC 1197 1574 378 SetC 86942 SEQ ID No 1085 8694 2.F AGACATCTGCTACAGCCATT SEQIO No 7124 8694 2 R TGATTCACGACAAACTTCAC 1220 1551 1495 390 Sets 94662 SEQID No

  1087 94662F ATTATGTCAAATTTTTCGCC SEQ ID NO 7126 9466 2 GAACAAATGCTTTAGTCTTAGC 1895 2233 339 Sets 94622 SEQ 10 No 1088 9462 2 F TCCAATAAAAGAAAAGCAGC SEQID No 7127 9462 2 R TTAACACTTTAATGGCCTCG 1849 2173 325 SetB 9461 1 SEQ No. 1 089 9461 1 F TGGTCAACGAATATTTAATGG SEQ ID NO 7128 9461 1 TTAAATTCATCGAAAGTGGG 114 454 341 SetB 94591 SEQ No 1090 9459 1 CAATCTGCATTACAACAAGC SEQ ID No 7129 9459 1 R ATTCCAGGTACAAAACTTCG 367 760 394 Sets 19650 SEQ ID No 1091 19650 1 CGTAAAAATAAGGGAGCCAT SEQ No 7130 19650.1 R AACACCIDAG10 10 No 7131 10382 2 R TGGAACTTGATTTCCTTGAT 699 1020 322 SetS 103812 SEQID No 1093 10381 2F ATCTCCAAGACCTGATTTCC SEQID No 7132 10381 2 R CAAGTCCAACATCTCTAGCC 225 550 326 Sets 10376 SEQ No 1094 10376 1 TGAGAATCTTCT 10T6 10371

  10466 2 F TCTTCAAAGAAGGGGTATCA SEQ ID No 7134 10466 2 R TTCTTTGGTGGTGGAATATC 1350 1682 333 SetC 10464 SEQ No 1096 10464 2 F TGTGACTATTGGAGATTTTGC SEQ No 7135 10464 2 R CGAGTTACCATAATCGATC ID 10474 247 R TATGAACTCATGTGGACTGC fui70 1014 345 SetB 104591 SEQ 1098 10459 1 TGTTAGCCTCAAAGAATTGG SEQ ID NO 7137 104591 R AGTTGCAAACAAGATGTGC 827 1140 314 Sets 10457 SEQ No. 1099 10457 2 CAAACTACTCAACAAAGTCAATG SEQ No. 7138 10457 2 R GTATTGAGGCGACTTTTCC 1,270,323 SetB 104552 SEQ ID NO 1100 10455 2 GCTCTCGATTTATCCTTGAA SEQ ID No 7139 10455 2 R AGGCATACTCAAGAGCCTTA 457 822 366 SetB 104541 SEQID No 1101 10454 1 TATTGGAGATTTTGCTCTGC SEQ 10 No 7140 10454 1 GTTCTTGTCAGTCAATGT1CC 153 354 202 SetC 104522 SEQ 10 NTA2 AGT245 Sets 101332

  SEQID No 1103 101332F AATAAAGTTGGCTCTTCACG SEQ No. 7142 10133 2 R CTGTTACCTTGATTTCTGGC 4423 4742 320 Sets 132782 SEQ No. 1104 13278 2 TGTGATTATTGTGATGTGGG SEQ ID NO 7143 13278 2 R GGACAATTGATCTTCTTCCC 688 1043 356 SetB 132752 SEQID lees No. 13275 2 AGTGATGTGGATAGATTGGG SEQID No 7144 13275 2 R ATTCAACATAGTTTGCTGGG 988 1309 322 Sets 13423 SEQID No 1106 13423 2 CAAATGTCATTGATGTCACC SEQID No 7145 13423 2 CTAACTTTCCAATTCATGGC 707 1091 385 Sets 102622 SEQ ID No 1107 10262 2 ATGATCAAGTGGTATTTGGC SEQ ID No 7146 10262 2 RTTGACTTATATA 10 7147 102592 R AAGCTTCTAAAGCATGTTCG 376 760 385 SetB 102582 SEO 10 No 1109 10258 2 GGATAAATCTAAGCAAAGCG SEQ ID No 7148 10258 2 R TACCTCTCCTTCATCAATCG 1235 1548 31AG SetG 2007AC CAAG NoAG

  144792 SEQ No 1111 14479 2 F TGACAACAACAACTCCACC SEQID No 7150 14479 2 R TTCGACTACCCAATAAATCC 2688 3013 326 SetA 199021 SEQID No 1112 19902 1 ATCGTCGTCAACTACCACC $ EQID No 7151 19902 1 ACTGGCACTATTGCTATTA 1548 1948 1 R ATTGCTCCCATCACAATAAT 847 1158 312 SetC 166462 SEQ 10 No 1114 16646 2 TTGACTACAGGGAAAGTTGG SEQ ID No 7153 16646 2 R AGCAGAAATAGTAGAGGGGC 274 651 378 SetB 13017 2 SEQID No 1115 13017 2 TTGAAGAGATGACA7GTAC7G7 1 CAATTCATTTAGTATCCCAGG SEQ ID No 7155 13270 IR GAATTCCAAATAAATCGGC 462 763 302 Sets 132681 SEQ ID No 1117 132681 F AAATTCAAAATCACGTTTCG $ EQID No 7156 13268 1 TTGAATTAGTGAATCCAACG ND ND 346 SetC 132642 SE

  2697 313 SetB 144452 SEQID No 1119 144452F F ATTGATAAATTACCCCCTCC SEQID No 7158 14445 2 R ACATGA-RTCAATTCATCATACC 2731 3044 314 SetS 142542 SEQ No 1120 14254 2.F TACCTGATCATCA4CA4TCC SEQIl7 No. 7159 2 F GGAGGATATGAAAATCGTGA SEQID No 7160 14255 2 R TCTTGATCGTGGCAGATATT 211 573 363 140 332 SEQID No Sets 1122 14033.2 F AATATGACCACAACCAAAGC SEQID No 2 14033 7161 2752 3128 377 GGTTCAATAGCTTCACATCC Sets SEQID 50581 1123 50581 F CAACCGATGAAATAGACACC SEQID No. 7162 5058 1103 1442 340 IR GTTGCAATGTTTTCATCTCC S.te 5061 1 SEQ No 1124 5061 1 TACTTCTAGCTGGAATTGGC SEQID No 7163 5061.1 R ATCCTTTTCAGGATCATACG 56 318 263 Sets 5062 1 SEQID No 1125 50621 F TATGAATTTATGGACCACCG SEQID No 7164 5062 1 ATGCAATTTATACAABTGQBGQTQBGQTQA 2 TATAAGCACCAAAGAAACCC

  547 886 340 SetB 196521 SEQID No 1127 196521 F CAGATTTGGTCACTTTCTCC SEQID No 7166 19652 1 R AACTTGTTTCTTGCTTCACC 389 707 319 SetA 19651 SEQID No 1128 19651 1 GACTATGAAAATTCCGTTGG SEQID No 7167 19651 LR TGATAATACTAGAGTAG 197CT19219 19724 IR TCTACACCACCTGTAACACC ND ND 341 SetC 148052 SEQ No 1130 14805 2 F CAATTTGTGTCACTTTGTGC SEQ No 7169 14805 2-R AGTTGCCTTCTTTTTAACCC 1297 1617 321 SetB 14802 1 SEQID No 1131 148021 F AAGATAGCATAACTCACACATIACACATIACAC F TGAAAAATTCACCTCTC7CG SEQ No 7171 199031 R ATGATGTTTCCATTCCTGAC 828 1148 321 SetS 69301 SEQID No 1133 6930.1.F TGAAAAGACAAAAGCATCG SEQ ID No 7172 6930.1.R AGTTGTGACGTAAGTQT3A41

  Sets 915 374 SEQID No 69201 69201 1135 F TCAGGTAAATACACCTTGGG SEQID No 7174 6920 lR TCCAAAATGGACAAAGTACC 61284224 187431 Sets SEQ No. 1136 18743 1 7175 18743 TCCAACAAAGAAAGAACCC SEQID No 1 TTTTGGAAAGAACCTTTAGC 119 446 328 119 292 SEQID No SetA 1137 11929 2.F TTTCTTTATGAATGGGTTGG SEQID No 7176 11929 2 R AATTTCTCACCATCAAAACC 460 782 323 SetA 119271 SEQID No 1138 11927 F TTTTGCTGTCTTGTTCACTG SEQ ID No 7177 11927 1 R GAATCTTTACCAAACCCGTA 1182 1571 390 SetC 119261 SEQID No 1139 11926 1.F AGTTACACAATCACTAGCATICACGTACGAC 119 F AAGTGTTCACATTATTGCCC SEQ ID No 7179 11923 1 R 1CAATCTTCTCATTTCACCC 1007 1351 345 SetA 172162 SEQID No 1141 17216.2 F GTGTCGAATGACGAACACT SEQID No 7180 17216.2 R CCGCTCTCGTAAATCAAA 544 941 398 SetS 17216 SEQA.

  110 336 227 SetB 172132 SEQ No 1143 17213 2 F TCTTGAAGCACTTGAATGAG SEQ ID No 7182 17213 2 R TTTTGTGAACTGCGATTTTA 1016 1350 335 SetB 10394 1 SEQID No 1144 103941 F TGCTAAACCTGAAAAAGTCC SEQID No 7183 333A CAAAAACCAAGTCAAGAACC SEQ ID No. 7184 10395 2.R TCTTGAGTCATCAAGTCAGG 572 929 358 SetC 10399 SEQ ID No 1146 103991 F AAAAGCCACTATTGTTAATCG SEQ ID No. 7185 10399 1 R TTTTCAATTCCTTTTGTTGC 351 685 335 SetA

   7186 10404 2 R CTTCTGCTCCATTTCTTCC 314 670 357 SetB 102232 SEQID No 1148 10223.2 TCGTAATTATATTGCCCCAG SEQ ID No 7187 10223.2.R AATTGGCCAGCAA4CTATTA 2274 2611 338 SetS 199061 SEQID NoCC 1185 1990C TQATCCTAC18 No 2 F ATTTTCAGTGGCTGCTATTC SEQ No 7189 10215 2.R CATCCTTATAAAAGGCACCA 1167 1549 383 SetC 3937.2 SEQ No 1151 3937.2.F ATGAACAATTTCAATACGGC SEQID No 7190 3937 2.R ATATGGATTAGCACTAGCGG 1151 1473 323 SetA 1452 1048 1376 329 Sets 134312 SEQ ID No 1153 13431 2 F ACCTGAAAATGTTTTGTTGG SEQID No 7192 13431.2 R TGATAGCCCATTCATTATCC 3912 4225 314 SetB 154041 SEQ ID No 1154 15404 1 ATTCAAAATTGAACCCATCA SEQ ID No 7193 15404 1 RTTGAATIA 173

  TAATGGTGAATTCATAGGGG SEQ ID No. 1 7194 18739 948 1265 318 R ACTTGTTGACGTTTAGGTCG SetB SEQID No 17195 17195 1156 2 F CAACCACAACCATACGTAAA SEQID No 7195 1540 1866 327 17195.2.R TTTATCCTCATATTCAGGGG SetB 134 862 SEQID No 1 157 13 486 2 F TCATTTTTAATTGAATTGCG SEQID No 7196 13486 2 769 1099 R ATTTGTTTTCCACTTGTTGC 331 SetB 70302 SEQID No 1158 70302F F GATTCCAATTCAAATGAACG SEQ ID No.

   7197 7030 2.R CMAATTTGTCTTCAGCGG 1282 1650 369 SetS 7031.2 SEQIO No 1159 7031 2 F AAACATGTTCCAGCTAAACC SEQ No 7198 7031.2.R TTAGCTGCCATTCTTAAAGC 58 332 275 Sets 70332 SEQ No 1160 7033.2 F GAAAGAATTCTT 2.T No 1161 7035 2 TTCCAGAATACATTTTACCGA SEQ ID No 7200 7035 2 AmGTCTTGTCTTGTCCGA 1514 1872 359 Sete ID No 1162 7038 2 F AGAAAGAGTTACAGCATCGG SEQ ID No 7201 7038 2.R ACCAAAACA7TCATAGGA TAGTA 7041 70412 R GATCATTGGCAAATACAGG 671 1039 369 SetB 70442 SEQ No 1164 7044 2 F TTAATTGAAGTTGTTGGTGCT SEQ ID No. 7203 7044 2.R AGTGAAAAATCTAGAAAATCCAA 724 1080 357 SetC 13909 SED io No 1165 139091 F AATATAGAGAC90 # 164 ID Na 1166 13908.2 F CATAAAGCTGCTGTTAAGGC SEQ ID No.

   7205 13908.2.R GGCTAAAGTTAAATTGTCCG 1438 1767 330 SetB 149862 SEQ ID No. 1167 14986 2.F TGTTACAAGAACCCAAATGC SEQID No.7206 14986 2.R TTCAATTTATTGACCCAAGC 925 1295 371 SetGTG NoGTAG No 1168 14985 2.F CAGT 1057 370 sets 14872.2 SEQ10 No 1169 14872.2.F CTTTAGCTGGACAAAGATGC SEQ10 No 7208 14872 2 R GTGCTATCAAATCCTCTTCG 1037 1366 330 SetB 148711 SEQID No 1170 14871.1 F TGATACATAAT7TAGGGGGC SEQ No.7209 14871 1.R ATGTTGCCAQ SEQID No 7210 14870.2.R AAATCAAATGACGATGAAGG 2141 2459 319 SetB 15662.1 SEQID No 1172 15662 1.F TTCCAACTTATGGAGACTGG SEQID ID No 7211 15662 1 R TTTATACGGACTAACACCCC 50 360 311 SetS 15661 SEQ ID No.

   1173 156611.F TATGGGTTACCAATGCAACT SEQ 10 No 7212 156611 R TTTTGGTGAATTACAAGGCT 493 848 356 SetB 15660 SEQ 10 No 1174 15660 2 F GACGATTGCTAAAACTGAGG SEQID No 7213 15660 2 R ACCAATGCTTTTAAAG7TAA 585 93582 352 93582 .R AATATTTCTATGCCAGCAGC 814 1184 371 SetB 16081 SEQID No 1176 16081.2 F CCTTAAAAGCAGAAAAGAGG SEQ ID No 7215 16081 2.R CTCTTTGAATACAAGGCACC 551 874 324 SetB 15970 2 SEQID No 1177 15970 2 F TGGAGAAAGTTATTCATCCATCCATTCATTCATCCATCCATCCAQA 1178 118192F CAATCAATGATGGTGAAATG SEQ No 7217 11819 2 R CTTCAACAGTTGGTCCACTT 1652 1960 309 SetB

  <Desc / Clms Page number 107>

 
 EMI107.1
 11817 2 SEQ D No 1179 11817 2 F TCCCAAATATTATCACCACC SEQ rD No 7218 11817 2 R ACCGTCTCTAATTATCATCCC 1569 1923 355 SetS 118 152 SEQ ID No 1180 11815 2 F CAGTCACAAAAGGAAATTGG SEQ ID

  No 7219 11815 2 R TTTCACCCCATAAAGTATCC 1036 1399 364 SetB 11814 1 SEQ ID No 1181 11814 SF AAAAGAAAAA77AA7GGGTGG SEQ ID No 7220 118141 1 R TTTATCAGCTGTGATGTTCG 459 786 328 SetS 18732 1 SEQ ID No 118CA 187AC 1AQTQAQTQA 318 280 SetB 200791 SEQ ID No 1183 20079 1 F TACATTA7GGATGACGCAGA SEQ ID No 7222 20079 1 R TGTTTGTTGCTTTTGTTGAC 1 348 354 Sets 157852 SEQ ID No 1184 15785 2 TTTGATGAAACTTATGCTGC SEQ ID No 7223 15785 2 R TTCAATGA 157 117 1 F AAGAAC7TGGAAAGAGATGC SEQ ID No 7224 15 784 1 R CACATCAGCPATCTTCTTGG 31 372 342 SetB 15781 SEQ 10 No 1186 15781 2 F CTCAGTAAAGTTGGC7ACGG SEQ ID No 7225 15781 2 RAATGGTTGTTCTTTACCJTA 2GTNQ2GQ25 R GTAGTGGCCAATAATGA4GC 1249 1610 362 SetA 140262 SEQ ID No 1188 140262.F

  GTTGCTCACAGTGGTATCG SEQ ID No 7227 14026 2 R CTTGGTGATAGTTCATCTTCG ND ND 359 SetC 79142 SEQ ID No 1189 7914 2 F GCGAAGGTGGTATT7CATC SEQ JO No 7228 7914 2 R CCAGCCTCCTA4TAAAAACT 1078 SEAC 1990 CCI No 1190 IDAQA GTAAAACCATGACTTGCAGC 172 557 386 SetA 79222 SEQ ID No 1191 7922 2 F ATGTCAATGGTAATTCTGGC SEQ ID No 7230 7922 2 GTAATTTCTCTCCCTTTGCC 2711 3052 342 SetA 127672 SEQ 10 No 1192 12767 2 F TATGGGATATTTGAA TAC 72 NO67 31CC 1193 3873 2 F TGCTTCTTGTGTTATGA7GG SEQ ID No 7232 3873 2 R AGAGTG7AAACCATGAACGC 696 1092 397 SetA 3872 2 SEQ 10 No 1194 3872 2 F ACCAGGGTTAATCAATTTCC SEQ ID No 7233 3872 2 R TGAAACCTAAAACTTCACCC 114 41G SEG TTGA 384G 7234 38702 R CTCCACTAGCTGGATGT7G7 2181 2545 365 SetS 38662 SEQ

  ID NO 1196 3866 2 F TATTTGAGAAACCTTCGAGC SEQ ID N. 2 TGAAGAATTGGAATMTGGC 7235 3866 160 487 328 96 282 SEQ ID NO SetA 1197 9628 2 F TGCATTGAATGAAAAAGGTA SEQ ID NO 7236 9628 2 717 1027 311 R 7CAAATAATCATCTGCCCAT sets 96261 SEQ ID NO 1 1198 9626 F SEQ ATGAATT7ATTGCTGAA7TTGC ID No 7237 96261 R AACA7TGGATGATTACTTAATGG ND ND 316 SetC 96242 SEQ iD No 1199 9624 2 F CAATTCTGCAGATAGAACTGG SEQ ID No 7238 9624 2 R CACATT7GA7TTCTTTTGAGC 1362 1668 307 SetS 96232 SEQ IDGAG 2GGTAG 2G ATG 2GTAG 2831 320 Sets 90341 SEQ ID No 1201 90341 F ATATGAAAGTTCTAAAGGGTTA SEQ ID No 7240 90341 R CTGTAACTATAAGTCTTGTTG ND ND ND SetC 90302 SEQ ID No 1202 9030 2 F CATTGAAATTCCAACAATCC SEQ ID No 7241 9030 2 R CA7TA29 90 120 F TTTATTTTGTGGGATTTTCC SEQ ID No 7242 9029 2 R GCA4CTTC4ICAAACAATACC 3750 4130

  381 SetA 18725 1 SEQ ID No 1204 18725 1 GGAGAAGGAATCTAATTCGG SEQ ID No 7243 187251 R CTGTCAATGGCTTATTGTCC 615 985 371 SetA 18724 SEQ ID No 1205 18724 1 GGTTTACATCAGAAGCTTGG SEQ ID No 7244 18740 31GTCT24G24T24GT24A F MTTGCCCAACAGTATAAGC SEQ 10 No 7245 3174 2.R ATTGCCAATATCAAAACTGC 966 1301 336 SetA 31702 SEQ ID No 1207 3170 2 F AAAAACTTGTTAGCCAAA7CC SEQ ID No 7246 3170 2 R AGCTCAATC7TTCTCTTCCC 4585 4886 30QAGA 987AGA 98BAG 987 R CATGTTGCTGTAAATCATCC 6432 6823 392 SetS 9881 2 SEQ ID No 1209 9881 2.F GCAACTCACCTCAATAGACC SEQ D No 7248 9881 2 R TTTCTAGCTTCCAGTTCTGC 2395 2765 371 SetB 98802 SEQ \ 0 No 1210 9880 2 ATGCATCAAAACCATACTA47Q80 4780 SetS 100962 SEQ ID No 1211 10096 2 F AGTGGAGACAGTGGTAATGG SEQ ID No 7250 10096 2 R

  CACATTTGTTTCAATTCTGC 3501 3812 312 SetA 105 102 SEQ ID No 1212 10510 2.F ACATGGGTCGATTATTTCC SEQ ID No 7251 10510 2.R CTTTGTGATGAAGGATCTGG 112 443 332 SetA 10508 SEQ ID No 1213 10508 1 GTACCATTATTTTTGGAT 7G ID No 1214 10503 2 F AAT7CTAAAATTGCTCCACC SEQ ID No 7253 10503 2 R AAACAAAGAGCAGCTAATGC 21 172 152 SetS 14693 SEQ 10 No 1215 14693 2 F TTTGGGAGCTAATTATAGCG SEQ ID No 7254 14693 2 R AATATGGCTCTGGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGAG No 7255 197261 R TTTCTTCATGAGAATGACCC 973 1342 370 SetB 135042 SEQ ID No 1217 13504 2 F CCAGTACTCA7CGTCATCG SEQ ID N.

   7256 13504 2 R GGTAA777AGGAGGAGGAGG 2831 3134 304 Sets 64022 SEQ ID No 1218 6402.2 GCCATACTCATGATAATCTTCC SEQ ID No 7257 6402 2 R TCATTTTGTTCAATTCCACC 101 401 301 SetS 18718 SEQ 10 No 1219 18718 1 f CAAGGAGTGA 0A8ATI2A18A1821818 SEQ ID No 1220 6406 2 F AAATCACTGGTGTGACTTCC SEQ ID No 7259 6406 2 R AAATACCAGCATCTTTTTCG 1133 1495 363 SetS 64102 SEQ ID No 1221 64102 F GATGAAGGATTTGAACAAGG SEQ ID No 7260 6410 R TTnCACCiTCATCCAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAAQAQAQAQAQAQAQAQAQAQAQAQA 19910 1.R CGTTAACTGTTCCTAAACGG 949 1327 379 Sete 108372 SEQ ID No 1223 10837 2.F AGAGGGGAAATATGGATAGC SEQ ID No 7262 10837 2 R ATTCTCCTTCAGCTTTTTCC 943 1252 310 SetS 108352 SEQ ID No 1224 10835 2 F GACATACAGAGATAC 108CC 2G 340 Sets 108332 SEQ ID No 1225 10833 2 F

  GTGGAAGAACAATTCAAAGC SEQ ID No 7264 10833 2 R AACATGTATGAGATTTGGGC 2035 2401 367 Set8 108282 2 F TTATTCGGTGACATTT7TCC SEQ ID No 7265 10828 2 R CATCATCAACTTCATCTCCC 315 628 314 ID 2 ACT1717 388 297 SetS 101732 SEQ ID No 1228 10173 2 F ATGAAATGCAATCAAAAACC SEQ ID No 7267 10173 2 R ATGTGGGTTGA7AAAGTTGG 23 253 231 Sets 101711 SEQ ID No 1229 101711 F CTGCCATCTATCAACTTTCC SEQ ID No 7268 10177 1G TAA 52A 10G7GTGTAA 52 1 ACTACAA TCCAACCAAAAGG SEQ ID No 7269 101681 1 R GTAGCAAGACCACCAATCC ND ND 327 SetC 55492 SEQ ID No 7270 55492 R T7TTCTTTTCTAATGTGTGTGTQQGTQQTQQGTQQGTQQGTQQGTQQGTQQGTQQGTQQGTQQTQQTQQGTQQTQQTQQGQ .

   378 SetC 55452 SEQ ID No 1233 5545 2 F CCACAAGAACCAGAAATACC SEQ ID No 7272 5545 2 R CATTTTTCAAATTAGCCTCC 1303 1615 313 Sets 55402 SEQ 10 No 1234 5540 2 TAAATGGTCAAGTTCAAGCC SEQ ID No 7273 5540 2 CTAGAACCACC1313QTQ2QQ2Q2Q2QQQQ2Q2Q2QQ2QQQQQ2QQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQ0Q0Q0Q0Q0Q0Q0Q0Q0QQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQ05 F GAGAAT7ATCGAATTGGTCG SEQ ID No 7274 16213 2 R GA7TAACAAATCGACATCAGC 789 1134 346 SetS 162 122 SEQ ID No 1236 16212 2 F GAACAAGGTTTGAATTCTGC SEQ ID No 7275 16212 2 R GCTGTCAACTCTCTTTCTCC 184 536 35Q SEAG 12GAG 2GAG 72A R TGGTTGTTAAAGAGACCACC 1813 2162 350 SetB 64192 SEQ ID No 1238 64192 F CCATTGAAGAAGAATTGAGC SEQ ID No 7277 64192 R ACATCACAACAAAGGTTTCC 290 659 370 StE 6418.1 SEQ ID No 1239 6418 1 CTCTTTCAAGAAAGGCTACT 72 GCCIQAQ18QCCAQAQ18 2.F GTTGATGAGTTTGGAAAAGG SEQ ID No 7279 6415 2.R

  CGTCATCTCCGTTATCTAGC 1186 1555 370 SetB 18712.1 SEQ ID No 1241 18712 1 F CATTGTTCCAAGAAAACCTT SEQ ID No 7280 18712 1 R GAAGATGACTGGTCCTGGTA 78 176 99 SetC 147342 SEQ 10 No 1242 14734 2 F GATTATGCCACTTATTTCGG 72Q91 124492 SEQ JO No 1243 12449 2 F AAACTGGAGAAAACAAAAAGG SEQ ID No.

   7282 12449 2 R CTTCCAAGT7CAATTTACCC 93 391 299 SetA 124482 SEQ ID No 1244 12448 2 GGAAGAAAGTGACATTGAGC SEQ ID No 7283 124482 R AAATTGCACATACCATCAGC 2073 2372 300 SetA 123462 SEQ ID No 1245 123462 F TGAATTATAATCCTTQT34TCCTQT34TFTQT34TFTQTQT34TFTQTGTQTQTQT12 No 1246 12348 2 ACCACAACAAACTTCATTCC SEQ 10 No 7285 12348 2 R ACACTCAAGTTCT1TGGACG 429 746 318 StE 13513.1 SEQ ID No 1247 13513 1 TGTCCAGGTTACTCAGAAGG SEQ ID No 7286 13513.1 R AAATTCACAACTTCGACACC 10 3311 2QTBBQ 7287 13511 2 R TCAAATTCAGAATCACAAGC 660 1004 345 SetS 135092 SEQ ID No 1249 13509 2 AACAAATCATCAAATACGCC SEQ ID No 7288 13509 2 TAAGCAACTAAAGCAGAGGC 83 434 352 SetB 13508.2 SEQ 1P N.

   1250 13508 2 AACAATGCCTACAATTTTGC SEQ ID No 7289 13508.2 R ACGTACTTTGAGACTCCAGC 14 329 316 SetS 135072 SEQ ID No 1251 13507 2 AGAAGACGTAAGGTGAGTGG SEQ 10 No 7290 13507 2 R ATCCTATTTTTGTQ67 1153 3 125 .R TCCAGTTATTGGAATMGGC 43 397 355 SetS 86421 SEQ ID No. 1253 86421.F ATAGAAGGGAGACAAATCCC SEQ ID No 7292 8642 lR CGTTTCAATATTCTTGTTCG 1511 1863 353 SetB 86272 SEQ ID No 1254 8627 2 F ACACCACCTACACAGAGAGAGAGAGAGATAGAAGTAG 72A. SEQ Ip No 1255 142321 F CGGTGAATGATAATCCTGTT SEQ ID No 7294 14232.1.R CATTCAATTCATGGTTCAGTT 1205 1594 390 SetB 14233.1 SEQ 1O No 1256 14233.1 F CCACATTAGGAACACCAGC SEQ ID No. 7295 14233.1 R GATCC7TGTTCATITAGTTAGTT3 D No.

   7296 14241.2.R GATGATGAGCCAGAACTACC 4153 4481 329 Sets 141262 SEQ ID No 1258 14126 2 F GGTCATTACGAGACAAGTCC SEQ ID No. 7297 14126.2.R TTT7CGATTTCACCTAATCC 545 848 304 Sets 14127.2 SEQ ID No. 1259 1412AC 72AQT12. R TTTAAATAACGAGCCATTCC 508 818 311 Sets 1080 012 SEQ ID No 1260 10801 2.F GCCAAttCTAAAGT7TCAGC SEQ ID No 7299 108012 R ATCPMTATGGCPAAACACC 4919 5168 350 s.tB 145872 SEO 10 No. 1261 14587 2 F ATACTTGCAGGATATTTGCC SEQ 10

   7300 14587 2 R AGACTTCAAAAAGCAAAAGC 13 318 306 SetB 31472 SEQ ID No 1262 3147 2 F AAACATTAGTACGCACCAGC SEQ ID No 7301 3147 2.R TAGCTTTTCATAACGCATCC 2099 2406 308 Sets 31442 SEQ ID No 1263 3144 2.F TGTTTCCTTGTTGATTACATT 7 204 546 343 SetA 31432 SEQ ID No 1264 3143 2.F TGTTCGTAATTATCACACCG SEQ ID No 7303 3143 2.R GAGCTGACAATAGCGTTACC 1113 1415 303 Sets 31412 SEQ ID No 1265 3141.2 F TTTTGCTTTCCAAATATTCC SEQ D No 7304 31GTAG 31.GTAC. No 1266 31401 F GATTTGAAATTTGCTGTTCC SEQ 10 No. 7305 3140.1 R TCAATACGTCTAGACAACGC 1174 1538 365 SetA 6675.2 SEQ ID No 1267 6675 2 F AGAAGTTGTTGCTTCAGTGG SEQ ID Na 7306 6675.2 R AATATTCTGGAQ IDGAGGAGAGACC 2.76 No.

   7307 6676 2 R ATTTAGGAGCTTCATTCACG 1210 1603 394 Sets 66782 SEQ ID No 1269 6678 2 F GTTAACTTCTCCA7TGGTGG SEQ ID No 7308 6678 2.R TGGTGAAAATAATGAAATGC 966 1320 355 Sets 66791 SEQ ID No 1270 66791.T AAGCT No. 377 Set8 66802 SEQ ID No 1271 6680 2 F ATTGAAACAACCAAGATTCC SEQ ID No 7310 6680 2 R CAAAACATGGGTTTTGTAGG 988 1301 314 Sets 66822 SEQ ID No 1272 6682 2 ACGTTGATAGGATQAQAQATA SEQ ID No. 7312 196261 R RTCTTCTTGTTCCTMGAGC 661 992 332 setb 11713.1 SEQ 10 No. 1274 11713 1.F ATTTGCTGTTAAACCTTTGG SEQ 10 No. 7313 117131 If) GTGCTCTTTCATCAGAMCC 381 760 380 Set8 117141 SEQ ID No.GTGATAT TT14

   7314 117141.R TGGGGATCCAGATACTACAA 35 161 127 SetC 117161 SEQ ID No 1276 117161 F AATACCAACATTTTTGCAGG SEQ ID No 7315 11716.1.R ATCATTGTTAAAGTGACCGC 940 1323 384 SetB 117172 SEQ ID No 1277 11717.2 F AATGTTCTTTC17 117 F17AT. 19912 SEQ 1O No 1278 19912.1 F GGAATGT7CAGACGAAGATG SEQ ID No. 7317 19912 RR CTTTATCGTCA4CAGCAGAA. 306 697 392 SetC 53422 SEQ ID No. 1279 53422.F TTTCTGGTTATTCCGTAAGC SEQ ID No 7318 5342.2.R GATTCTGGTTCCAATAATGC 6255 6587 333 Sets 5335 1 SEQ ID No 1280 5335 1 GATATAAATCATGCCCAAGC SEQ lD No 7319435 1.T ID No 1281 5333 2.F TGATAGATGGATGGGTGAAG SEQ ID No. 7320 5333.2.R CAGTTCACGTGGAAGAGAAG ND ND 346 Setc 5330.2 SEQ ID No 1282 53302.F AGTATTATCAAATGGTGAAGCC SEQ ID No.

   7321 53302.R TGATTTTTAACCAAGGAAGC 78 347 270 Sets 11343.2 SEQ 10 No 1283 11343 2.F GTGGGTAATGATTCTCAAGG SEQ 10 No. 7322 11343 2 R TCTCTAGCACCTTCATCACC 793 1160 368 Sets 113441 SEQ 1. No 1284 11344.1AF ACGTC 11ACT 347. 636 966 331 Sets 113471 SEQ ID No 1285 11347 1.F CTTTCTCCTCTTCTTCC CA SEQ ID No 7324 113471.R ACAGATGCCACTAAAGAGGA 40 208 169 Setc 146241 SEQ ID No 1286 14624 1 F CACTTTTGAGGGAGAATGT SEQ ID No. 7325 14624A R ATGA ID No 1287 14623 2 F GATGGAACTGTTACAAAGCC SEQ ID No 7326 14623 2 ATCAATTCAATTTTCGTTGG 475 812 338 SetS 6003.1 SEQ ID No.

   1288 6003 1.F MCCAATACAAAAG7TGCC SEQ ID No 7327 6003.1 R AATTGGATGCTTGAACrIGG 3857 4210 354 SetA 18700.1 SEQ ID No 1289 18700 1 F AATGCAATAAAAGAAACCCC SEQ ID No 7328 18700 lR GTCTGGTTCTATTGGAQAQ22 NO22922 No 7329 12922 2.R CATACAACTTCCAAATTCGC 2027 2371 345 SetA 15306.2 SEQ ID No 1291 15306 2 F TTGAATGCTAATGGTAAGGG SEQ ID No 7330 15306 2 R TAATCTCATTTTGGCAAAGG 2233 2586 354 SetB 88342 SEQ ID No.

   1292 8834 2 F TTATTCCAACGTACAAACTCC SEQ ID No 7331 8834 2 R GTTGCCTTATGATAGGTTGC 213 538 326 SetB 165762 SEQ ID No 1293 16576 2 F ATCTTGGTATCGTTCTGTGC SEQ ID No 7332 16576.2.R CATCCAAAATRACTAAAQAQQ19AQAQAQAQAQAQAQAQAQGQAQAQAQAQGQAQAQAQAQGQAQAQAQAQQAQAQAQAQAQAQQAQAQAQAQQAQAQQAQAQAQQQA 7333 197291.R AATAACAACATTGGGAATGG 1009 1334 326 SetA 101422 SEQ ID No 1295 10142 2 F TGAATACGTTGAGAATGTCG SEQ ID No 7334 10142 2 R GTCAGCTTCTTGTMCCAGG 1769 2160 392 SetA 101402 SEQ ID AGGAAQA.

   7335 101402, R AARACCACTGTGTCTGTATTGA ND ND 367 SetC

  <Desc / Clms Page number 108>

 
 EMI108.1
 101382 SEQ ID No 1297 101382 F AGATTTGCAACATTCAATCC SEQ ID No 7336 10138 2 TACATTCT-FGCTTGAACAGC 133 455 323 Sets
 EMI108.2
 
 <Tb>
 <tb> 101342 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1298 <SEP> 101342F <SEP> TATAAATAAACCGGCAAACG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 7337 <SEP> 10134 <SEP> 2 <SEP> R <SEP> CTTATCAGCTGTGTCAAACG <SEP> 939 <SEP> 1260 <SEP> 322 <SEP> SetB
 <tb> 118372 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1299 <SEP> 11837 <SEP> 2 <SEP> F <SEP> AGTCAATTACACACAACGACC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 7338 <SEP> 11837 <SEP> 2 <SEP> TTCAACTCCTTTAAAAACGC <SEP> 35 <SEP> 414 <SEP> 380 <SEP> SetB
 <tb> 118422 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1300 <SEP> 11842 <SEP> 2 <SEP> F <SEP> TGAAAAATTTGAAATCAATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7339 <SEP> 11842 <SEP> 2 <SEP> R <September>

  GAGCAATTACCAATGTTGC <SEP> 2480 <SEP> 2803 <SEP> 324 <SEP> SetB
 <Tb>
 
 EMI108.3
 145982 SEQ ID No 1301 14598 2 F CCTCCAAGTTGATGTCTAGC SEQ ID No 7340 14598 2 R ACAAATTGTCGATTTTCTGG 1793 2111 319 SetS 118532 SEQ ID No 1302 11853 2 F AAATACGAACAAGAATCAACG SEQ ID Na 7341 11853 2 R TTCTGATT 55 55 ATTTTAGCCAATCTTTTCCC SEQ ID No 7342 5552 2 CACTACTTTTGGGTTCTCTCC 811 1122 312 SetS
 EMI108.4
 
 <Tb>
 <tb> 5556 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1304 <SEP> 5556 <SEP> 1 <SEP> F <SEP> GTTCAAACTCCAACAACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7343 <SEP> 5556 <SEP> 1 <SEP> R <SEP> ACAAACAGTAAGACCATCCC <SEP> 500 <SEP> 825 <SEP> 326 <SEP> SetA
 <tb> 5561 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1305 <SEP> 5561 <SEP> 2 <SEP> F <SEP> TACCAATTCCATTTTTGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7344 <SEP> 5561 <SEP> 2 <SEP> R <SEP> CAGAATCATCCAACTCATCC

   <SEP> 2798 <SEP> 3124 <SEP> 327 <SEP> SetB
 <tb> 118492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1306 <SEP> 11849 <SEP> 2 <SEP> F <SEP> CTCGTTATGAACTGAATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7345 <SEP> 11849 <SEP> 2 <SEP> TTCTTTGAAGGAGCTGTAGG <SEP> 1307 <SEP> 1640 <SEP> 334 <SEP> SetB
 <tb> 118472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1307 <SEP> 11847 <SEP> 2 <SEP> F <SEP> AAAACCACTCAATCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7346 <SEP> 11847 <SEP> 2 <SEP> R <SEP> TAACCCCATTAGTGATTTGC <SEP> 4452 <SEP> 4783 <SEP> 332 <SEP> SetB
 <tb> 16755 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1308 <SEP> 16755 <SEP> 2 <SEP> F <SEP> TCAAAAACTTTCAACTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7347 <SEP> 16755 <SEP> 2 <SEP> R <SEP> GATTCACGAGTTAATGGAGG <SEP> 1629 <SEP> 1934 <SEP> 306 <SEP> SetB
 <Tb>
 
 EMI108.5
 159692 SEQ 10 No 1309 15969 2 ATTCATTGGGAATGTAAACG SEQ ID No 7348 15969 2.R CTGTTTCTATTAATTCPAATTGTTG ND ND 208

  SetC 159 682 SEQ io Na 1310 15968 2 F CACGACTACTCCACCACC SEQ ID No 7349 15968 2 R CCAGCAGGTATATTGAATCG 315 713 399 Sets
 EMI108.6
 
 <Tb>
 <tb> 159662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1311 <SEP> 159662F <SEP> F <SEP> GATGTTGGTGGTAATTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7350 <SEP> 15966 <SEP> 2 <SEP> R <SEP> TGTTCAATTAATCCATGATCG <SEP> 670 <SEP> 1061 <SEP> 392 <SEP> SetB
 <tb> 19731 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1312 <SEP> 19731 <SEP> 1 <SEP> AGAAGAAGTAGAGAAGGTGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7351 <SEP> 19731 <SEP> 1 <SEP> ATGGATATTAGATTGATTGTGG <SEP> 564 <SEP> 864 <SEP> 301 <SEP> SetB
 <tb> 158442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1313 <SEP> 15844 <SEP> 2 <SEP> F <SEP> GCAAAACCAATAAAATCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7352 <SEP> 15844 <SEP> 2 <SEP> R <SEP> TTGATGATTCACTACCAGTACC <SEP> ND <SEP> ND <SEP> 304 <SEP> SetC
 <Tb>
 
 EMI108.7
 71522 SEQ 10 No 1314 7152 2 F

  AGAGCATTATTGGTTTCAGC SEQ ID No 7353 7152 2 R ACAACCAAAACAATAGCACC 1195 1550 356 SetB
 EMI108.8
 
 <Tb>
 <tb> 71542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1315 <SEP> 7154 <SEP> 2 <SEP> ATTTATGCAATCCAAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7354 <SEP> 7154 <SEP> 2 <SEP> R <SEP> AGTCACCTTGCTTTAATTCG <SEP> 1929 <SEP> 2311 <SEP> 383 <SEP> Sets
 <tb> 71582 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1316 <SEP> 7158 <SEP> 2 <SEP> F <SEP> ATCGAATTGATCAAAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7355 <SEP> 7158 <SEP> 2 <SEP> R <SEP> AGTTTGAATGTTGAGTTGGG <SEP> 2179 <SEP> 2545 <SEP> 367 <SEP> SetB
 <Tb>
 
 EMI108.9
 71592 SEQ ID No 1317 7159 2 F CCAACTAAATTTGAAGTGCC SEQ ID No 7356 7159 2 R AGTCATTTG7TCAGCAT # GG 16 327 312 SetB
 EMI108.10
 
 <Tb>
 <tb> 186901 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1318 <SEP> 186901 <SEP> F <SEP> TCAAAGAACGATGTCTACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7357 <SEP> 18690 <SEP> 1 <September>

  R <SEP> TTTTTACTTGCGACTGTGG <SEP> 657 <SEP> 976 <SEP> 320 <SEP> Sets
 <tb> 25682 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1319 <SEP> 2568 <SEP> 2 <SEP> F <SEP> GCTACAAGATGGTATCGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7358 <SEP> 2568 <SEP> 2 <SEP> R <SEP> TGAACGGTGATTCTTTTAGC <SEP> 571 <SEP> 959 <SEP> 389 <SEP> Sets
 <tb> 25722 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1320 <SEP> 2572 <SEP> 2 <SEP> F <SEP> TTTCTTATACCAGACGACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7359 <SEP> 2572 <SEP> 2 <SEP> R <SEP> GACACATAGCACAAACAAGG <SEP> 2691 <SEP> 3068 <SEP> 378 <SEP> SetA
 <Tb>
 
 EMI108.11
 2574 SEQ ID No 1321 2574 2 F GTTATATGGTCCACCTGGG SEQ ID No 7360 2574 2 R GCTGGATCTAGTTTTTCAGG 753 1079 327 s.tB
 EMI108.12
 
 <Tb>
 <tb> 8420 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1322 <SEP> 8420 <SEP> 2 <SEP> F <SEP> TTCAGTGAAGAGGAGTTGGT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7361 <SEP> 8420 <SEP> 2 <SEP> R <September>

  AGGAACAAATTGAGGAGATG <SEP> 958 <SEP> 1272 <SEP> 315 <SEP> Sets
 <tb> 8421 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1323 <SEP> 8421 <SEP> 2 <SEP> F <SEP> TCCAGATTTGAATCAAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7362 <SEP> 8421 <SEP> 2 <SEP> R <SEP> TTAATTTTGGTGGATCTTGG <SEP> 1365 <SEP> 1690 <SEP> 326 <SEP> SetA
 <tb> 8422 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1324 <SEP> 8422 <SEP> 2 <SEP> F <SEP> ATAAAATTCCCTCAATTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7363 <SEP> 8422 <SEP> 2 <SEP> R <SEP> CAGAATTTTTGTTTCTTCGG <SEP> 16 <SEP> 405 <SEP> 390 <SEP> SetB
 <tb> 84232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1325 <SEP> 8423 <SEP> 2 <SEP> F <SEP> TCACCACAAAGTGATAATGG <SEP> SEO <SEP> ID <SEP> No <SEP> 7364 <SEP> 8423 <SEP> 2 <SEP> R <SEP> CTTGGTACCTTTGATGATGG <SEP> 1696 <SEP> 2002 <SEP> 307 <SEP> SetB
 <tb> 8424 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1326 <SEP> 8424 <SEP> 1 <SEP> F <SEP> AAATTCCAAGCTCAATTAGG <September>

  SEQ <SEP> ID <SEP> No <SEP> 7365 <SEP> 8424 <SEP> 1 <SEP> R <SEP> TTTCCAATAATCCCTGTAGC <SEP> 994 <SEP> 1307 <SEP> 314 <SEP> Sets
 <tb> 84261 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1327 <SEP> 84261 <SEP> F <SEP> AAAATCGTTTCACAACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7366 <SEP> 84261 <SEP> R <SEP> TAATCCTGGATAACTTTCGG <SEP> 571 <SEP> 903 <SEP> 333 <SEP> Sets
 <Tb>
 
 EMI108.13
 84272 SEQ ID No 1328 8427 2 AACCCTGAAGATTTTGATCC SEQ ID Na 7367 8427 2 R ATTTCTGCTGGTTCAGTAGG 1252 1553 302 SetA 165142 SEQ ID No 1329 16514 2.F ACAAAATTCTGTTCCGACAT SEQ ID No 7368 16514 2 CTTGCTTATCT17A. SEQ ID No 7369 17476 2 R AAAGTTGTTGCATTACCACC 270 587 318 SetB 174742 SEQ ID No 1331 17474 2 AGCACTTGGGTTACATAATACC SEQ ID No 7370 17474 2 R AATAYTGGCATTTCTTTTGG 1431 1818 388 set8
 EMI108.14
 
 <Tb>
 <tb> 6151 <SEP> 2 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 1332 <SEP> 6151 <SEP> 2 <SEP> CAATTAATGCAGAGAAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7371 <SEP> 6151 <SEP> 2 <SEP> R <SEP> AACCACTTGTTGACACTTCC <SEP> 554 <SEP> 940 <SEP> 387 <SEP> Sets
 <Tb>
 
 EMI108.15
 61492 SEQ ID No 1333 6149 2 F CAGTGGTGAATTCTTGTGG SEQ ID No 7372 6149 2 R ATTGAATTTTTGTTGCTTGG 1250 1603 354 Sets
 EMI108.16
 
 <Tb>
 <tb> 61462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1334 <SEP> 6146 <SEP> 2 <SEP> TGGTACTTTAAATTCCAATGTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7373 <SEP> 6146 <SEP> 2 <SEP> GGTTGATTACCACAATAGCC <SEP> 816 <SEP> 1139 <SEP> 324 <SEP> SetC
 <Tb>
 
 EMI108.17
 195601 SEQ ID No 1335 195601 F TTGATGGATTTAGTGATTTGA SEQ ID No 7374 19560 1 GCTGATCCATCATCCATTA 911 1217 307 Sets
 EMI108.18
 
 <Tb>
 <tb> 175582 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1336 <SEP> 17558 <SEP> F <SEP> ATCCCACTAACATCACATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7375 <SEP> 17558 <September>

  2R <SEP> CAGAATCGGTAACTGAAACC <SEP> 3 <SEP> 183 <SEP> 181 <SEP> Sets
 <Tb>
 
 EMI108.19
 80752 SEQ ID No 1337 8075 F ACAAGAAATTCCAATGATGC SEQ ID No 7376 8075 2 R TGTCGTTGAGTTATTGGAGC 1345 1667 323 SetS 8073.2 SEQ 1D No 1338 8073 2 F TTAAAATTCCCAACTTCACC SEQ ID No 7377 8073 2 R TTTTTCTTCAATTGATCT779 14

   1339 19913 1 AAAATCATTCGAATAGGTGG SEQ 10 No 7378 19913 1 CATCCCAATTGAATAAAACC 679 1045 367 SetB 8069 SEQ ID N0 1340 8069 1 ATCACATACCCAACCATCC SEQ ID No 7379 80691 R GTTTTTCATTATCAATTTCTAACC ND ND 272 SetC
 EMI108.20
 
 <Tb>
 <tb> 8067 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1341 <SEP> 8067 <SEP> 1 <SEP> ATCAATCACAACGAATATTTACA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7380 <SEP> 8067 <SEP> 1 <SEP> R <SEP> TCATTTAAATCCAATTGAGGA <SEP> 2444 <SEP> 2828 <SEP> 385 <SEP> Sets
 <Tb>
 
 EMI108.21
 80661 SEQ ID No 1342 80661 F TTTGAAAATCAATCAGTTGC SEQ ID No 7381 8066 1 R TGAGTTTCGGATAAAATTGC 43 353 311 SetB
 EMI108.22
 
 <Tb>
 <tb> 14152 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1343 <SEP> 14152 <SEP> 1 <SEP> F <SEP> AGATGGAGCTAATGATGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7382 <SEP> 14152 <SEP> 1 <SEP> AATACCGACAGTTTCAATGC <SEP> 378 <SEP> 744 <SEP> 367 <SEP> SetA
 <Tb>
 
 EMI108.23
 14155 SEQ

  ID No 1344 14155 F GATATTCGTGTTCCAAGTGC SEQ ID No 7383 14155 1 GCAATCAGAGAAAATTCAGG 1417 1787 371 SetS 19554 1 SEQ ID No 1345 19554 1 GGATCAATTGAAATTATGGG SEQ ID No 7384 195541 R GATACGTTTCTAAGAGAGAG 27CC 277 IDAGBAG 27CC 277 No 15627 2 R TGAAGTCTTTCCCTTCTACG 668 995 328 SetB 156241 SEQ ID No 1347 156241 F TGTAATCGATTCACTCATGC SEQ ID No 7386 15624 1 CATTTAATGCCACTCTTTCC 1834 2158 325 SetB 105162 SEQ ID No 1348 10516 2 AAAGTTGGTTTRTGTGTGTGTGTGTGTGTBT No 1349 10513 2 F GGAACACCATCAAAATTAGC SEQ ID Na 7388 10513 2 R TTTAGTCATTGGAGTTCTTCG 445 816 372 SetB
 EMI108.24
 
 <Tb>
 <tb> 105122 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1350 <SEP> 10512 <SEP> 2 <SEP> F <SEP> CGAGAATTAGGATTCCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7389 <SEP> 10512.2 <SEP> R <September>

  GAAAAATTGATAAGGATCTGC <SEP> ND <SEP> ND <SEP> 348 <SEP> SetC
 <Tb>
 
 EMI108.25
 122902 SEQ ID Na 1351 12290 2 F GGTAGTGGAAATAGCAGTGG SEQ ID No 7390 12290 2 R TCCATTTAAATAATCTGGGG 1411 1770 360 SetB 118582 SEQ ID No 1352 11858 2 CATCAACTAATCACAATGCG SEQ ID No 7391 11858 2 R AATGCATTAG 10AG
 EMI108.26
 
 <Tb>
 <tb> 118542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1353 <SEP> 11854 <SEP> 2 <SEP> F <SEP> GATCTTCCATTACACCTTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7392 <SEP> 11854 <SEP> 2 <SEP> TGTTGAATCCAAATAATAACG <SEP> 7 <SEP> 243 <SEP> 237 <SEP> SetB
 <tb> 166932 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1354 <SEP> 16693 <SEP> 2 <SEP> F <SEP> GGCATTTCTAGTTCTAATAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7393 <SEP> 16693 <SEP> 2 <SEP> R <SEP> ACCAAATTCCCACAATTTC <SEP> 337 <SEP> 736 <SEP> 400 <SEP> SetB
 <tb> 195941 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1355 <SEP> 195941 <SEP> F <September>

  ACTGTTTCATGGACATCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7394 <SEP> 19594 <SEP> 1 <SEP> R <SEP> AATCGCTTCACTAATATCGG <SEP> 2077 <SEP> 2448 <SEP> 372 <SEP> Sets
 <tb> 18681 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1356 <SEP> 18681 <SEP> 1 <SEP> F <SEP> ATGCCAGGAAATATTGAAGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7395 <SEP> 18681 <SEP> 1 <SEP> R <SEP> CCACCAGTAGATCTG7AGCC <SEP> 58 <SEP> 359 <SEP> 302 <SEP> SetC
 <tb> 173622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1357 <SEP> 17362 <SEP> 2 <SEP> F <SEP> AAACTTTGATGTGGTCTGCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7396 <SEP> 17362 <SEP> 2 <SEP> R <SEP> CCAATCTCTTTCATTTTGCT <SEP> 920 <SEP> 1245 <SEP> 326 <SEP> SetB
 <tb> 161261 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1358 <SEP> 161261 <SEP> F <SEP> AGATATACAAATGGAAGATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7397 <SEP> 161261 <SEP> R <SEP> TTGGTAGAATAACCACCAGC <SEP> 12 <SEP> 386 <SEP> 375 <SEP> SetB
 <tb> 161242 <September>

  SEQ <SEP> ID <SEP> No <SEP> 1359 <SEP> 16124 <SEP> 2F <SEP> AGAAAAGGTAATCTTGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7398 <SEP> 16124. <SEP> 2 <SEP> R <SEP> CTTGAACCAGAAATTTGTCC <SEP> 913 <SEP> 1262 <SEP> 350 <SEP> SetB
 <tb> 172962 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1360 <SEP> 17296 <SEP> 2 <SEP> F <SEP> TCACCAGTATCAGTTTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7399 <SEP> 17296 <SEP> 2 <SEP> R <SEP> CCATCACGATAAACTCTTCC <SEP> 1168 <SEP> 1469 <SEP> 302 <SEP> SetA
 <tb> 142502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1361 <SEP> 14250 <SEP> 2 <SEP> AGCAAACAATTTGAAAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7400 <SEP> 14250 <SEP> 2 <SEP> R <SEP> CACCAATTTTTCTACCAAGG <SEP> 1329 <SEP> 1636 <SEP> 308 <SEP> SetB
 <tb> 142492 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 1362 <SEP> 14249 <SEP> 2 <SEP> F <SEP> ACAAGAATTGTTCAAATCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7401 <SEP> 14249 <SEP> 2 <SEP> CCAGCCATAGTCAATAATCC <SEP> 291 <SEP> 656 <SEP> 366 <SEP> SetB
 <Tb>
 
 EMI108.27
 142482 SEQ ID No 1363 14248 2 AATGCCATGAAG7TTTTACC SEQ ID No 7402 14248 2 R ATCTCTTATAGCATGCGACC 595 952 358 Sets 142472 SEQ 10 No 1364 14247 2.F TTGGAAGCTTTATTCAATCC SEQ ID No.

   7403 14247 R R TAG1GTCAGCAAAT1CATCG 740 1069 330 Sets
 EMI108.28
 
 <Tb>
 <tb> 90902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1365 <SEP> 9090 <SEP> 2 <SEP> F <SEP> GATCAAAATCACCGTTTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7404 <SEP> 9090 <SEP> 2 <SEP> R <SEP> TCATCTTCATTTTCAGTCCC <SEP> 2126 <SEP> 2501 <SEP> 376 <SEP> SetA
 <tb> 99171 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1366 <SEP> 99171 <SEP> F <SEP> AAGTTTCTCAAACTGGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7405 <SEP> 9917 <SEP> 1 <SEP> GTTGTGGAAAAACCAATAGC <SEP> 2048 <SEP> 2402 <SEP> 355 <SEP> SetC
 <tb> 9914 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1367 <SEP> 9914 <SEP> 1 <SEP> F <SEP> CATCAAAGATAATTTGAAGGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 7406 <SEP> 9914 <SEP> l.R <SEP> TGTGGTTTATCACCCATACC <SEP> 2496 <SEP> 2855 <SEP> 360 <SEP> SetA
 <tb> 151242 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1368 <SEP> 15124 <SEP> 2 <SEP> F <SEP> TTATTATGTCAATAAGCGTTGG <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 7407 <SEP> 15124 <SEP> 2 <SEP> R <SEP> TTTTTGTAAACCAGATTCAGC <SEP> 972 <SEP> 1326 <SEP> 355 <SEP> SetA
 <Tb>
 
 EMI108.29
 15123 SEQ ID No 1369 151231 F TCAAATTATCATGGAAAGGG SEQ ID No 7408 15123 l.R TGATTAGTGGTGGTTGTATCC 134 530 397 Sets
 EMI108.30
 
 <Tb>
 <tb> 14331 <SEP> 2 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 1370 <SEP> 14331 <SEP> 2 <SEP> CATTGGTCACTGCTAACAAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7409 <SEP> 14331 <SEP> 2 <SEP> TTGAGCAGCAGATGATACAG <SEP> 2276 <SEP> 2628 <SEP> 353 <SEP> SetB
 <tb> 124672 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1371 <SEP> 12467 <SEP> 2 <SEP> F <SEP> GAGAAGGTTGGTGTACCTTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7410 <SEP> 12467 <SEP> 2.R <SEP> TTGTTTGAAGGGCTAGAAGA <SEP> 1045 <SEP> 1367 <SEP> 323 <SEP> SetC
 <Tb>
 
 EMI108.31
 124652 SEQ ID No.

   1372 12465 2 TTTTCATCAAAAGGAAATGG SEQ iD No 7411 12465 2 R TTTGACTGTA7CGCCTAACC 1180 1482 303 Sets 12464 1 SEQ ID No 1373 12464 1 ACTTTTCCGACAAATGTACC SEQ 10 No 7412 124641 R GGTGTTGCTGCTTTTGTATT 51 223 173
 EMI108.32
 
 <Tb>
 <tb> 124632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1374 <SEP> 12463 <SEP> 2 <SEP> ATCACTTGAATCAGGAATGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 7413 <SEP> 12463 <SEP> 2.R <SEP> CTCTGTGGATTAGCTTCAGG <SEP> 2634 <SEP> 2960 <SEP> 327 <SEP> Sets
 <tb> 71662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1375 <SEP> 7166 <SEP> 2 <SEP> F <SEP> TTCATTTGAAGGTATTTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7414 <SEP> 7166 <SEP> 2 <SEP> R <SEP> TGATTCTCGATTATTTTGGG <SEP> 888 <SEP> 1188 <SEP> 301 <SEP> SetB
 <Tb>
 
 EMI108.33
 7165 1 SEQ ID No 1376 7165 1.F TCTACTGTATTCCCGAGTGG SEQ ID No.

   7415 71651 R ATCTTCGAGATTGGTAATCG 952 1321 370 s.tB 7163 1 SEQ 10 No 1377 7163.1.F AGGATTACAGGTGTGACAGG SEQ ID No 7416 7163 lR ACAATCTTATTACGCCATGC 547 874 328 Sets 7161 1 SEQ 10 No1678 SECT 1016 IDGCT 7161 Sets 19602.1 SEQ ID No. 1379 19602 1.F CGAGAAATGCATAAAATTGG SEQ ID No. 7418 19602.1 R TTAATTTGCTCTAATGCACG 2377 2726 350 Sets 4772 1 SEQ ID No 1380 4772 1.F AAAAACACCAGAGAAACTGC SEQ ID No 7419 4772.1 R GTTAATTCAATGTGGGGAGSG 47 47.7 1381 47741.F CTCTTTCCAATTCTTCTCTACC SEQ ID Na 7420 47741.R ATACTTATATGGGCTGGTGG 13 267 255 SetB
 EMI108.34
 
 <Tb>
 <tb> 47752 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 1382 <SEP> 4775 <SEP> 2.F <SEP> TTATTTCATGAAGTCACTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7421 <SEP> 4775 <SEP> 2 <SEP> R <SEP> ATAATTGACGTTGTTCAGGG <SEP> 463 <SEP> 844 <SEP> 382 <SEP> SetB
 <tb> 4776.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1383 <SEP> 4776 <SEP> 2 <SEP> F <SEP> TTTTGCTGAAATGGTTAAAAG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 7422 <SEP> 4776 <SEP> 2.R <SEP> CACCAAATCCATATTTAGCAT <SEP> 777 <SEP> 1153 <SEP> 377 <SEP> SetC
 <Tb>
 
 EMI108.35
 47782 SEQ 10 No 1384 4778 2.F TAATCTTTGGCCCACAGTAG SEQ ID No. 7423 4778 2 TTTAGAAGCCAAAACATCGT 906 1299 394 Setc 134 172 SEQ 10 No.

   1385 13417 2 F AATCATTGACGCATTGAAAC SEQ ID No 7424 13417 2.R CCAGTTTTGATACCTTCAGC 579 977 399 Sets 150522 SEQ ID No 1386 15052 2.F TATCATGGTGAAATTATGCG SEQ ID No 7425 15052 2.R TTTCTCTTTGTTCCTTTTGC 384 691 308 CAATTTGGTATAAACCCTGC SEQ ID No 7426 15055 2 R GGGAACACACTAAAAGTTGG 2152 2549 398 Sets 14728.2 SEQ 10 No 1388 14728 2 F TTGATTGGTGTGTTATGTGG SEQ ID No. 7427 14728 2.R ATCCGCTGA4TTATAIGFGG 115AQAQA 14730 1.R TGGGATGAATTAATAATATACCTTG 40 349 310 SetC 64741 SEQ 10 No 1390 64741 F ATGAAAATATACCACGAGCG SEQ ID No 7429 6474 1 R TAATAATGACAGTTTTGCCG 806 1141 336 SetA 6473.1 SEQ ID No 1391 6473 1 F TTTGAAATTT73.F TTTGAAATTATT 74. SetA 6472.2 SEQ ID No 1392 6472 2.F GTTTGACTTGGTTTCAATGC SEQ ID No.

   7431 6472 2 R TCAAACGATTCTTCATACACC 2862 3245 384 Sets 6469.2 SEQ ID No 1393 6469.2 F AAACGCATTCAAGTTTTCC SEQ ID N .. 7432 6469 2 TCTGTATGGCTGTATCCTCC 603 965 363 SetS 19918.1 SEQ ID No. 1394 199181 F ATTGTTACGA 199 1310 389 Sets 15081.2 SEQ ID No 1395 15081 2 F GTACCTGCTCCAAATAATGG SEQ ID No 7434 150812 2 GAGCTTTGGTAGTTGTCAGC 1639 1969 331 Sets 150832 SEQ ID No 1396 15083 2 F CCAATTAATCGAATCAAAGC SEQ 10 No 7435 15083 2 R TGATCTG 89 1397 15083.2 F2 ACTGACGGAATGAATGAGG SEQ ID No 7436 15083 2.R2 GTTATAATTGCCCATTTTCG 369 SetS
 EMI108.36
 
 <Tb>
 <tb> 8287. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1398 <SEP> 8287 <SEP> 2 <SEP> F <SEP> TTGTACTCGAAGCCTACAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 7437 <SEP> 8287 <SEP> 2 <SEP> R <SEP> GATGTCTGACAATCTTTGGG <SEP> 547 <SEP> 872 <SEP> 326 <SEP> SetB
 <tb> 6342 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1399 <SEP> 6342.1 <SEP> F <SEP> TTCATGTACAACAACAACAACC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 7438 <SEP> 6342.1 <SEP> R <SEP> TCATATCCTTCATTTATTATACTGC <SEP> ND <SEP> ND <SEP> 300 <SEP> SetC
 <Tb>
 
 EMI108.37
 6340 SEQ 10 No 1400 6340.2.F AAAATCAACAACATTTTCCC SEQ ID No 7439 6340 2 R AGATCATCTTTTGGTGATGC 87 392 306 SetB 6339 1 SEQ ID No. 1401 6339 LF ATTCATAAAGCTCAAGCTGC SEQ ID No 7440 6339 1 GTTCAAATCCATTAGGTTG 631 140.32 631. F ATCCAAAATATCTACTGGGG SEQ ID No 7441 6338.1 R TTCTTAATGCTCmGAGCC 27 376 350 SetS 6335.2 SEQ ID No 1403 6335 2 F GATGAAGTCGATGGATTAGC SEQ ID No 7442 6335 2 R GACTTGTCCCAACATTTCC 502 894 393 SetB 15ACC72 SEQA.

   7443 15167 2 R ATTTCAATGACAACTCCTGC 2584 2945 362 Sets 18668.1 SEQ ID No 1405 18668 1 F CAACCTTCCAATGAAATAGG SEQ ID No 7444 18668 l.R GTTCAAAATCTTAGCCGACC 133 528 396 Sets 133241 SEQ ID No 1406 13324 1 F AGAACAGTTAC 74T
 EMI108.38
 
 <Tb>
 <tb> 50822 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1407 <SEP> 5082.2.F <SEP> GGGATGATATAACACAACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7446 <SEP> 5082 <SEP> 2. <SEP> R <SEP> CAGTTAAATTGGGTGTACCG <SEP> 485 <SEP> 808 <SEP> 324 <SEP> SetB
 <Tb>
 
 EMI108.39
 50802 SEQ ID No 1408 5080.2 F CTACGACCAATTTTCAAAGG SEQ ID No. 7447 5080 2 TGTAATAACGCTTGATCTGC ND ND 323 SetC 50782 SEQ ID N.

   1409 5078 2 F CTATGGGAAAACTGTATCGG SEQ ID No 7448 5078 2.R TCCTTGTCGTTATTACCAGC '1587 1913 327 Sets 179422 SEQ ID No 1410 17942.2 F ATATGTGGCCAGATTTTACG SEQ ID No 7449 17942 2.R GGTTTGATCTTTGTAQAQAQ4A4AQA ID No 7450 15450 2 R CGGTTGTTGTAACTGTTGG 501 862 362 SetC 10208 2 SEQ iD No 1412 10208 2 GGTGTTGATATTCCTGAACG SEQ 10 No 7451 10208 2 R TCAGTCATCTCCACTCTTCC 2233 2567 335 Sel8 102092 SEQ IDAQAQAQ20 2AG 602,932,331 Sets
 EMI108.40
 
 <Tb>
 <tb> 102142 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1414 <SEP> 102142.F <SEP> GAAACTACGAAAAAGAAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7453 <SEP> 10214 <SEP> 2 <SEP> R <SEP> TGTTGTTGCTATTTTGTTGG <SEP> 1792 <SEP> 2104 <SEP> 313 <SEP> SetB
 <Tb>
 

  <Desc / Clms Page number 109>

 
 EMI109.1
 146442 SEQID No 1415

  146442 F GGAATG77TTGCTAGATTGG SEQID No 7454 14644 2 R TACTCCAACAAACCTTCTGC 1590 1916 327 SetB 164 262 SEQ 10 No 1416 164 262 F AGCTGAATGTGAAGATTTCG SEQID No 7455 16426 2 R TGCTCTGGTCTGTATGTACG 1773 2120 348 Sets 164 282 SEQID No 1 417 16428 2 CAATCTGCGAAGTCTAAAGC SEQID No 7456 16428 2 R ACTATTCCAGCATCTCTTGC 424 758 335 Sets 15577 SEQID No 1418 15577 2 F GGAATAAATCTCGACAATGC SEQ No 7457 15577 2 R CGTCGATACCTTTACAGAGC 274 616 343 SetS 15576 SEQID No 1419 155762 2 GGTTTGAATATGATCCTTGG SEQID No 7458 15576 2 R ACCACCATATTCTG7575 2 R 2 R GTCCCAACAAGTTAGACACC 29406378 105262 SetB S ± QID No 1421 10526 2F GTTTTTATACCAATTGGGGG SEQ iD NO 7460 10526 2 R ACACAATTTCAATTCCAACC 885 1227 343 105 242 sets SEQ 10 No 1422 105242 2 7461 10524 AAAAGGACATCAC77CATGG SEQID No. 2 R GCTTCTTTACCACTACCTGC 630 986 357 200 821 SetA

  SEQ1O N. 1 423 200 821 1F AAACAAAATTAGATGCTGGG SEQID No 7462 20082 1 206 518 313 TCAAGATCTTTTGGATCAGG Sets SEQ No. 105212 1424 105212 7463 10521 TGCAGGAAATGTCTATGTCA SEQ No. 2 R CA7GACAACTGTTCAAGCAC 723 1115 393 105 192 10 SEQ Sets No. 1425 105192F TTGAAAATCACTTATGCTCG SEQtDNo 7464 105 192 1288 1609 322 R CATCAGGTATTTCATCTCCC SetA 174022 SEQID No 1426 17402 2 F TTACCAGATGTGAAAGACCC SEQ ID No 7465 174022 2 TCAGTGATTGTTCCATAACG 1717 2042 326 SetB 1632 SEQID No 1427 163 2 CATTCTCAAGTTTCCAAAGC SEQID No 7466 163 2 CATTTTCCAATTCATATTTA CAQTAG 283 619 336 SEBID 336 165A19 2 R GGATCGTTCTTTTGGTATCC 61 317 257 Sets 1662 SEQID No 1429 166 2 TCGTCGATTACAAAGTTTAGG SEQID No 7468 166 2 R CACCTCTAAAAAGTTGTGGC 2520 2899 380 Sets 1682 SEQ No 1430 168 2 F AACCCCACTTCATTAATTCC SEQAA2AQT2QT2QAQT2QT2AQ2Q2Q2AQ2Q2AQT2Q2AQ2AQ2Q2AQQ2AQ2Q2AQAQ2Q2AQAQ2Q2AQ2AQAQAQAQAQAQAQA

  F TATCGGTAATTTGTGGGATT SEQ ID No 7470 170 2 R CAAATAATAACCATGGTCCAA 989 1367 379 SetB 171 SEQID No 1432 171 2 TGAAAAACAATTCCAATTCC SEQID No 7471 171 2 R ACTTGAAATGATAACCAAATCC 61AGAG 74ACC 72 RAG 96BTQAQCCT No 7670 SEQ No 1434 9685 1 F AGTGCCAATTTACAATCACC SEQ No 7473 9685 1 CTTTCAGCAACAAATCTTCC 403 704 302 SetS 96832 SEQID No 1435 9683 2 F CAAAGTGGTCATAGTCCAGG SEQ No 7474 9683 2 R GCTTCACATGATCCCATAAT 161 1237 205 1 AACGAGCTTCTACTTGATGG 584 919 336 SetB 132242 SEQ JO No 1437 13224 2 F ATAGCCACCAACTCAAACC SEQID No 7476 13224 2 R TTGTAGTTGACTCGTTCGG 4141 4468 328 SetA 13221 SEQ! D No 1438 13221 2 TAAATATGGAQAQGNTBQGTBQGTQA 13217 2

  CACGAAATAGAGCAATACC SEQID No 7478 13217 2.R AACTCTTGAAGAAAGCATCG 1493 1867 375 Sets 13662 SEQID No 1440 13662 1 F GTTGATTTGGAATCTCAAGC SECC No 7479 13662 1 TTTTGGATTTTTTTTACCACC 644 136642 SEQ No 1442 13664 2 ATGTTTCCTTTGCAGTATGG SEQiDNo 7481 13664 2 AAATCCAATTCAAGGTTTCA 128 472 345 SetB 175522 SEQ rD No 1443 175522 F CCAAATGGAACTGAATAAGG SEQ No 7482 17552 2 R CTTGAAGAAGAAT2TG 26Q

   1444 9983 2 F CACTTGTGTCACCGTTCC SEQID No 7483 9983 2 R AAGTAGCAACAAGCAATGG 978 1199 222 G & Cs 99782 SEQID 1445 99782F TCACTTTTGCTGTTGTGTTC SEQID No 7484 9978 2 GTTTCACCAACTGCTTTTTC 563 935 373 sets 99772 SEQ ID NO 1446 99772F TGCAGAAATTGTATTGTTGG SEQID No 7485 9977 2 TTTTTACCACTTTCTTTGGG 690,998,309 Sets 199201 SEQiDNo 1447 19920 1F CATTTGTTGATCATTTGTCG SEQ10 No 7486 19920 lR TTGATGCAGATTCATGACC 1511 1870 360 SetA 9973 SEQ No 1448 9973 2 F CAAAACTGCCAACAATATAGC SEQ iD No 7487 9973 2 R AATTCATCATAAAAGCCAGAC 9922 2 458 340 SetA 152552 SEQID No 1450 152552F ACAAGCACTACAAGTGGAGG SEQ ID No 7489 15255 2 GATCCTTGACCATATGTTGG 1783 2132 350 Sets 75362 SEQ O No 1451 7536 2 F GTTTCTCAACCAACTTTTGC SEQID No 7490 7536 2 R GAATTACCCAATT 433 75A 2A

  ATTTGGTAGAATTGATGCCC SEQ No 7491 7539 R AGTTTTACCCTTTGGATTAGC 213 591 379 SetA 18663 1 SEQ No 1453 18663 1 F CAACCAATGATTGCTACACC SEQ ID No 7492 186631 R TGCATTTTATTATCCAGATCC 1057 1400 344 SetC 167 VCC No 644 ACT 167 No 247 314 Sets 110452 SEQID No 1455 110452F F GGTTTGTCTTCTGAATCTGC SEQ 10 No.

   7494 11045 2 GCAGAATCCGTCATATTAGC 2425 2771 347 Sets 110 402 SEQID No 1 456 110402F AGACAAATTGATTGCTGAGG SEQID No 7495 110402R R 1353 AACATCTGATAGTTCACGCC 1710 358 sets 110 372 SEQID No 1 457 11037 2 CAAGTATCAAACTGAAAACGG SEQID No 7496 11037 2 R TCTCGACTCTCAACTCTTCG 1827 2195 369 SetB 110352 SEQ ID NO 1458 11035 2F TTAAGGAGTTTT1GCTTTGG SEQ OJ No 7497 11035 2 GAGCTTGTGGTAATGAAACC 824 1126 303 Sets 110342 SEQID No 1459 11034 2 F ATTTAGTTGCAGCTGGTTTG SEQID No 7498 11034 2 R AGGAGCATCTAAAGGTTGGT 812 1203 392 SetCGGUAQTQAGTQA 1461 6915 2 GAATTGATCATTGGTGAAGG SEQID No 7500 6915 2 R TTTCATCTGCAACCAACC 1969 2332 364 SetA 69092 SEQID No 1462 6909 2 F GATGTCCATATTGGATCAGG SEQID No 7501 6909 2 R TACAAACCAATGGTCTTTCC 1540 18AC 3106 690 AAG

  7502 6906 1 TATGCATCTACCCAATTTCC 1070 1415 346 SetB 13815 SEQID No 1464 13815 2 GAAAGAAAAGGATCTGTCCC SEQID No 7503 13815 2 R ACTGATGATGTATCGGTTGC 1789 2102 314 Sets 130092 SEQiD No 1465 13009 2 AACGAATT 2 AACCCGAATATATTTGAAAGG SEQID No 7505 15446 2 R AGATCTTTTGACCACTTTCG 2313 2689 377 SetB 95032 SEQ1O No 1467 9503 2 F AAATTGATTATGATGCCACC SEQID No 7506 9503 2 R TATTACGACCATTTTCACCC 883 1225 3450 ACC ACC # 5151 95072 SEO JO No 1469 9507 2 F TCAAATCAAAGCCAATATCC SEQID No 7508 9507 2 R GTGGACAAGTTGAACTACCC 4062 4438 377 Sets 95102 SEQiDNo 1470 9510 2 F GATTTTGGAATCACCATT SEQID No 7509 9510 2 R AATTCTTTGGTTT1111 2T ATA11

  SEQ io No 7510 9511 2 TCAACTCCTTTATTCATGGC 746 1076 331 SetB 95152 SEQ Na 1472 9515 2 F CAAGCTACTGGTGGTAATGG SEQ 10 No 7511 95152 R AACCAACCAATAAGGAAAGC ND ND 281 SetC 13595 SEQID No 1473 13595 2 FID CAAAAC32 ACC SEQID No 1474 17483 2 AATAGAGAGCAAATCAGATCG SEQID Na 7513 17483 2 R GTTTTCGACAGAAGCTCG 48 368 321 Sets 1053 1 GAAAATGCACGATGTAACAA SET No 7514 10531 R GAATACGCCAAATTAGTTGC 69 341 278 FAT 1 931 1313 383 SetB 1047 SEQ No 1477 1047 1 AAAAACAAAAAGACCAAGTCC SET No 7516 1047 1 AACACCATCAATACATTCCC 580 953 374 SetB 10461 SEQID No 1478 10461 F ATGTCTTAGTTGATGGTGCC SEQ ID No 7517 lu46 1 GACAGCAACATTAAC44QA 1 104A 1 R

  GAGGTTATGGTTCCTGTGG 231 551 321 SetA 10432 SEQID No 1480 1043 2 GTATCCAATCCCATATGACG SEQ 10 No 7519 1043 2 ATTTCAGCATCTTGTCTTGC 570 902 333 SetA 10402 SEQ: D No 1481 10402F F CTCAGATTACGAAGAGTAG 2A TATTAGGAAAATGCGGAAAA SEQID No 7521 14709 2 R ACACCAGTGGTCAATCTTTC 2376 2690 315 SetC 6671 2 SEQ ID No TGAAAAATGATAAAGGTGGC SEQ ID No 7522 6671 2 R AAATCAGTATACCCGTGTGG No.2 1798 382 SetA 8746 SEQ ID No 1485 8746 2 F ATGGATAAATTCAGGGTTCC SEQ ID No 7524 8746 2 R GTGTCATCCTTTTCATCAGG 1980 2288 309 Sets 8744 SEQID No 1486 8744 2 F CCAAAAGTAATTGGATCTCG SEQ ID No 7525 8744 2 GATTTTCCT1440 AC7CAAGATGATCAAATGGG SEQ 10 No.

   7526 8742.1 R TTTGAGATTGAGTTTCTGGC 565 928 364 SetB 8741.1 SEQ No. 1 488 6741 1 AATCATCATGTTTTCCAAGG SEQ 10 No 7527 8741 1 R TTATAACACATTGAACCACCC 1987 2326 340 SetB 87391 SEQ No. 1489 87391 F TTTAAAATTAGTTCGTGGGG SEQ No. 7526 87391 R TAGTTTCTAATGGTGGACCC 978 1351 374 SetB 14081 SET No 1490 14081 2 TCGTCCATTTCTACTCAACC SEQID No 7529 14081 2.R GAGGAAGCTACTGATGTTGC 517 827 311 Sets 14077 1 SEQ No 1491 14077 1 F AAATTGGGATAAAATTGTGG SEQID ID No 7530 14077 1 CTTGTTTCTTGGATTCAGC 2709 307062 SEBIDA. 347 Sets 15677.2 SEQID No 1493 15677.2 ATTTATGTTGCTCCATCAGC SEQ ID No 7532 156772 2 TCTTTCCTTAATGGATGACC 280 626 347 SetB 156792 SEQID No 1494 15679.2.F AAGACAAATCAAAGGCTCAA SEQ No 7533 156792 2 TACATGTATT

  7534 16533 2 R TGAATTGATATTTTTCCGAAC 16369354 160882 G & Cs SEQ No. 1496 16088.2.F TCTAGTCAATTGATTTCAAAAGTT SEQ ID No. 2 7535 16088 2794 3097 304 R TCAATATTATCAATGATGCCA Sets 16087 SEQ ID No. 1497 16087.1 F TTGGCTAAAATTAAACCAGC SEQ ID NO 16087.1 7536 1091 350 742 R ATAGCACCCCCATTAAGATT SetB 138552 SET 10 No. 1498 13855 2 F AGAATCGAAATTCATTGAGC SEQ ID No 7537 13855 2 R TCTCGAACGTATTCTCTTGC 912 1279 368 SetB 76091 SEQ 10 No. 1499 7609.1.F GACAAGTATCCTGAATTGCC SEQ ID No 7538 7609.1 R GACTTTTT 76 76 1 ATTGAAAGCTACCAAA4TCG SEQ 10 No 7539 7610 R TCTGGAATATCTTCACCACC 135 440 306 SetB 76111 SEQID No 1501 7611 1.F TGGTAAAGTATCAACAGGGG SEQ ID No. 7540 7611 1 TGGAATAACTTAAATTGCCC 263 605 343 Sets 76131 359 SetA 7615 SEQ 10 No.

   1503 7615 1 F CAATTTTTGAGCGAATAAGC SEQ ID No 7542 7615 I TTCGAAATATTCGATTCAGG 446 745 300 SetA 76162 SEQID No 1504 7616 2 F TGGCTTTATGTTTCTAAGGC SEQ 10 No, 7543 7616 2 R AGTATCGTGTCCGTAACTGG 10017 76TC 76TBTQQG177 2 R CTGGTCTCAATCTCACTTCC 52 385 334 Sets 7619.1 SEQ No 1506 76191.F ATTTTAGTGACAAAGCAGCG SEQ ID No 7545 76191 R TCGTAAATTTCCATAGGTGG 1283 1628 346 SetA 150882 SEQ No 1507 15088 2G ATGGGTQAGTAGGTAGGTGGTGGTGGTGGTGGTGGTGGTGGTGGTGGTGGTQAQGTQAQGTQAQGTQAQAQGTQAQAQA. .F ATATCAACAAAATTGCCACC SEQ ID No.

   7547 15087 2.R ATAACCTATTGTCCAACCCC 70 408 339 SetB 134742 SEQID No 1509 13474 2 F CTGTTTCACATCAATCTTGG SEQID No 7548 13474.2 R TGATGTTATCTGGTTGTTGG 1649 1981 333 Sets 197341 SEQ No 1510 197341 1 F TCTAGTA 197 11410 2F ATTGATTTATGGTCTGTCGG SEQID ID No 7550 11410 2.R TCTCATCAAAATCATCCTCC 1483 1861 379 Sets 8243.2 SEQ No 1512 8243 2.F ACAATCTGCTGGTTTAGTGG SEQ ID No 7551 8243,2 R TTTAAGCTGT 82QCT 82QTG36QTQ36. ID No. 7552 8236.1 R TCGATGGAGTATTTTTGAGC 886 1271 386 SetA 8232 SEQID No 1514 8232 2 F ATACTGAACGTCATTCTGCC SEQ ID No.

   7553 8232.2 R CAATTTAGGCAATACTTCGG 1664 2055 392 SetA 8229.2 SEQ No 1515 8229.2 F TTTTTA4CCAAGTTGATCCC SEQID No 7554 8229 2.R TATTGTTCCCATACAAACCC 796 1136 341 SetA 153322 SEQID No.1516 15332.2.F TGAAACCACCAC 22 1517 18655.1.F AAGATGGTCATTATGAAGAAGC SEQ ID No 7556 18655.1.R AAGCCAAATATAATGGTTGC 209 535 327 SetS 158242 SEQ O No 1518 15824 2 F TTGAAAGATTGGATGAAACC SEQ ID No 7557 15824 2 R CTGGATGAGTATCAAGACCC2525 574. R GGTGGTAATGAAGAAGATGC 1963 2282 320 SetS 14662 SEQID No 1520 1466.2.F CCAGGTAGATTTATGGTTGC SEQID No 7559 1466 2 R ACCAACTTGPACATTTTTGG 940 1308 369 SetA 14652 SEQID No 1521 1465 2 F ACTACAACAGAGCA

   7560 1465 2 R AATCTTCTGGTGAAGGTGG 1330 1720 391 Sets 169902 2 SEQ No 1522 16990.2 F GATATTCGAACAAGCTCACC SEQ ID Na.7561 16990 2.R CCAGGAACAATTAAAAATGG 1783 2171 389 Set8 169AGAAAGAAQAAQAAQAAQAAQAAQAAQAAQAQAQA No 1524 14665 2 GAAGAAGCTCAAGGGGTTA SEQ ID No 7563 14665 2 R TTCCCCATATTTGGAATACT 1864 2231 368 SetB 14663.2 SEQ No 1525 14663 2 F TTATTGGTCAGATACTCCCG SEQ ID No 7564 14663.2.R CTGGGAATATCAGTTTCAGG 1421 952

   7565 14662.1 R 7TCTTTGTGTAGCCCATCTT 550 949 400 SetB 110482 SEO 10 No 1527 11048 2 F ATCAAGTTCACGTAAAAGCG SEQID No.7566 11048.2.R TCCATTAGTTTCACCTCTAGC 1317 1656 340 SetA 110512 SEQID No 1528 11051.2 F ATGAGAAAA 1529 9544 2 F CATTTGGATGAATATCTCGC SEQ ID No 7568 9544 2.R ACCAATGAATAAATGATGGC 472 776 305 Sets 95392 SET No 1530 9539 2 F TTGATTCTGAAGGGAAAGTG SEQ ID No 7569 9539 2 R GGTTCAAACGAAATGTCAAT 1658 2027.2AGAGTG31.TAG No3831. 7570 9538 2 R GTATCCATAGGACCTGGAGC 276 599 324 SetA 95342 SEQ No 1532 9534 2 F C-FGAACCAGAAAAATCATGG SEQ ID No 7571 9534 2 R ACTTCAGGAATAACCAACCC 920 1289 370 SetB

  <Desc / Clms Page number 110>

 
 EMI110.1
 114522 2 SEQ ID No 1533 11452 2 F CTCAAGGTGAAACTGAAACC SEQ ID No 7572 11452 2 R TTGGAATTGTTTGAG7AGCC 986 1299

  314 SetB 157292 SEQ ID No 1534 15729 2 F TGAATATGCTT7TCACATGG SEQ ID No 7573 15729 2 TTCTAGATGAGCTGGATTCG 92 472 381 SetB 15728 SEQ ID No 1535 15728 2 F ATTTGAT7TGATCGAGAAGG SEQ ID No 7574 15728 2 R AAAGT13 F AATGGAGGAATATCCAAACC SEQ ID No 7575 13658 2 R ATCGCATGATTAG7TCAACC 247 634 388 SetS 136562 SEQ ID No 1537 13656 2 F TATA7TAATTCCGAAACGCC SEQ ID No 7576 13656 2 R ATCCTTGGTCATACATTTCG 106 436 331AC SECC 1365 2CC 1365AT 13658 2 R AAGTTCCGACAACTGTTTTG 178 524 347 Sets 178852 SEQ ID No 1539 17885 2 F TTTGAAC7CCAAAAGAGAGC SEQ ID No 7578 17885 2 R GCTTTTAGTATTGGTGCTGG 1671 2009 339 SetB 16484 SEQ ID No 1540 16484 1 CTAAGAGATTTCT48T 1GAGTGTGTG4GTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGT7 SEQ 10 No 1541 16483 1 F TTTGCTAATTATGGAAAGCC SEQ 10 No 7580 16483 1

  GAATCCTTCCATTTATCAGG 61 368 308 SetB 5877 SEQ ID No 1542 5877 2 CCCAGAAGTAGTGTCATTGG SEQ ID No 7581 5877 2 R ACGATTATGACTGAACCTCG 525 873 349 SetA 58792 SEQ ID No 1543 5879 2 TGGGAAAATTCATAAAGTGG SEQ ID 5782 5848 2G 2 F CGAACTCTTCCAAGTAATGG SEQ ID No 7583 5882 2 R TCCTAATAAATCGTCCAAGG 960 1290 331 SetB 121982 SEQ la No 1545 12198 2 F TACAACCTCATACCAAAGGC SEQ ID No 7584 12198 2 R CATCAATAATTTCGAAACCG 51014 54AQAATB R AGTAGTAGTAGTGGTGGTAATGG ND ND 258 SetC 19735 1 SEQ ID No 1547 19735 1 F TCGGTAAACCTAGTGGTCC SEQ ID No 7586 19735 1 R CAACAAACACATAATGCAGC 20 368 349 SetS 18645 SEQ ID No 1548 18645 1 GATGATAACTTATTTGATT 1GATGTBATGATGAT 1 ID No 1549 145402.F TATCGAAATTAATTGGTCCC

  SEQ ID No 7588 14540 2 R AT7GCCAAAATCATATCAGC 1058 1403 346 SetS 14538.2 SEQ 1D No 1550 14538 2 GTTCATCAATTTCTGTGACG SEQ ID No 7589 14538 2 R A4TTGATTTATCGGAGTTGG 1277 1608 332 SetB 14536 SEQ D No AAGT 14536 383 368 SetB 20682 SEQ ID No 1552 2068 2 F CTTCTACTAGTGGTGGTGGC SEQ 10 No 7591 2068 2 R TCAATTGATGATTCTTTACCG 566 961 396 Sets 2067 SEQ iD No 1553 2067 2 F AACAGGTCCATTATTTTTATCG SEQ tD No 7592 20TAAAAAAAA 13194 2 F CCACCATTGTCTACTCAACC SEQ ID No 7593 13194 2 R CCGTTTTTGGTTACAATAGC 2806 3119 314 SetB 196471 SEQ ID No 1555 19647 1 F CGGATACAAACACAAGTGC SEQ ID No 7594 19647 1 R AGCAGTATTGGTTTCAGTAGC 1 722 232 362

   1556 10045 2 F ATTACACGTCAGTCTGTCCC SEQ ID No 7595 10045 2 R TAAATTCATCAGCCAAATCC 967 1309 343 SetB 100482 SEQ iD No 1557 10048 2 AAAATAGTCCAAGCAGAAGC SEQ ID No 7596 10048 2 R CATTTTC7GATCTTTTTCQ IDAC 1002 1755 R 10 055 2 1450 1801 352 GTGGAAA7GAACTTGTAGGC S.te 61561 SEQ ID NO 1559 61561 F TCACATCAACTTCAACATGG SEQ OJ No. 7598 6156 1 GCCTCAGTTTCATCTAATCC 92413322 SetB 61552 SEQ 1D No 1560 6155 2.F AACTAAAGTATTTTCCGGGG SEQ OJ No. 7599 6155 1221 1607 387 2 CCCTTGTGAAGATTTACTGC SetB 61532 SEQ 10 No 1561 6153 2 7ACAAAATGGGAATGAAACC SEQ ID No.

   7600 6153 2.R ATGTAACGTTTGTTGGAACC 1316 1684 369 SetB 197361 SEQ ID No 1562 19736 1 TTGAAATCTGATGTTGATGC SEQ ID No 7601 19736 IR ACAAAGAGATAATTCAGCGG 2632 3030 399 Sets 143142 SEQ ID Na 1563 14314 2 F GAAAAGACA 143 14315 SEQ ID No 1564 14315 2 F GAGGAGGAGGATATATTGACG SEQ ID No 7603 14315 2 ATTTCITCTTAAACCCACCC 512 880 369 Sets 19582 1 SEQ ID No 1565 19582 1 F TTTGTCGACAGGGAGTAAAT SEQ ID No 7604 19582 1 R GCCTTCTTTTTTT2323 1T GBTT23QTQ2323 SEQ iD No 7605 10823 1 TTTCCTTCATCTATTCCACC 274 593 320 SetB 10822 SEQ ID No 1567 10822 1 CCAATAGTTGACGGTCTAGG SEQ ID No 7606 10822 1.R TGTATGCAGATATCGTGTCC 553 865 313 SetB 108201 SEQ ID NoAG68 Sets 10815.2 SEQ 1D No 1569 10815 2

  TTGAAGAAAAAGATGCTTCC SEQ ID No 7608 10815 2 R CTTTCGACAAGTATTCTGGG 1292 1618 327 Sets 200861 SEQ ID No 1570 20086 1 CCAAACACTCAATTAGAGG SEQ ID No 7609 20086 1 R TCGTCTATCAACAACTGTAC 173 G7AQT7ACAQT7AC 266,255 Sets 146082 SEQ ID No 1572 14608 2 F GAAATGAA7ATTTGGGAACG SEQ ID No 7611 14608 2 R GTAGAGGTGGTTGTAATCGC 1831 2176 346 Sets 18641 I SEQ ID No 1573 18641 1 AGTGATGAGATCAAGATCGG SEQ ID No 7612 186G AAG 97AG 1 ATTCATCAATTACGAGCACC SEQ 10 No 7613 18640 1 R CTGGTGTAGCATATGTCGG 1279 1591 313 SetB 93502 SEQ 10 F GAATCAAACAAGATGATGCC SEQ ID No 7614 9350 2 R GATTTGTTTTCTTCAGCAGC 25 404AQ IDA 934 R AGATAAGCGTTAGTTGGACG 94 488 395 SetB 9347 SEQ

  10 No 1577 9347 2 TGATGTACCTAAAGAATTCCC SEQ ID No 7616 9347 2 TGGAATTTA4ACCAAA4TGG 540 845 306 SetB 9345 1 SEQ ID No 1578 9345 1 GATCCCAATCAATTAAAACG SEQ ID No 7617 9345 1 R TTCGAGAAACAATTAATCCC 226 521TT ID 93BT IDT 93B 9340 1 CCTTTGATTCTTTTAAATCGG 3310 3631 322 SetA 93362 SEQ 10 N.

   1580 9336 2 F AACCATCTGGTACTGAATCC SEQ ID No 7619 9336 2 R ACATTGACAAATCCAACCTG 1727 2058 332 SetB 166631 SEQ ID No 1561 16663 1 GATTTGTCCACATCAAAACC SEQ ID Na 7620 16663 1 TTCTGTGTCATTGATGTTCG 472 762 1666AQ2A2162 2 R AACA71GTATGCTTTTTGGG 353 704 352 SetA 53922 SEQ ID Na 1583 5392 2 AATGTGGTTCCTGAAGAGG SEQ ID No 7622 5392 2 CATCATGAAGTACAAATCCG 922 1318 397 SetA 53892 SEQ ID No 1584 5389 2 GATACTCCAGTGCT 53GN 2GATGTGTGTBTGTBT 53 18639 1 F TCCTAATGGAATTCGTCCTA SEQ ID No 7624 18639 1 R ATTTCCCTCCATACCAGAAT 285 618 334 Sets 5387 SEQ ID No 1586 5387 1 TCTTTGCTTATAAAGGTGCC SEQ ID No 7625 5387 1 ACCATTTTGTGTCCATTTGT 74 465 39Q StBA 5387 53A R TTCGATAATGGGTTAACTGG 2833 3203 371 Sets 19661 1 SEQ

  1O No. 1588 19661 1 ATGGAGAGAATTTTGAACCC SEQ ID No 7627 19661 1 ATTATAGGTGATACACCGGG 608 930 323 Sets 127052 SEQ 1D No 1589 12705 2 F ATCTCAACCGCTACTTTCAA SEQ ID No 7628 12705 2 R TTGTTGTAGTCATTQAQA193 7629 16019 2 R ATTGGTGGATTTACTACCCC 1663 1977 315 SetB 160222 SEQ ID No 1591 16022 2 F CAATCACCATCAAAGACTCC SEQ ID No 7630 16022 2 R CTTGATCTTGCTTTTCTTCC 2875 3262 388 s.tB 19924 SEQ 10 No 1592 19924 1 AAACTATTCCTCACA 1ATCTACTACACCA 5etB 110542 SEQ ID No 1593 110542F F CTGGAGAATTTGGTAAAAGC SEQ ID No 7632 11054 2 R CACTACAATTTTGAAACACTGG 173 478 306 SetS 110532 SEQ ID No 1594 110532F F ATCCTGAAAGAATAGCGGTT SEQ ID No 7633 110GA 2A SEQ ID No 7634 7308 2 ACTAATTCGACAACACCACC

  94 404 311 Sets 7309 SEQ 10 No 1596 7309 1 ATAGCTGAATGTTTGGTTGG SEQ! 0 No 7635 7309 R GTTTTGATTGCTTCTCTTGC 400 701 302 SetA 7312.2 SEQ ID No 1597 7312 2 AACATTCAATTTAGATGCCG SEQ 10 No 7636 7312 2 GAAATTC 1 F AATTTGATGAAGCTGGAAGA SEQ ID No 7637 18635 1 TTTGGTGCTCAAATATCCTT 599 984 386 Sets 19740.1 SE A ID AAGGAGTCAGAATCATCAGC SEQ ID No 7638 197401 R TCTTCGAATTTATAGGACCC 11AG 2AQTC 11QA 2QA 2132 2435 304 Sets 113961 SEQ ID No 1601 Il 3961 F TCATTCACCAGATGATTTACC SEQ ID No 7640 11396 1 R TCGTGGTCAAACTTGTTAGC 465 797 333 SetA 113932 SEQ ID No 1602 11393 2 F AAAAGTATATTGGGAAGTGGC SEQ ID No 7641 11TC3939 .

   1603 11392 2 F CAATTGGAGAAATTAGTGGC SEQ ID No 7642 11392 2.R CTGAATACACCAGACATCCC 514 848 335 Sets 113912 2 SEQ 1D No. 1604 11391 2 F TACAAGTGACGATTCTGTGG SEQ ID No 7643 11391 2 R GATCTAGTTCTCGATGCTG96GUQGQQQQQQQ 2Q 516 2Q 516 F GATGTAGCAAGACCAGAAGC SEQ ID No 7644 5196.2 R TAATCCACAATATCCACACG 76 423 348 SetB 51952 SEQ ID No 1606 5195 2.F AGATTTGGTAATATGCCAGC SEQ ID No 7645 5195 2 GTTGAGCAATTGATTTTTCC 241 559 319 ATATATAT 764QCC 1187 366 SetS 51922 SEQ ID No 1608 5192 2 F AACTGATTCATCGTTTGTCA SEQ ID No 7647 5192 2 R TAGATTCAGTGAAAGGCTCG 1032 1368 337 Sets 5191 SEQ ID No 1609 5191 2 F TCTTCATTCTCATTTTGTGC SEQ ID No 7648 51T 2TTT RGTTTGTT 51892 F GATTCAACAAATGAAGAATTGG SEQ ID No.

   7649 51892.R TTTTTCAAACCATCTTCTAGC ND ND 276 SetC 5185 SEQ ID No. 1611 5185.2 F TCCAACTAAAGGTGGTGAAC SEQ ID No. 7650 5185.2 R AAAGCTAAAGCCAAGACTGA 1251 1577 327 Sets 18631 1 SEQ ID No 1612 18631 1 F ATCCATACACCACCGGTACC31 # 31 363 Sets 156492 SEQ 1D No. 1613 15649 2 F ATGGTACCTAAATGGATTGG SEQ ID No 7652 15649.2 R GTAATTCAATATCACTACTACTTTT ND ND 388 SetC 12676.2 SEQ 1D No.

   1614 126762.F GTTGCTAAAATAGTGGAGGC SEQ ID No 7653 12676.2.R AATGTTGTTGCAAAGTAGGG 64 331 268 Sets 18629.1 SEQ ID No 1615 186291F F CTCAAGATTTACGAAATGGC SEQ ID No 7654 18629 lR TCGTTTCAAGTG1816 .R TTGAACCAATTTTTCTCTGG 755 1113 359 Sets 6070.2 SEQ ID No 1617 6070 2 F CATTCTTGTATTATGCGTCG SEQ ID Na 7656 6070 2 R ACCACCACAATTACCATAGG 1603 1983 381 SetB 12270.2 SEQ ID No 1618 12270 2 TCGAATTATCTTCGGGTCTTGTGTQ SEG IDG 762. D No. 1619 12272.1.F GAATATATTTACAACGCCGC SEQ ID No 7658 12272.1 R ATAACCTTCCACATTGTTCG 465 810 346 SetA 122752 SEQ ID No.

   1620 12275 2 F TTGTGCTTACATTCTTCACG SEQ 10 No 7659 12275 2 R TTTCTTCAATTGTAGGTGGG 1457 1825 369 Sets 130282 SEQ ID No 1621 13028 2 ATCA4TCAGATCTTTGGTGG SEQ ID No 7660 13028 2.R ATGAATTGTACAAATTGCGG SEA 1301 1397 No No 7661 13030 2.R GTCTACAACTCGAGACTGCC 1590 1911 322 SetA 130331 SEQ ID No. 1623 13033 1 F AATCAGAAAATG7GTCAGCC SEQ ID N. 7662 13033 R TTACCATCTTCACCTTTTGG 1553 1862 310 SetA 170092 SEQ ID No 1624 17009 2 855 1241 387 SetA 170551 SEQ ID No. 1625 170551 F AGTGAAATTATCGATCAAAACC SEQ ID No 7664 17055 LR ATCTTTGCAATTTCATCTCG.

   ND ND 272 SetC 170542 SEQ 10 No 1626 17054 2 F ATTCATCATCCTATTCCTGG SEQ ID No 7665 17054 2 R ACTTTTAArrTGAGCCAACG 1111 1434 324 SetB 12305.2 SEQ ID No. 1627 12305 2 F AATTTAGGTGGGATATGTCG SEQATA 12AG66A 426 1O No. 1628 12306.1 F TGAATTACCAACATTTAGCG SEQ ID No. 7667 12306.1 R AATGCTCTTATAATATTCGGG 522 872 351 S.t8 12310.2 SEQ 1D No 1629 12310.2.F CAAAACTTGTTAGTACACCTGG SEQ ID No 7668 12310.2.R TGACTAATT CCC 1749. F AGAAACTAATCAACTGGCCC SEQ ID No 7669 16758.1 R AACTGTTTGTAGTTGTGGTGG 915 1293 379 s.te 15681.2 SEQ ID No.

   1631 15681 2.F TCAAATGGTAATGATGAACC SEQ ID No 7670 15661 2 R CTATTGAAAATATTATTGATGCTG ND ND 167 SetC 19535.1 SEQ ID No 1632 19535Il.F GCTCAAGATGAAGCAGTAGG SEQ ID No 7671 19535.1 R TTGTTCTGCTCTTTTCTTCB ID CTC 1954 3434 312 . 7672 19534 1 R ATCCAAAATCCATAACATGC 746 1136 391 s.tB 79921 SEQ 10 No 1634 7992 1 F TACAACTGCTTCAACGTACC SEQ 10 No 7673 7992.1.R CTTCCAATTCTTGTTCAACC 1778 2080 303 s.ta 7990.1 SEQ 1DA ACT990ATIA0AC 7ATIA. 2905 3234 330 SetB 7987 SEQ 1D No. 1636 79871 F AGGAAATGTCAACAGTCAGC SEQ ID No 7675 7987 1 ATAAGGCACTGTGTAATGGC 189 544 356 S.t8 199271 SEQ ID No 1637 19927.1.F AAATTTTGGATTGTTCAACG SEQ ID No 7676 19927. No.

   1638 7983 2.F TTAGACCCCAAAGATATCCC SEQ ID No 7677 7983 2 R GTGGTTTCCGAATTATAAGC 952 1277 326 S.t8 7981.1 SEQ ID No 1639 7981.1 F CTCGGTGGTATTTTACATCC SEQ ID No 7678 7981 lR ACTTGTGGTTGATTTTCACCAATTA ATQ 4343 1436 SEQ ID No 7679 7543 2.R CAGGTCTAGTTTTACCACCG 289 655 367 SetB 7544 2 SEQ ID No 1641 7544 2 F TAGCTAAACGGAATAATGGG SEQ ID No. 7680 7544 2 R TGTTCCTGATCCATCTAACC 1295 1611 317 SetA 162972 SEQ ID No. 1642 16QATGTAG 76.2 16297 2.R TGAGTTGTTTAGCTGTTTTGG ND ND 358 SetC 17142.2 SEQ ID No. 1643 17142 2 F CATAATGTCACAAACCGTTG SEQ ID No 7682 17142.2 R TTCCAGCCATAAACAATTTC 1 313 317 Sets 149392 SEQ ID No 1644 14939 2.F CAAATTTATAAAQAATATAA39 1559 351 SetA 19743.1 SEQ 1D No 1645 19743 1.F AGATTAAAGGGTGCTTTTCC SEQ ID No.

   7684 19743 lR CATTTTTCAAAACCAACTCC 331 SetC 14410.1 SEQ ID No 1646 144101F F CAAGACCAAGAGTTGATTGC SEQ ID No 7685 14410.1 R ATTTACATTGTTCCAATGCC 700 1003 304 SetB 144071 SEQ 10 No 1647 14407 1 F ATCTACTTGCACTCTTTGCC 14Q7 10CC 31CT7GCT 14CC7Q 10CC 31Q7GCCQQ7407Q7 1648 172372F GATCAAGCTAACAAAAAGGG SEQ ID No 7687 17237 2 R TAACCCAGTAATGATGGAGG 157 537 381 Sets 9315.2 SEQ ID No 1649 9315 2.F AGAAGAAGAACTGGAAAACG SEQ ID No 7688 9315 2 R TGATATTGTCTAGGTTGGGQ 504 887

   1650 9312 1 F CAACCAACGACAACAATTAC SEQ 10 No 7689 93121.R TCTCTTTCTGTGCTTGTTCA ND ND 280 SetC

  <Desc / Clms Page number 111>

 
 EMI111.1
 
 <Tb>
 <tb> 9306 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1651 <SEP> 9306 <SEP> 1 <SEP> F <SEP> ACCTGTTTATGCTGTTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7690 <SEP> 9306 <SEP> 1 <SEP> R <SEP> AACAACGACATTTCTATCGG <SEP> 420 <SEP> 720 <SEP> 301 <SEP> SetB
 <Tb>
 
 EMI111.2
 15581 2 SEQ ID No 1652 15581 2.F GCTCAATTTGATTATCCAGC SEQ ID No 7691 15581 2 R AA7AATAAAGCTAAAGCGGC 106 416 311 SetS 14652 SEQ ID No 1653 14652 2 AGCTGAAGAATTGATTTTGG SEQ ID No 7692 14652 2 R GATTTCAAQACCAGC16AGAGCCAGCAGAG 318 F GCCATTTTTCAATCATGTCT SEQ ID No 7693 16861 2 R AAGGTAATCTTCCTGATAATCTGA 1 352 366 SetB 168602 SEQ ID No 1655 16860 2 F CAAGAAGGTGTTATTTCTTGG SEQ ID No 7694 16860 2 R AAAAGCTAATTGTTGTTCTGG 295 633

  1656 186181 F AATCATGAACTTTGCCTCTT SEQ ID No 7695 18618 1 CGAAAAATCTTCCACCATTA 4 261 258 SetC 15985 SEQ ID No 1657 159851 F AATCTAAATGTTTTCCACCAC SEQ ID No 7696 15985 1 AACGTTCATCAATTGTTTTG ND ND 253 SetC
 EMI111.3
 
 <Tb>
 <tb> 13021 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1658 <SEP> 13021 <SEP> 1 <SEP> F <SEP> ATCCAAACTAAACCAAAAACAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7697 <SEP> 13021 <SEP> 1 <SEP> TGTTGTGAATGCGAATAACT <SEP> 1107 <SEP> 1454 <SEP> 348 <SEP> SetB
 <tb> 84482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1659 <SEP> 8448 <SEP> 2 <SEP> F <SEP> AAATCAATAATGAAGCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7698 <SEP> 8448 <SEP> 2 <SEP> R <SEP> AGTTCAGGATCTTCATATTCAAA <SEP> 1 <SEP> 341 <SEP> 350 <SEP> SetC
 <Tb>
 
 EMI111.4
 84472 SEQ ID No 1660 8447 2 F TCAACTTCCACATCAACTCC SEQ ID No 7699 8447 2 R TTAGAAGAAGATTGATTCTTGG ND ND 266 SetC 8440 SEQ ID No 1661 8440 1 GTCAATGTCTTGGATTCACC SEQ f0 No

  7700 84401 R TCCTCGTATTACACCACAGG 199 543 345 SetA
 EMI111.5
 
 <Tb>
 <tb> 84391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1662 <SEP> 8439 <SEP> 1 <SEP> AGTGAACCAATGACTTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7701 <SEP> 8439 <SEP> 1 <SEP> CTTCAGCATCAAGATTTTCC <SEP> 556 <SEP> 874 <SEP> 319 <SEP> SetB
 <Tb>
 
 EMI111.6
 84372 $ EQ ID No 1663 8437 2 F GATTCGTATTGGACTCATCC SEQ ID No 7702 8437 2 R AACACTCTTGGTTTGTACCG 3169 3485 317 SetA 39332 SEQ ID No 1664 3933 2 F ATATTCTCGTTTACAAGCCG 5EQ ID No 7703 3933 2 R AAATTC 315
 EMI111.7
 
 <Tb>
 <tb> 3931 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1665 <SEP> 3931 <SEP> 2 <SEP> F <SEP> GATTCGGTGATATTGAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7704 <SEP> 3931 <SEP> 2 <SEP> R <SEP> AAGCTCTTTACAGCAGATGG <SEP> 391 <SEP> 740 <SEP> 350 <SEP> SetB
 <tb> 4988 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1666 <SEP> 4988 <SEP> 1 <SEP> F <September>

  AAACTAGTGCCACAGAATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7705 <SEP> 4988 <SEP> 1 <SEP> R <SEP> ATATAACCTGCCCATAATCG <SEP> 50 <SEP> 433 <SEP> 384 <SEP> SetB
 <Tb>
 
 EMI111.8
 49862 SEQ ID Na 1667 49862 F GAGGAATCTGCTATTGTTGC SEQ ID No 7706 4986 2 R ATGTCATTCTTTGTGTTGGC 1396 1736 341 Ste 4983 SEQ ID No 1668 4983 1 F AAGTCATAAACTTTGCCTCG SEQ ID No 7707 4983 1 R CGAAATCTTGGACTACTACGAC
 EMI111.9
 
 <Tb>
 <tb> 4979 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1669 <SEP> 4979 <SEP> 2 <SEP> ACCATCAGTGACTGTTACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7708 <SEP> 4979 <SEP> 2 <SEP> R <SEP> TCAATATCAGGAGCAGAACC <SEP> 609 <SEP> 932 <SEP> 324 <SEP> SetB
 <tb> 4977 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1670 <SEP> 4977 <SEP> 2 <SEP> F <SEP> ATTGGAAAAGAAGGACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7709 <SEP> 4977 <SEP> 2 <SEP> R <SEP> ACATGGAAAACTGTACCTGG <SEP> 258 <SEP> 647 <SEP> 390 <September>

  SetB
 <tb> 49762 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1671 <SEP> 4976 <SEP> 2 <SEP> F <SEP> TTAGGCTATCCACGTGAGTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7710 <SEP> 4976 <SEP> 2 <SEP> ACAGCAACGGTACTTTCATT <SEP> 2527 <SEP> 2891 <SEP> 365 <SEP> SetB
 <tb> 122152 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1672 <SEP> 12215 <SEP> 2 <SEP> F <SEP> AGTCCATTGGCTAATTCAGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7711 <SEP> 12215 <SEP> 2 <SEP> R <SEP> ATTGGCAACAACTTCAGATT <SEP> 1372 <SEP> 1707 <SEP> 336 <SEP> SetB
 <tb> 12213 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1673 <SEP> 12213 <SEP> 2 <SEP> F <SEP> GTCAATAATTCACCACCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7712 <SEP> 12213 <SEP> 2 <SEP> R <SEP> AAGCTGATACATTGGTCTCC <SEP> 847 <SEP> 1161 <SEP> 315 <SEP> SetB
 <Tb>
 
 EMI111.10
 122 102 SEQ ID No 1674 12210 2 TATTATCTCGAGCATCAGGG SEQ ID Na 7713 12210 2 R ATGATTGTGCAACTTGACG 344 730 387 SetB 122092 SEQ ID No 1675 12209 2

  ATTAAAGCTGACAAAAACGC SEQ ID No 7714 12209 2 R TCCATATTGTCTCCATTTCC 258 609 352 SetB 10889 SEQ ID No. 2147 374 SetA
 EMI111.11
 
 <Tb>
 <tb> 108862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1678 <SEP> 10886 <SEP> 2.F <SEP> ATTATCATACCCAGGAGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7717 <SEP> 10886 <SEP> 2 <SEP> R <SEP> ATTCCTTGAAGACTTTGTGC <SEP> 1665 <SEP> 1976 <SEP> 312 <SEP> SetA
 <tb> 10884 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1679 <SEP> 10884 <SEP> 1 <SEP> CGGAAAATAAGGAAGAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7718 <SEP> 108841 <SEP> R <SEP> CAATTTTGATCCATTTTTGG <SEP> 566 <SEP> 918 <SEP> 353 <SEP> SetB
 <tb> 82572 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1680 <SEP> 8257 <SEP> 2 <SEP> F <September>

  AACATCAAAGTTGCAGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7719 <SEP> 8257 <SEP> 2 <SEP> R <SEP> CAACTTCCACATTTTTCCC <SEP> 2611 <SEP> 2956 <SEP> 346 <SEP> SetB
 <Tb>
 
 EMI111.12
 8253 SEQ ID No 1681 8253 2 CATCTTCAATTCAAACCCC SEQ ID No 7720 8253 2 R AATGAGACTCTAATGCTGGC 11 247 237 Sets
 EMI111.13
 
 <Tb>
 <tb> 82522 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1682 <SEP> 8252 <SEP> 2 <SEP> F <SEP> GAACGTAGTGGGTTTTATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7721 <SEP> 8252 <SEP> 2 <SEP> R <SEP> TGTCCTTAAATCTTTGGAGC <SEP> 2899 <SEP> 3264 <SEP> 366 <SEP> SetB
 <tb> 82482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1683 <SEP> 8248 <SEP> 2 <SEP> F <SEP> TTAAGAGCTGCTTCTCATCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 7722 <SEP> 8248.2 <SEP> R <SEP> ATATGGATTTATCACCACCG <SEP> 589 <SEP> 901 <SEP> 313 <SEP> SetB
 <tb> 82462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1684 <SEP> 8246 <SEP> 2 <SEP> F <SEP> CTACTGATGATTCCGGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7723 <SEP> 8246 <SEP> 2 <SEP> ATAATGACCAGTATGTGGGG <SEP> 1934 <SEP> 2244 <SEP> 311 <SEP> SetA
 <Tb>
 
 EMI111.14
 8245 $ EQ ID No 1685 8245 2 AATATTTCATGGTGTTGATCG SEQ ID No 7724 8245 2 R AACCATGGAGGTTATTTGC 792 1162 371 SetA 16320.2 SEQ 10 No 1686 16320 2 TCCGAACATATAAAACCAGC SEQ ID Na 7725 16320 2 R AAATAACCCAGTT
 EMI111.15
 
 <Tb>
 <tb> 16217.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1687 <SEP> 16217 <SEP> 2 <SEP> F <SEP> TTTAGATGCTAGCTTGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7726 <SEP> 16217 <SEP> 2 <SEP> R <SEP> GCCAATTTCTTACAATGACC <SEP> ND <SEP> ND <SEP> 351 <SEP> SetC
 <tb> 14562 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 1688 <SEP> 14562 <SEP> 1 <SEP> TAATCAAATTTATCGCAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7727 <SEP> 14562 <SEP> 1 <SEP> R <SEP> GCCAATTAGACCAAGTATCC <SEP> 272 <SEP> 667 <SEP> 396 <SEP> SetA
 <tb> 14559 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1689 <SEP> 14559 <SEP> 1 <SEP> F <SEP> CAATTACTAACAAATGGGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7728 <SEP> 145591 <SEP> R <SEP> GTCGTCACAGATCCATTAGC <SEP> ND <SEP> ND <SEP> 250 <SEP> SetC
 <tb> 145562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1690 <SEP> 14556 <SEP> 2 <SEP> F <SEP> AATAACCCAATGATGACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7729 <SEP> 14556 <SEP> 2 <SEP> R <SEP> TCTTCACCTTCTTTCTTTTCC <SEP> 106 <SEP> 476 <SEP> 371 <SEP> SetB
 <Tb>
 
 EMI111.16
 14744.2 SEQ 10 No 1691 14744 2 CAAGTTATTGTTTTACCGGC SEQ ID No 7730 14744 2 R CATCAGTAAAT7CAATCCCC 1297 1618 322 SetB 179 142 SEQ ID No 1692 17914 2 GCCTCTGGTATTACTGTTGC SEQ ID No 7731 17914 2 R

  GATCCACTATTTTCTGTGGC 2467 2780 314 SetA
 EMI111.17
 
 <Tb>
 <tb> 7602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1693 <SEP> 7602 <SEP> 2 <SEP> F <SEP> GTGTTTCATCAATTGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7732 <SEP> 7602 <SEP> 2 <SEP> R <SEP> GGGCATCATCAAAATCTAAG <SEP> 272 <SEP> 610 <SEP> 339 <SEP> SetC
 <tb> 19928 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1694 <SEP> 19928 <SEP> 1 <SEP> AACTTCGGAAAAAGCAGTTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7733 <SEP> 19928 <SEP> 1 <SEP> R <SEP> ATATCCGTCTGCATTTCAGT <SEP> 129 <SEP> 506 <SEP> 378 <SEP> SetB
 <tb> 7599 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1695 <SEP> 75991 <SEP> F <SEP> ACAAAGTTCTTGGTTGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7734 <SEP> 7599 <SEP> 1 <SEP> R <SEP> ATACCTCTTGTCTTCAACGC <SEP> 514 <SEP> 836 <SEP> 323 <SEP> Sets
 <tb> 7596 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1696 <SEP> 7596 <SEP> 1 <SEP> F <SEP> GCGAAGTTTAAAAACAATGG <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 7735 <SEP> 7596 <SEP> 1 <SEP> R <SEP> CTGTTCTTTGGAGGATATGG <SEP> 151 <SEP> 529 <SEP> 379 <SEP> SetB
 <tb> 75932 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1697 <SEP> 7593 <SEP> 2 <SEP> TTTTGCTAAATTTATTGCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7736 <SEP> 7593 <SEP> 2 <SEP> R <SEP> GTCCACAATTTTTCAACACC <SEP> 2325 <SEP> 2630 <SEP> 306 <SEP> SetB
 <Tb>
 
 EMI111.18
 75891 SEQ ID No 1698 7589 F GAAACTCGCTGAGTTAGAGG SEQ ID No 7737 7589 1 AACCAATGATCTTTTTCACG 1812 2164 353 SetS
 EMI111.19
 
 <Tb>
 <tb> 7586 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1699 <SEP> 7586 <SEP> 1 <SEP> F <SEP> TAACAAAATACGGCTCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7738 <SEP> 7586 <SEP> 1 <SEP> R <SEP> TTAAMTGGTAACGAAACCC <SEP> 401 <SEP> 758 <SEP> 358 <SEP> SetB
 <tb> 7585 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1700 <SEP> 7585 <SEP> 2 <SEP> F <SEP> ATCTGATCCACCAATTTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7739 <SEP> 7585 <September>

  2 <SEP> R <SEP> GTTGTGAGGATAACAATCCC <SEP> 246 <SEP> 565 <SEP> 320 <SEP> SetB
 <Tb>
 
 EMI111.20
 197441 SEQ 10 No 1701 19744 1 ACAAATTGTTCCTGAAGACG SEQ ID No 7740 19744 1 TCACTAGCATCAACAAATCG 1692 2012 321 SetS
 EMI111.21
 
 <Tb>
 <tb> 124572 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1702 <SEP> 12457 <SEP> 2 <SEP> CTCAAGTAGACGAGAAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7741 <SEP> 12457 <SEP> 2 <SEP> R <SEP> TCTTCTTCTTTTCTTTTGCG <SEP> 863 <SEP> 1163 <SEP> 301 <SEP> SetB
 <Tb>
 
 EMI111.22
 124582 SEQ ID No 1703 12458 2 F GATCAAGGATTTGTTTACGG SEQ ID No 7742 12458 2 TTCCATAAACGTAATTTCCC 610 950 341 SetS 12460 S ± Q ID No 1704 12460 2 F TCAGTTGT1TCACATCTTGC SEQ ID No 7743 12460 2 R ACAACTATCATTTC 14
 EMI111.23
 
 <Tb>
 <tb> 12461 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1705 <SEP> 12461 <SEP> 2 <SEP> ACCATACCTCCAACATTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7744 <September>

  12461 <SEP> 2 <SEP> R <SEP> TACCAATTTCTCTGGTTTGG <SEP> 1507 <SEP> 1854 <SEP> 348 <SEP> SetA
 <tb> 74982 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1706 <SEP> 7498 <SEP> 2 <SEP> F <SEP> ACAACAAATATGGACCTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7745 <SEP> 7498 <SEP> 2 <SEP> R <SEP> AACTATCCAGGTTAGCATCG <SEP> 585 <SEP> 898 <SEP> 314 <SEP> SetB
 <tb> 197451 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1707 <SEP> 19745.1 <SEP> F <SEP> AAGGCTGAAACTGGTACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7746 <SEP> 197451 <SEP> R <SEP> AATTCCAAGAATTTAGCAGG <SEP> 2827 <SEP> 3119 <SEP> 293 <SEP> SetA
 <tb> 147042 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1708 <SEP> 14704 <SEP> 2 <SEP> GACGAATCTTCATGTTTGCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7747 <SEP> 14704 <SEP> 2 <SEP> R <SEP> AGTAGTGCCAATAGCAGCTT <SEP> 2341 <SEP> 2682 <SEP> 342 <SEP> SetB
 <tb> 147062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1709 <SEP> 14706 <SEP> 2 <SEP> F <September>

  GCTTATCAAACTATACCCGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 7748 <SEP> 14706.2 <SEP> R <SEP> GTGGTTCCACTGCTAGTACC <SEP> 394 <SEP> 764 <SEP> 371 <SEP> SetB
 <tb> 138102 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1710 <SEP> 138102F <SEP> F <SEP> GTAGAATCTGGTGCATCGTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7749 <SEP> 13810 <SEP> 2 <SEP> R <SEP> TTTCTCCAACGTTTGCTTAT <SEP> 2002 <SEP> 2379 <SEP> 378 <SEP> SetB
 <Tb>
 
 EMI111.24
 145102 SEQ ID No 1711 14510 2 F ATACAAATGAGTCAATCGCC SEQ ID No 7750 14510 2 R TCATTTCTTGTAAACCC4GO 1492 1793 302 SetB 145092 SEQ ID No 1712 14509 2 F AAAGATGAAACAATCATGCC SEQ ID No 7751 14509 2 R TGCTTTGAC27 SEQ ID No 7752 14508 2 R GCTATAGCT7GTTGAATCCC 496 872 377 SetS
 EMI111.25
 
 <Tb>
 <tb> 76382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1714 <SEP> 7638 <SEP> 2 <SEP> F <SEP> GTTTGTGCTGGTTCTTTACC <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 7753 <SEP> 7638 <SEP> 2 <SEP> R <SEP> TTTCTTTAGAACAACCGTGG <SEP> 292 <SEP> 640 <SEP> 349 <SEP> SetB
 <tb> 76352 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1715 <SEP> 7635 <SEP> 2 <SEP> F <SEP> CCAATGTTTTTATGGAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7754 <SEP> 7635 <SEP> 2 <SEP> R <SEP> CAAACCAATCCATATGATCC <SEP> 1681 <SEP> 2035 <SEP> 355 <SEP> SetB
 <Tb>
 
 EMI111.26
 76321 SEQ ID No 1716 7632 1 f TTATGTTGATGAAATCGTGC SEQ ID No 7755 7632.1.R TGTCCAAATTTTAAGGATGG 354 659 306 SetB
 EMI111.27
 
 <Tb>
 <tb> 7631 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1717 <SEP> 7631 <SEP> 2 <SEP> AAATGATGAACAATTTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7756 <SEP> 7631 <SEP> 2.R <SEP> TTCAACCTCTTCTTCTTCCC <SEP> 507 <SEP> 852 <SEP> 346 <SEP> SetB
 <tb> 76292 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1718 <SEP> 7629 <SEP> 2 <SEP> F <SEP> AAACGCAGAACTAAAACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7757 <September>

  7629 <SEP> 2.R <SEP> TAACCTCGCTATTAGGCTTG <SEP> 142 <SEP> 511 <SEP> 370 <SEP> SetC
 <tb> 199291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1719 <SEP> 199291 <SEP> F <SEP> GGAAGGTTTACATGTCTTGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 7758 <SEP> 19929.1.R <SEP> ATCAAAAGTTGCTGTATGGG <SEP> 690 <SEP> 1020 <SEP> 331 <SEP> SetB
 <tb> 7623. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1720 <SEP> 7623 <SEP> 2 <SEP> CAAGAGAATGACGAGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7759 <SEP> 7623 <SEP> 2 <SEP> R <SEP> CCCACCAATTCTTGTATAGC <SEP> 3481 <SEP> 3806 <SEP> 326 <SEP> SetA
 <tb> 7621.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1721 <SEP> 7621 <SEP> 1 <SEP> CCATCAGAAGGTGTTAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7760 <SEP> 7621 <SEP> 1 <SEP> AAATCTTCCTCCTCTTCCC <SEP> 250 <SEP> 558 <SEP> 309 <SEP> SetB
 <Tb>
 
 EMI111.28
 13971 2 SEQ ID No 1722 13971 2 F ATCAATGACCTCATTTCAGC SEQ ID No 7761 13971.2 R ACTTTGCAAAATTCAGTTCC 1242 1606 365 SetS 139672 SEQ ID No 1723 13967 2 F TTTGCGTTCAAATTATATGC SEQ 10 No 7762 13967 2.R TATATTCGATTCAGTGG2136 13966 2 F GATTTGAGGGAAAATGAAGG SEQ IO No 7763 13966 2 R CTTTTTGTATATCATGGGCG 958 1354 397 SetB 18608 SEQ ID No 1725 18608 1 F ATCAAAGATGGTGAACAACC SEQ 10 No 7764 18608 1 GAAATCACAATCCAATGACC 43
 EMI111.29
 
 <Tb>
 <tb> 112622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1726 <SEP> 11262 <SEP> 2 <SEP> F <SEP> CCTGAAATACCAGCTTATCG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 7765 <SEP> 11262.

    <SEP> 2 <SEP> R <SEP> TTTCATCACCCATTGTATCC <SEP> 247 <SEP> 643 <SEP> 397 <SEP> SetB
 <tb> 11261.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1727 <SEP> 11261.2 <SEP> F <SEP> TAAAACCATACCAGTTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7766 <SEP> 11261 <SEP> 2. <SEP> R <SEP> TGAATTCAATTTCAAAAGGG <SEP> 1827 <SEP> 2139 <SEP> 313 <SEP> SetB
 <Tb>
 
 EMI111.30
 112592 SEQ ID No 1728 11259 2 TCCAATACTCCTGAAACACC SEQ 10 No.

   7767 11259 2.R TCACTAATTGGCATAGACCC 1324 1721 398 s.te
 EMI111.31
 
 <Tb>
 <tb> 15988.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1729 <SEP> 15988.2 <SEP> F <SEP> ACAGACAGATCCATGATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7768 <SEP> 15988 <SEP> 2 <SEP> R <SEP> GTAACCAAATAACGCAAAGC <SEP> 4072 <SEP> 4439 <SEP> 368 <SEP> SetB
 <tb> 114482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1730 <SEP> 11448 <SEP> 2 <SEP> F <SEP> TCCAACTCATTTCTAATCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7769 <SEP> 11448 <SEP> 2 <SEP> R <SEP> TAACTATTCCTTGTGTGGGG <SEP> 1024 <SEP> 1411 <SEP> 388 <SEP> Sets
 <tb> 11446.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1731 <SEP> 11446.1 <SEP> F <SEP> ATGCCTTAGCATCTGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7770 <SEP> 11446 <SEP> 1 <SEP> R <SEP> TTCACTTGTTTCAGTCTTGG <SEP> 38 <SEP> 270 <SEP> 233 <SEP> SetB
 <Tb>
 
 EMI111.32
 114452 SEQ ID No.

   1732 11445 2 ATCTCAAAAGTGGAACAAGG SEQ ID No 7771 11445.2.R GTTAACTCGTGCTTTTCTGC 1126 1430 305 SetB 11444.1 SEQ ID No 1733 114441 F GATTCAATTATATGCCGTGG SEQ ID No. 7772 11444 1 R TAGTTCCATAACCCATCA DCC 11444 374 11444 7773 11443 2.R TCATATTCAGCGTTACATGC 3129 3497 369 SetB 167482 SEQ ID No 1735 16748.2 TTATTATCAGCAATCCCACC SEQ ID No 7774 16748.2 R GCACTTTTAGATGCTTTTGG 1117 1421 305 SetA 63332 SEQ ID No. 1736 6333 2 F TTGCTACATATCTCTTCTTCTRATTRACT 2.CT Set6 63322 SEQ ID No 1737 6332 2 AATCCTTACATTTCCAAGCC SEQ 10 No 7776 6332 2 R AATTTTCACTGATCCTTCCC 1730 2121 392 Sete 63292 SEQ ID No 1738 6329 2 F AGTTCATCAACACCTGAACC SEQ ID No. 7777 6329 2 CACAATAACCGAGTTTTCC 349 AACCATTTGTACCATTAGGG SEQ 10 N.

   7778 6328 2.R TCAATAAATCCTTGTTTGGC 23 368 346 SetB 6326.2 SEQ ID No 1740 6326 2 F TAGACCAATCGTTATTTCCG SEQ ID No 7779 6326 2.R TAACTGATTTAACCCCTTGC 18 337 320 s.te 63252 SEQ ID NA 1741 6325.2 F GAAATT No 169 496 328 SetB
 EMI111.33
 
 <Tb>
 <tb> 6323.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1742 <SEP> 6323 <SEP> 2.F <SEP> CGATGACAAAGATCCTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7781 <SEP> 6323.2.R <SEP> GTGACTTCCAAAACAGCAAC <SEP> ND <SEP> ND <SEP> ND <SEP> SetC
 <tb> 6321 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1743 <SEP> 6321 <SEP> 2.F <SEP> CTGCTAGAGGTGCTCTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7782 <SEP> 6321.

    <SEP> 2 <SEP> R <SEP> GCCTTTGTAGCATAATGACC <SEP> 2493 <SEP> 2861 <SEP> 369 <SEP> SetA
 <tb> 138792 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1744 <SEP> 13879 <SEP> 2.F <SEP> CATCCCAATTAGTTTTAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7783 <SEP> 13879.2.R <SEP> CTGAAGCATTTGATGAGCC <SEP> 23 <SEP> 322 <SEP> 300 <SEP> SetB
 <Tb>
 
 EMI111.34
 13871 SEQ ID No. 1745 13871 1 GTATCACTAGTGGTGGTGGC SEQ ID No 7784 13871.1.R GAAGCATCACTTGAAAATCC 298 629 332 S.tA 147872 SEQ 10 No 1746 14787 2 F CTTTTGTTTGAATTTACCCG SEQ ID No.

   7785 14787 2 R GGCATTTTCTTGTAAACTGG 4059 4395 337 SetB
 EMI111.35
 
 <Tb>
 <tb> 18606 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1747 <SEP> 18606 <SEP> 1 <SEP> AGCAACAATCATTTTAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7786 <SEP> 18606.1.R <SEP> ATCCACCATGATAAACAAGC <SEP> 423 <SEP> 722 <SEP> 300 <SEP> SetB
 <Tb>
 
 EMI111.36
 70202 SEQ ID No 1748 7020 2 F GATTTCTTATGAATACGCACG SEQ ID No 7787 7020 2 GAAGCAAATCCAAATAATGC 1515 1817 303 Sete 7021 SEQ ID No 1749 7021 2 F AGAACAATTAGATCGAGGGG SEQ 10 No 7788 70212.R AAATTGGTTC5TAGAGT1
 EMI111.37
 
 <Tb>
 <tb> 70232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1750 <SEP> 7023 <SEP> 2.F <SEP> CATATAGCCCATTGAGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7789 <SEP> 7023.2 <SEP> R <SEP> AATTGGATCCCTATATTCCG <SEP> 116 <SEP> 435 <SEP> 320 <SEP> SetB
 <tb> 165492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1751 <SEP> 16549.

    <SEP> 2.F <SEP> TCGGTAGTCTATTACCCATGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7790 <SEP> 16549 <SEP> 2 <SEP> R <SEP> CACCAAATTCTCCACCTTC <SEP> 2258 <SEP> 2584 <SEP> 327 <SEP> SetC
 <Tb>
 
 EMI111.38
 95292 S ± Q 1D No 1752 9529 2 TTTCTTAATGGTCGTCATCC SEQ ID Ho 7791 9529 2.R 7TTtCCAACCCATACATCTC 1984 2292 309 SetB 95272 SEQ ID No 1753 95272F ACGACCCGTATTACTTAGTCC SEQ ID No 7792 9527 2 AATCCCTTACCTACC96ACCACC96 ATGGATTTGAAAAATGATGG SEQ ID No.

   7793 9525.2 R AAATTGACATTCCAATCACG 1831 2192 362 SetB 9524 SEQ ID No 1755 9524 loF TGACAAGCAATAATCGTAGG SEQ ID No 7794 95241.R ATGTATTTGGAATTGGTTGG 2 343 342 SetB 9522.1 SEQ ID No 1756 95221 F AATAATGTA22 AC No 1757 9521 2.F CAAGTTTGAATTTAGAAAATGG SEQ 10 No 7796 9521 2.R AAATTCTAAACCTTCACCACC '1109 1422 314 SetA 9520 SEQ ID No 1758 95201 F AATCCATATTTGACACCACC SEQ 1D No 7797 95201 R TTTCTTCTTGGTGTTGAAGC 532 890
 EMI111.39
 
 <Tb>
 <tb> 171791 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1759 <SEP> 17179.1 <SEP> F <SEP> GACCAAAGAGTTATTGACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7798 <SEP> 17179.1.R <SEP> GGTGTTATCCCATTTGACC <SEP> 285 <SEP> 666 <SEP> 382 <SEP> SetA
 <tb> 17178.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1760 <SEP> 17178.1 <SEP> F <SEP> CTTTGATTCCTGAATTGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7799

   <SEP> 17178 <SEP> 1.R <SEP> CAATAGATGGACCTAAACCG <SEP> 353 <SEP> 685 <SEP> 333 <SEP> SetA
 <tb> 17177 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1761 <SEP> 17177 <SEP> F <SEP> ATTAATGAATACGCAAAGGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 7800 <SEP> 17177 <SEP> 2.R <SEP> TCATCATTACCATTTTTCCC <SEP> 115 <SEP> 434 <SEP> 320 <SEP> SetB
 <Tb>
 
 EMI111.40
 6129 2 SEQ ID No 1762 6129 2.F ACAAAAGGTGACAACAATCC SEQ ID No 7801 6129 2.R TATCCAAGAGAGCCAATAGC 2605 2987 383 SetA 17727 SEQ ID No. 1763 17727 lF AAGTGCAACACGAAAAGAAT SEQ ID N. 7802 17727 IRACATCAQAABAQ 57691 F ACAAGCCAGTGCTGTTTATT SEQ ID No 7803 57691.R TCAAAATGTTAGCCACATCA 2544 2926 383 SetB 57722 SEQ 10 Na 1765 5772 2 AACAGGAACTGATGATACGG SEQ ID No 7804 5772 2.R TTGAATTTTCTTTCCCTGG 1086 573 1432 338

   1766 5773 2 AACTCATGAAATAACAGGGG SEQ 10 No 7805 5773 2 R AGTATCATCACCATTGACCC 111 465 355 SetB
 EMI111.41
 
 <Tb>
 <tb> 57761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1767 <SEP> 57761 <SEP> F <SEP> TGGCAATATTTTACGAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7806 <SEP> 5776 <SEP> 1 <SEP> R <SEP> CGAAAGCATTGGATAATACC <SEP> 870 <SEP> 1230 <SEP> 361 <SEP> SetB
 <tb> 57771 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1768 <SEP> 57771 <SEP> F <SEP> TCAAACCCAAGTTAAAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7807 <SEP> 5777 <SEP> 1 <SEP> R <SEP> TGTCATTTTCAGGACTTTCC <SEP> 123 <SEP> 487 <SEP> 365 <SEP> SetB
 <Tb>
 

  <Desc / Clms Page number 112>

 
 EMI112.1
 
 <Tb>
 <tb> 4435 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1769 <SEP> 4435 <SEP> 2 <SEP> AAGTATAGCAGCTTGTTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7808 <SEP> 4435 <SEP> 2 <SEP> R <SEP> AAGTTTGTGCTTGTATTGGG <SEP> 1327 <SEP> 1631 <SEP> 305 <SEP> SetB
 <Tb>
 
 EMI112.2
 

  44402 SEQ ID No 1770 4440 2 F TCCATTTGGTAACCATAACC SEQ ID No 7809 4440 2 AATGTCGAGATTAGCAGCAT 1719 2109 391 SetB 44442 SEQ ID No 1771 4444 2 F CAATTACCAAAAGAGTTGCC SEQ ID No 7810 4444 2 R TGGACTTTACAAACTCAQAQAQAQAQA46 ID No 7811 4446 2 CAGGAATACAAGACACTGCC 4066 4384 319 SetS 113842 SEQ ID No 1773 11384 2 F TGGAATCGGATAAAGATTCA SEQ ID No 7812 11384 2.R GAACACTGTGAATGAGGAGAA 182 482 301 SetB 19930 SEQ ID No 1774 199301 F GACAC No 352 SetC 111231 SEQ ID No 1775 11123 1 F AGAAGATCATGTCGTGAAGG SEQ ID No 7814 11123 1 TGATTCCACCAGTATGAAGG 241 578 338 Set8 111241 SEQ ID No 1776 111241 F AGGTGCTATTGTTGATCCAG SEQ ID No 7815 11124 1 AGCCTTGT 11 11 SEQ ID No 7816 11127 1 TCATAATAAACGACTGGAACC

  852 1186 335 SetA 11128 1 SEQ ID No 1778 11128 1 F TTGGCAGTCATTACATGTTT SEQ ID No 7817 ii128 1 AATACTTTGCTAATGTGCTGG 90 267 178 SetC 19932 SEQ 1O No 1779 19932 1 ATGGATTAAAAATGGTGTGG SEQ JOATAA GTAA
 EMI112.3
 
 <Tb>
 <tb> 146302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1780 <SEP> 14630 <SEP> 2 <SEP> F <SEP> CGTAAACTTTCAAATGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7819 <SEP> 14630 <SEP> 2 <SEP> R <SEP> TATACAACTTTCCCATTCGG <SEP> 568 <SEP> 887 <SEP> 320 <SEP> SetB
 <tb> 14629 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <September> 1781 <SEP> 146291 <SEP> F <SEP> ATTTGGATATGGATCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7820 <SEP> 146291 <SEP> R <SEP> CAATCATCATTATGTGTGGG <SEP> 2381 <SEP> 2774 <SEP> 394 <SEP> SetB
 <Tb>
 
 EMI112.4
 146282 SEQ ID Na 1782 14628 2 F GTTGTGATCATTTGTATGCG SEQ ID No 7821 14628 2 CCTGCTGCTAATAGATCTCG 35 214 180 SetS 164992 SEQ 10 No

  1783 16499 2 F TTGTTTTCGGTGAAACTACC SEQ ID No 7822 16499 2 R ACAGGTCCCAAC1AAACTCC 1103 1453 351 SetB 12611.2 SEQ ID No 1784 12611 2 F GACCTAATGAAGATGTTGCC SEQ ID No 7823 12611 2 R AGTTTCAACATCAGACACCC 2363 15AG SEQA AGT 29AG 23AG 2694 332 AGG SEQA 7824 15149 2 R GGATCAATGTTAGAAGCTGG 670 1022 353 SetS 136892 SEQ ID No 1786 13689 2 F ACTAGATCAACAAAAATTATTACGA (SEQ ID No 7825 13689 2 TGGTTTTTCACAAAATTCAC ND ND 220 SetC 153482 SEQIDNTC 17TCTTTCTTT 2TT TCAT No TTCT 2TCT ATTT 2TT
 EMI112.5
 
 <Tb>
 <tb> 153442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1788 <SEP> 15344 <SEP> 2 <SEP> F <SEP> GGTTTTGTTTCTGTTTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7827 <SEP> 15344 <SEP> 2 <SEP> TCAATCCATTGACTATTGGC <SEP> 964 <SEP> 1313 <SEP> 350 <SEP> SetB
 <tb> 196141 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1789 <SEP> 19614 <September>

  1 <SEP> F <SEP> 7GATGCCATTTTGTAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7828 <SEP> 19614 <SEP> 1 <SEP> TTGTTTGTTGTAAAGAAGAAGG <SEP> NO <SEP> ND <SEP> 345 <SEP> SetC
 <tb> 16638 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1790 <SEP> 16638 <SEP> 1 <SEP> CTTTTGTTAAAGATACGTTATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7829 <SEP> 16638 <SEP> 1 <SEP> R <SEP> TTTTGTTATTAGTACTACTTTTTGT <SEP> ND <SEP> ND <SEP> 339 <SEP> SetC
 <tb> 15212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1791 <SEP> 15212 <SEP> 1 <SEP> F <SEP> TGGTGGAAGACAGATTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7830 <SEP> 15212 <SEP> 1 <SEP> ATAAGTCCATCGCTATGTGG <SEP> 1586 <SEP> 1900 <SEP> 315 <SEP> Sets
 <Tb>
 
 EMI112.6
 7641 SEQ ID No 1792 7641 2 CGTTGCTGAAGATTATGACA SEQ ID No 7831 7641 2 R TGCCTTTTCTAGTGAGCAAT 2589 2977 389 SetC 7643 SEQ 1O No 1793 7643 1 ACATTTGCTGTTGAAAAACC SEQ 10 No 7832 7643 1 R CTCTTGTAATTTCAGTGGB 637

  
 EMI112.7
 
 <Tb>
 <tb> 76442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1794 <SEP> 7644 <SEP> 2 <SEP> ACAAAGATTTATGCGAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7833 <SEP> 7644 <SEP> 2 <SEP> R <SEP> CTGGGTTAGAGTTTTCGTTG <SEP> 284 <SEP> 610 <SEP> 327 <SEP> SetC
 <tb> 76462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1795 <SEP> 76462 <SEP> F <SEP> ACAGAAAGTATAGGCCCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7834 <SEP> 7646 <SEP> 2 <SEP> R <SEP> ATTTTTGTCACTCTTGGTGG <SEP> 121 <SEP> 498 <SEP> 378 <SEP> SetA
 <tb> 76472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1796 <SEP> 76472 <SEP> F <SEP> GATATAGAGGGTGGAAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7835 <SEP> 7647 <SEP> 2 <SEP> R <SEP> TAGAACTCCTCTTGTTTGGG <SEP> 1645 <SEP> 1976 <SEP> 332 <SEP> SetA
 <Tb>
 
 EMI112.8
 18597 SEQ ID No 1797 18597 F TTGATTGGATCATGTTATCG SEQ ID No 7836 18597 1 R AATTGTTAATGATGGTTCACG 1148 1494 347 SetC
 EMI112.9
 
 <Tb>
 <tb> 15822 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 1798 <SEP> 15822 <SEP> 2 <SEP> F <SEP> TACGACGATGATGAATATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7837 <SEP> 15822 <SEP> 2 <SEP> R <SEP> AGCATTAATATTTTTGGCCC <SEP> 1708 <SEP> 2061 <SEP> 354 <SEP> Sets
 <tb> 16981 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1799 <SEP> 16981 <SEP> 2 <SEP> F <SEP> TCAGCAAGAAGTAAATTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7838 <SEP> 16981 <SEP> 2 <SEP> R <SEP> TTCTCTTTATTGGCATTTCG <SEP> 34 <SEP> 317 <SEP> 284 <SEP> SetB
 <tb> 18595 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1800 <SEP> 18595 <SEP> 1 <SEP> F <SEP> AAACGTCAAGAAGAAAAGGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 7839 <SEP> 18595 <SEP> 1 <SEP> R <SEP> TCAATCGATGAGGTAGTTCC <SEP> 556 <SEP> 880 <SEP> 325 <SEP> SetB
 <Tb>
 
 EMI112.10
 67002 SEQ ID No 1801 6700 2 F CGAGGTCGACTTACTATTGG SEQ 10 No 7840 6700 2 R ATCTATGGTTTGTTTCGTGG 2374 2676 303 SetB 66962 SEQ ID No 1802 6696 2 ATCTGGTTTAGCTACTTCGG

  SEQ ID No 7841 6696 2 CTCTTTTTACATGGACCAGC 636 1025 390 Sets 10304 SEQ ID No 1803 103041 1 AATGTTGGCAGGTTACACTC SEQ ID No 7842 10304 1 R ATAAGGATCTTCTCCTTGGC 963 1311 349 Sets 103021 SEQ 10 No. TT4TCCTTCTCCTCCT 244 SetB
 EMI112.11
 
 <Tb>
 <tb> 10301 <SEP> 1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 1805 <SEP> 103011 <SEP> F <SEP> GTGTCTTCCAAGAGAATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7844 <SEP> 10301 <SEP> 1.R <SEP> TTTCTTAGATTCGACCAACG <SEP> 46 <SEP> 417 <SEP> 372 <SEP> Sets
 <tb> 103001 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1806 <SEP> 10300 <SEP> 1 <SEP> GAACAACAACTGTCACAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7845 <SEP> 10300 <SEP> 1 <SEP> R <SEP> AACATTGACGGTAGTCTTGG <SEP> 259 <SEP> 650 <SEP> 392 <SEP> SetA
 <Tb>
 
 EMI112.12
 10298 SEQ ID No 1807 10298 2 F GTCATTACAAGGTCACCAGG SEQ ID No 7846 10298 2 R ACTGGTTGGAATTAGTCGG

  1887 2269 383 SetB 19747 1 SEQ ID No 1808 19747 1 CCAGCAGTCGGTACTATTTT SEQ ID No 7847 19747 1 R AGAGCCATTTGTGTCTTGAT 1231 1626 396 Sets 133 162 SEQ 10 No 1809 13316 2 AGATGGATTCAAAGAAATGC SEQ ID No 7848 13316 2 R TGAA 159 19933 1 GTGTATTGTATACATTGTTATGTGG SEO ID No 7849 19933 R TGTAGCTGGTGGGTATTGG ND ND 281 SetC No 1911 199341 1 TATCTAACAACCAACCCAGG SEQ ID No 7850 19934 I GTGGATATTTTGTTCGAAG 547 1408 1478 1835 358 Sets 54862 SEQ ID No 1813 5486 2 T7GAATAAGCCAAGTTTAACG SEQ 10 No 7852 5486 2 R CCAGCATCATTAGTAGACAGC 3784 4151 368 SetA
 EMI112.13
 
 <Tb>
 <tb> 5490 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1814 <SEP> 54901 <SEP> F <SEP> TTAGCAAACTAGTCCGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7853 <SEP> 54901 <SEP> R <September>

  AAATATTGCCCCAATACTCC <SEP> 43 <SEP> 250 <SEP> 208 <SEP> SetB
 <Tb>
 
 EMI112.14
 54961 SEQ ID No 1815 5496 1 TTTTCATAATTGGCTTTTCG SEQ ID No 7854 5496 1 GTCTACCACGAACATTCTCC 749 1102 354 SetS
 EMI112.15
 
 <Tb>
 <tb> 18594 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1816 <SEP> 18594 <SEP> 1 <SEP> GAGTGCTGAAATCAACGAAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7855 <SEP> 18594 <SEP> 1 <SEP> R <SEP> ATGCCCCTGATAAAAAGATT <SEP> 336 <SEP> 688 <SEP> 353 <SEP> SetB
 <tb> 18593 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1817 <SEP> 185931 <SEP> F <SEP> TTACCAAAGGAGAAGTTAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7856 <SEP> 18593 <SEP> 1 <SEP> R <SEP> CAAGTTTTCCTTCTTTTCACC <SEP> 52 <SEP> 303 <SEP> 252 <SEP> SetB
 <Tb>
 
 EMI112.16
 101962 SEQ ID No 1818 10196 2 ATGCATTTTCCGTATTATCG SEQ ID No 7857 10196 2 CAAAATCTTGTGAATGATGC 3719 4099 381 Sets
 EMI112.17
 
 <Tb>
 <tb> 101972 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1819

   <SEP> 10197 <SEP> 2 <SEP> F <SEP> GTAGCAGCAATGTACCACAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7858 <SEP> 10197 <SEP> 2 <SEP> R <SEP> GGGTTTCACATCATATAAAATATC <SEP> ND <SEP> ND <SEP> 221 <SEP> SetC
 <tb> 102002 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1820 <SEP> 10200 <SEP> 2 <SEP> F <SEP> GCATTTTGGAACTCATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7859 <SEP> 10200 <SEP> 2 <SEP> R <SEP> CATTGTAATTCTGTTGGCG <SEP> 4 <SEP> 239 <SEP> 236 <SEP> Sets
 <Tb>
 
 EMI112.18
 10202 SEQ ID No 1821 10202 2 F CAAACTGTACCCATTGAACA SEQ 10 No 7860 10202 2 R TGTTGAATATATCTAGCAGCACTT 49 353 305 SetB 12004 SEQ ID No 1822 12004 2 F TTTCTAATCCATCACCAACA SEQ ID No 7861 12004 2 R AAAAATCAAGTT 202
 EMI112.19
 
 <Tb>
 <tb> 12003 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1823 <SEP> 12003 <SEP> 1 <SEP> F <SEP> TGCATCTTCCATTTATACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7862 <SEP> 12003 <SEP> 1 <September>

  AAATCAAAATGACCTTCAGC <SEP> 204 <SEP> 533 <SEP> 330 <SEP> SetB
 <tb> 12002 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1824 <SEP> 12002 <SEP> 2 <SEP> F <SEP> ATATCCAGCACATTTCATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7863 <SEP> 12002 <SEP> 2 <SEP> R <SEP> CAAATGCTAAATCATCATCG <SEP> 639 <SEP> 982 <SEP> 344 <SEP> SetB
 <tb> 119982 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1825 <SEP> 11998 <SEP> 2 <SEP> F <SEP> AAATGTCATGAACAAACAAAGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7864 <SEP> 11998 <SEP> 2 <SEP> GCACCAACACCTTCATAAGT <SEP> 1114 <SEP> 1484 <SEP> 371 <SEP> SetB
 <tb> 154802 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1826 <SEP> 15480 <SEP> 2 <SEP> F <SEP> TTTCCAACAATTGAAGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7865 <SEP> 15480 <SEP> 2 <SEP> R <SEP> TCTGCTGACTTGTTACCTCC <SEP> 2019 <SEP> 2339 <SEP> 321 <SEP> SetB
 <Tb>
 
 EMI112.20
 14133 SEQ ID No 1827 14133 2 AGACATAAAGGCATCTGAGG SEOtDNo 7866 14133 2 R

  CTAAATCATCCAAATCAGGC 1695 2035 341 Sets 141352 SEQ ID No 1828 14135 2 ATCAGGTATTTTTGGAAGGG SEQ ID No 7867 14135 2 R TCTTCTTTAGGATTTGCTCG 954 1325 372 SetS
 EMI112.21
 
 <Tb>
 <tb> 14139.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1829 <SEP> 14139 <SEP> 2 <SEP> F <SEP> CATGGGCAGATTTATTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7868 <SEP> 14139 <SEP> 2 <SEP> R <SEP> CAAGAAAATGATCAACGAGC <SEP> 1906 <SEP> 2214 <SEP> 309 <SEP> SetA
 <Tb>
 
 EMI112.22
 27542 SEQ ID No 1830 2754 2.F CCTTCTTATATCCTTTTTGGC SEQ io No 7869 2754 2 R ACTATGCTTGTTCAGAATTGG 28 238 211 Sets 7275 SEQ ID No 1831 7275 2 F TATTGAATAATTTCCGTGGC SEQ ID No 7870 7275 2 R ATAATTCTGCCA32CC 72 742 72 TGAGAAATCGGAAGGTTATG SEQ D No 7871 7274 2 R AACAGGATGACATTGGAAAG 924 1242 319 Sets 7271 1 SEQ 10 No 1833 7271 I ATTCTACAAAAACCCACGG SEQ ID No 7872 7271 1 R AGGATGTGAAATGTGTTTCC 587 915 329 SetB70

  SEQ ID No 1834 72701 F TGTTGATGAAATTGAAAAAGC SEQ ID No 7873 7270 1 TACATAGCAGCCAAATCACC 207 524 318 SetB 7268 SEQ ID No 1835 7268 2 F TCATTGAAAATAATGAAAGTCC SEQ ID No 7874 7268 2 R CTAGCAACATATATTGGCCC 261 29Q 2009 GT 1Q IDG 2009QG 1QG 2009QG 1QG 2009QG 1QG 2009QG 1QG 2009QG 1QG 2009QNG 7875 20091 1 R CCTTGACCAATGACATTACC 824 1217 394 Sets 7260 SEQ ID No 1837 72601 F GAGTTGTTTTTGCTATTGGG SEQ ID No 7876 7260.1 R TACAACACCCAGTGTAAGGG 557 859 303 SetB 137762 SEQ ID No 1838 13776.2 F AAAGA 77T 13AGATAGAGATGAC
 EMI112.23
 
 <Tb>
 <tb> 137722 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1839 <SEP> 13772 <SEP> 2 <SEP> F <SEP> CATGAAATTAAAACCTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7878 <SEP> 13772.2 <SEP> R <SEP> ACTTGCATTGGAATATTTGC <SEP> 1638 <SEP> 2013 <SEP> 376 <SEP> SetB
 <tb> 165632 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 1840 <SEP> 16563 <SEP> 2 <SEP> F <SEP> TAACGGTGATTTTCTCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7879 <SEP> 16563 <SEP> 2 <SEP> AGATTTTCTGGTTTAGCACG <SEP> 581 <SEP> 971 <SEP> 391 <SEP> SetB
 <tb> 16564 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1841 <SEP> 165641 <SEP> F <SEP> TCATCATTCAATCAAGTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7880 <SEP> 16564.1 <SEP> R <SEP> AAATCAAAAGCACCTCTAACC <SEP> 142 <SEP> 479 <SEP> 338 <SEP> SetB
 <tb> 16565 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1842 <SEP> 16565 <SEP> 1 <SEP> F <SEP> CAGTATCAAAACCTTCAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7881 <SEP> 16565 <SEP> 1 <SEP> CTATCGGCTTCATTATCAGG.

    <SEP> 38 <SEP> 377 <SEP> 340 <SEP> Sets
 <Tb>
 
 EMI112.24
 16566 SEQ ID No 1843 16566 2 AACATCTTCTGGATC1GGG SEQ ID No 7882 16566 2 R TTTTGGTAAATTAAATGCTCC 11 194 184 SetS
 EMI112.25
 
 <Tb>
 <tb> 74792 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1844 <SEP> 7479 <SEP> 2 <SEP> F <SEP> CATCAAATTACGATGTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7883 <SEP> 7479 <SEP> 2 <SEP> R <SEP> CTTGAACAGTGGATTCAACC <SEP> 535 <SEP> 913 <SEP> 379 <SEP> Sets
 <Tb>
 
 EMI112.26
 74782 SEQ ID No 1845 7478 2 F ATCATGGCTTAAAAATGACC SEQ ID No 7884 7478 2.R GTCGACTTGTCATAGACATCC 921 1262 342 SetB
 EMI112.27
 
 <Tb>
 <tb> 74772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1846 <SEP> 7477 <SEP> 2.F <SEP> AAAACAAGGGGAAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7885 <SEP> 7477.2.R <SEP> GGTGGTTTATTAACACGATGA <SEP> 206 <SEP> 593 <SEP> 388 <SEP> SetC
 <Tb>
 
 EMI112.28
 74762 SEQ ID No 1847 7476 2 TATGGATTAAACTTGGTGGG SEQ ID No 7886

  7476 2 R TTTTCAGATTCATGTTGTGC 1516 1886 371 Sets 7475.2 SEQ ID No 1848 7475 2.F GAGTAGGATGTTTTGCATGG SEQ ID No 7887 7475 2.R TTCCAAAGAATAATCCATCG 464 778 315 SetB
 EMI112.29
 
 <Tb>
 <tb> 74742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1849 <SEP> 7474.2.F <SEP> CACATAGCATTACATCGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7888 <SEP> 7474. <SEP> 2 <SEP> R <SEP> TTCTTTATTGGAGGTTCTGG <SEP> 1285 <SEP> 1607 <SEP> 323 <SEP> Sets
 <tb> 9130. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1850 <SEP> 9130.2.F <SEP> TTAATCAAGACAACACGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7889 <SEP> 91302 <SEP> R <SEP> TATAACAATCAAAGCCACGG <SEP> 488 <SEP> 795 <SEP> 308 <SEP> Sets
 <Tb>
 
 EMI112.30
 9126 SEQ ID No.

   1851 91261 F TGGACCTAAACAAGAAATGG SEQ 1D No 7890 9126 l.R GTTGTTATTGATARTGGGGC 810 1164 355 SetB
 EMI112.31
 
 <Tb>
 <tb> 18587 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1852 <SEP> 18587 <SEP> 1.F <SEP> AGTCAAGATTCAAGTGTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7891 <SEP> 18587 <SEP> 1 <SEP> R <SEP> TCTTGTTTCCCAATACTTCC <SEP> 487 <SEP> 792 <SEP> 306 <SEP> Sets
 <tb> 134072 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 1853 <SEP> 13407.2 <SEP> CTGGAAATCACGTAAAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7892 <SEP> 13407 <SEP> R <SEP> TGTTGTTCTTTATCCGAACC <SEP> 1929 <SEP> 2258 <SEP> 330 <SEP> Sets
 <tb> 134052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1854 <SEP> 13405 <SEP> 2.F <SEP> TTTTTGTTAACTGCCAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7893 <SEP> 13405.2 <SEP> R <SEP> GTATGAATAGTACCAGCGGC <SEP> 658 <SEP> 1016 <SEP> 359 <SEP> SetA
 <tb> 134041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1855 <SEP> 13404 <SEP> 1 <SEP> F <SEP> TAAAGAGGGTTTCTCCAATAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7894 <SEP> 134041 <SEP> R <SEP> TGATTGTTGAATTGTTTTCTTTAC <SEP> 29 <SEP> 334 <SEP> 306 <SEP> Sets
 <tb> 19935.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1856 <SEP> 19935.1.F <SEP> ACCATCCAAAAGTAGGTGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 7895 <SEP> 19935 <SEP> 1 <SEP> R <SEP> CCCAAAATTGAATGAGTACC <SEP> 1304 <SEP> 1658 <SEP> 355 <SEP> SetA
 <tb> 3906.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1857 <SEP> 3906.1 <SEP> F <SEP> GTGCTTATTATGTCGATCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7896 <SEP> 3906.1.R <SEP> CAAAAATATCCATACAGCAGC <SEP> 167 <SEP> 486 <SEP> 320 <SEP> Sets
 <tb> 3905 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1858 <SEP> 3905 <SEP> 2 <SEP> F <SEP> GTTAAAACCTGATCAAACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7897 <SEP> 3905 <SEP> 2 <SEP> R <SEP> TGTGAGGTTATGTCACTTGG <SEP> 2277 <SEP> 2660 <SEP> 384 <SEP> Sets
 <Tb>
 
 EMI112.32
 39032 SEQ 1D No 1859 3903 2 F TTTCGGGAATTTTGTCAAT SEQ ID No 7898 3903.2 R CCTTTTCTTTTAACCAAGTAGC 46 317 272 Sets
 EMI112.33
 
 <Tb>
 <tb> 18586.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1860 <SEP> 18586.1.F <SEP> AACATCAACCATTAACACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7899 <SEP> 18586.1.R <September>

  GAGCTTGCTCAAAGTATTGG <SEP> 1535 <SEP> 1902 <SEP> 368 <SEP> Sets
 <Tb>
 
 EMI112.34
 80152 SEQ ID No. 1861 8015 2.F GTTTGCTCAACCATATAGCC SEQ 1D N. 7900 8015 2.R GTCTTTGAGCTTCTTGTTGG 819 1189 371 SetS
 EMI112.35
 
 <Tb>
 <tb> 19936 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1862 <SEP> 199361 <SEP> F <SEP> GGCTGTTATCATTATCCTGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 7901 <SEP> 19936 <SEP> 1.R <SEP> CAAACTCCCATATTTCTTGG <SEP> 145 <SEP> 448 <SEP> 304 <SEP> Sets
 <Tb>
 
 EMI112.36
 8007.2 SEQ ID No 1863 8007.2.F AACATCAACAATGTCTCACG SEQ ID No 7902 8007 2 TACGACTTCTTCTGATTGGC 907 1234 328 SetS
 EMI112.37
 
 <Tb>
 <tb> 80062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1864 <SEP> 8006 <SEP> 2 <SEP> F <SEP> ATTTTCTGGTTGTTTAACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7903 <SEP> 8006 <SEP> 2 <SEP> CCTTTCAATAAACCATGTCC <SEP> 849 <SEP> 1149 <SEP> 301 <SEP> SetB
 <tb> 8002.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1865 <SEP> 8002 <SEP> 2 <SEP> F <SEP> AAACTTTGGCCAGTATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7904 <SEP> 8002 <SEP> 2 <SEP> R <SEP> ATTCATTTGTCCAAAAGTGG <SEP> 2615 <SEP> 3012 <SEP> 398 <SEP> SetB
 <tb> 8000.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1866 <SEP> 8000 <SEP> 2 <SEP> F <SEP> TGTTTTCACCAAAAAAATATCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7905 <SEP> 8000.2.R <September>

  TTCGTCATTCTTTTTAGCAA <SEP> 675 <SEP> 1004 <SEP> 330 <SEP> Sets
 <Tb>
 
 EMI112.38
 79991 SEQ ID No 1867 79991 F TACAAAAGAAGAAAGCTGCC SEQ ID No 7906 7999 1.R AATTTTGGTGGCAATATACG 92 423 332 SetB 7998.1 SEQ ID No 1868 79981 F CAAAGAATTCCGTTTCTGTC SEQ ID No 7907 79981 R GACCA 7C7TAT GCTAC 7A ID No 7908 79961.R AAATTGTTGAAGAAATGACTCC 19 261 243 Sets
 EMI112.39
 
 <Tb>
 <tb> 117592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1870 <SEP> 11759.2.F <SEP> TTGGTGAAAAGAAGAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7909 <SEP> 11759 <SEP> 2 <SEP> CAACTAGCCCATTGTAAACC <SEP> 1318 <SEP> 1643 <SEP> 326 <SEP> SetA
 <tb> 10645.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1871 <SEP> 10645 <SEP> 2 <SEP> TGTTATCAACTGCATTTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7910 <SEP> 10645 <SEP> 2.R <SEP> TCCTCTGGATACTCTATGGC <SEP> 1169 <SEP> 1493 <SEP> 325 <September>

  SetA
 <tb> 106432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1872 <SEP> 10643.2 <SEP> F <SEP> CAACAAAGGAATTTTTAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7911 <SEP> 10643.2 <SEP> R <SEP> TTTCCATATTTGCCTCTCC <SEP> 1508 <SEP> 1847 <SEP> 340 <SEP> SetA
 <Tb>
 
 EMI112.40
 199371 SEQ ID No 1873 19937 1 F ATGAACCTACAAGGGTTGC SEQ ID No 7912 19937 lR AAATCTTTTACGCATTTfGG 112 428 317 Sets 106371 SEQ ID No 1874 106371.F TAACACAAGAGGTAATGGGG SEQ ID No 7913 10637.1 R TATTTTTCCGAQAQQ22.QGQAQQQAQQAQQAQQAQQAQQAQQAQQAQQAQA ID No. 2 GAATCTTTTAACCTTMCCG 7914 14022 1703 2024 322 140 212 SetA SEQ ID NO 1876 14021 2 F CATCTTCCATCTACAGTGGC SEQ ID No 2 14021 7915 1772 2127 356 TCCGTATAGTTCAAACCACC SetA 140191 SEQ ID NO 1877 14019 1.F GGTAGAGTGGTTGAGACTCG SEQ ID NO 1 7916 14019 1066 1451 R TCAATTGTTMCTMGGG 386 SetB 19663 1 SEQ 1O No.

   1878 19663 1.F TTTATCACCACGATATGGAA SEQ ID N .. 7917 19663 1 TTGTTTCTTGATAACCCAAA 1089 1468 380 SetB 3901.2 SEQ ID No 1879 3901 2 CATACACAAACTTCAACCCC SEQ ID No 7918 3901 2.R AA4CATTTGTTAT 1700 2048 349 Sets 3880AG SEGA ID No 7919 3899.1 R TTTCTACCATTGTCAAACCC 104 446 343 Sets 18581.1 SEQ ID No 1881 18581 1.F TTAATAATCAAGGGGATTGG SEQ ID No 7920 18581 1.R AATTTTTGTTCAAA7TTCCG 494 809 316 Sets
 EMI112.41
 
 <Tb>
 <tb> 38972 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1882 <September> 3897 <SEP> 2 <SEP> F <SEP> CTAGTGGATTAGCATTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7921 <September> 3897 <SEP> 2.

    <SEP> R <SEP> ATTGATGATTTGACATTGGC <SEP> 1286 <SEP> 1655 <SEP> 370 <SEP> Sets
 <tb> 3890.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1883 <SEP> 3890.1 <SEP> F <SEP> TTCATAGATGGTTACACTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7922 <SEP> 3890 <SEP> 1.R <SEP> TGAATCATCTGGTCTTCTGTAA <SEP> 674 <SEP> 1035 <SEP> 362 <SEP> Sets
 <tb> 38872 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1884 <SEP> 3887 <SEP> 2 <SEP> F <SEP> CTTATTCTGTGTCGAACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7923 <SEP> 3887 <SEP> 2 <SEP> R <SEP> TGTAATGCAGTTTTACGTCG <SEP> 2477 <SEP> 2834 <SEP> 358 <SEP> Sets
 <tb> 3885.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1885 <SEP> 3885.2 <SEP> F <SEP> AAAACTTTGAAAATTCGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7924 <SEP> 3885 <SEP> 2 <SEP> R <SEP> GGAATCATTTACTCCATTGC <SEP> 847 <SEP> 1176 <SEP> 330 <SEP> Serve
 <tb> 38832 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1886 <SEP> 3883 <SEP> 2.F <SEP> TTCATTAGCAAAGTTGGGAT <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 7925 <SEP> 3883 <SEP> 2.R <SEP> AATTGAGTGGCTGTTTAGGA <SEP> 679 <SEP> 1045 <SEP> 367 <SEP> SetC
 <Tb>
 

  <Desc / Clms Page number 113>

 
 EMI113.1
 152321 SEQ! D No 1887 152321 F TGAGTGTTATAAAATCGGGG SEQ ID No 7926 15232 1 TCAACACCTAAACCTTGACC 1721 2051 331 SetA
 EMI113.2
 
 <Tb>
 <tb> 152292 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1888 <SEP> 15229 <SEP> 2 <SEP> TTAAGTGAATTTGAAACCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7927 <SEP> 15229 <SEP> 2 <SEP> R <SEP> AGATTCATCAATACCCTTGG <SEP> 1165 <SEP> 1491 <SEP> 327 <SEP> Sets
 <tb> 14285 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1889 <SEP> 14285 <SEP> 2 <SEP> GTAAATTTGTACAGTGCAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7928 <SEP> 14285 <SEP> 2.R <SEP> TCTCGTTTCAAAAATATCCC <SEP> 475 <SEP> 809 <SEP> 335 <SEP> SetA
 <tb> 14040 <SEP> SEQ <SEP> OJ <SEP> No <SEP> 1890 <SEP> 14040 <SEP> 2 <SEP> F <SEP> TTGGATCTACGATTATTGCC <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 7929 <SEP> 14040 <SEP> 2 <SEP> R <SEP> AATTTCCTAAACCGCTAACC <SEP> 980 <SEP> 1342 <SEP> 363 <SEP> SetB
 <tb> 140362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1891 <SEP> 14036 <SEP> 2 <SEP> F <SEP> TTGGGAGCTGATCATACTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7930 <SEP> 14036 <SEP> 2 <SEP> R <SEP> ACTTCATTCCACCATTTGAG <SEP> 607 <SEP> 941 <SEP> 335 <SEP> SetB
 <Tb>
 
 EMI113.3
 14035 SEQ (0 No 1892 14035 2 F GAAGATATTGTTCAGCACCC SEQ 10 No 7931 14035.2 R CAGAACTATTTCGTTCAGGC 997 1363 367 SetB
 EMI113.4
 
 <Tb>
 <tb> 114942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1893 <SEP> 11494 <SEP> 2 <SEP> F <SEP> GTTTACGACTCAACAGAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7932 <SEP> 11494 <SEP> 2 <SEP> R <SEP> TTCTAACCCTTCACTTACGG <SEP> 724 <SEP> 1026 <SEP> 303 <SEP> Sets
 <tb> 108662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1894 <SEP> 10866 <SEP> 2 <SEP> TTTATTTGTGTTGTGATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7933

   <SEP> 10866 <SEP> 2 <SEP> TACATTGGGAAACAATCTCC <SEP> 7340 <SEP> 7711 <SEP> 372 <SEP> Sets
 <Tb>
 
 EMI113.5
 108642 SEQ ID No 1895 10864 2 F TAAAGATGGAGAAGAATCGG SEQ ID No 7934 10864 2 R TTTCAAACTTGGTGATTTCC 381 714 334 Sets 10863 SEQ ID No 1896 10863 2 GATTTGACCATGAATATGCC SEQ ID No 7935 10863 2 ACTTATGATCTCCAGACATT8
 EMI113.6
 
 <Tb>
 <tb> 108632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1897 <SEP> 10863 <SEP> 2 <SEP> F2 <SEP> CCAAAAGAAGACAAGAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7936 <SEP> 10863 <SEP> 2 <SEP> R2 <SEP> ATGGAAAGAATAGGTTTTCG <SEP> 378 <SEP> SetB
 <tb> 185791 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1898 <SEP> 185791 <SEP> F <SEP> AATGAAGTAATTTCACCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7937 <SEP> 18579 <SEP> 1 <SEP> R <SEP> CAATTGGTATTTTTGATTTCG <SEP> 340 <SEP> 646 <SEP> 307 <SEP> SetB
 <Tb>
 
 EMI113.7
 10418 SEQ ID No 1899 104181 F TCACTTGCCATTATTGAACC SEQ

  ID No 7938 104t8 1 ACAAATACTCCGACTGATGG 2353 2735 383 Set8 104 122 SEQ ID No 1900 10412 2 F TGAAGGTACCAAATCTCACC SEQ ID No 7939 10412 2 AACCATTTGTTCTTACCAGC 15 314 300 Sets
 EMI113.8
 
 <Tb>
 <tb> 10411 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1901 <SEP> 10411 <SEP> 2 <SEP> F <SEP> ATTTTCATGGGTGATACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7940 <SEP> 10411 <SEP> 2 <SEP> R <SEP> TTCTTTTCTCTTTGTTTGGC <SEP> 889 <SEP> 1262 <SEP> 374 <SEP> SetB
 <Tb>
 
 EMI113.9
 104101 SEQ 10 No 1902 10410 1 F CAACAAATGAATTCTTCTTCC SEQ ID No 7941 10410 1 TTCATCTCCTTTACCAAACC 86 432 347 Set8 95842 SEQ ID No 1903 9584 2 CATACGACGATAACGAAAGAC SEQ ID No 7942 9584 2 R ATGCCTTTTTCAAAATCAGA 1496 1816
 EMI113.10
 
 <Tb>
 <tb> 9582 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1904 <SEP> 9582 <SEP> 1 <SEP> AATAGACACAACACCAGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7943 <SEP> 9582 <SEP> 1 <SEP> R <September>

  CCGAATTTCAAGACTGTAGC <SEP> 232 <SEP> 614 <SEP> 383 <SEP> SetA
 <Tb>
 
 EMI113.11
 9581 1 SEQ ID No 1905 9581 1 AAGGTGTTAACGGTAAAAAGG SEQ iD No 7944 9581 1 CAAAGCATCGTAGTCAGAGG 56 408 353 Set8
 EMI113.12
 
 <Tb>
 <tb> 95802 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1906 <SEP> 9580 <SEP> 2 <SEP> F <SEP> AACAGTTCTACCTGATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7945 <SEP> 9580 <SEP> 2 <SEP> R <SEP> TTGATTCTTTGTCCTTTTCG <SEP> 1203 <SEP> 1553 <SEP> 351 <SEP> SetA
 <Tb>
 
 EMI113.13
 9577 2 SEQ ID No 1907 9577 2 TAACATGTTGAAAAGAGCCC SEQ 10 N. 7946 9577 2 R TGAAGACAGCTTCTAATTTGC 1140 1453 314 SetA 169782 SEQ ID No 1908 16978 2 CTTGACCAAAAACTTCAAGG SEQ ID No 7947 16978 2 ACAATTAAAGAAGCACTGGC 312.

   1909 9470 2 F TTGCATCTGATAAAGAAGGG SEQ ID No 7948 9470 2.R GACATGGACAATTTTTCTGC 1106 1497 392 SetA 20093 SEQ! 0 No 1910 20093 1 CCAAGAACTATTCCTCAAGC SEQ ID No 7949 20093 1 TCCAGATACCAGTCTTTTGG 36A 95Q 959 319 No 7950 9595 2 AAAGCATCTTTGAATCTTGG 649 1019 371 Sets 95922 SEQ ID No 1912 9592 2 CCTAAAGCTGAAATCAAAGC SEQ ID No 7951 9592 2 R TTTTCCTTGTGTATAGCTTGC 1858 2186 329 Sets
 EMI113.14
 
 <Tb>
 <tb> 95912 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1913 <SEP> 9591 <SEP> 2 <SEP> F <SEP> TTTACGATGGTCTACATGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7952 <SEP> 9591 <SEP> 2 <SEP> R <SEP> ACATTTGGTTGTGTTTCAGG <SEP> 564 <SEP> 878 <SEP> 315 <SEP> SetB
 <tb> 14899.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1914 <SEP> 14899 <SEP> 2 <SEP> F <SEP> GAGGAATTGGAAAAATCTGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 7953 <SEP> 14899 <SEP> 2 <SEP> R <SEP> GTTCCCAAATCACGATACTC <SEP> 2176 <SEP> 2537 <SEP> 362 <SEP> Sets
 <Tb>
 
 EMI113.15
 14895 1 SEQ 10 No 1915 14895 1 F AGATCAGCTCATACTGCTGC SEQ 10 No 7954 14895 1 R TCACAAATTTGCATGTTACC 46 404 359 SetB 19749 SEQ ID No 1916 19749 1 ATATTGCTCATGAAAAAGCC SEQ ID No 7955 197491 R TTTGTTTATCAACCGATTCC 242 586
 EMI113.16
 
 <Tb>
 <tb> 165962 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1917 <SEP> 165962.F <SEP> AATCAAGGTCGTTCTTATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7956 <SEP> 16596 <SEP> 2 <SEP> R <SEP> CCATTTTCCAAATATGATCC <SEP> 475 <SEP> 782 <SEP> 308 <SEP> Sets
 <Tb>
 
 EMI113.17
 175572 SEQ ID No 1918 17557 2 TGAAAAATTGAAACTTGAAGG SEQ ID No 7957 17557 2 R AATCTCCAATTTTCATCAGC 1956 2339 384 SetA 6619 SEQ ID No

  1919 66191 F CGCCACTGCTTTATTATTCT SEQ 10 No 7958 6619 1 R TACCAAGGTTGTAGCTAATTTGA 21 250 230 SetC 66172 SEQ ID No 1920 66172F TCAATTGATACAAATCACAACC SEQ ID No 7959 6617 2.R GGAGTGACGGAAAATTGG 1 284 34AQTC2121 R TTGATAATGTCGGAATTGTG 1 285 325 Sets 66132 SEQ ID No 1922 6613 2 F CCAGCTCCAGTGATACTACC SEQ ID No 7961 6613 2 CATTCAAATTTGCTTGTGC 1700 2008 309 SetA 66121 SEQ 10 No 1923 6612 1 F TGATATTTGAAGGTTGGACATTATACT ACQ No12 1924 66091 F AGTGGATCATTACGAAATCC SEQ ID No 7963 66091 R TGTAATGGAGGATCAGTTGG ND ND 335 SetC
 EMI113.18
 
 <Tb>
 <tb> 66072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1925 <SEP> 6607 <SEP> 2 <SEP> F <SEP> TCTCAAGTTTTTGAAGGTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7964 <SEP> 6607 <SEP> 2 <SEP> R <SEP> TCAGTTTCAACATCAACAGC <SEP> 4180 <SEP> 4508

   <SEP> 329 <SEP> SetB
 <Tb>
 
 EMI113.19
 66052 SEQ ID No 1926 6605 2 F TTTGGAAATGGTATGAAGGT SEQ 10 No 7965 6605 2 R CCCATCATTTTCTTCCTGTA 770 1158 389 Sets 19513 SEQ! 0 No 1927 195131 F TTAAGGCAAAAACTACAGCC SEQ f0 No 7966 19513 1 TGA7TTAGAT 311
 EMI113.20
 
 <Tb>
 <tb> 117961 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1928 <SEP> 11796.1.F <SEP> AATTGAAGTTGCTTACGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7967 <SEP> 11796 <SEP> 1 <SEP> R <SEP> CTTTATGTGAAAAATTCCCG <SEP> 2328 <SEP> 2656 <SEP> 329 <SEP> Sets
 <tb> 170742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1929 <SEP> 17074 <SEP> 2 <SEP> CCGATTCTGTCATTAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7968 <SEP> 17074 <SEP> 2 <SEP> R <SEP> TTTCTTGTTTCATCATTTGC <SEP> 2261 <SEP> 2570 <SEP> 310 <SEP> SetB
 <Tb>
 
 EMI113.21
 164702 SEQ ID No 1930 16470 2 TGCAAATTTATATGCTGTGG SEQ ID Na 7969 16470 2 AAATTTGCTTCATTTCAACC 381 691 311 SetB

  16471.1 SEQ ID No 1931 16471 I TCAAAACTCAAGAAGATGCC SEQ ID No 7970 16471 1 TTTATCTTCAGTACCATTGCC 611 918 308 SetS
 EMI113.22
 
 <Tb>
 <tb> 157182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1932 <SEP> 15718 <SEP> 2 <SEP> F <SEP> CGTTATTATCCGATTTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7971 <SEP> 15718 <SEP> 2 <SEP> R <SEP> TGGTTGGATATTAACAACGG <SEP> 1582 <SEP> 1890 <SEP> 309 <SEP> SetB
 <tb> 118022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1933 <SEP> 118022F <SEP> F <SEP> AAGAAGTGTTGATGGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7972 <SEP> 11802 <SEP> 2 <SEP> R <SEP> CCCTTAGTTGTTCTTCATCG <SEP> 1332 <SEP> 1708 <SEP> 377 <SEP> Sets
 <Tb>
 
 EMI113.23
 11801 SEQ 10 No 1934 11801 2 CAAATCATGAAGAAGTTGAGC SEQ ID No 7973 11801 2 R TTTGAAAGTGTATTCTTGCG 1577 1955 379 SetB 117992 SEQ ID No 1935 11799 2 F AGAATCGTCCTACTCACACC SEQ ID No 7974 11799 2 R TGTTGTCCTCC5TC 1735

  17402F ATTCGTCTGATGAAGAGG SEQ ID No. 7975 1740 R ACTTTCAATTGAGACATGGG 2162 2540 379 SetS 1732 SEQ ID No 377 Sets 17272 SEQ 10 No 1939 1727 2 F GAGAGGTGGTGGTAAAAAG SEQ ID No 7978 1727 2 R AGTTAGCCTTTAAGGTCAAG ND ND ND SetC 1725 SEQ 10 No 1940 1725 2 F TTGCAACAATATTGAAGACG SEQ ID No 7979 1725 2 R TATTGTCTGG2019 1719 2 CGACAACTTCTTAGACCAGC SEQ t0 No 7980 1720 2 R GACTT (3.ACGGTTATTTCTCG 669 968 300 SetB 17172 SEQ ID No 1942 1717 2 GTTTGACAAGCATGAGTCG SEQ ID No 7981 1717 2 R AAACAGATAATGCTTGGGG 3141 3466 326 Sets
 EMI113.24
 
 <Tb>
 <tb> 14806 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1943 <SEP> 14806 <SEP> 1 <SEP> ATACTGGAGGTGGTGTTGC <SEP> SEQ <September>

  ID <SEP> No <SEP> 7982 <SEP> 14806 <SEP> 1 <SEP> AGCATAGCACCAAATATTGC <SEP> ND <SEP> ND <SEP> 100 <SEP> SetC
 <tb> 3415 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1944 <SEP> 3415 <SEP> 2 <SEP> F <SEP> TCTTATGGAGGTCACGAGTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 7983 <SEP> 3415 <SEP> 2 <SEP> R <SEP> TAACTTCTCGATGGCTTGAT <SEP> 727 <SEP> 1038 <SEP> 312 <SEP> SetB
 <Tb>
 
 EMI113.25
 34142 SEQ ID No 1945 3414 2 F AATGATTGTTGGAAGATTGC SEQ ID No 7984 3414 2 AATCATTTCCATATCCCATC 2487 2859 373 Sets 34122 SEQ ID No 1946 3412.2 GATGTTGAATTCATATGGGC SEQ ID No 7985 3412 2 R AATCAAACATCCAACTAACCAQ 19422 339 No 7986 3409 2.R CCATTGTATCCACCATATCC 1674 2048 375 Sets 16901 1 SEQ ID No 1948 16901 1 F AC7GGTGAGAMA7TGATGG SEQ ID No 7987 16901 1 R CTTTCAGCTTTTAATTTGGC 37 326 290 S.tB
 EMI113.26
 
 <Tb>
 <tb> 172832 <SEP> SEQ <SEP> ID <SEP> No <September>

  1949 <SEP> 17283 <SEP> 2 <SEP> TCAATACCAAGGTGAAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 7988 <SEP> 17283 <SEP> 2 <SEP> TCAAATGACAAAATCACAGG <SEP> 1245 <SEP> 1625 <SEP> 381 <SEP> Sets
 <tb> 9611 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1950 <SEP> 9611 <SEP> 2 <SEP> TGAATGTTTGATTGGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7989 <SEP> 9611 <SEP> 2 <SEP> R <SEP> AATTCACGTTGTTCCATAGC <SEP> 1731 <SEP> 2093 <SEP> 363 <SEP> SetA
 <Tb>
 
 EMI113.27
 9613 2 SEQ ID Na 1951 9613 2 F TGTAAAGGTAAAGAATGCCG SEQ ID No 7990 9613 2 R AATGTTTACATCTTTTCAATGG 49 286 238 SetB 96161 SEQ ID No 1952 96161 F GTCGCTACTACCACAACTCC SEQ 10 No 7991 9616 1 R CATCATCAGTT 38
 EMI113.28
 
 <Tb>
 <tb> 96182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1953 <SEP> 9618 <SEP> 2 <SEP> F <SEP> CACAACCTCTGCATAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7992 <SEP> 9618 <SEP> 2 <SEP> R <SEP> GGAATGCATCATACATACTCG <SEP> 575

   <SEP> 886 <SEP> 312 <SEP> SetA
 <Tb>
 
 EMI113.29
 2 9777 1954 9777 SEQ ID NO 2 F TTTTGGTCATTAGTTGATGC SEQ ID NO 7993 9777 2 115 455 341 R ATATTAGCAACCCCCATACC SetA 97762 SEQ OJ No. 1955 9776 2 F GGGTTAGGATGTGTTATTGC SEQ 10 N 7994 9776 2 R TCAATTGGAGTAGATGACCC 778 1145 368 18561 1 Sets SEQ 10 No 1956 18561 1 TTGTTTGTATCGTTAAACGTG SEQ io No 7995 18561 1 AACAACAACAACAACTGCAA 42 193 152 SetC
 EMI113.30
 
 <Tb>
 <tb> 131172 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1957 <SEP> 13117 <SEP> 2 <SEP> F <SEP> TATTTCCCTGAAGTCAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 7996 <SEP> 13117 <SEP> 2 <SEP> TGTGATAACCATTTGAAGGC <SEP> 241 <SEP> 554 <SEP> 314 <SEP> SetB
 <Tb>
 
 EMI113.31
 131161 SEQ ID No 1958 131161 F GACAACATCAAATAGTGTCTGC SEQ ID No 7997 13116 I TCAGGTTCTTTTCTGTATTGC 1667 1993 327 SetA 13114.1 SEQ ID No 1959 131141 F CTTTTGACGTTGATAGAGCC SEQ ID No 7998 13114 1.A GAAGACCA

  364 Sets 131122 SEQ ID No 1960 131122.F CAAATTGAACGAATTGAAGC SEQ ID No 7999 13112.2.R AATCTAGCAACAAATTTCCC 574 890 317 SetS 16985 SEQ Io No 1961 16985 2 F CAATCATGGTGGTTAGTGG SEQ ID No 8000 16985 2 RCTTTCT82 38
 EMI113.32
 
 <Tb>
 <tb> 18558.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1962 <SEP> 18558 <SEP> F <SEP> AACTTGGGAGTGTGTTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8001 <SEP> 18558 <SEP> 1 <SEP> CTTTTCGATTGTTTCTTTCC <SEP> 13 <SEP> 359 <SEP> 347 <SEP> SetB
 <tb> 7574.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1963 <SEP> 7574 <SEP> 2.F <SEP> GAGGATATTCAAAACGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8002 <SEP> 7574 <SEP> 2 <SEP> R <SEP> TAATTTGTTACCCAAAACCC <SEP> 2116 <SEP> 2469 <SEP> 354 <SEP> Sets
 <Tb>
 
 EMI113.33
 7571.1 SEQ ID No 1964 7571 1 F ATGACCATGAAGTTAGTGCC SEQ ID No 8003 7571 1.R TAATGTATTCCCTCACAGGC 635 967 333 SetB
 EMI113.34
 
 <Tb>
 <tb> 20094.1 <September>

  SEQ <SEP> ID <SEP> No <SEP> 1965 <SEP> 200941.F <SEP> TATTACTGTGGGAGATTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8004 <SEP> 20094 <SEP> R <SEP> ATATGAAATGGTAACTGCCG <SEP> 2427 <SEP> 2745 <SEP> 319 <SEP> Sets
 <tb> 175101 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1966 <SEP> 17510.1 <SEP> F <SEP> TCAGTATTCAATCCACCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8005 <SEP> 17510 <SEP> 1 <SEP> R <SEP> AATCCAAACAAAATTATCCC <SEP> 16 <SEP> 245 <SEP> 230 <SEP> SetB
 <Tb>
 
 EMI113.35
 12947.2 SEQ ID No 1967 12947.2.F AATGCATTTACAACATTCGG SEQ ID No 8006 12947.2.R TCACGTAATAATCGTTCAGC 1155 1484 330 SetA 129462 SEQ ID No 1968 12946 2.F TTATTCCCAGAAACAAAAGG SEQ ID No 8007 12946 2.R GTATTGATAGGCATTGGT13Q194 .F ACTAACAATGGAACCTTCACC SEQ ID No. 8008 12944 1 GAAAATCAGATAATCCAACAGC ND ND 250 SetC
 EMI113.36
 
 <Tb>
 <tb> 14219.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1970 <SEP> 14219.2.F <SEP> TGGTTCTTCCATTGATATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8009 <SEP> 14219.2 <SEP> R <SEP> TGTAAAGCCACTTGTCTACG <SEP> 732 <SEP> 1013 <SEP> 282 <SEP> SetC
 <Tb>
 
 EMI113.37
 10681.2 SEQ ID No 1971 10681 2 F GCTTTTACTCAACCATCTCG SEQ ID No 8010 106S1 2.R TCAGCAATAGAACCAGATCC 5200 5558 359 SetA
 EMI113.38
 
 <Tb>
 <tb> 106682 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1972 <SEP> 10668 <SEP> 2 <SEP> F <SEP> GAAGTAATGGATCAACTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8011 <SEP> 10668.2 <SEP> R <SEP> TCTAATGATGCAACTCCTCC <SEP> 1478 <SEP> 1787 <SEP> 310 <SEP> Sets
 <tb> 10665.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1973 <SEP> 10665 <SEP> 2 <SEP> F <SEP> TCGATTTGAAAATGAAAAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8012 <SEP> 10665.2 <SEP> R <SEP> TTCACCAAAATTAAGATGCC <SEP> 663 <SEP> 987 <SEP> 325 <SEP> Sets
 <Tb>
 
 EMI113.39
 81082 SEQ ID No.

   1974 8108.2 F AAAATCAAATAAGTTTGGATCG SEQ 10 No 8013 8108 2 R TTGATCATTAATAGCCCCGTCC '176 507 332 Sets 81092 SEQ 10 No 1975 8109 2 F AGTCAGAGTTCATCCATTCC SEQ ID No 8014 8109 2.R CCATCATCGATAACTTCACC 261 581
 EMI113.40
 
 <Tb>
 <tb> 129822 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1976 <SEP> 12982.2.F <SEP> ACCAAATATCAACTAACGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8015 <SEP> 12982.2.R <SEP> TCCAAGATTCTCTAAAAACCC <SEP> 1690 <SEP> 2010 <SEP> 321 <SEP> SetA
 <Tb>
 
 EMI113.41
 110232 SEQ ID Na 1977 11023 2 F ACCACTACAATGCTTTTTCC SEQ ID No 8016 11023 2 R CTTGATGTTTTCCCATTAGG 136 479 344 SetC 110252 SEQ ID No. 1978 11025 2.F ATTGATGGATTCTTCAAACG SEQ ID No 8017 11025 2 GCTTTAGTGTTTTCAGG2Q2727 F CAGGGGTAATCAAAGATGG SEQ ID No.

   8018 11027 2 ATTGCTCATCAACAATAGCC 1181 1504 324 Sets
 EMI113.42
 
 <Tb>
 <tb> 110292 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1980 <SEP> 11029.2 <SEP> AATTGTCATTGATTTTGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8019 <SEP> 11029 <SEP> 2 <SEP> R <SEP> ACCAAACAAGTTTGCTAAGG <SEP> 857 <SEP> 1245 <SEP> 389 <SEP> SetB
 <tb> 8099.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1981 <SEP> 8099.1.F <SEP> ACCAACAATGTTAGACTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8020 <SEP> 8099 <SEP> 1 <SEP> R <SEP> GGTGTCCTCTTAGATTCTGG <SEP> 865 <SEP> 1243 <SEP> 379 <SEP> SetA
 <tb> 78452 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1982 <SEP> 7845.2.F <SEP> TGATATTTTATTTGGTCCTGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8021 <SEP> 7845 <SEP> 2 <SEP> GATTTGGTTGGATCAGTAGC <SEP> 192 <SEP> 512 <SEP> 321 <SEP> Sets
 <Tb>
 
 EMI113.43
 78471 SEQ ID No 1983 7847 F CAGTATTGATAGGGCAGTGG SEQ ID No 8022 7847 1.R TAGGAATTTCTTCTGGTTGG 339 661 323 SetA 7848.1 SEQ 10 No 1984 78481 1 CTTGACTCCAGTGAAATATGC SEQ ID Na 8023 7848 1.R CTTTCTAAACCTTCATICTATACACTATC10A
 EMI113.44
 
 <Tb>
 <tb> 78492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1985 <SEP> 7849 <SEP> 2 <SEP> F <SEP> CTCCACTGCAATAGATTTCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8024 <SEP> 7849 <SEP> 2 <SEP> AAGTTCCTTTTTCAACATTCC <SEP> 1827 <SEP> 2152 <SEP> 326 <SEP> SetA
 <tb> 78532 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 1986 <SEP> 7853 <SEP> 2.F <SEP> GTTTGAACAAAACAAGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8025 <SEP> 7853 <SEP> 2 <SEP> TTTTACCCTTGAAATTGAGC <SEP> 69 <SEP> 379 <SEP> 311 <SEP> SetB
 <tb> 78562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1987 <SEP> 78562.F <SEP> GAATTGGTGACTACGATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8026 <SEP> 7856 <SEP> 2 <SEP> R <SEP> AGCATCAAGAATAGCTTTGG <SEP> 2399 <SEP> 2753 <SEP> 355 <SEP> Sets
 <tb> 7858 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1988 <SEP> 7858 <SEP> 2 <SEP> ATTGAACAGGTTGTGTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8027 <SEP> 7858 <SEP> 2. <SEP> R <SEP> AAAACTTTAGCAACCTTCCC <SEP> 2281 <SEP> 2582 <SEP> 302 <SEP> SetB
 <Tb>
 
 EMI113.45
 78592 SEQ ID No. 1989 7859 2 F ATGTTTGTGAAAGGTGAAGG SEQ ID N .. 8028 7859.2 R AGAGTCTTTGCTTGAAGTCG 280 672 393 SetA
 EMI113.46
 
 <Tb>
 <tb> 130242 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1990 <SEP> 13024.

    <SEP> 2.F <SEP> CAACTGTTTTTCCATCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8029 <SEP> 13024 <SEP> 2 <SEP> TCTTCTTTACAAGCAACAGG <SEP> 3373 <SEP> 3680 <SEP> 308 <SEP> SetB
 <tb> 6978. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1991 <SEP> 6978 <SEP> 2.F <SEP> ACTTTCACTGGTCAAGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8030 <SEP> 6978 <SEP> 2 <SEP> R <SEP> TCGACAGTTGATTGTAATGC <SEP> 670 <SEP> 1019 <SEP> 350 <SEP> Sets
 <tb> 69771 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1992 <SEP> 6977.1.f <SEP> TTTGAAGATTTTGATGCTCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8031 <SEP> 6977 <SEP> 1.R <SEP> TCTTCGTAAGATCCATCAGG <SEP> 46 <SEP> 440 <SEP> 395 <SEP> SetA
 <tb> 69761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1993 <SEP> 6976.1 <SEP> F <SEP> GACTTTAGGTTTACCACCCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8032 <SEP> 6976 <SEP> 1.R <SEP> CAACCAATTTATCAAATTTAGC <SEP> 123 <SEP> 439 <SEP> 317 <SEP> SetA
 <Tb>
 
 EMI113.47
 69752 SEQ ID No 1994 6975 2.F GAGTTGAAAGATTCAGAGCC SEQ ID Na 8033 6975 2 R TTCTTAAAAGTCGACAACCC 809 1181 373 SetA
 EMI113.48
 
 <Tb>
 <tb> 69732 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1995 <SEP> 6973.2.F <SEP> TATCTATTGTTCGAGCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8034 <SEP> 6973 <SEP> 2.R <SEP> CATCTGGGTATTTATCCTGG <SEP> 248 <SEP> 559 <SEP> 312 <SEP> SetA
 <tb> 69722 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 1996 <SEP> 6972.2 <SEP> F <SEP> TTGTTCTGGTTGAATAAATGG <SEP> SEQ <SEP> ID <SEP> No.

  * <SEP> 8035 <SEP> 6972 <SEP> 2.R <SEP> AACCCTACAAAGAAGATTTGG <SEP> 5 <SEP> 187 <SEP> 183 <SEP> Sets
 <tb> 6971 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1997 <SEP> 6971.2.F <SEP> CCTCCAATAAATTTCACCCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8036 <SEP> 6971 <SEP> 2.R <SEP> GACCAAGACAACAACAACAA <SEP> 90 <SEP> 225 <SEP> 136 <SEP> SetC
 <Tb>
 
 EMI113.49
 69701 SEQ ID No 1998 69701.F AAACCACAAATGATCACTCC SEQ ID No 8037 69701.R AGGTTCTGTAGGTTTCTTTGG 151 450 300 SetA
 EMI113.50
 
 <Tb>
 <tb> 69672 <SEP> SEQ <SEP> ID <SEP> No <SEP> 1999 <SEP> 6967 <SEP> 2.F <SEP> ACAATATTGAAGCCAATTATGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8038 <SEP> 6967 <SEP> 2 <SEP> TAGCATCTGTCGATTTAATTGT <SEP> ND <SEP> ND <SEP> 249 <SEP> SetC
 <tb> 37332 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2000 <SEP> 3733.2 <SEP> CTTGATAGCAACGAAGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8039 <SEP> 3733 <SEP> 2 <SEP> R <SEP> TTTTGAAGCAATTCTTTTCC <September>

  1069 <SEP> 1461 <SEP> 393 <SEP> Sets
 <Tb>
 
 EMI113.51
 3735 SEQ ID No 2001 3735 1 F TATATTTGCATTGAAAGGGC SEQ 10 No 8040 3735 1.R CATTGGGTAGAAATCAATCG 789 1089 301 Sets 133542 SEQ ID Na 2002 13354 2 F AAACAACAAACCAGGTAACG SEQ ID No 8041 13354 2 R ACTTGACTGTATTG35G35G 13G35G35G 13G35G13G35 F TA7TGTAGTGTTGCACCAGG SEQ D No 8042 13353 1 AATGATTTACCTTCACAATCC 385 701 317 Sets 13352 SEQ ID No 2004 13352.1.F ACATCAACACAATCAAATGC SEQ ID No 8043 13352 1 TCGTCACCAGACTTTATTGG 61 407 347 SetB

  <Desc / Clms Page number 114>

 
 EMI114.1
 
 <Tb>
 <tb> 133502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2005 <SEP> 133502F <SEP> F <SEP> TTTCAAGGTGTTTCTATGGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8044 <SEP> 13350 <SEP> 2 <SEP> R <SEP> GCTTCTGTACCTGTTTCACC <SEP> 1318 <SEP> 1652 <SEP> 335 <SEP> SetB
 <Tb>
 
 EMI114.2
 96932 SEQ ID No 2006 96932F F ATTAATGTCAAAGAGAGCCG SEQ ID Na 8045

  9693 2 R TCTTTTATCGGTATATCGCC 126 483 358 Sets
 EMI114.3
 
 <Tb>
 <tb> 96992 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2007 <SEP> 96992 <SEP> F <SEP> GTTGAAGATTTGAAAAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8046 <SEP> 9699 <SEP> 2 <SEP> R <SEP> TGAATCAACTGTGTTTACCG <SEP> 2125 <SEP> 2511 <SEP> 387 <SEP> SetB
 <Tb>
 
 EMI114.4
 97002 SEQ 10 No 2008 9700 2 f AGTTGATTTTAACGCTGTGG SEQ iD No 8047 9700 2 AACTTGTGAATAACGTTGGG 18 318 301 Sets 3384 SEQ ID No 2009 3384 1 F TATTGTTACATTTTGCTGCG SEQ ID No 8048 3384 1 R AATTTAACACACAAGGACC1991
 EMI114.5
 
 <Tb>
 <tb> 3385 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2010 <SEP> 3385 <SEP> 1 <SEP> F <SEP> TTGGACCATTTTTCATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8049 <SEP> 3385 <SEP> 1 <SEP> R <SEP> GATGTACCAAACCATAAGGC <SEP> 59 <SEP> 341 <SEP> 283 <SEP> SetB
 <tb> 33882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2011 <SEP> 3388 <SEP> 2 <SEP> F <September>

  GGGTGATATTTGGATACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8050 <SEP> 3388 <SEP> 2 <SEP> R <SEP> CAGTTATTCCTATCATCCCG <SEP> 2166 <SEP> 2467 <SEP> 302 <SEP> SetA
 <tb> 3392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2012 <SEP> 3392 <SEP> 2 <SEP> F <SEP> CAAGAAAATCACCATTTTGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8051 <SEP> 3392 <SEP> 2 <SEP> R <SEP> AAACCAATCATTGACAAAGC <SEP> 1902 <SEP> 2277 <SEP> 376 <SEP> SetA
 <Tb>
 
 EMI114.6
 33932 SEQ ID No 2013 3393 2 TTGGATTGAATTCTTTTTCC SEQ iD No 8052 3393 2.R GAT-TGTCG7TAATGA7rG7GG 746 1116 371 Sets
 EMI114.7
 
 <Tb>
 <tb> 33942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2014 <SEP> 3394 <SEP> 2 <SEP> F <SEP> CTTCAATAAAACTCCCCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8053 <SEP> 3394 <SEP> 2 <SEP> R <SEP> GGATCAAGGAAAATTATTGG <SEP> 13 <SEP> 178 <SEP> 166 <SEP> SetB
 <Tb>
 
 EMI114.8
 33952 SEQ ID No 2015 3395 2 F AAAGTTTTGACGACAGTTGG SEQ 10 No 8054 3395 2 R

  CCACATTTTTCATAAAAGCC 76 410 335 SetA
 EMI114.9
 
 <Tb>
 <tb> 3398 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2016 <SEP> 3398 <SEP> 2 <SEP> F <SEP> TGCGATATCACTACCATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8055 <SEP> 3398 <SEP> 2 <SEP> R <SEP> TAAACGAGCTGGAAAATCG <SEP> 8 <SEP> 180 <SEP> 173 <SEP> Sets
 <tb> 3401 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2017 <SEP> 3401 <SEP> 1 <SEP> F <SEP> GCTAAAGTAGAATGGGGAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8056 <SEP> 3401 <SEP> 1 <SEP> R <SEP> TACCTTTGTGGTCATACACG <SEP> 1522 <SEP> 1831 <SEP> 310 <SEP> SetA
 <Tb>
 
 EMI114.10
 34042 SEQ 10 No 2018 3404 2 F CCACACAAATACTACCACGG SEQ 10 No 8057 3404 2 R AAATGAAAG7TTCGTAAGCG 79 403 325 SetB 34062 SEQ ID No 2019 34062 TAGCAACAACAGATTCAACG SEQ ID No 8058 3406 2 AAATTTTCTTCCTGATGACG 135S AGT 1132 3749 No 8059 11493 2 AATTGACTTTTGTCACCACC 182 575 394 SetS

  
 EMI114.11
 
 <Tb>
 <tb> 114922 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2021 <SEP> 11492 <SEP> 2 <SEP> AGTGTTCAGTCATCTGGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8060 <SEP> 11492 <SEP> 2 <SEP> CTCCTTGTGAATTTCTTTGG <SEP> 304 <SEP> 613 <SEP> 310 <SEP> SetB
 <Tb>
 
 EMI114.12
 11491 2 SEQ ID No 2022 11491 2 F GATCAAGATTTGCAGAAAGC SEQ ID No 8061 11491 2 R TTTGTCCATTTCATAATCCC 550 936 387 setb 114892 SEQ ID No 2023 11489 2 F TGAGGAACAAGAATCTGAGG SEQ 10 No 8062 11489 2 TGAAATT3CCACC 11489 2 TGAAATT3ACCACC72 48 TACCATTGATAAGTTTGGGG SEQ ID No 8063 11487 2 R AAA7AAAGCTGTGACAACCC 1167 1521 355 SetS 114842 SEQ ID No 2025 114842F GAATTACATCCGAACAATGC SEQ ID No 8064 11484 2 CA7TTTCTCCAAGTTTTTGC 300 666 367 SetA
 EMI114.13
 
 <Tb>
 <tb> 93662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2026 <SEP> 9366 <SEP> 2 <SEP> F <SEP> GTATCCAATGGAATGACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8065

   <SEP> 9366 <SEP> 2 <SEP> CTGTTGTTGAAGGATTTTGG <SEP> 371 <SEP> 672 <SEP> 302 <SEP> SetA
 <tb> 93642 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2027 <SEP> 9364 <SEP> 2 <SEP> CAATGTGTATGAGCTCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8066 <SEP> 9364 <SEP> 2 <SEP> R <SEP> TCAAACTCTCTGTCTTTGGC <SEP> 765 <SEP> 1079 <SEP> 315 <SEP> SetA
 <Tb>
 
 EMI114.14
 93632 SEQ ID No 2028 9363 2 F GAAGATGAGAAAATTGGACG SEQ tO No 8067 9363 2 CTCGTCGACTGAAAGATACC 1249 1590 342 SetB
 EMI114.15
 
 <Tb>
 <tb> 9361 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2029 <SEP> 9361 <SEP> 2 <SEP> F <SEP> CCGTGTTCAAGGTAGATAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8068 <SEP> 9361 <SEP> 2 <SEP> R <SEP> CCAACATCTAGGACACTTGC <SEP> 2495 <SEP> 2853 <SEP> 359 <SEP> SetA
 <tb> 199391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2030 <SEP> 199391 <SEP> F <SEP> ACTGACATTGTTTTCGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8069 <SEP> 199391 <SEP> R <September>

  GTGGCTCTGTTATTTTACCG <SEP> 589 <SEP> 910 <SEP> 322 <SEP> SetB
 <Tb>
 
 EMI114.16
 107112 SEQ ID No 2031 10711 2 F TCATTATCATCATTGGATGG SEQ ID No 8070 10711 2.R AACTCATCTTCCACTTTTTCC 3121 3455 335 SetS 107142 SEQ ID No 2032 10714 2 F ATTTGTGATTTTCAAGGTCG SEQ ID 2071 10714 2 GTTTTAG1 SEQ 10 No 8072 10716 1 R CCTAAAAATCCTGAACCACC 445 779 335 SetA
 EMI114.17
 
 <Tb>
 <tb> 107191 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2034 <SEP> 107191 <SEP> F <SEP> TTCTTCATCTCGTTCTAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8073 <SEP> 10719 <SEP> 1 <SEP> R <SEP> GATGGATGAATGTTGATTGG <SEP> 18 <SEP> 299 <SEP> 282 <SEP> SetB
 <tb> 137492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2035 <SEP> 13749 <SEP> 2 <SEP> F <SEP> TTTATGATGCTACAAATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8074 <SEP> 13749 <SEP> 2 <SEP> R <SEP> GCCAAATATAAAGAACCAGG <September>

  614 <SEP> 1004 <SEP> 391 <SEP> Sets
 <Tb>
 
 EMI114.18
 18544 1 SEQ ID No 2036 18544 1 TTGATCATTTGGAAAAATCC SEQ ID No 8075 18544 1 R GATTCTGCTCTTGGATAACG 47 347 301 SetB 137482 SEQ ID No 2037 13748 2 F ACAGCCATATACACTGCTCC SEQ ID No 8076 13748 2 R AATTTCCTCTTCT2A47CC 1 ATTTACAACTTGATCGAGCC SEQ ID No 8077 13747 2 R CACCAACAATATTAGTCATTCC 83 352 270 Sets 137462 SEQ ID No 2039 13746 2 F TGAAACTGATGGATTAAGAGG SEQ ID No 8078 13746 2 R TTATGATGACAAACCAATGC 831 1208 378 SetB
 EMI114.19
 
 <Tb>
 <tb> 137442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2040 <SEP> 13744 <SEP> 2 <SEP> F <SEP> CAATGCCAACACAAATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8079 <SEP> 13744 <SEP> 2 <SEP> R <SEP> ATAAAGACGATGATGAAAAGG <SEP> ND <SEP> ND <SEP> 338 <SEP> SetC
 <tb> 80301 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2041 <SEP> 8030.1 <SEP> F <SEP> TTAAATTTCATGAGTTCAACG <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 8080 <SEP> 80301 <SEP> R <SEP> ATATCAACTCTTGGAGCAGC <SEP> 1045 <SEP> 1400 <SEP> 356 <SEP> SetB
 <tb> 8028 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2042 <SEP> 80281 <SEP> F <SEP> CTACTAGTGTTGCCTTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8081 <SEP> 8028 <SEP> 1 <SEP> R <SEP> AAAACTCCAAGGTTTCTTCC <SEP> 1223 <SEP> 1535 <SEP> 313 <SEP> SetB
 <tb> 80252 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2043 <SEP> 8025 <SEP> 2.F <SEP> TTGCATCTAAAGTTAAGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8082 <SEP> 8025 <SEP> 2 <SEP> ATAGGTGAAATTGTTGGTGC <SEP> 1262 <SEP> 1562 <SEP> 301 <SEP> Sets
 <Tb>
 
 EMI114.20
 80242 SEQ ID No 2044 8024 2 F TACCAGTGTACCCAATTTCC SEQ ID No 8083 8024 2 R TCACCAAACACTTGACTAGG 1515 1895 381 SetB 80202 SEQ ID No 2045 8020 2 GCATTTATTTTCCAAGAACG SEQ ID No 8084 8020 2 R TTACCAATGATTT7TAT7AT
 EMI114.21
 
 <Tb>
 <tb> 80172 <SEP> SEQ <SEP> ID <SEP> No <September>

  2046 <SEP> 8017 <SEP> 2 <SEP> F <SEP> GTAGCCATGATTGGTAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8085 <SEP> 8017 <SEP> 2 <SEP> ACTTAATCCAGCAACAATGG <SEP> 37 <SEP> 342 <SEP> 306 <SEP> SetB
 <Tb>
 
 EMI114.22
 7930 SEQ 10 No 2047 79301 F TTGATTGAAGAAGCTGACG SEQ ID No 8086 79301 R TCACCTTGAATCCATTTCC 604 971 368 SetB 104902 SEQ ID No 2048 10490 2 F AAAGTGAACTGTCAGAAGGG SEQ ID No 8087 10490 2 R TTCGTCAAATCTTCTTTQTQQTQQTQQQQQQQQQQQQQQQQQQQQQQQQQQJQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQA ID No 8088 4893 2 TCCCATATGTTTACAATCCC 3633 3935 303 s.te
 EMI114.23
 
 <Tb>
 <tb> 48962 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2050 <SEP> 4896 <SEP> CATTTTCTGGGATCTATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8089 <SEP> 4896 <SEP> 2 <SEP> GCAATTTTCATTACACGAGG <SEP> 614 <SEP> 941 <SEP> 328 <SEP> Sets
 <Tb>
 
 EMI114.24
 48972 SEQ ID No 2051 4897 2 F ATAGAAAACGATTTTGTCCG SEQ ID No 8090 4897 2 R

  TAAAGTTTCGATTTGGTTGG 700 1018 319 SetA 48981 SEQ iD No 2052 48981 F TTGCTGTTTTATCTGGTACG SEQ ID No 8091 4898 1 TCCTCATCAAGATTCAAACC 413 731 319 SetA 48991 SEQ ID No. 2053 48991 F GATATCACTAATTGGCC 80CC 48CC 4901 2 F AAATGAAGAACCATCAACCA SEQ ID No 8093 4901 2 CAAATTCATTTTTCCTCGAT 14 168 155 SetC 5863 SEQ ID No 2055 5863 2 F GAATTTGAAAAGAAGGGGTT SEQ ID No 8094 5863 2 GTCAACGACTTCTGGTGTCT 796 1146 351 SetS FGGAGA 58562 CTTTAAAGTACGGTGATGCC 487 805 319 SetA
 EMI114.25
 
 <Tb>
 <tb> 58662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2057 <SEP> 5866 <SEP> 2 <SEP> F <SEP> CAGAACTAGCAAATAACGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8096 <SEP> 5866 <SEP> 2 <SEP> R <SEP> GAGCTATGAGAAGATGCTGG <SEP> 1919 <SEP> 2282 <SEP> 364 <SEP> Sets
 <Tb>
 
 EMI114.26
 5867 1 SEQ ID No

  2058 5867 1 TCAGTTTTGTTGAAAGCACC SEQ 10 No 8097 5867 1 R CAATCAGCTTTAAGACCAGC 6 274 269 SelS
 EMI114.27
 
 <Tb>
 <tb> 58681 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2059 <SEP> 5868 <SEP> F <SEP> CTTCTTCGATTTCTTTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8098 <SEP> 5868 <SEP> 1 <SEP> TCTTGCTCCAATCACAGG <SEP> ' <SEP> 10 <SEP> 182 <SEP> 173 <SEP> Sets
 <Tb>
 
 EMI114.28
 58702 SEQ ID No 2060 5870 2 F ACAAAACTTGACAGAGTCGG SEQ ID No 8099 5870 2 AGTTCACTTCGAGTCACACC 1674 1979 306 SetA 15652 SEQ ID No 2061 15652 2 F ATTCCAGGATTGAAAGAAGC SEQ ID No 8100 15652 2 TCCA4CAAAATITAC 15ACC ID No 8101 15653 2 R AACGATAATCACTTCCAACG 420 800 381 SetA 156542 SEQ 1O No 2063 15654 2 F TTGTTTTCTGATTTCCTTCC SEQ ID No 8102 15654 2 R ATTCAGCATGTAAAGTTGCC 58 367 310 SetS 196651 SEQ ID No 2064 196G 1AC 196Q 1AC

  R TTTGGCRTTTAAAAATCTCG 1037 1377 341 SetS 196641 SEQ ID No 2065 19664 1 F AAATTATATTTCACGAGGGG SEQ ID No 8104 19664 1 TTATAAACATTGTCGCATGG 843 1180 338 SetS 15872 2 SEQ ID No 2066 15872 2 F AAGCATAACTTTTACTATACCCTCCACCTCCA 254 1O No 2067 12803.2 F ATTCACGAACAAAACTTTCC SEQ ID No 8106 12803 2 R CAAATGAATTTATGGTGAAGG 126 478 353 SetB 128022 SEQ ID No 2068 12802 2 ATCATTATCTGATTCAACTTCG SEQ ID No 8107 12802 2 ATATTTTCATQAT00AT 1 R CGTTAACATAGAAAATCCTGC 514 843 330 SetB 127992 SEQ ID No 2070 12799 2 AAACATAGTATTATGCCGGG SEQ ID No 8109 12799 2 R CTTTCTTTTGGAAGTGATGG 2095 2438 344 Sets 18533 SEQ 1O No 2071 18533 F CAACATCAAATCATTTATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATRAT) 2072 10762 1 F

  ACATGATCAAATTGGAGACC SEQ ID No 8111 10762 1 GACTCTCATCCTTTTGTTGC 447 811 365 Sets 10761 1 SEQ ID No 2073 107611 F GTGTTATCC7TGACTGCTCC SEQ ID No 8112 10761.1 R AAGTACTGTTGCACTTGTTCC 271 660 390 ATAAACAQAQ 1A40 Sets 78982 SEQ ID No 2075 7898 2 F TGGGTTCATGTTAACT7TCC SEQ ID No 8114 7898 2 TTCCCATCTTCTATGATTGC 1359 1742 384 SetS 78991 SEQ ID No 2076 7899 1.F CAATCACAACCATTTGTATCA SEQ ID No 8115 7899 R CATTGTTAAAGT 79A 79 TTCTGATATTGAAATT7TGGC SEQ ID No 8116 7900 R ATTGATCCATCAGTTTGAGG 279 626 348 sets 7901 SEQ ID No 2078 7901 2 F GATCATCCAGATGGTAATGC SEQ ID No 8117 7901 2 R CCTTGAGCCAATTCTAAGG 136 521 386 ste6

   2079 7903.2 F TTACAAGAATTGAATGAATTGG SEQ fD No 8118 7903 2 CCTCATCAACCTTATCAACC 610 919 310 Sets 85352 SEQ ID No 2080 8535 2 F CCTTTACACCACTTACTGTCC SEQ ID No 8119 8535 2.R ACAGCAATAGCAACTGAACC ND ND 273 Set
 EMI114.29
 
 <Tb>
 <tb> 8537. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2081 <SEP> 8537 <SEP> 2 <SEP> F <SEP> CCACGAGTTAAAAATGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8120 <SEP> 8537 <SEP> 2 <SEP> TTTTTGTACATGATTGCTGG <SEP> 1309 <SEP> 1701 <SEP> 393 <SEP> Sets
 <Tb>
 
 EMI114.30
 85382 SEQ ID No 2082 8538.2.F TCGAAACATAGTAGAGCTCT SEQ 10 No 8121 8538 2 TCTTCTTCATCACCAAGACC 16 413 398 Set6 19753.1 SEQ ID No 2083 19753 1 AAAACCTCCATGGAAATAGC SEQ ID No 8122 19753 1 R GGGTTGAAGATAT88 35
 EMI114.31
 
 <Tb>
 <tb> 15664 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2084 <SEP> 15664 <SEP> 2.F <SEP> CATCCACATGTTACATCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8123 <SEP> 15664.2.R <SEP> GCATTCAATTTAACCACTCC <SEP> 193 <SEP> 545 <SEP> 353 <SEP> Sets
 <Tb>
 
 EMI114.32
 118762 SEQ ID No 2085 11876 2 F ACTGAACCAAATGATGAACC SEQ ID No. 8124 11876.2.R CATAAGTTGATACAACGGGG 742 1072 331 SetS 118772 SEQ ID No 2086 11877 2.F TAACCCAGTTGTTTTCTTGG SEQ ID No 8125 11877.2 R CAAAT79 6377 RACAAQ79 .F AGACAAACTTTTGAATTGGC SEQ ID No 8126 11879 2 R CTTGAATTTCCTTCTTTTGG 1033 1412 380 s.te 118812 SEQ 1D No. 2088 11881.2.F TCTTCAACAATGGTTTCTCC SEQ ID No.

   8127 118812 R GTATCGATGCTGATTGACC 2401 2782 382 SetS 170242 SEQ tD No 2089 170242.F AATCTACCGGGATAACTTCC SEQ ID No 8128 17024 2 R CACCAATATAACCAAATCCC 530 925 396 S.te
 EMI114.33
 
 <Tb>
 <tb> 45472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2090 <SEP> 4547 <SEP> 2.F <SEP> GCATGGTTATGCTACACTCA <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8129 <SEP> 4547 <SEP> 2 <SEP> ACCGGATTTCTTGTAAACAG <SEP> 505 <SEP> 849 <SEP> 345 <SEP> Sets
 <tb> 45532 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2091 <SEP> 4553 <SEP> 2 <SEP> AGTGAAATCAGAAGACGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8130 <SEP> 4553 <SEP> 2 <SEP> TCACATCGAGAAAATATCCC <SEP> 543 <SEP> 938 <SEP> 396 <SEP> Sets
 <tb> 4558 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2092 <SEP> 4558 <SEP> 1 <SEP> F <SEP> TCGATTAAAGATCCAACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8131 <SEP> 4558 <SEP> 1 <SEP> TGTCCAATTGATTTTTCTCC <SEP> 784 <SEP> 1097 <SEP> 314 <SEP> Sets
 <tb> 45632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2093 <SEP> 4563.2 <SEP> GCCAGAGACAAAAGTTATGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8132 <SEP> 4563 <SEP> 2.R <SEP> CTCACATAAGATTCTTCGCC <SEP> 4456 <SEP> 4799 <SEP> 344 <SEP> Sets
 <tb> 18528 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2094 <SEP> 185281 <SEP> F <SEP> GTGCAGAGTCGTAGAAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8133 <SEP> 18528 <SEP> 1 <SEP> R <SEP> TTCAATTGATCCAAAATTCC <SEP> 1033 <SEP> 1341 <SEP> 309 <SEP> Sets
 <Tb>
 
 EMI114.34
 15204 2 SEQ ID No 2095 15204 2 F GGTGGTGTTTARACCGTAGC SEQ ID No.

   8134 15204 2 R CTAGGATTGGATTGTTCACC 3913 4226 314 setb 153772 SEQ 1O No 2096 15377.2.F ACTATAGCTGGTGTTTTCCG SEQ ID No 8135 15377 2 R CATGAATTCTTTCTGGTTGG 3727 4111 385 Sets 185271 SEQ ID NoQ97T272727.2 SEQ ID No 2097 18527 sets
 EMI114.35
 
 <Tb>
 <tb> 200961 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2098 <SEP> 20096.1.F <SEP> GAATTAACTGATGAAAATTTACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8137 <SEP> 20096 <SEP> 1 <SEP> R <SEP> AAATATGTCCAACTAACAATAAACC <SEP> ND <SEP> ND <SEP> 251 <SEP> SetC
 <tb> 8892 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2099 <SEP> 8892 <SEP> 2 <SEP> F <SEP> AATATGTTCGACAAAAACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8138 <SEP> 8892 <SEP> 2. <SEP> R <SEP> GGTATTGATTGATTTTTGGG <SEP> 89 <SEP> 476 <SEP> 388 <SEP> Sets
 <tb> 88932 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2100 <SEP> 8893 <SEP> 2 <SEP> F <SEP> GTTGAAATGAGAAAATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8139 <SEP> 8893 <SEP> 2 <SEP> R <SEP> TCAACCCTTCATTAATCACC <SEP> 2257 <SEP> 2653 <SEP> 397 <SEP> Sets
 <Tb>
 
 EMI114.36
 19576 SEQ ID No 2101 195761 F GTGCAACTTCACCATCATC SEQ 10 No 8140 19576.1 R ACTTGTTCTTATTGGTGTTGC ND ND 257 SetC 92822 SEQ ID No. 2102 9282 2 F AATTCTGGAAGTGGTACTGG SEQ ID No 8141 9282.2.R CGACTAAATTGGAAATCT
 EMI114.37
 
 <Tb>
 <tb> 92882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2103 <SEP> 9288 <SEP> 2.F <SEP> AAGGATCAATGAGGAATCG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8142 <SEP> 9288 <SEP> 2.R <SEP> TACCTCGTTTATTCCCACCACC <SEP> 6710 <SEP> 7033 <SEP> 324 <SEP> Sets
 <Tb>
 
 EMI114.38
 9290 2 SEQ ID No 2104 9290 2.F GGGATTTTAAGAACTGAACG SEQ ID No 8143 9290 2.R GATGAGACAAATTGAAAGGG 553 886 334 SetA
 EMI114.39
 
 <Tb>
 <tb> 68692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2105 <SEP> 6869 <SEP> 2 <SEP> F <SEP> CCCAAAATTATCTGAACTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8144 <SEP> 6869 <SEP> 2 <SEP> TGATTTACCAGTTTGTGTGC <SEP> 795 <SEP> 1110 <SEP> 316 <SEP> Sets
 <tb> 6871 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2106 <SEP> 6871 <SEP> 1 <SEP> F <SEP> ATTGATGAGGAGGCAATGTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8145 <SEP> 6871 <SEP> 1 <SEP> R <SEP> TGTTAACACCACCATTACTCA <SEP> 1900 <SEP> 2230 <SEP> 331 <SEP> Sets
 <tb> 6872.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2107 <SEP> 6872.1.F <SEP> ATGTCTTGGATCAAAATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8146 <SEP> 6872 <SEP> 1 <SEP> R <SEP> TCAACAGCCTTATCTTCTGC <SEP> 345 <SEP> 680 <SEP> 336 <SEP> SetA
 <tb> 68742 <SEP> SEQ <SEP> ID <SEP> No <September> 2108 <SEP> 6874 <SEP> 2 <SEP> F <SEP> AGGTTCGAAAACAATGGTAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8147 <SEP> 6874 <SEP> 2.R <SEP> GCTCTGTTGTTTCTCTGTCC <SEP> 1431 <SEP> 1822 <SEP> 392 <SEP> SetB
 <Tb>
 
 EMI114.40
 6880 SEQ D No 2109 6880.2f AATTAATCAATGTCATGGGG SEQ ID No 8148 6880 2.R TTATCCTTGAGAGAACCACC 578 928 351 SetA 6881 SEQ! 0 No 2110 6881 2 F GCCAGATAAAATCACTTTGG SEQ ID No 8149 6881 2.R TTTCGATTCC11 21 11667.2.F TTGTAAGAATTGGAATTGGC SEQ 10 N. 8150 11667 2 R ATAGGCGATTTTTCTTCTCC 1533 1853 321 Sets 196121 SEQ ID No 2112 19612.1.F AGTTCACCACATGTACCAGG SEQ ID No.

   8151 19612 1.R ATACCAACTTGACCATTTGC 793 1127 335 SetS 94202 SEQ ID No. 2113 9420.2.F CAAGGGGTTTTCACTAATGT SEQ ID No 8152 94202.R CAAAGCAAATGGATTACGAT 796 1116 321 Sets 9418 SEQ 1CA No 1014 1046 370 SetB 94 172 SEQ ID No. 2115 9417 2 TTCGAACTTCAAAATATCCC SEQ ID No 8154 9417 2.R CTAGCAATTCTACTGCTGGG 1913 2284 372 SetA 142732 SEQ ID No 2116 14273 2 F CCATTTGATATACCACCACC SEQ ID No 8155 14273 2.R ATTTGAATTIATATATATATATATATATATAT14 No 2117 14271.2 F TTTTCATGAATTCAAATACTGG SEQ ID No 8156 14271.2 R ATCATCTTCAATTGATTGCG 3197 3555 359 Sets 16819.2 $ EQ ID No. 2118 16819 2.F GAACCAGTCATTGTTCAACC SEQ ID No 8157 16819 2.R ATTGTTTTTCCA 10 MB.

   8158 18517 1 R GATGAGCTCTTGAAGAAACC 614 913 300 Sets 81102 SEQ ID No 2120 8110.2.F TCAATAACTGCATTTGATCC SEQ ID No 8159 81102 R TCACTTTCTCTACTCCTCCG 109 464 356 Sets 81121 SEQ ID No 2121 8112.1.F ATGGTATGATATTATATATITATTTAGTATTATGTA 8G
 EMI114.41
 
 <Tb>
 <tb> 81132 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2122 <SEP> 8113 <SEP> 2 <SEP> F <SEP> TATGCAAGTATGTTGTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8161 <SEP> 8113 <SEP> 2 <SEP> AAATAATTGAAGCATCATCTCC <SEP> 1602 <SEP> 1999 <SEP> 398 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 115>

 
 EMI115.1
 
 <Tb>
 <tb> 81142 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2123 <SEP> 8114 <SEP> 2 <SEP> F <SEP> CAACAAAAAGTCAATTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8162 <SEP> 8114 <SEP> 2 <SEP> R <SEP> CAGTACTTACCCCCATTAACC <SEP> 256 <SEP> 583 <SEP> 328 <SEP> Sets
 <tb> 19943 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2124 <September>

  199431 <SEP> F <SEP> TCATTACAAGGTGCAATCAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8163 <SEP> 19943 <SEP> 1 <SEP> R <SEP> TTGTTGTTGAGATGGATTTG <SEP> 94 <SEP> 411 <SEP> 318 <SEP> SetC
 <tb> 8122 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2125 <SEP> 8122 <SEP> 1 <SEP> F <SEP> GTTTGGAACATTGACAGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8164 <SEP> 8122 <SEP> 1 <SEP> AAGACCCACATACACTTTGC <SEP> 1144 <SEP> 1516 <SEP> 373 <SEP> Sets
 <tb> 81232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2126 <SEP> 81232F <SEP> ACATGAATGTTTCTTCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8165 <SEP> 8123 <SEP> 2 <SEP> R <SEP> ACTGGCAAAACAATGTATCC <SEP> 563 <SEP> 863 <SEP> 301 <SEP> SetB
 <tb> 102362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2127 <SEP> 10236 <SEP> 2 <SEP> F <SEP> GCCTCTTTTATTCCATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8166 <SEP> 10236 <SEP> 2 <SEP> R <SEP> AGTCTTTCATGTGTTGGTCC <SEP> 340 <SEP> 689 <SEP> 350 <SEP> Sets
 <Tb>
 
 EMI115.2
 

  121761 SEQ ID No 2128 121761 F ATTCAAATGCTGGATCTGG SEQ ID No 8167 12176 1 TCGAGATCCCAATAAATCAG 1178 1350 173 SetC 121732 SEQ ID No 2129 12173 2 TGGAAATTTTTAATCATGGC SEQ ID No 8168 12173 2 R AGCCGTATAAT 12 No 8169 12169 2 R TTCATTTCTGAAGTCCAAGC 748 1079 332 SetS
 EMI115.3
 
 <Tb>
 <tb> 172552 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2131 <SEP> 17255 <SEP> 2 <SEP> F <SEP> TCCTTCAATTATTTTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8170 <SEP> 17255 <SEP> 2 <SEP> R <SEP> AATATCAGGTGGTAATTGTGC <SEP> 975 <SEP> 1284 <SEP> 310 <SEP> SetB
 <Tb>
 
 EMI115.4
 185121 SEQ ID No 2132 18512 1 F AGAAGAAACAGGAAACGTCC SEQ ID No 8171 18512 1 R ATCGATCCAATTGAAGATCC 849 1232 384 Sets 139251 SEQ ID No 2133 13925 1 F TCATCATCTACTGAATACTCCC SEQ ID No 8172 13925 1 R GCTTTAGATTCCTTG12SQN 21Q129 219

  ATATTTTTCGGGAAAGAAGG SEQ ID No 8173 13921 2 R GGAGTTCCAACAACACTTTC 1246 1562 317 SetB
 EMI115.5
 
 <Tb>
 <tb> 139192 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2135 <SEP> 13919 <SEP> 2 <SEP> F <SEP> ATTGACACCATTGATGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8174 <SEP> 13919 <SEP> 2 <SEP> R <SEP> AAATTTTGTATTGCTGATTGG <SEP> 1639 <SEP> 1943 <SEP> 305 <SEP> SetB
 <Tb>
 
 EMI115.6
 164052 SEQ ID No 2136 16405 2 GGTGGAAGCATATGATAAAGC SEQ ID No 8175 16405 2 R GTCCTGATTGTTCAACTTCC 516 847 332 SetS
 EMI115.7
 
 <Tb>
 <tb> 99392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2137 <SEP> 9939 <SEP> 2 <SEP> F <SEP> GATTCTCCTTCAATCTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8176 <SEP> 9939 <SEP> 2 <SEP> R <SEP> TGAGCTAAATTATCGGATCG <SEP> 1801 <SEP> 2174 <SEP> 374 <SEP> Sets
 <tb> 9943 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2138 <SEP> 9943 <SEP> 2 <SEP> F <SEP> ATTGGAGAATTGGATGTTCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8177 <SEP> 9943 <SEP> 2 <SEP> R <SEP> TTGGTTTATTGGATGTACCC <SEP> 2986 <SEP> 3325 <SEP> 340 <SEP> SetB
 <Tb>
 
 EMI115.8
 62352 SEQ tD No 2139 6235 2 CGTTGAACATGAGTTAGTGG SEQ ID No 8178 6235 2 GGAATGTCAACCAATCTAGC 465 779 315 SetS
 EMI115.9
 
 <Tb>
 <tb> 6237 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2140 <SEP> 62372F <SEP> F <SEP> TTTATGTGAATGGAAATTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8179 <SEP> 6237 <SEP> 2 <SEP> R <SEP> ACGAATGCTTTGAATTTAGC <SEP> 4154 <SEP> 4517 <SEP> 364 <SEP> SetA
 <tb> 185081 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2141 <SEP> 18508 <SEP> 1 <SEP> GTACACGCTCAATCTCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8180 <SEP> 18508 <SEP> 1 <SEP> R <SEP> TTGGTTACATTCACCTTTGG <SEP> ID <SEP> 296 <SEP> 287 <SEP> Sets
 <tb> 96742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2142 <SEP> 9674 <SEP> 2 <SEP> F <SEP> ACAAGATCCAGTTTTATCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8181 <SEP> 9674 <SEP> 2 <September>

  GTCTTGCGTTCGTTTATAGC <SEP> 2817 <SEP> 3119 <SEP> 303 <SEP> SetB
 <tb> 9671 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2143 <SEP> 9671 <SEP> 1 <SEP> F <SEP> ACGATAGAAGAGATTGTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8182 <SEP> 9671 <SEP> 1 <SEP> R <SEP> GCAACTTCTTGTTTACACCC <SEP> 550 <SEP> 877 <SEP> 328 <SEP> SetB
 <Tb>
 
 EMI115.10
 96702 SEQ ID No 2144 96M 2 FI TACCAAAATGGAAACTGACC SEQ ID No 8183 9670 2 Rl GAATTCTGCAACTTTTQAC 4392 4743 352 SetS 96702 SEQ ID No 2145 9670 2 F2 CAAGTATTTTTCATTCTATGTTGC SEQ ID No 8184 9670 2 R2 GTAAATT 11TC AACTCGGTGAAAGATAGTGC SEQ 10 No 8185 13962 2 R ATGGGTACATGATCAGAAGG 1996 2315 320 SetA 139652 SEQ ID No 2147 13965 2 F TTCAGACTTGGAAGATTTGG SEQ ID No 8186 13965 2 R ACACTAGAGACAGAGAGAGAGC 1683 204 IDT4841TT AGT 199441 R

  CAGTACCAAAPACAACA7CG 1251 1597 347 SetC
 EMI115.11
 
 <Tb>
 <tb> 5688 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2149 <SEP> 5688 <SEP> 1 <SEP> F <SEP> AACTGGTATTGCTTCATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8188 <SEP> 5688 <SEP> 1 <SEP> R <SEP> TTGATTTCAGTTTAGAGCCC <SEP> 627 <SEP> 964 <SEP> 338 <SEP> SetA
 <tb> 5686 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2150 <SEP> 5686 <SEP> 1 <SEP> F <SEP> TTGATTGAAGAATTTCTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8189 <SEP> 5686 <SEP> 1 <SEP> R <SEP> TTCAGTTCTATCATCTCCCC <SEP> 106 <SEP> 447 <SEP> 342 <SEP> SetB
 <tb> 56842 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2151 <SEP> 5684 <SEP> 2 <SEP> F <SEP> TTGAAGGACGATTCACATCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8190 <SEP> 5684 <SEP> 2 <SEP> AGCCTTATTTTCCTCTCCAT <SEP> 824 <SEP> 1140 <SEP> 317 <SEP> Sets
 <Tb>
 
 EMI115.12
 5683 SEQ \ 0 No 2152 5683 2 F GTP \ TTTGP \ TTGTCAAGCTGC SEQ ID No 8191 5683 2

  CATAATCCGTCTCTGTTTCC 1572 1897 326 SetB
 EMI115.13
 
 <Tb>
 <tb> 5682 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2153 <SEP> 5682 <SEP> 2 <SEP> F <SEP> CACAATCATTGCCATTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8192 <SEP> 5682 <SEP> 2 <SEP> R <SEP> GGAATAATTTTAACCCACTCC <SEP> 318 <SEP> SetC
 <Tb>
 
 EMI115.14
 109362 SEQ ID No 2154 109362 F AAGTTGATGGACCATATTGC SEQ ID N.

   8193 109362.R AAAGATATGAGACTGCACAGC 775 1110 336 SetS 109342 SEQ ID No 2155 10934 2 F TCCATCTTGCAACAAAATTA SEQ 10 Na 8194 10934 2 R TACTACCACCCGATACTTGG 694 1075 382 Sets
 EMI115.15
 
 <Tb>
 <tb> 109291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2156 <SEP> 109291 <SEP> F <SEP> CGATAATCGAAGCTGTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8195 <SEP> 10929 <SEP> 1 <SEP> R <SEP> TTTGATCAATCTTTCCATCC <SEP> 101 <SEP> 421 <SEP> 321 <SEP> Sets
 <tb> 109242 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2157 <SEP> 10924 <SEP> 2 <SEP> CTTTAACGGTATCTCCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8196 <SEP> 10924 <SEP> 2 <SEP> R <SEP> TGAATTGAGTTTCAACGTAGG <SEP> 716 <SEP> 1065 <SEP> 350 <SEP> Sets
 <Tb>
 
 EMI115.16
 10922.2 SEQ D No 2158 10922 2 F AGAGGTGGTAGIICAFGIGG SEQ ID No 8197 10922 2 R TATCT7GCTGAACCGTATCC 193 500 308 Salts
 EMI115.17
 
 <Tb>
 <tb> 12689 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2159 <SEP> 12689 <SEP> 1

   <SEP> GCCAGTGAAGTTTATCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8198 <SEP> 12689 <SEP> 1 <SEP> ATAGAACAAGCTCGATTTGG <SEP> 391 <SEP> 708 <SEP> 318 <SEP> Sets
 <tb> 126942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2160 <SEP> 12694 <SEP> 2 <SEP> F <SEP> GCAGTCGAATCTTGAAGAAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8199 <SEP> 12694 <SEP> 2 <SEP> R <SEP> TTTCTTCTTTTCTTTGCCCT <SEP> 1761 <SEP> 2093 <SEP> 333 <SEP> Sets
 <Tb>
 
 EMI115.18
 126952 SEQ ID No 2161 12695 2 F CTTTGTTTCAATTTTGTGAGG SEQ ID No 8200 12695 2 R GATGAAAAGCATCTTGAACC 187 565 379 SetS
 EMI115.19
 
 <Tb>
 <tb> 100322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2162 <SEP> 100322 <SEP> F <SEP> TTTTTGATTGCTAGAGACCC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8201 <SEP> 10032 <SEP> 2 <SEP> R <SEP> AAAAACAATTTCAAAAAGCC <SEP> 574 <SEP> 932 <SEP> 359 <SEP> Sets
 <Tb>
 
 EMI115.20
 179962 SEQ ID No 2163 17996 2 F CAGTTTCACCATCTCTAGTACC SEQ ID No 8202 17996 2 R

  GTGTCTGTGCTCAAAAATCC 22 210 189 Sets 74222 SEQ ID No 2164 7422 2 F AACACCAATA'rrGCTre'rGG SEQ 10 No 8203 7422 2 TTGCTGT1GTTATTGTCAGG 610 932 323 SetS
 EMI115.21
 
 <Tb>
 <tb> 74212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2165 <SEP> 7421 <SEP> 2 <SEP> F <SEP> GAAGTAGATCAAGGATTACCG <SEP> SEQ <SEP> D <SEP> No <SEP> 8204 <SEP> 7421 <SEP> 2 <SEP> R <SEP> TCACCTCCATTCTCATAATCA <SEP> 766 <SEP> 1106 <SEP> 341 <SEP> SetC
 <tb> 74141 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2166 <SEP> 7414 <SEP> 1 <SEP> GAAAATTGCAATAAGAAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8205 <SEP> 7414 <SEP> 1 <SEP> R <SEP> TGACGTTTAACATGTTCTGG <SEP> 1915 <SEP> 2297 <SEP> 383 <SEP> Sets
 <tb> 74102 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2167 <SEP> 7410 <SEP> 2 <SEP> F <SEP> TTGTCATAATCCTACAGGGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8206 <SEP> 7410 <SEP> 2 <SEP> R <SEP> CATGACGGAAATTAGCTACC <SEP> 558 <SEP> 868 <SEP> 311 <SEP> Sets
 <Tb>
 
 EMI115.22
 74092 SEQ ID No 2168 7409 2 F TCGAGTATATTCAAGACGCC SEQ ID No 8207 7409 2 ATTAGATAAACTGGCAACCG 1658 1962 305 SetA
 EMI115.23
 
 <Tb>
 <tb> 7405 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2169 <SEP> 7405 <SEP> 2 <SEP> F <SEP> TATTACCGATGAACCAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8208 <SEP> 7405 <SEP> 2 <SEP> R <SEP> ACAAGCAAAAAGCATATTACC <SEP> 75 <SEP> 399 <SEP> 325 <SEP> SetB
 <tb> 74041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2170 <SEP> 7404 <SEP> 1 <SEP> F <SEP> TTCTACAAATGGAAACCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8209 <SEP> 7404 <SEP> 1 <SEP> R <SEP> GACGATGTTGATTCCTCACT <SEP> 1 <SEP> 340 <SEP> 348 <SEP> Sets
 <tb> 114692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2171 <SEP> 11469 <SEP> 2 <SEP> F <SEP> ACAAACGATCTTATTCCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8210 <SEP> 11469

   <SEP> 2 <SEP> R <SEP> TCCTTTTTGGAATAGATTGG <SEP> 2206 <SEP> 2555 <SEP> 350 <SEP> Sets
 <tb> 142652 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2172 <SEP> 14265 <SEP> 2 <SEP> F <SEP> ATCTTTGAAACTTCCTCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8211 <SEP> 14265 <SEP> 2 <SEP> R <SEP> TGAAATTGTTTTTCAATGGC <SEP> 6267 <SEP> 6566 <SEP> 300 <SEP> Sets
 <Tb>
 
 EMI115.24
 12851 SEQ ID No 2173 12851 2 F ATCAATGCTGCTAATTCACC SEQ 10 No 8212 12851 R GCCAAAGCATACAAGTAACC 2686 2993 308 Sets 128452 SEQ ID No 2174 12845 2 ATTGACTGAATCTCCAGAGG SEQ ID No 8213 12845 2 R CATGTTTTACCCAATCTBCC 529
 EMI115.25
 
 <Tb>
 <tb> 128442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2175 <SEP> 12844 <SEP> 2 <SEP> F <SEP> ATATTAGGTTTGATGCTGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8214 <SEP> 12844 <SEP> 2 <SEP> R <SEP> TCTTCTTCCTTTTCCTTTCC <SEP> 404 <SEP> 796 <SEP> 393 <SEP> Sets
 <Tb>
 
 EMI115.26
 154852 SEQ ID No 2176 15485 2 F

  ATCATTTGAAATAAAACCCG SEQ ID No 8215 15485 2 R TTGATGGTTAAAGTCGATGC 534 881 348 SetS 154872 SEQ 10 No 2177 15487 2 F ACCACTGTTTATGAGACAAGC SEQ ID No 8216 15487 2 R GAAAAATGAACTTGCAAAGC 18 368 351 Set
 EMI115.27
 
 <Tb>
 <tb> 13303 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2178 <SEP> 133031 <SEP> F <SEP> GCAACAAATTTTAACTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8217 <SEP> 13303 <SEP> 1 <SEP> R <SEP> CAATGAGTGAATCTGTCACG <SEP> 405 <SEP> 749 <SEP> 345 <SEP> SetA
 <Tb>
 
 EMI115.28
 147572 SEQ ID No 2179 14757 2.F AGCTGCTAGACAACTTTTCG SEQ ID No 8218 14757 2 R TTCCATATGAAGTCCAATCG 1794 2158 365 SetA 147582 SEQ ID No 2180 14758 2 F CAATTTCCTGATTTGATTCC SEQ ID No 8219 14758 2 R AATCA2TCCT 58CT
 EMI115.29
 
 <Tb>
 <tb> 179562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2181 <SEP> 17956 <SEP> 2 <SEP> F <SEP> TGGGTGCTGATTATGTTTTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8220 <SEP> 17956 <SEP> 2

   <SEP> R <SEP> TGTTGGCATAATTTCTTGC <SEP> 623 <SEP> 987 <SEP> 365 <SEP> SetB
 <tb> 6845 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2182 <SEP> 6845 <SEP> 2 <SEP> F <SEP> AATTTATTACAAGATCCAAGTCATC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8221 <SEP> 6845 <SEP> 2 <SEP> R <SEP> AACCAAATCAATATTAAAACTTTC <SEP> ND <SEP> ND <SEP> 312 <SEP> SetC
 <tb> 6848 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2183 <SEP> 68481 <SEP> F <SEP> CAGCTCAACCTCGATTAAAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8222 <SEP> 6848 <SEP> 1 <SEP> R <SEP> GCAAAAATAAAATCACCAAA <SEP> 65 <SEP> 392 <SEP> 328 <SEP> Sets
 <tb> 68492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2184 <SEP> 68492 <SEP> F <SEP> CAACTATTGAGGATTCTTATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8223 <SEP> 6849.2 <SEP> R <SEP> TGGACAATTGAAAGAATTAGC <SEP> NO <SEP> ND <SEP> 323 <SEP> SetC
 <tb> 68571 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2185 <SEP> 6857 <SEP> 1 <SEP> AAACAATACACGATCAACAGG <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 8224 <SEP> 6857 <SEP> 1 <SEP> R <SEP> CTTTTCTAGCAAAACCTTTACC <SEP> ND <SEP> ND <SEP> 344 <SEP> SetC
 <Tb>
 
 EMI115.30
 68601 SEQ ID No 2186 6860 1 F TTGTTGAAGGTTTAGGTTGG SEQ ID No 8225 68601 R TTCAGAACCAAAAAAGCAATTT 809 1170 362 SetC
 EMI115.31
 
 <Tb>
 <tb> 6862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2187 <SEP> 6862 <SEP> 2 <SEP> F <SEP> TTTGGAATTAATTGGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8226 <SEP> 6862 <SEP> 2 <SEP> R <SEP> ACCAACTTGTCAAAATCCC <SEP> 2167 <SEP> 2476 <SEP> 310 <SEP> SetA
 <tb> 6866 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2188 <SEP> 6866 <SEP> 1 <SEP> F <SEP> ATGAAGATGATGATCCAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8227 <SEP> 6866 <SEP> 1 <SEP> R <SEP> TTGAACAAAAGCACTACTGG <SEP> 1022 <SEP> 1335 <SEP> 314 <SEP> Sets
 <tb> 2755.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2189 <SEP> 2755 <SEP> 2 <SEP> F <SEP> ATTGTTCCAGTTTTAGTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8228 <SEP> 2755 <SEP> 2 <SEP> R <SEP> CTGAAGAGACATCAAGAGGG <SEP> 1303 <SEP> 1681 <SEP> 379 <SEP> SetA
 <Tb>
 
 EMI115.32
 27572 SEQ ID No 2190 2757 2 F TGAATCATAATGTGGTGACG SEQ ID No 8229 2757 2.R GGAGTTCCACTAATTCATCA 1688 1993 306 Sets
 EMI115.33
 
 <Tb>
 <tb> 18497 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2191 <SEP> 184971 <SEP> F <SEP> TTCAAATCATTCAATTGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8230 <SEP> 18497.1 <SEP> R <SEP> ATTCCTTGGTGGTACTTTTG <SEP> 54 <SEP> 221 <SEP> 168 <SEP> SetC
 <tb> 2761 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2192 <SEP> 2761 <SEP> 1 <SEP> CTGCCTTGTACTTTGCTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8231 <SEP> 2761 <SEP> 1 <SEP> R <SEP> ATGCTTTTCTAGCCAACTCC <SEP> 524 <SEP> 838 <SEP> 315 <SEP> SetA
 <tb> 2763 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2193 <SEP> 2763 <SEP> 1 <SEP> GTTGGTTTGATTGAAGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8232 <SEP> 27631 <SEP> R <SEP> TTTCTAGTGGTTGAAGGTCC <SEP> 307 <SEP> 626 <SEP> 320 <SEP> SetA
 <Tb>
 
 EMI115.34
 27652 SEQ ID No 2194 27652F TAAATATTATCCTCGACGCC SEQ JO No 8233 2765 2 CTATCAAATTTCTTGCTGGG 947 1343 397 S.te
 EMI115.35
 
 <Tb>
 <tb> 199451 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2195 <SEP> 199451 <SEP> F <September>

  ATTTTTGTGGATTTCAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8234 <SEP> 19945 <SEP> 1 <SEP> R <SEP> TACCAGTCGATTTTGTTTCC <SEP> 339 <SEP> 724 <SEP> 386 <SEP> Sets
 <Tb>
 
 EMI115.36
 2771 SEQ ID No 2196 2771 2 F AGAACATTATCCAAACGTCG SEQ ID No 8235 2771 2 R TCATGAAACACAAGAACTGC 621 1003 383 S.te 27742 SEQ ID No 2197 2774 2 F CTGATATCATGTGTGTTGGG SEQ ID No 8236 2774 2 TTTGATCQ76AAGA 27A 2A129A 27A 2A129A 27A 27A 2TTTGATAQAAGA 27A 27A 2TTTGATAQAAGA 27A 27 F ATCATGTCAAGGAGATACCG SEQ ID No 8237 2776.2 R CAACAAAGTGTGATTGATGG 117 441 325 SetB
 EMI115.37
 
 <Tb>
 <tb> 2781 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2199 <SEP> 2781 <SEP> 2 <SEP> AAGAGTTTGTTGGACATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8238 <SEP> 2781.2 <SEP> R <SEP> AAGGAAACGAAAGAAAGACC <SEP> 1023 <SEP> 1369 <SEP> 347 <SEP> Sets
 <tb> 108102 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2200 <SEP> 108102F <SEP> F <SEP> ATTTCATCCAAGTTTGAACC <SEP> SEQ <SEP> ID <September>

  No. <SEP> 8239 <SEP> 10810 <SEP> 2 <SEP> R <SEP> AAACGTGAGAATTATGGTGC <SEP> 2920 <SEP> 3309 <SEP> 390 <SEP> Sets
 <tb> 108062 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2201 <SEP> 10806.2 <SEP> F <SEP> GCTATAATTGACATTTCCGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8240 <SEP> 10806 <SEP> 2 <SEP> R <SEP> TGAGGATGTTTGATACCAGG <SEP> 1612 <SEP> 1925 <SEP> 314 <SEP> Sets
 <tb> 108042 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2202 <SEP> 10804.2 <SEP> F <SEP> TTGTCTTGTGGTTCTTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8241 <SEP> 10804.2 <SEP> R <SEP> TCTTCTCCTCTAATGCATCG <SEP> 1797 <SEP> 2170 <SEP> 374 <SEP> Sets
 <tb> 9766 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2203 <SEP> 9766 <SEP> 2 <SEP> F <SEP> GAATCAGTTTTCGATCATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8242 <SEP> 9766 <SEP> 2.

    <SEP> R <SEP> AAACAACCACTAAATCACCG <SEP> 5044 <SEP> 5434 <SEP> 391 <SEP> SetB
 <tb> 9767.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2204 <SEP> 9767 <SEP> 2.F <SEP> ATTTCAAAGCTGTTACTCCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8243 <SEP> 9767 <SEP> 2 <SEP> TGTTCAACTTCAAGTCTCCC <SEP> 881 <SEP> 1183 <SEP> 303 <SEP> SetA
 <Tb>
 
 EMI115.38
 12637 SEQ ID No 2205 12637 1 TACGAGTACAACTTCCTCCG SEQ ID No. 8244 12637 1 R TCTGAAGCTGTGAAAGAAGC 299 641 343 SetB 126342 SEQ 10 No 2206 12634 2 F TGTTGAAGCTTAT7TCAAAGC SEQ ID No. 8245 12634 2 R ATTTTAA32 323 ATTCTA32323 .F AAACAAACCACCACTACTGC SEQ ID No. 8246 12632.1 R AACGTCACTTGAATCAATCC 1084 1415 332 SetS 126292 SEQ ID No 2208 12629.2 F TTGTCAATGTTTAGGTTCCC SEQ ID No 8247 12629 2 R TTGATAACCAATAATCMCCC 1831 2196 366 SetA
 EMI115.39
 
 <Tb>
 <tb> 53692 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2209 <SEP> 5369 <SEP> 2 <SEP> F <SEP> CAAATCAATTACTCCCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8248 <SEP> 5369 <SEP> 2 <SEP> TCCAACACGTTCTAGATTCC <SEP> 59 <SEP> 444 <SEP> 386 <SEP> SetA
 <tb> 5373 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2210 <SEP> 5373 <SEP> 2 <SEP> F <SEP> TCATCTTTCCAATTGAGGAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8249 <SEP> 5373 <SEP> 2 <SEP> R <SEP> TTCAAGAACTTGTTTGAGGG <SEP> 2914 <SEP> 3243 <SEP> 330 <SEP> Sets
 <tb> 5376.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2211 <SEP> 5376 <SEP> 2.F <SEP> AAACAAGTGAACTCCGAAAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8250 <SEP> 5376 <SEP> 2.R <SEP> TCAACGATCTCGTCAAATAA <SEP> 2068 <SEP> 2449 <SEP> 382 <SEP> Sets
 <Tb>
 
 EMI115.40
 5380 2 SEQ ID No 2212 5380 2 F GTCTCAACAACAATCACAGC SEQ ID No.

   8251 5380 2.R ACARTAGGATCAACGTTTGG 1149 1481 333 Sets 163002 SEQ ID No.2213 163002.F CCAAAAAGTGATTTAGGTCC SEQ ID No 8252 163002.R AAAAGTGAAACCCCATTACC 1051 1364 314 Sets 9743.2 SEQ ID No. 2214 9743.2 F TCTGACCGA 9743.2 338 Sets 9747.1 SEQ D No 2215 9747 1 AAGTTTGTGGGAATTCTGC SEQ ID No. 8254 9747 1 TTGTTGTGGTTGTTTGACC 1301 1615 315 Sets 9748.2 SEQ ID No 2216 9748 2 F ACTGAAACATAACGACCAGC SEQ ID No 8255 9748.2.R GGCAATTTTTTTTTTT82
 EMI115.41
 
 <Tb>
 <tb> 199461 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2217 <SEP> 19946.1 <SEP> F <SEP> TTAAAAGATGTCAATTGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8256 <SEP> 19946.1.R <SEP> CTATCGAAAAAGCATTCACC <SEP> 733 <SEP> 1124 <SEP> 392 <SEP> Sets
 <Tb>
 
 EMI115.42
 82282 SEQ ID No.

   2218 8228 2 ATACCAATGTTGGTTGTTGG SEQ 10 No 8257 8228 2.R TAATCTTTTCATCTCGCTCC 961 1327 367 SetA 8226 SEQ ID No 2219 8226 2 ATGAGAGCAAGATCTGAAGC SEQ ID No. 8258 8226 2 AATCTCCTTTAACAGCATCG 26A 82T25Q80 318 1 TTTTTAGCACATTTTCTTTGG 1021 1343 323 SetA 82242 SEQ ID No. 2221 82242.F TGT7GACTTCAATGTT7TTCC SEQ ID No 8260 8224 2 R ATAATTTCCGAATCAAATGC 2231 2573 343 SetA 8222.2 SEQ ID No 2222 8222.2 F AACAAGTAT 82 82.2.2 F AACAAGTAT 82 82.2 SEQ ID No.

   2223 8215 2 ACTTGATTGTCTTCATTGCC SEQ ID No 8262 8215 2 AAACAAGGTGAAACAAGTGG 2090 2457 368 Set8
 EMI115.43
 
 <Tb>
 <tb> 6518 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2224 <SEP> 6518 <SEP> 1 <SEP> f <SEP> ATGAAAGAAGGTTCCAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8263 <SEP> 6518 <SEP> 1 <SEP> R <SEP> TTGATTATTTTCCAAGCACC <SEP> 49 <SEP> 404 <SEP> 356 <SEP> Sets
 <Tb>
 
 EMI115.44
 65172 SEQ ID No. 2225 6517 2 GGTAGTAGTTCCGATTGTGG SEQ ID No.

   8264 6517.2.R CTTCGAAAATAACAACACCC 901 1288 388 Set8
 EMI115.45
 
 <Tb>
 <tb> 6512 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2226 <SEP> 6512.1 <SEP> F <SEP> ATGGTGTCGTGATAATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8265 <SEP> 6512 <SEP> l.R <SEP> TGGTGCTATTTCCACTAACC <SEP> 1812 <SEP> 2184 <SEP> 373 <SEP> Sets
 <tb> 6511 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2227 <SEP> 6511.1.F <SEP> ATTACGGTGATGTTTATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8266 <SEP> 6511 <SEP> 1 <SEP> CATAGTTTACCAATCAATGCC <SEP> 1160 <SEP> 1520 <SEP> 361 <SEP> Sets
 <tb> 6510.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2228 <SEP> 6510.2 <SEP> F <SEP> TATCCAGATTCAAGAGACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8267 <SEP> 6510 <SEP> 2 <SEP> R <SEP> TAAGGGGAATTACACAGTGG <SEP> 1030 <SEP> 1336 <SEP> 307 <SEP> Sets
 <Tb>
 
 EMI115.46
 184881 SEQ ID No.

   2229 18488.LF TACAGAACCAGATTCTCACG SEQ 10 No 8268 18488 1 R GAAGATTGGCAAATTTATGG 1073 1450 378 SetB 9874 SEQ ID No 2230 98742.f CATTGCTGTACAATTCTTGC SEQ ID No 8269 9874 2 TATCATCTTCAAGACCTGGG 2501 2803
 EMI115.47
 
 <Tb>
 <tb> 9875. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2231 <SEP> 9875 <SEP> 2.F <SEP> AGATTCTAAAGAGGACAACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8270 <SEP> 9875 <SEP> 2 <SEP> R <SEP> TCATCAGATTTGGTTGTGG <SEP> ND <SEP> ND <SEP> 228 <SEP> SetC
 <tb> 98772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2232 <SEP> 9877 <SEP> 2 <SEP> F <SEP> TCTCAATCTGGTAAAGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8271 <SEP> 9877 <SEP> 2 <SEP> R <SEP> AGCAATGGCATTATTAAAGG <SEP> 1162 <SEP> 1506 <SEP> 345 <SEP> SetB
 <Tb>
 
 EMI115.48
 16993 SEQ 10 No 2233 16993.2 F TCCAATAGAAGAGGTGAAGC SEQ ID No 8272 16993 2 R TAGTACCGAAGTATGCACCC 556 880 325 SetB 164982 SEQ ID No 2234 16498.2 F

  ATGAATGACTCGTCCGTATC SEQ ID No 8273 16498 2 R AACGGTTGTGTTTTGTCTTT 517 914 398 Sets 197541 SEQ ID No 2235 19754 1.F TTGACTTCACCTAAAAACCC SEQ 10 No 8274 19754 lR TTTGGTAATCTTACCGATGG 1774 2115 342 145T45AQ 1015 1365 351 sets
 EMI115.49
 
 <Tb>
 <tb> 14544 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2237 <SEP> 14544.2 <SEP> F <SEP> AATTGCAAGTGTAATTTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8276 <SEP> 14544 <SEP> 2 <SEP> R <SEP> AGCTGCCATAGAATATCACG <SEP> 507 <SEP> 868 <SEP> 362 <SEP> SetB
 <tb> 14542 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2238 <SEP> 14542 <SEP> 1 <SEP> GGAAGACGATTATAACGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8277 <SEP> 14542 <SEP> 1 <SEP> R <SEP> TTTCCTTTGAGAATCTTTGG <SEP> 1356 <SEP> 1687 <SEP> 332 <SEP> Sets
 <tb> 13586 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2239 <SEP> 13586 <SEP> 2 <SEP> F <SEP> CCACCATTACCACAACTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8278 <SEP> 13586 <SEP> 2 <SEP> R <SEP> AGCTTTGTAAACACTGAGGG <SEP> 665 <SEP> 1011 <SEP> 347 <SEP> SetA
 <tb> 16147 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2240 <SEP> 161472.F <SEP> GTACAACGGTGAAGAAAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8279 <SEP> 16147 <SEP> 2 <SEP> R <SEP> AATGCACACAAGATTTTTCC <SEP> 1266 <SEP> 1598 <SEP> 333 <SEP> SetB
 <Tb>
 

  <Desc / Clms Page number 116>

 
 EMI116.1
 
 <Tb>
 <tb> 19755 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2241 <SEP> 19755 <SEP> 1 <SEP> F <SEP> GACAACAGGACAGGTATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8280 <SEP> 19755 <SEP> 1

   <SEP> TTTTCTTTTTGCTTTGATGG <SEP> 1386 <SEP> 1725 <SEP> 340 <SEP> SetB
 <tb> 109851 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2242 <SEP> 10985 <SEP> 1 <SEP> GTCGTCAAAAACAATTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8281 <SEP> 10985 <SEP> 1 <SEP> R <SEP> ACACTTTTCAAGGTGACAGC <SEP> 775 <SEP> 1130 <SEP> 356 <SEP> SetB
 <tb> 10984 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2243 <SEP> 10984 <SEP> 1 <SEP> F <SEP> TACATGAGCCTACACATTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8282 <SEP> 109841 <SEP> R <SEP> CCTTCAATTTCACGTTTACC <SEP> 452 <SEP> 796 <SEP> 345 <SEP> SetA
 <Tb>
 
 EMI116.2
 109811 SEQ ID No 2244 10981 1 TCTTATGGCTGACTCTTTGG SEQ ID No 8283 109811 R AACATTCGACTTCTAAACGC 2202 2521 320 SetA 109802 SEQ ID No 2245 109802F ATGATTATCACCGAATCTCC SEQ ID No 8284 10980 2 R TGCAGTCAAGAATAQQ22 IDCC 229 8285 109792 R CTAA7GCAGAAGCAGTAGCC

  1762 2104 343 SetA
 EMI116.3
 
 <Tb>
 <tb> 10977 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2247 <SEP> 10977 <SEP> 2 <SEP> F <SEP> CATAAATATGTCAAGCCGGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8286 <SEP> 10977 <SEP> 2 <SEP> R <SEP> TTTGAGCTCTTTCCATTAGC <SEP> 1 <SEP> 349 <SEP> 356 <SEP> SetB
 <tb> 4781 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2248 <SEP> 4781 <SEP> 1 <SEP> F <SEP> CTTGAGAGATGTTGGCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8287 <SEP> 4781 <SEP> 1 <SEP> R <SEP> TACTTTACCACCATCAACCC <SEP> 1029 <SEP> 1425 <SEP> 397 <SEP> SetA
 <Tb>
 
 EMI116.4
 4782 SEQ ID No 2249 4782 2 F AACACAATTTTTAGCATCAGC SEQ ID No 8288 4782 2 R AGCACCAAAAATAACAAACC 489 882 394 SetB
 EMI116.5
 
 <Tb>
 <tb> 47832 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2250 <SEP> 4783 <SEP> 2 <SEP> F <SEP> TTATCCAACACCAATTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8289 <SEP> 4783 <SEP> 2 <SEP> TTTCAATTCAATTTGTTCCC <SEP> 303 <SEP> 648

   <SEP> 346 <SEP> SetA
 <tb> 47841 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2251 <SEP> 4784 <SEP> 1 <SEP> F <SEP> AAAATCAACAAAAGAAACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8290 <SEP> 47841 <SEP> R <SEP> TTGTTTGATTTCAGATTATGC <SEP> ND <SEP> ND <SEP> 307 <SEP> SetC
 <tb> 4785 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2252 <SEP> 4785 <SEP> 2 <SEP> F <SEP> AATTGGATAAATCAAAAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8291 <SEP> 4785 <SEP> 2 <SEP> R <SEP> TTTACCAGTGGATTCTAAAGG <SEP> 680 <SEP> 1035 <SEP> 356 <SEP> SetA
 <Tb>
 
 EMI116.6
 47892 SEQ 10 N.

   2253 4789 2 GAAATTTAATGAGGACCCCT SEQ ID No 8292 4789 2 R TCGGTTTCTTCTTTAACTGG 5199 5579 381 SetC 4792 1 SEQ tD No 2254 4792 1 GAACGTGATGCCTTACTAGC SEQ ID No 8293 47921 R GATTTTCTGGTGATTT3G41 5794 1 CTTCAAGATATTGTGGCAAA 6S8 994 307 Sets 4795 1 SEQ ID No 2256 4795 1 F GTCTGATCATGAGCCATTGT SEQ ID No 8295 47951 R CGTTTGTCAAATCATCGAG 699 1006 308 SetB 184821 SEQ ID No 2257 18482 1 F GCTGATTACTCTCTCTCT 82 821
 EMI116.7
 
 <Tb>
 <tb> 133832 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2258 <SEP> 13383 <SEP> 2 <SEP> CAATCGTGCTAAAGCTAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8297 <SEP> 13383 <SEP> 2 <SEP> R <SEP> TTCTTTCAAAACCATTCACC <SEP> 1818 <SEP> 2140 <SEP> 323 <SEP> SetB
 <tb> 133792 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2259 <SEP> 13379 <SEP> F <September>

  ATATCAAAGATGTGGATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8298 <SEP> 13379 <SEP> 2 <SEP> R <SEP> ACGTCCATAAACTCATTTGG <SEP> 587 <SEP> 935 <SEP> 349 <SEP> Sets
 <tb> 133781 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2260 <SEP> 13378 <SEP> 1 <SEP> ACATCGTTGACTTTCAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8299 <SEP> 133781 <SEP> R <SEP> GAGCTAATAGATGCCAATGC <SEP> 328 <SEP> 628 <SEP> 301 <SEP> SetB
 <tb> 13377 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2261 <SEP> 13377 <SEP> 2 <SEP> F <SEP> ACAATGCAGTGATGTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8300 <SEP> 13377 <SEP> 2 <SEP> R <SEP> AAATGTTGAGACCAATGACC <SEP> 1031 <SEP> 1344 <SEP> 314 <SEP> SetB
 <tb> 15847 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2262 <SEP> 15847 <SEP> 2 <SEP> F <SEP> GCATTAGCTCATTACGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8301 <SEP> 15847 <SEP> 2 <SEP> R <SEP> ACATACATCAAATGGTTGCC <SEP> 1366 <SEP> 1691 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI116.8
 

  138382 SEQ fD No 2263 13838.2 F TTTCAACACACACAGACAGC SEQ ID No 8302 13838 2 R CCTGAAGTAACCAAGATTGC 1491 1792 302 SetA
 EMI116.9
 
 <Tb>
 <tb> 138362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2264 <SEP> 13836 <SEP> 2 <SEP> F <SEP> TACTCAATCTGGCTCCCAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8303 <SEP> 13836 <SEP> 2 <SEP> TGATTTCTTAGCATCGTTGT <SEP> 801 <SEP> 1146 <SEP> 346 <SEP> SetB
 <tb> 8671 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2265 <SEP> 8671 <SEP> 2 <SEP> F <SEP> TCATTATTACAGTCTGGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8304 <SEP> 8671 <SEP> 2 <SEP> AGTTCTCTACCCATTTTCCG <SEP> 1044 <SEP> 1400 <SEP> 357 <SEP> SetA
 <Tb>
 
 EMI116.10
 86742 SEQ ID No 2266 8674 2 F CAAACAGACCTGTCCTATCC SEQ ID Na 8305 8674 2 R TATGGCTCCTGTAAAACACC 86 398 313 Sets
 EMI116.11
 
 <Tb>
 <tb> 86752 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2267 <SEP> 8675 <SEP> 2 <SEP> AGCCCACGTTTTAATTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8306

   <SEP> 8675 <SEP> 2 <SEP> R <SEP> AATTTCTCATGCAATTTTCC <SEP> 117 <SEP> 419 <SEP> 303 <SEP> SetB
 <tb> 77902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2268 <SEP> 7790 <SEP> 2 <SEP> F <SEP> AACGATATTTCTCGAACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8307 <SEP> 7790 <SEP> 2 <SEP> TTCATAGCTTGATCAGTTGG <SEP> NI) <SEP> ND <SEP> 344 <SEP> SetC
 <Tb>
 
 EMI116.12
 7787 2 SEQ tD No 2269 7787 2 F GTAGAGGTGAATTGAGIGCC SEQ ID No 8308 7787 2 TCTTCAACTTTTGGATCACC 752 1076 325 SetA
 EMI116.13
 
 <Tb>
 <tb> 12811 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2270 <SEP> 12811 <SEP> 2 <SEP> F <SEP> GTGGATTTGAAGAAGTCAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8309 <SEP> 12811 <SEP> 2 <SEP> R <SEP> TGATTTTGATGTTGTTGAGC <SEP> 2449 <SEP> 2835 <SEP> 387 <SEP> SetB
 <tb> 12812 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2271 <SEP> 12812 <SEP> F <SEP> CGTGTTCAATTATTATCTATTTTCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8310 <SEP> 12812 <SEP> 2 <SEP> R <SEP> AATCCAATTAAAAAGCACCA <SEP> 2080 <SEP> 2309 <SEP> 230 <SEP> SetC
 <tb> 159072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2272 <SEP> 15907 <SEP> 2 <SEP> F <SEP> CTTGTTGAAAAATTTGGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8311 <SEP> 15907 <SEP> 2 <SEP> R <SEP> TAAAAATAGGAAAGTCCCCC <SEP> 820 <SEP> 1151 <SEP> 332 <SEP> Salts
 <tb> 199471 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2273 <SEP> 199471 <SEP> AACTCATTACCTTCAGAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8312 <SEP> 199471 <SEP> R <SEP> TGCTGAGTAGGTGAAAGACC <SEP> 1804 <SEP> 2150 <SEP> 347 <SEP> Sets
 <tb> 64822 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2274 <SEP> 6482 <SEP> 2 <SEP> F <September>

  GCTCCTAAAATCCCTAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8313 <SEP> 6482 <SEP> 2 <SEP> AATTTATGAAATGTTTGGGC <SEP> 697 <SEP> 1078 <SEP> 382 <SEP> SetA
 <Tb>
 
 EMI116.14
 19756161 SEQ 10 No 2275 19756 1 ACTGTTTTCGATAGTGAGGG SEQ \ 0 No 8314 197561 R ATGAATGGACCCTTTTTAGC 8827 9158 332 SetA
 EMI116.15
 
 <Tb>
 <tb> 184801 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2276 <SEP> 184801 <SEP> 1 <SEP> CAAGCGTTGGCTACTATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8315 <SEP> 184801 <SEP> R <SEP> TTGGTTGCTTTCTTTGTAGG <SEP> 157 <SEP> 533 <SEP> 377 <SEP> SetA
 <Tb>
 
 EMI116.16
 122852 SEQ ID No 2277 12285 2 ATATTGCTCCTGAAGTGGTG SEQ JD No 8316 12285 2 GACAACAATCTTTCCCAAAT 752 1061 310 SetB 122822 SEQ ID No 2278 12282 2 GCCTTGAGAAAAATAACAGC SEQ ID No 8317 12282 2 R ATCAACCTCCAMTC7979
 EMI116.17
 
 <Tb>
 <tb> 8957 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2279 <SEP> 8957.2 <SEP> F <September>

  GGTTGATGTCAACTAGAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8318 <SEP> 8957.2 <SEP> R <SEP> ATCAGCATCAACTCTCTTGG <SEP> 335 <SEP> 660 <SEP> 326 <SEP> SetA
 <tb> 89532 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2280 <SEP> 8953 <SEP> 2 <SEP> ACAACTTCAGCTTTTGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8319 <SEP> 8953 <SEP> 2 <SEP> ATTTCCTTGTTATCCACACG <SEP> 268 <SEP> 593 <SEP> 326 <SEP> Sets
 <tb> 8952 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2281 <SEP> 8952 <SEP> 1 <SEP> F <SEP> ACTTATCATACCAAGTCACCG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8320 <SEP> 8952 <SEP> 1 <SEP> CGTCATTTTCTGACTCTTCC <SEP> 248 <SEP> 553 <SEP> 306 <SEP> SetA
 <tb> 8951 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2282 <SEP> 8951 <SEP> 2 <SEP> F <SEP> TCAATTTTTAAGATGGAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8321 <SEP> 8951 <SEP> 2 <SEP> AAGCTCTTTTCAACTTTCCC <SEP> 477 <SEP> 854 <SEP> 378 <SEP> Sets
 <tb> 8950 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2283 <September>

  89501.F <SEP> GTTTTAGTCAGCTCAATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8322 <SEP> 8950 <SEP> 1 <SEP> R <SEP> TTAACCAAGTCATCTCCACC <SEP> 334 <SEP> 668 <SEP> 335 <SEP> SetA
 <tb> 10595 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2284 <SEP> 10595 <SEP> 1 <SEP> F <SEP> AGAAGAAAAGAAGGAGGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8323 <SEP> 10595 <SEP> 1 <SEP> TCGGTGAGCATAAAGTTACC <SEP> 816 <SEP> 1130 <SEP> 315 <SEP> SetB
 <Tb>
 
 EMI116.18
 105902 SEQ ID No 2285 10590 2 F TTGGGATCTGATTCTACTCG SEQ ID No 8324 10590 2 R GATGGAATTATTTGAGCAGC 2215 2594 380 Sets 197571 SEQ ID No 2286 19757 1 TCCTAGTGCCTGGTATATGG SEQ ID No 8325 19757 R TTTCTCCAATCAAT806
 EMI116.19
 
 <Tb>
 <tb> 10371 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2287 <SEP> 10371 <SEP> 2 <SEP> F <SEP> AGAAAGAGCAAAAGTGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8326 <SEP> 10371 <SEP> 2 <SEP> R <SEP> GAGCATGAGTTTCGTAATGG

   <SEP> 30 <SEP> 259 <SEP> 230 <SEP> SetB
 <tb> 10373 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2288 <SEP> 10373 <SEP> 1 <SEP> ATGATGTACCATTTGAAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8327 <SEP> 10373 <SEP> 1 <SEP> TCTATCGGATGAACTTTTGG <SEP> 245 <SEP> 582 <SEP> 338 <SEP> SetB
 <tb> 10374 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2289 <SEP> 10374 <SEP> 1 <SEP> F <SEP> AACTTAAACGCATTTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8328 <SEP> 103741 <SEP> R <SEP> CTTTGATCACCTTGTAATTGG <SEP> 16 <SEP> 257 <SEP> 242 <SEP> Sets
 <Tb>
 
 EMI116.20
 108422 SEQ ID No 2290 10842 2 F AGATGTATTCGTCCTGAACC SEQ ID No 8329 10842 2 R AGACATCTTCATAAATGCCG 4516 4848 333 SetA 10845 1 SEQ D No 2291 10845 1 F ACTACGGCATTAATCTTTGC SEQ 10 No 8330 10845 1 R ACGAAATTCATTTAAA92 4747 T7GTGTTTCATTTAGAACTGC SEQ ID No 8331 10847 1 R ACTGGACAATGATCAGAACC 831 1154 324 SetS 103332 SEQ ID No

  2293 10333 2 F GATCAACAAGACCTGTCACC SEQ ID No 8332 10333 2 TCATCTTCTCCTCCATTAGG 1367 1679 313 Sets 103352 SEQ ID No 2294 10335 2 F GCTTAGACGATTTACAACAAGC SEQ ID No 8333 10335 2 TCGAAMTAATTTCTC RTGB 22TA 1 335 253 233 253 10336 1 R TTTGGTAATTGAGGTTCTGG 849 1235 387 Sets
 EMI116.21
 
 <Tb>
 <tb> 10337 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2296 <SEP> 10337 <SEP> 1 <SEP> F <SEP> TACCCATGATTGGTTATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8335 <SEP> 103371 <SEP> R <SEP> ATATCACCACCAAATTCACC <SEP> 1334 <SEP> 1712 <SEP> 379 <SEP> SetB
 <tb> 15504 <SEP> SEQ <SEP> iD <SEP> No <SEP> 2297 <SEP> 15504 <SEP> 1 <SEP> F <SEP> TTGCATTAAGAAGTATCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8336 <SEP> 155041 <SEP> R <SEP> AATCATCAAACTCACATGACC <SEP> 296 <SEP> 675 <SEP> 380 <SEP> Sets
 <tb> 155062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2298 <SEP> 15506

   <SEP> 2 <SEP> F <SEP> AAGACTCCCACTCAGAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8337 <SEP> 155062 <SEP> R <SEP> CCGAGAAATTTCATTATTGG <SEP> 765 <SEP> 1113 <SEP> 349 <SEP> Sets
 <tb> 152592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2299 <SEP> 15259 <SEP> 2 <SEP> CCATGGAAAGTGAGAGTAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8338 <SEP> 15259 <SEP> 2 <SEP> R <SEP> ACAACTAAGCAAGGTTTTGG <SEP> 535 <SEP> 837 <SEP> 303 <SEP> Sets
 <tb> 152612 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2300 <SEP> 15261 <SEP> 2 <SEP> F <SEP> TCCATTGATTCAGAAGAAGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8339 <SEP> 15261 <SEP> 2 <SEP> R <SEP> ATAATTCTCAATCTGGCAGC <SEP> 1057 <SEP> 1445 <SEP> 389 <SEP> SetB
 <tb> 40732 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2301 <SEP> 4073 <SEP> 2 <SEP> F <SEP> CCACTGGATATCTATGCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8340 <SEP> 4073 <SEP> 2 <SEP> GATCTTTTTCCTCACCTTCC <SEP> 3505 <SEP> 3853 <SEP> 349 <SEP> Sets
 <tb> 4072 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2302 <SEP> 4072 <SEP> 2 <SEP> GCAGATAGGTTGAGGTATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8341 <SEP> 4072 <SEP> 2 <SEP> R <SEP> ACGATAATATGGTTTCGGG <SEP> 1030 <SEP> 1405 <SEP> 376 <SEP> SetB
 <Tb>
 
 EMI116.22
 116422 SEQ ID No 2303 116422F GATTTGAATGGTGGTAAAGG SEQ ID No 8342 11642 2 R AATATGC7TGTTGTTGTTGC 1 289 344 SetC
 EMI116.23
 
 <Tb>
 <tb> 18474 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2304 <SEP> 18474 <SEP> 1 <SEP> CCAAATGGGATGATGTTAAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8343 <SEP> 18474

   <SEP> 1 <SEP> CTACCTCCACTACTGCCACT <SEP> 16 <SEP> 180 <SEP> 165 <SEP> SetC
 <Tb>
 
 EMI116.24
 7801 2 SEQ 10 No. 2305 7801 2 AAGGAAAATATCTTGTTTGGG SEQ ID No 8344 7801 2.R CTACTATCTGGCCATCTTGG 1597 1978 382 SetA 8507 2 SEQ ID No 2306 8507 2 F GAAAGTGAGTCAAGATTGGG SEQ ID No 8345 8507 2 R ATTA9
 EMI116.25
 
 <Tb>
 <tb> 8505 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2307 <SEP> 8505.2 <SEP> F <SEP> ATTGAACAGCTGGATTTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8346 <SEP> 8505 <SEP> 2 <SEP> R <SEP> CGAAATTGGTAGTTTCTTGG <SEP> 540 <SEP> 892 <SEP> 353 <SEP> SetA
 <tb> 8504 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2308 <SEP> 8504 <SEP> 2 <SEP> F <SEP> GGAATATCAACACCAAGAGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8347 <SEP> 8504 <SEP> 2 <SEP> R <SEP> ATGCACCATTCTTTTTATGG <SEP> 165 <SEP> 472 <SEP> 308 <SEP> SetB
 <Tb>
 
 EMI116.26
 85022 SEQ ID No 2309 8502 2 F TTGTACCGAAGAAATAACGC SEQ ID

  No 8348 8502 2 TTCCTTTTGAAGCAAATACC 2145 2475 331 SetB
 EMI116.27
 
 <Tb>
 <tb> 8500 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2310 <SEP> 8500 <SEP> 2 <SEP> F <SEP> ACAAGAAAACTACGTGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8349 <SEP> 8500 <SEP> 2 <SEP> R <SEP> TCTAGTGATTGAACGTGTGC <SEP> 40 <SEP> 341 <SEP> 302 <SEP> SetB
 <tb> 84991 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2311 <SEP> 8499 <SEP> F <SEP> GACAACTTACTATCGCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8350 <SEP> 84991 <SEP> R <SEP> AAATATTTCCATAACACCCG <SEP> 1147 <SEP> 1449 <SEP> 303 <SEP> SetA
 <Tb>
 
 EMI116.28
 15671:

  2 SEQ D No 2312 15671 2 F TCCCTGACAATGTTACTTCC SEQ ID No 8351 15671 R R TGACACAAATCGTATGTTGC 419 743 325 5et6
 EMI116.29
 
 <Tb>
 <tb> 15672 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2313 <SEP> 15672.1 <SEP> F <SEP> TACTTGGCCAAACACTAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8352 <SEP> 156721 <SEP> R <SEP> AGTTGCCTTGATTACTACCG <SEP> 552 <SEP> 912 <SEP> 361 <SEP> SetB
 <tb> 6422 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2314 <SEP> 64221 <SEP> F <SEP> ATTTATTGATGGTCAATCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8353 <SEP> 6422.1 <SEP> R <SEP> GAAAATGCTTCGTTAACACC <SEP> 27 <SEP> 416 <SEP> 390 <SEP> SetB
 <tb> 6424 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2315 <SEP> 6424 <SEP> 1 <SEP> CAAATGCCTATGGTTATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8354 <SEP> 6424 <SEP> 1 <SEP> ATATACAAATTAGGCACCGC <SEP> 344 <SEP> 707 <SEP> 364 <SEP> SetB
 <Tb>
 
 EMI116.30
 6425 SEQ tD No 2316 6425 1.F ACGCAAGAGAATAAATGTGG SEQ ID No 8355 6425.1 R TAATCGAGGTTTGTACACCG 990 1305 316 SetB
 EMI116.31
 
 <Tb>
 <tb> 64281 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2317 <SEP> 64281 <SEP> F <SEP> AGAAATCAAAAGACCAATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8356 <SEP> 6428 <SEP> 1 <SEP> R <SEP> AAGAGAGCATCCACTGAGG <SEP> 48 <SEP> 368 <SEP> 321 <SEP> SetB
 <Tb>
 
 EMI116.32
 64302 SEQ ID No 2318 6430.2 F TACAGTGAGGTTGATTTGGG SEQ (0 No 8357 6430 2

  ATGTTGCAATTACCTTTTCG 1536 1870 335 SetB 6431 SEQ ID No 2319 6431.2 F TATTTGATGATGTTGTTCGC SEQ ID No 8358 6431 2.R CGAATAGCCAATATACCACC 536 892 357 SetB 64332 SEQ ID No 2320 6433 2 GTTGCTTCCAAGAGATATAAT33 RGIDATA 6434 1 AAATCAGTCAAGACACTGGG SEQ ID No 8360 64341 R ATATAGCACCAATACCACCG 872 1225 354 SetA 6435 SEQ ID No 2322 6435 1.F TTATACTGAAGTTGTGCCACC SEQ ID No. 8361 6435.1 R AAG7TTATCACCAACAAGGC '849 1202 354 SetA
 EMI116.33
 
 <Tb>
 <tb> 6437.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2323 <SEP> 6437.1.F <SEP> TGATTTTAACTTTTTGGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8362 <SEP> 6437.1.R <SEP> GGAAATACGAGAAAGATTCG <SEP> 41 <SEP> 285 <SEP> 245 <SEP> SetB
 <tb> 64381 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2324 <SEP> 6438.1 <SEP> F <SEP> TGTGTGAATTACAAGGACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8363 <SEP> 64381.R <SEP> TCAGTACGAATTTTTCCAGC <SEP> 658 <SEP> 980 <SEP> 323 <SEP> SetA
 <tb> 3844 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2325 <SEP> 3844.2 <SEP> F <SEP> TGTTTCTACTGGTGGATATGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8364 <SEP> 3844.2 <SEP> R <SEP> TTAGCAACACGATACACAGC <SEP> 1707 <SEP> 2048 <SEP> 342 <SEP> SetB
 <Tb>
 
 EMI116.34
 3840.1 SEQ ID No 2326 3840.1 F TATGGTCATGGAGAGAATCC SEQ ID No 8365 3840.1 R GACCTCAATCTCATTCTTGG 1142 1515 374 Set8 38382 SEQ ID No 2327 3838.2 F GAAGAATACAGTGGTGAGGC SEQ ID No 8366 3838 2.R TCTAATCC 93
 EMI116.35
 
 <Tb>
 <tb> 38331 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2328 <SEP> 3833 <SEP> 1.F <SEP> TTGATATCCATTGTGTCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8367 <SEP> 3833 <SEP> 1.R <SEP> AAAATAGGAGACTCCCAAGG <SEP> 22 <SEP> 322 <SEP> 301 <SEP> SetA
 <tb> 19948 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2329 <SEP> 19948.1 <SEP> F <SEP> TTAATAAACCTATCGGTGGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8368 <SEP> 19948 <SEP> 1 <SEP> R <SEP> ATTACCTCTGGTGTTGTTGG <SEP> 575 <SEP> 908 <SEP> 334 <SEP> SetB
 <Tb>
 
 EMI116.36
 17915 SEQ ID No 2330 17915 2 F TTGTTATGAACGAGATGATAGG SEQ ID No 8369 17915 2 R ATCAACCCGATTTTGAAAC 912 1056 145 SetC 137551 SEQ ID No 2331 13755.1 F TTTCCTTAACTTTATTGACTGC SEQ ID No. 8370 13755 1 R AGTCTAAATCCAGB 13 326. F CAAACCAAGAACCATTATCG SEQ ID No 8371 13756 2 R GTCTCTAATACGTGGGATGC 107 452 346 Set8 137572 SEQ ID No 2333 13757 2.F TAGCTTCGGAGTTATTAGGC SEQ 10 No 8372 13757 2 R CAGTTCCTGTAGCTTCTTCC 1217 1516 300
 EMI116.37
 
 <Tb>
 <tb> 17203.2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2334 <SEP> 17203.2.F <SEP> GATCCTTTGAAAGTACGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8373 <SEP> 17203 <SEP> 2.R <SEP> AAATATTCATTGAGCGTTGC <SEP> 1693 <SEP> 2036 <SEP> 344 <SEP> Sets
 <tb> 143742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2335 <SEP> 14374.2.F <SEP> TGCCTCATCTATGAAAACAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8374 <SEP> 14374.2.R <SEP> CCAATGAAACTTGCATCATA <SEP> 498 <SEP> 853 <SEP> 356 <SEP> SetC
 <tb> 143752 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2336 <SEP> 14375.2 <SEP> AAGCAGAAAACACATTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8375 <SEP> 143752 <SEP> R <SEP> CATGGAATTAATCCGATACC <SEP> ND <SEP> ND <SEP> 330 <SEP> SetC
 <Tb>
 
 EMI116.38
 14377 2 SEQ ID No 2337 14377.2.F GTTGCGTATGCCAAGAAG SEQ ID No 8376 14377 2 R TCTAATAACCATTGAI1ATGATCC ND ND 311 SetC
 EMI116.39
 
 <Tb>
 <tb> 143792 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2338 <SEP> 143792 <SEP> F <SEP> ATTAGTGGATCTTCCAATGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8377 <SEP> 143792 <SEP> R <SEP> AAGTGATCTTCCGACAACC <SEP> 403 <SEP> 726 <SEP> 324 <SEP> SetB
 <tb> 15002 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2339 <SEP> 150022.F <SEP> ACCTACCACAGAACCAACG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8378 <SEP> 15002.2 <SEP> R <SEP> CCCTCCTTCTTCTTTATTACC <SEP> 14 <SEP> 372 <SEP> 359 <SEP> SetB
 <tb> 14998 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2340 <SEP> 14998 <SEP> 2 <SEP> F <SEP> CGCAATGGTTTTAAAATTGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8379 <SEP> 14998.2.R <SEP> GATGATGATTCTCCCCCT <SEP> 2086 <SEP> 2477 <SEP> 392 <SEP> SetC
 <tb> 149972 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2341 <SEP> 14997. <SEP> 2.F <SEP> GTGGTGGTGGAGATCACA <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8380 <SEP> 14997 <SEP> 2 <SEP> R <SEP> TTTTCCTTGTACTTTTTATGTCA <SEP> 515 <SEP> 853 <SEP> 339 <SEP> SetC
 <Tb>
 
 EMI116.40
 19574 SEQ 10 No. 2342 195741 F TTGGCCAATTTTACTAGAGG SEQ ID No 8381 19574 1 R AAATACCATAACCAGCAATACC 88 457 370 SetB 18468 SEQ ID No 2343 18468 lF GCAAATCAAGCTACATACCC SEQ ID No 8382 18468.1 R TACCAAGGGTATAAQTQAQTQAQTQAQTQAQTQQAQQ9 ID No 8383 9907 2.R AATGTGATTGATGAAGGAGC 2108 2446 339 SetA 9901 1 SEQ ID No 2345 9901 1 F CGCCTACAGACATTTTATCC SEQ ID No 8384 9901 IR GTTGTCGCAAAATAGATTCC 638 1024 387 SetA 98982 SEQ IDTAAG4989898 GGAGATTGCTTTCCTTAACC 917 1227 311 SetA 9894 2 SEQ ID No 2347 98942.F AAGCATAGACTCGCTTTACG SEQ ID N.

   8386 9894 2 GGTTCTGACCAACAAGTAGC 1168 1471 304 SetA 9890 1 SEQ ID No 2348 9890.1 F ACCAACTGAAGTTGAAATGC SEQ ID No 8387 9890.1 R TTCAGCAATATCTTGATCCC 1041 1368 328 SetA 12950 SEQ t0 No 2349 12950 2.F ACAGTAAGCCAGAGTAGTAGTAGTAGTAG
 EMI116.41
 
 <Tb>
 <tb> 12951. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2350 <SEP> 12951 <SEP> 2 <SEP> F <SEP> GGAATATGACACAAGCTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8389 <SEP> 12951 <SEP> 2.R <SEP> GTAGGCAATTTATCTGCTGC <SEP> 257 <SEP> 611 <SEP> 355 <SEP> SetA
 <Tb>
 
 EMI116.42
 129531 SEQ ID No 2351 12953.1 F TGAAGATATTCCTGAAACCG SEQ ID No 8390 12953.1 R CTGGCAAATATACACATCCC 585 913 329 SetA 12959 SEQ ID No 2352 12959 2 F TGGAAGATAAGGAGGAAACC SEQ ID No 8391 12959.2 R TAACCATCAA94 229
 EMI116.43
 
 <Tb>
 <tb> 94842 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2353 <SEP> 9484 <SEP> 2.F <SEP> GGTCCAAAGACTATTTGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8392 <SEP> 9484 <SEP> 2 <SEP> TGTGCTTCAAGTAAATCAGG <SEP> 44 <SEP> 416 <SEP> 373 <SEP> SetA
 <Tb>
 
 EMI116.44
 94832 SEQ ID No 2354 9483 2.F GGATACGTTGCTTTACTTCG SEQ ID No. 8393 9483 2 TCCCTTGTACATCTGTAGGC 1084 1404 321 SetA 5500 SEQ 10 No.

   2355 5500 2 F CTGATCGTCAAAGAAGAAGC SEQ 1D No 8394 5500 2 R GCTTACGTTTTTGTTTTTGG 976 1285 310 SetA
 EMI116.45
 
 <Tb>
 <tb> 5501 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2356 <SEP> 5501 <SEP> l.F <SEP> CGAAGTCTTAATTGATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8395 <SEP> 5501 <SEP> 1 <SEP> R <SEP> GGTTATTTTGCTTGGTATCG <SEP> 648 <SEP> 982 <SEP> 335 <SEP> SetB
 <tb> 55052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2357 <SEP> 5505.2 <SEP> TGGACAACCTAGTGTGGTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8396 <SEP> 5505 <SEP> 2.R <SEP> AACCTTCTTGCTCATTTTCA <SEP> 1752 <SEP> 2128 <SEP> 377 <SEP> SetB
 <tb> 75142 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2358 <SEP> 7514 <SEP> 2 <SEP> F <SEP> GGTACATTGTTGGAGAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8397 <SEP> 7514 <SEP> 2 <SEP> R <SEP> AGCATCCAATACACCTATGG <SEP> 1012 <SEP> 1356 <SEP> 345 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 117>

 
 EMI117.1
 75132 SEQ ID No 2359

  7513 2 F AAGACGATGATTTGGATGG SEQ ID No 8398 7513 2 R CT1 TTTCAAATCAGCACTAGG 947 1269 323 SetA
 EMI117.2
 
 <Tb>
 <tb> 75092 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2360 <SEP> 7509 <SEP> 2 <SEP> F <SEP> ATTCCTACACCAAGAGGAGG <SEP> SEÇ <SEP> ID <SEP> No <SEP> 8399 <SEP> 7509 <SEP> 2 <SEP> R <SEP> TTGAGTGCCATATTTAACCC <SEP> 1078 <SEP> 1386 <SEP> 309 <SEP> SetA
 <tb> 75072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2361 <SEP> 75072F <SEP> CAACTGCTATTGCTGATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8400 <SEP> 7507 <SEP> 2 <SEP> R <SEP> TGTTGTATTCTGTTGATGGC <SEP> 842 <SEP> 1172 <SEP> 331 <SEP> Sets
 <tb> 13882 <SEP> 1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 2362 <SEP> 13882 <SEP> 1 <SEP> F <SEP> CAACCTGGAGTTGAATTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8401 <SEP> 13882 <SEP> 1 <SEP> R <SEP> TTAATTCATCAATTTCATCGG <SEP> 307 <SEP> 664 <SEP> 358 <SEP> SetA
 <Tb>
 
 EMI117.3
 13883 SEQ ID No 2363 13883 1 F

  TGAAACGAAATAATAGTGAATCTC SEQ ID NO 8402 13883 1 R AGTGCTATCATCATTCATGG ND NO 272 G & Cs 138851 SEQ ID No 2 364 13 885 1 F GTAGAATGGAAATAGTGGTGG SEQ ID NO 8403 138851 R AGACAAAGATCACAACTGGC 22301280 SetB 2582 SEQ ID No 2 365 2 582 2 F AAGAAAAAGGTCAATTTCCG SEQ ID NO 8404 2582 2 R GTGGCTCTAATTTGGATACC 2507 2843 337 SetA
 EMI117.4
 
 <Tb>
 <tb> 2583 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2366 <SEP> 2583 <SEP> 2 <SEP> F <SEP> CAATTGAAACCATTTCTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8405 <SEP> 2583 <SEP> 2 <SEP> R <SEP> ACTTGTTGGAAATGTTGAGG <SEP> 1352 <SEP> 1742 <SEP> 391 <SEP> SetB
 <tb> 2586 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2367 <SEP> 2586 <SEP> 2 <SEP> CATCAATTACCCAAATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8406 <SEP> 2586 <SEP> 2 <SEP> R <SEP> AAATTTTCCCCATAATCAGG <SEP> 2842 <SEP> 3146 <SEP> 305 <SEP> SetA
 <Tb>
 
 EMI117.5
 2587 SEQ ID No 2368 2587 F TTCAAAGGGTTCTTGTTACC SEQ ID No 8407 2587 2

  ACCATTATTGACTTTGGTGG 949 1269 321 SetS
 EMI117.6
 
 <Tb>
 <tb> 2589 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2369 <SEP> 2589 <SEP> 1 <SEP> ACGACAGTTGTCACTAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8408 <SEP> 2589 <SEP> 1 <SEP> R <SEP> GAAGATTGGGGAGTTTCG <SEP> ND <SEP> ND <SEP> 348 <SEP> SetC
 <tb> 66482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2370 <SEP> 6648 <SEP> 2 <SEP> F <SEP> AGATGATACACTAGAAGACTTTGAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8409 <SEP> 6648 <SEP> 2 <SEP> AGTTCTAAATGTTTCAAAGTATGAG <SEP> 981 <SEP> 1139 <SEP> 159 <SEP> SetC
 <Tb>
 
 EMI117.7
 9955 1 SEQ ID No 2371 99551.F TATCCACCACCACAATATCC SEQ ID No 8410 9955 1 ACTGGTACAGCA7CAGAAGG 91 479 389 SetS
 EMI117.8
 
 <Tb>
 <tb> 9950 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2372 <SEP> 9950 <SEP> 2 <SEP> F <SEP> ATCAAACATTTGAATCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8411 <SEP> 9950 <SEP> 2 <SEP> R <SEP> TACATTCTCCTTCAATTCCG <SEP> 2606

   <SEP> 2944 <SEP> 339 <SEP> Sets
 <Tb>
 
 EMI117.9
 9946 SEQ ID No 2373 9946 1 AAACTTGTACGTTTTAGCCG SEQ fD No 8412 9946 1 R AGTTAGAAGCAATACGTGGC 54 355 302 SetB
 EMI117.10
 
 <Tb>
 <tb> 122282 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2374 <SEP> 12228 <SEP> 2 <SEP> F <SEP> CAGTATTTTTCAACTTCGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8413 <SEP> 12228 <SEP> 2 <SEP> R <SEP> CGTTCACCATTTACTTGACC <SEP> 1954 <SEP> 2255 <SEP> 302 <SEP> SetB
 <tb> 122301 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2375 <SEP> 12230 <SEP> 1 <SEP> TGATTTAACTCCTGAAAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8414 <SEP> 12230 <SEP> 1 <SEP> R <SEP> AGTCATTTTCAATAATGGGC <SEP> 903 <SEP> 1207 <SEP> 305 <SEP> SetA
 <Tb>
 
 EMI117.11
 122311 SEQ ID No 2376 12231 1 AATCAATTCAAGTCCATTGC SEQ ID No 8415 12231 R AAAAACCTTGAAATCAGAACC 469 780 312 SetS
 EMI117.12
 
 <Tb>
 <tb> 12233 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2377 <SEP> 12233 <SEP> 1 <September>

  AAGCCTTATCAATCGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8416 <SEP> 12233 <SEP> R <SEP> R <SEP> CTAACAACCGAACTAGCAGC <SEP> 629 <SEP> 956 <SEP> 328 <SEP> SetA
 <tb> 122342 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2378 <SEP> 12234 <SEP> 2 <SEP> F <SEP> AATTTAAACAAGCATGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8417 <SEP> 12234 <SEP> 2 <SEP> R <SEP> ATTTGAAAAATCATTCACCC <SEP> 40 <SEP> 312 <SEP> 273 <SEP> SetB
 <tb> 18465 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2379 <SEP> 18465 <SEP> 1 <SEP> F <SEP> AAGTCTGGCAACGTGTTTAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8418 <SEP> 18465 <SEP> 1 <SEP> R <SEP> TTGCTAAAGATTTAATGCCA <SEP> 14 <SEP> 117 <SEP> 104 <SEP> SetC
 <Tb>
 
 EMI117.13
 87382 SEQ 10 No 2380 8738 F GTGTGGGATTCTAAACCTGA SEQ ID No 8419 8738 2.R TATCAATTTCTCCCTTTCCA 1024 1330 307 SetS
 EMI117.14
 
 <Tb>
 <tb> 8736 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2381 <SEP> 8736 <SEP> 2 <SEP> F <September>

  GCAATTTCTCCATTAGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8420 <SEP> 8736 <SEP> 2 <SEP> R <SEP> CTTCATTTTTACCTGTTGGG <SEP> 1903 <SEP> 2236 <SEP> 334 <SEP> SetB
 <tb> 87302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2382 <SEP> 8730 <SEP> 2 <SEP> GGGGACATTAATAGCTAGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8421 <SEP> 8730 <SEP> 2 <SEP> R <SEP> TGGAAATAATTTGGTAAATAAGG <SEP> ND <SEP> ND <SEP> 318 <SEP> SetC
 <tb> 8727 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2383 <SEP> 8727 <SEP> 1 <SEP> F <SEP> CGGGTACAGATTTCGATTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8422 <SEP> 8727 <SEP> 1 <SEP> TGATTTTAATTGTAAATGATCCC <SEP> 722 <SEP> 1026 <SEP> 305 <SEP> Sets
 <tb> 87262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2384 <SEP> 87262 <SEP> F <SEP> GAAATTGTTTTAGGTTCAGTTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8423 <SEP> 8726.

    <SEP> 2 <SEP> R <SEP> ACTGGCCAAATTATTACTTGAT <SEP> 2398 <SEP> 2721 <SEP> 324 <SEP> Sets
 <Tb>
 
 EMI117.15
 87252 SEQ ID No 2385 8725 F AAATTTCACAGTTAACCATTCC SEQ 10 No 8424 8725 2 TGACGATTCCTAATCAAAGG 5 216 212 SetS
 EMI117.16
 
 <Tb>
 <tb> 8724 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2386 <SEP> 8724 <SEP> 2 <SEP> GTAACCATCATTGGATTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8425 <SEP> 8724 <SEP> 2 <SEP> R <SEP> ATTTTCCCCAGTTTTAATCC <SEP> 574 <SEP> 902 <SEP> 329 <SEP> Sets
 <tb> 8723 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2387 <SEP> 8723 <SEP> 2 <SEP> F <SEP> TTCAATTATTACCTCATTTATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8426 <SEP> 8723 <SEP> 2 <SEP> R <SEP> ATTATTTTGATTAAACTCTTGAGC <SEP> ND <SEP> ND <SEP> 320 <SEP> SetC
 <tb> 73932 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2388 <SEP> 7393 <SEP> 2 <SEP> GAATTTACAAGGTATTGGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8427 <SEP> 7393 <SEP> 2 <SEP> CAAAATGAAGGTACACCACC

   <SEP> 3895 <SEP> 4280 <SEP> 386 <SEP> Sets
 <tb> 3247 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2389 <SEP> 3247 <SEP> 1 <SEP> GAGCATATTGGAGAAGTGGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8428 <SEP> 3247 <SEP> 1 <SEP> R <SEP> GGTTTACAATCGTTTTCGTC <SEP> 1591 <SEP> 1898 <SEP> 308 <SEP> SetB
 <tb> 32452 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2390 <SEP> 3245 <SEP> 2 <SEP> F <SEP> CCAGTTGTTAAGAAAGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8429 <SEP> 3245 <SEP> 2 <SEP> CTTCTCTCTTTTGGTTCTGG <SEP> 3862 <SEP> 4241 <SEP> 380 <SEP> Sets
 <tb> 3239 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2391 <SEP> 3239 <SEP> 1 <SEP> ATATCAAGGTTCCGAAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8430 <SEP> 3239 <SEP> 1 <SEP> CTAATCGATTTGCTTGACG <SEP> 348 <SEP> 700 <SEP> 353 <SEP> SetA
 <tb> 32381 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2392 <SEP> 32381 <SEP> F <SEP> TAATCAAACATCTGCATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8431 <SEP> 3238 <SEP> 1 <SEP> R <September>

  TAAAATCTGGGCTTTATTGG <SEP> 129 <SEP> 486 <SEP> 358 <SEP> SetB
 <Tb>
 
 EMI117.17
 3234 SEQ 10 No 2393 3234 F CATCACTGAAACCGGTACTT SEQ ID No 8432 3234 1 R TTTCGTAATCTTTAGCATTGAA 1161 1537 377 SetS
 EMI117.18
 
 <Tb>
 <tb> 3233 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2394 <SEP> 3233 <SEP> 1 <SEP> ATACTGTGATAAAGCCCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8433 <SEP> 3233 <SEP> 1 <SEP> CTGAACTTGTTTTAGAGCCG <SEP> 96 <SEP> 430 <SEP> 335 <SEP> Sets
 <Tb>
 
 EMI117.19
 155212 SEQ ID No 2395 15521 2 CAGAATTGGAAATAAATGGG SEQ ID No 8434 15521 2 R CATAGCAGTCATATCATCGG 3350 3729 380 SetS
 EMI117.20
 
 <Tb>
 <tb> 160162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2396 <SEP> 16016 <SEP> 2 <SEP> TGCTAAACTTCGATTATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8435 <SEP> 16016 <SEP> 2 <SEP> R <SEP> GCATAATTTCCAGTTCATGG <SEP> 2391 <SEP> 2755 <SEP> 365 <SEP> SetB
 <tb> 141772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2397

   <SEP> 14177 <SEP> 2 <SEP> ATTGTGGGAAATTCACTTCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8436 <SEP> 14177 <SEP> 2.R <SEP> AATGAAACACAAGAACAAATGA <SEP> 1145 <SEP> 1478 <SEP> 334 <SEP> Sets
 <tb> 155972 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2398 <SEP> 15597 <SEP> 2 <SEP> ATAAGTTCATTTGCTCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8437 <SEP> 15597 <SEP> 2 <SEP> R <SEP> TTGTTGATTCATTAATGGGG <SEP> 1675 <SEP> 2022 <SEP> 348 <SEP> SetA
 <Tb>
 
 EMI117.21
 98372 SEQ 10 No 2399 9837 2 F AGTGATTGCTGAAGTAGAACG SEQ ID No 8438 9837 2 TTTAACTAATGCAGGTTCCC 1164 1521 358 SetS 98382 SEQ ID No 2400 9838 F AAACGATATTCACAAGCACC SEQ ID No 8439 9838 2 TCATATAATTTCCCACCACC 223 602 380
 EMI117.22
 
 <Tb>
 <tb> 9841 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2401 <SEP> 98411 <SEP> F <SEP> CATTTACCAACTCCAACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8440 <SEP> 9841 <SEP> 1 <SEP> R <SEP> AAATATCTTCAACACTCCAACC <SEP> 1805

   <SEP> 2137 <SEP> 333 <SEP> SetB
 <tb> 19758 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2402 <SEP> 19758 <SEP> 1 <SEP> GAAAACAATTTCCGTTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8441 <SEP> 19758 <SEP> 1 <SEP> R <SEP> R <SEP> ATCGTACAATCACCAAATCC <SEP> 2229 <SEP> 2549 <SEP> 321 <SEP> Sets
 <Tb>
 
 EMI117.23
 9846.2 SEQ ID No 2403 9846 2 F ATTTGACAAAATTCATTCCG SEQ ID No 8442 9846 2 AATTGCTTG77TCATTTTGG 2309 2625 317 SetS
 EMI117.24
 
 <Tb>
 <tb> 98501 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2404 <SEP> 98501 <SEP> F <SEP> TTCTCGATGATAAGAATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8443 <SEP> 9850 <SEP> 1 <SEP> GAAAGTTCATGCAATTTAACG <SEP> 1238 <SEP> 1538 <SEP> 301 <SEP> SetA
 <Tb>
 
 EMI117.25
 9851 1 SEQ ID No 2405 9851 1 F TTACCAGATCTTCCTGTTGC SEQ ID No 8444 9851 1 R AATATCTTCTATCTGGGGCGC 142 519 378 Set8 9853 1 SEQ ID No 2406 9853 1 F TTGCTTTCTAATTCTCCAGG SEQ ID No 8445 9853 1 R ATGCTTCCAAGACTTT

  2879 329 SetA 177062 SEQ ID No 2407 17706 2 TGAAATAAATCAACGCTTGC SEQ ID No 8446 17706 2 R AAAATGGACTATCCAGAGOC 27 298 272 s.tB 72172 SEQ ID No 2408 7217 F CAAATTGGATTTAGGAAACG SEQ ID No 8447 7217 2GTA88
 EMI117.26
 
 <Tb>
 <tb> 72202 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2409 <SEP> 72202 <SEP> F <SEP> CGAGTTGATCTTGAAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8448 <SEP> 7220 <SEP> 2 <SEP> ATAAGTTTGTCTTGTTGCCG <SEP> 294 <SEP> 610 <SEP> 317 <SEP> SetA
 <Tb>
 
 EMI117.27
 72242 SEQ ID No 2410 7224 2 F TTTTTGTTGAATGTATTGCG SEQ ID No 8449 7224 2 CCACCTAATATTTTCTTGCC 1321 1646 326 SetS 7221 2 SEQ ID No 2411 7221 2 CTCGACCAAGGAATTAAGG SEQ ID No 8450 7221 2 R ATTTGTTGTAATAGCTGCCC 139
 EMI117.28
 
 <Tb>
 <tb> 72272 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2412 <SEP> 7227 <SEP> 2 <SEP> F <SEP> TCCAGATTTTCTTTTATGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8451

   <SEP> 7227 <SEP> 2 <SEP> R <SEP> TAGTACGAGTAGGTCTCGGC <SEP> 557 <SEP> 857 <SEP> 301 <SEP> Sets
 <tb> 72302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2413 <SEP> 7230 <SEP> F <SEP> TAAAGACCCTTGATTATGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8452 <SEP> 7230 <SEP> 2 <SEP> CACTGACGTGTTTGTTATGG <SEP> 1155 <SEP> 1505 <SEP> 351 <SEP> SetA
 <tb> 72332 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2414 <SEP> 7233 <SEP> F <SEP> GCAGAGGAAATCAAGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8453 <SEP> 7233 <SEP> 2 <SEP> TCAACCCGTCTAGTATCAGC <SEP> 346 <SEP> 679 <SEP> 334 <SEP> SetC
 <tb> 34682 <SEP> SEQ <SEP> OJ <SEP> No <SEP> 2415 <SEP> 3468 <SEP> 2 <SEP> F <SEP> GTAAACCAGGCAAATACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8454 <SEP> 3468 <SEP> 2 <SEP> R <SEP> AGATTTTGGATTTGTTGACG <SEP> 34 <SEP> 299 <SEP> 266 <SEP> SetB
 <tb> 158882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2416 <SEP> 15888 <SEP> 2 <SEP> GTCATATATTGGGACTTGGC <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 8455 <SEP> 15888 <SEP> 2 <SEP> R <SEP> ACTGTCATTATTGCCGTACC <SEP> 4601 <SEP> 4997 <SEP> 397 <SEP> SetB
 <Tb>
 
 EMI117.29
 19951 1 SEQ ID No 2417 19951 1 F TGACTTCAATGAAACATTGC SEQ ID No 8456 19951 1 R TGGTTCTTTTTCATACACTCC 2046 2399 354 SetC 6816 SEQ ID No 2418 68161 F CCATGGAGATTTTCTTATCG SEQ ID No 8457 6816 1 R AGATCTGTCAAG14 68AG SEQ 10 No 8458 68141 R AGCACCATCACTACCATTTC 2450 2811 362 SetS 68122 SEQ ID No 2420 6812 2.F TAAATTACGTCCAAAATGCC SEQ ID No 8459 6812 2 R TTTCAATTGGAATTTCATCC 947 1339 393 SetB
 EMI117.30
 
 <Tb>
 <tb> 20103 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2421 <SEP> 20103 <SEP> 1 <SEP> TAGTACCGTTATCACCACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8460 <SEP> 20103 <SEP> 1 <SEP> R <SEP> TGGTTTCATTATCTGGTTCC <SEP> 1671 <SEP> 2014 <SEP> 344 <SEP> Sets
 <Tb>
 
 EMI117.31
 68031 SEQ ID

  No 2422 68031 F AGTGATGAAAATCAAATGGG SEQ ID No 8461 6803 1 CATTGGCATATTCTTTAGGG 751 1102 352 SetS
 EMI117.32
 
 <Tb>
 <tb> 6801 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2423 <SEP> 6801 <SEP> 1 <SEP> AACTATCGAACCAAATACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8462 <SEP> 6801 <SEP> 1 <SEP> R <SEP> GTTACACAAGCTGAACCTCC <SEP> 409 <SEP> 797 <SEP> 389 <SEP> SetA
 <tb> 6796.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2424 <SEP> 6796 <SEP> 2 <SEP> TTGATTTTGAAAGAACTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8463 <SEP> 6796 <SEP> 2 <SEP> TTGTTATTTTGCTGACTTGG <SEP> 985 <SEP> 1313 <SEP> 329 <SEP> Sets
 <tb> 6794 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2425 <SEP> 6794 <SEP> 2 <SEP> ACAATTGATATTACCACGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8464 <SEP> 6794 <SEP> 2 <SEP> R <SEP> TTTTTCTTGTTCAGTGTTGC <SEP> 597 <SEP> 954 <SEP> 358 <SEP> SetA
 <Tb>
 
 EMI117.33
 184591 SEQ ID No 2426 184591 F TGTCGATAAAACATCGTGAA SEQ ID No

  8465 184591.R GGACCTACCGTGATTGATAA 54 190 137 Setc
 EMI117.34
 
 <Tb>
 <tb> 1468 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2427 <SEP> 14681 <SEP> F <SEP> GAGAGTACACACACACTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8466 <SEP> 1468 <SEP> 1 <SEP> R <SEP> TCTTGCTATACTCACCCTCG <SEP> 56 <SEP> 415 <SEP> 360 <SEP> SetB
 <tb> 1471 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2428 <SEP> 1471.2 <SEP> F <SEP> TATTTCCGATTAACATTGGG <SEP> SEQ <SEP> OJ <SEP> No.

    <SEP> 8467 <SEP> 1471.2 <SEP> R <SEP> GACATCTTCAGTTGATTCCC <SEP> 1123 <SEP> 1503 <SEP> 381 <SEP> SetA
 <Tb>
 
 EMI117.35
 14722 SEQ ID No 2429 1472 2 AAAGCTCACAGGTTTAGTGC SEQ ID No 8468 1472 2 R GACATTCATCTGCCATTAGG 868 1168 301 SetA
 EMI117.36
 
 <Tb>
 <tb> 14742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2430 <SEP> 1474 <SEP> 2.F <SEP> CACAAATTGTCATTGACTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8469 <SEP> 1474 <SEP> 2 <SEP> R <SEP> ATCTTGTCTTGTTGGTCTGG <SEP> 1397 <SEP> 1703 <SEP> 307 <SEP> SetA
 <tb> 1476 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2431 <SEP> 14761 <SEP> F <SEP> TGAATTATTACTTGCCACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8470 <SEP> 1476.1 <SEP> R <SEP> ATTGGTGTAGAAACTGGTGC <SEP> 1085 <SEP> 1397 <SEP> 313 <SEP> Sets
 <Tb>
 
 EMI117.37
 14781 SEQ ID No 2432 14781.F TTAACAATGTGGAGTGTTGG SEQ ID No 8471 1478 1.R TGCTACCAAAGTAAACCACC 1156 1471 316 Sets 1484 2 SEQ ID No 2433 1484 2 F

  TTGTACTCCTTGACCAATCC SEQ ID No 8472 1484 2 R AAATGTCTCAACATCTTGCC 1303 1623 321 SetS 19759 SEQ ID No 2434 19759 1 F TATGGAAGCGAGAAGAAAAG SEQ ID No. 8473 19759 1 R AAGCTCGAGAATTAACCCAT 2742 3118 371 IDAGTB1010 456 783 328 Sets 4311 2 SEQ ID No 2436 4311 2.F GTATCGATATGGTCACACCC SEQ ID No 8475 4311 2 R TAAATTGGGATATTTGCTGG 286 638 353 Sets
 EMI117.38
 
 <Tb>
 <tb> 43122 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2437 <SEP> 4312.2.F <SEP> GAACCTATGAGTGATACCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8476 <SEP> 4312 <SEP> 2 <SEP> R <SEP> CATGTCAACATTCTCATTGG <SEP> 388 <SEP> 756 <SEP> 369 <SEP> Sets
 <Tb>
 
 EMI117.39
 43132 SEQ ID No 2438 4313 2 F AAGGTCATGATAAAACTGCC SEQ ID No 8477 4313 2 R GGTAACCATCTTTCTTCATCC 1442 1760 319 Sets
 EMI117.40
 
 <Tb>
 <tb> 20104 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2439 <SEP> 20104

   <SEP> 1.F <SEP> TTAGGTGCTAAGGTTGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8478 <SEP> 20104 <SEP> 1 <SEP> R <SEP> TTCACATTGTGTTTAGCAGC <SEP> 625 <SEP> 986 <SEP> 362 <SEP> Sets
 <tb> 4317. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2440 <SEP> 4317.1 <SEP> F <SEP> AAAAGATTCCACAATGATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8479 <SEP> 4317 <SEP> 1 <SEP> ATTGATGTTATTGGGTTTGG <SEP> 313 <SEP> 636 <SEP> 324 <SEP> Sets
 <tb> 43182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2441 <SEP> 4318 <SEP> 2 <SEP> F <SEP> CCAGAAGAATCAAAACAAGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8480 <SEP> 4318 <SEP> 2 <SEP> AATGTAGGTGATGGTGATCC <SEP> 661 <SEP> 1046 <SEP> 386 <SEP> Sets
 <tb> 43191 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2442 <SEP> 43191 <SEP> F <SEP> GTTAAACAATTGGAAACCCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8481 <SEP> 43191.R <SEP> ATTGCAAATAAAACCAATCC <SEP> 28 <SEP> 395 <SEP> 368 <SEP> Sets
 <tb> 4322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2443 <SEP> 43221 <SEP> F <SEP> AACAAATCTCAATCCACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8482 <SEP> 4322.1 <SEP> R <SEP> CAAGTTCCTTTTGAATTTGG <SEP> 421 <SEP> 782 <SEP> 362 <SEP> SetB
 <tb> 4324 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2444 <SEP> 4324 <SEP> 2.F <SEP> TTCTTAACCTCCAAGTTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8483 <SEP> 4324 <SEP> 2 <SEP> R <SEP> TTTCAACAAAACTCTCTACGG <SEP> 25 <SEP> 388 <SEP> 364 <SEP> Sets
 <Tb>
 
 EMI117.41
 43292 SEQ ID No 2445 43292.F CATTGACAACATTGATCAGC SEQ ID No 8484 4329.2.R GGTATCCAACAAAGTTTTCG 522 897 376 s.tB
 EMI117.42
 
 <Tb>
 <tb> 4331.1 <SEP> SEQ <SEP> 10 <SEP> No.

    <SEP> 2446 <SEP> 4331 <SEP> 1 <SEP> F <SEP> GCAAGAAAGAGACAACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8485 <SEP> 4331.1 <SEP> R <SEP> GTTCAGCTAAATCTTCTGGC <SEP> 1044 <SEP> 1357 <SEP> 314 <SEP> Sets
 <tb> 43321 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2447 <SEP> 43321 <SEP> F <SEP> GGTTAAGTTACCACGAGACG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8486 <SEP> 4332.1 <SEP> R <SEP> ATGTAGGAAATTGATGTGGG <SEP> 282 <SEP> 616 <SEP> 335 <SEP> SetB
 <Tb>
 
 EMI117.43
 12782.2 SEQ ID No 2448 12782.2.F CAAATAAACCTCATAACGGC SEQ ID No 8487 12782.2 R AAACA M CTTCGTCTGTGG 1208 1540 333 Sets 12784 2 SEQ ID No 2449 12784.2 F AAACTCAATTTAACGTTGGC SEQ ID No 8488 12784 2 R AATGTG7 34
 EMI117.44
 
 <Tb>
 <tb> 201051 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2450 <SEP> 20105 <SEP> 1 <SEP> F <SEP> TTGTCTCAAAATGAACATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8489 <SEP> 20105.1 <SEP> R <SEP> TCACTTTCAATTTGGTCTCC <SEP> 1111 <SEP> 1447 <SEP> 337 <SEP> SetB
 <tb> 127902 <SEP> SEQ <SEP> ID <SEP> No. 2451 <SEP> 127902F <SEP> F <SEP> GACAGGTAACGATGATTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8490 <SEP> 12790 <SEP> 2.R <SEP> GTTGGTTTCA4GTAAATGGC <SEP> 906 <SEP> 1226 <SEP> 321 <SEP> SetB
 <tb> 127932 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2452

   <SEP> 12793.2 <SEP> F <SEP> TTACAAATGTGGTGAAGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8491 <SEP> 12793 <SEP> 2 <SEP> R <SEP> TCTCTAGCAAAATGGTTTGG <SEP> 27 <SEP> 374 <SEP> 348 <SEP> SetB
 <tb> 201061 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2453 <SEP> 20106.1 <SEP> F <SEP> CATTTAATGAATGTCCTGGTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8492 <SEP> 201061 <SEP> R <SEP> TAGATCCAATAGTTGGTGTCG. <SEP> 46 <SEP> 135 <SEP> 90 <SEP> SetC
 <tb> 20107.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2454 <SEP> 20107 <SEP> 1 <SEP> F <SEP> AAATTTTACACAATGCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8493 <SEP> 20107 <SEP> 1 <SEP> R <SEP> CACTTTGCTTCAATTTAGCC <SEP> 329 <SEP> 670 <SEP> 342 <SEP> SetA
 <tb> 201081 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2455 <SEP> 201081 <SEP> F <SEP> ATATTTGCTCTTTGCTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8494 <SEP> 20108.1.R <SEP> TATCAACCTGACTTCTTGCC <SEP> 247 <SEP> 631 <SEP> 385 <SEP> SetA
 <Tb>
 
 EMI117.45
 153242 SEQ ID No. 2456 15324 2 GAGAGTGAAAAGGATGATGC SEQ ID No 8495 15324.2 R ATAATTTTTCAAAATCCGGG 1945 2314 370 SetA
 EMI117.46
 
 <Tb>
 <tb> 91882 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2457 <SEP> 9188 <SEP> 2 <SEP> CCATGTTTACATTATTCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8496 <SEP> 9188 <SEP> 2.R <SEP> AGTCTGGCAATTCATTAAGC <SEP> 2333 <SEP> 2725 <SEP> 393 <SEP> Sets
 <tb> 91912 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2458 <SEP> 9191 <SEP> 2 <SEP> F <SEP> GATATTTTCCAAAACCATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8497 <SEP> 9191 <SEP> 2.R <SEP> TTTATCGATGTTGATGTTGC <SEP> 2311 <SEP> 2627 <SEP> 317 <SEP> Sets
 <tb> 160672 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2459 <SEP> 16067 <SEP> 2.F <SEP> CCAAGCAAAACTTATCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8498 <SEP> 16067 <SEP> R <SEP> R <SEP> ATCAAAATGTTTCATTTGAGG <SEP> ND <SEP> ND <SEP> 327 <SEP> SetC
 <Tb>
 
 EMI117.47
 169252 SEQ 1D N. 2460 169252.F TCGCTGGTTTTACAGAATTT SEQ ID No 8499 16925.2.R TTATTTTTCCCAACTGGTTC 545 854 310 Sets 169242 SEQ ID No 2461 16924.2 F TTTGTACTTAT77GAT7TTCCG SEQ ID No.

   8500 16924 2 AATATCAGCATCTTCTTGAGC 77 363 287 Sets
 EMI117.48
 
 <Tb>
 <tb> 15036.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2462 <SEP> 150362.F <SEP> CAACAAAAAGAAAAAGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8501 <SEP> 15036 <SEP> 2 <SEP> R <SEP> ACCATGAATAGCAGTGATCC <SEP> 1059 <SEP> 1374 <SEP> 316 <SEP> Sets
 <tb> 150341 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2463 <SEP> 15034.1 <SEP> F <SEP> TGAACATCCATATCAACCAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8502 <SEP> 15034 <SEP> 1 <SEP> R <SEP> CATTGAATTTAATTTTGATTGTTC <SEP> ND <SEP> ND <SEP> 184 <SEP> SetC
 <tb> 14911 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2464 <SEP> 14911 <SEP> 2.F <SEP> TGATTTAACAAAATCTACCGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 8503 <SEP> 14911 <SEP> 2.R <SEP> GGAGAAAAATTCCCATTACC <SEP> 1416 <SEP> 1769 <SEP> 354 <SEP> Sets
 <tb> 9101 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2465 <SEP> 9101 <SEP> 2 <SEP> F <SEP> CTTGCTTCTGAACTTTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8504 <SEP> 9101 <SEP> 2 <SEP> AGCAAGGGCAAGTAATCC <SEP> 262 <SEP> 579 <SEP> 318 <SEP> Sets
 <Tb>
 
 EMI117.49
 91002 SEQ 10 No 2466 91002.F AATGCCAATTCCAAAGAATA SEQ ID No 8505 9100 2 AGCTTGTTCTTCTTCCGTTA 1078 1413 336 s.te 9099.2 SEQ ID No 2467 9099 2 F GTAGTAGCACCACCACAACC SEQ ID No 8506 9099 2.R CAATATAGCTGAGG 908 983 F AAGCCAACACACATTATTCC SEQ 10 No 8507 9098 lR TTATGACCTGTTTCTTTGGC 26 335 310 SetB 9097 SEQ 10 No 2469 90972.F TTAATTATCTTGCCAATGCC SEQ ID No 8508 9097.2 R GATATGCCAA7CGAGTAACC 521 916 396 Sets 9096 1TQ9G9TQ9T9G

  TAATTTGAGGATCATCTGGG 1984 2383 400 Sets
 EMI117.50
 
 <Tb>
 <tb> 90951 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2471 <SEP> 9095 <SEP> 1 <SEP> F <SEP> AAGAAATTGTTGATCGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8510 <SEP> 9095.1 <SEP> R <SEP> GAATTTCCAGCCTTAAACG <SEP> 1058 <SEP> 1396 <SEP> 339 <SEP> SetC
 <Tb>
 
 EMI117.51
 121052 SEQ ID No 2472 12105.2 F TGATATTCACCAATGTGTCG SEQ ID No 8511 12105 2 R CTATCCACGAGTCAACATCC 839 1138 300 SetS 12102.2 SEQ ID No 2473 12102 2 F AGATAGACGTGATCAGGAGG SEQ 10 No 8512 12102 2 R TTGACA ID No 8513 12101.1 R AATCCAAGAATTACCGATCC 241 638 398 s.te 19952 SEQ 10 No 2475 19952 1 ATCCCAGAAGGTGATAATCC SEQ ID No 8514 19952 1 R TTCAGCGGCAGTAGATTC 61 459 399 Sets l q952 SEQIDNo2476 199521 CC4T, ID: 85. Sif.? I: "'ATGACACCAG (A.I \ TAC ND ::

  D 33, Sets

  <Desc / Clms Page number 118>

 
 EMI118.1
 123592 SEQ No 2477 12359 2 F AGACAAGCTAAAGTGTTGCC SEQID No 8516 12359.2 R TCTAACCCTTCAACTCTTGC 2068 2462 395 SetA 12357 SEQ No 2478 12357 2 F GA7GCTGATGTTCAAATGG SEQ No 8517 12357 2 R TACTTGA5ATT 12AG7 12357 2 R TACTTACA35 12355 2 R AATCTTCCTCGGAAATAACC 883 1240 358 SetS 199531 SEQ ID No 2480 19953 1 F AACTTAAACGAAGATGCTGC SEQ No 8519 19953 1 R CTAACTCATGGTCGTCTTCG 55 358 304 SetB 121292 SEQ ID No 2481 12129 F AACATATTCCATAACCCCTTCTC12 12Q No 2482 12127 2 F TCTGACAAGAAATTGTGTGC SEQ Na 8521 12127 2 R TAAAACACCCCAAGTAATCC 538 861 324 SetB 121252 SEQ No 2483 12125 2.F GAATTGTTGAGAGACTTGGG SEQ ID No 8522 12125 2 TAAACCATGGAGCAATAQ ID2 1212 1280 1280 1180

  TTCTTATCAAGATTGGACGG SEQ Na 8523 12122 2 R TCTTCAATGTCTTCCTTTGG 284 650 367 SetA 12120 1 SEQ No. 2 485 12120 1 TCAAGTCCACTAGAAGAGCC SEQ ID NO 8524 121 201 R ATCAACACCTTCTTCTGGG 680 1059 380 SetA 121171 SEQ No 2486 121171 F GTCTCATGTCCAAATCAAGC SEQ No. 8525 12117 1 R GAGTCATAGATGGTTTTGCC 130 460 331 SetB 121142 SEQID No 2487 12114 2 AAAGTCATGACCAACACTCC SEQID No 8526 12114 2 R ACCAGGAGTACACACTTTGC 364 714 351 SetA 137691 SEQ 10 No 2488 13769 1 GTCGGTTACTTTATTGCTGG SEQ ID No 8527 13769 1 R CCTTCTTTTTCCATCATAQAQB137 2 R CAATAGTTTTTATCCCGTGG 1080 1384 305 Sets 137642 SEQ Na 2490 13764 2 F TTTGACAGTGTCGATGTACC SEQ No 8529 13764 2 R CTGACTTTACAGTTACCGCC 463 794 332 SetB 197601 SEQ ID No 2491 19760 1 AGACAATACAACAAGCTGAT 19760 1 IDAGCCAGTAGAC SEQ No 1 2492

  7439 2 AATCAAAACATCCAAAGGG SEQ tD No 8531 7439 2 R CTGCCATAGTAATGAGACGC 3446 3784 339 SetA 74322 SEQ ID No 2493 7432 2 F CAATAGAATGTGAAGCTGTCC SEQ ID No 8532 7432 2 R CATCGAATCTTACTCTfGGG 791 10TA3023030303030230303023030 GACCCTGATGAGATAACTGG 2138 2537 400 SetB 7427 SEQ No 2495 7427 2 AGGTCAAATTCCTTACACTCC SEQ No 8534 7427 2 R TTCTATTTCCAAAGGAACCC 48 324 277 SetB 7424 SEQ ID No 2496 7424 1 CCAGGTGGTAAATTAGTTGC SEQ ID No 8535 74AG 1 4TB 942 74TT 1TB 942 2TB 942 74TT 1 F ATATGGCTATCAAGAATCCG SEQ ID No.

   8536 9450 2 R CAATTTACCAAAATCAACCC 515 852 338 SetB 9448 SEQ ID No 2498 9448 2 F ACCTTGTTGTTCTCTTTTGC SEQ No 8537 9448 2 R CTTTTTCAACGTCTTCATCC 475 832 358 SetB 94452 SEQ No 2499 9445 2 TGGTTCATACTACGTACA SEQ No 2500 94401 F ATTAATCCCATTAACAGCCC SEQ tD No 8539 9440 1 R TTTCGTGAAATATTCCTTGC 168 528 361 SetB 9438 SEQ No 2501 9438 2 F TCGAAAGACGAAAAACTAGC SEQ ID No 8540 9438 2 R ATCAGCAAATTTACTCCAGG 583 951 369 ACTB 95 8541 9435 1 R ACCACTAGACATTTTCCACC 213 602 390 SetA 151002 SEQ ID No 2503 15100 2 F TATTGAGAAGCTGGAGATGG SEQ ID No 8542 15100 2.R AAAGTTCACGGTTCCTTAGC 3 187 185 SetB 150982 SEQ No 2504 15098 2 AACAACGATACATGAGTGGA43 SetB 137022 SEQ No 2505 137022 2 TAAAATGAATGAAATGAATGC SEQ No 8544 13702

  2 R CTTTTTGCATCAACAATCC 11 358 348 SetB 12918 SEQ ID No 2506 129181 F GTTGGATCGAAAGAAAGAGG SEQ No 8545 12918 1 TCCTATATCATGTGGTGACG 519 864 346 SetC 184481 SEQ No 2507 18448 1.F GACATTTGTAGAG IDG48 CCGATAGTAGTAGTAGTAGTAGTAGAGCCAATCCAATGTGQAQGQAATCCAATGTQAQAQGQAQGQAQGQAQGQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQQA 2508 18447 1 F TGGGAAGATTTAAGTGGAGA SEQ ID No 8547 18447 1 R GATCTCTGAAATGAGGTTGG 1063 1414 352 SetC 128272 SEQ No 2509 12827 2 F GAACAATCTGAAGAAGACGC SEQ ID No 8548 12827 2 R TTTTAGCAGGTTTTQGAT24AG242424242412 CTGAAGCATCTTCCATATCC 63 451 389 S.ta 128 231 SEQ ID No 2511 128231 F GTATGTCCCTATTTGGATCG SEQ No 8550 12823 1 CTTATCAAACACTTCACCCG 1297 1629 333 SetS 19546 SEQ No 2512 19546 1 F GATTATCATTGTTTTTCGGAA9 RG13 13A85 .F CGAGTGAAAGATTTAATGCC SEQ No 8552 13148 2

  GGTCAAATAATCTTGAACGG 1417 1716 300 sets 131422 SEQ No. 2514 13142 2 AAATCAACGATATGGCAGTT SEQ No. 8553 13142 2 R T1TCTTC1GGAACCTCTTTTT 701 1039 339 SetB 111762 SEQ ID NO 2515 11176 2 F ATTTAATGTTGCTTGGTTGG SEQ No. 8554 11176 2 R CTGGTTCTTCTTCAACTTGG 1086 1474 389 SetB 111 772 SEQID No 2516 11177 2 AAGGAAGCTATGAATACTTGG SEQID No 8555 11177 2 GTCATTGAATCATCAGGACC 3493 3797 305 SetS 111812 SEQ 10 N.

   2517 111812 2 AACAAGATTTCAACACATGC SEQ No 8556 11181 2 R GATATTTCACTGGCATCTCG 1473 1871 399 SetS 5473 1 SET NaG18G73G TAGATGTAGAGAACACCG 296 600 305 SetB 541 388 SetS 5469 SEQ ID No 2520 5469 1 CTATCTGCCACTCTACGAGG SEQ No 8559 5469 1 GTGGCAGTAGTTTCAAGTCC 213 574 362 S.ta 5468 SEQ No 2521 54681F F ATTTCCAATATCACTGCTGG SEQ No 8560 5468 1 CTCAAAAATCTTTTCCAT22 547 5466 1 R AATAAGCAACGAGACTACCG 99 399 301 Set8 5464 1 SEQ 10 No 2523 5464 1 TGAATGTATCAAGGTGTTGC SEQ tD No 8562 5464 1 R AAATCCTTTAATTCCTTGGC 57 356 300 SetA 5462 SEQ No 2524 5462 1 GCACTACAAAGGTAAATGT SEG NoCT 53CT 54CT 1CT 54CT 1CT 54CT 1CT 548 ID No 2525 5457 1

  GAATTTAAACCAGTTTCCCG SEQ IP No 8564 5457 1 R TTGCTCTTTCAACAACTCG 501 885 385 SetA 5456 SEQ ID No 2526 54561 F CAAGGACTTTAAGCCTATCG SEQ ID No 8565 5456 1 CATCAAACTTTAACCCTTCG 771 1144 374 SetS 5453 SEQ ID 53 SetA 5450 SEQ No 2528 54501 F AATTTCTATTGCGTTGTTGG SEQ 10 No,

   8567 5450 1 R TTCCTTAACTGGCTTGTAGC 1290 1632 343 SetB 5446 SEQ ID No 2529 54461 F TTATCAACCAGGAATTGACC SEQ ID No 8568 5446 lR GTTCCAATGTAGCAGTAGCC 434 773 340 SetB 5444 2 SEQ ID No 2530 5444 2 F CAAACTTGTGTT Set8 54432 SEQ No 2531 54432 F AAACAAGATTACATAACTCACTCG SEQ No 8570 5443 2 R TAAAACACTTCTTGGCTTCC 17 349 333 SetC 35401 SEQ ID No 2532 35401 F TACGAAACCGAACACATACA SEQ No 8571 3540 1 CCCACAACAATAGATAAT39 3517 2517 2 R TTTTGAATTCTATTTCCACG 765 1067 303 SetS 197621 SEQ No 2534 19762 1 ATCTCACGGTTACATATGGG SEQ No 8573 19762 1 AAACCAAGCTGCTAATATGC 1025 1347 323 s.to 94902 SEQ No 2535 9490.2 F AGTTTGTCTGGCTTAATTT 94 94.2 94961 F TGATATAAAAATCCGCTTACG SEQ ID No 8575

  9496 1 R GTCCTCGTCTTCGTCACC ND ND 301 SetC 94992 SEQ ID No 2537 94992 F ACAGTTTACAAAAATTCCGC SEQ No 8576 9499 2 R CGATCTTTATCTTCATTGCC 2795 3146 352 Sete 11531 2 SEQ No 2538 11531 2 TCATTTACATCAGCACAACC SEQA31 ACTACAQ13 ID No 2539 196311 1 GAGGCATCACAAAGATTCC SEQ No 8578 19631 1 R CAAGTGTTTGTTGAAATTGG 687 1011 325 SetB 177342 SEQ No 2540 17734 2 F GCTAACATTAAATTCATTTCCC SEQ 10 No 8579 17734 2 R CAGATTTACAATTGGGCG 6 178 1732 IDBCT1941 GTGATTTGGTTAGAAGCACC 244 614 371 sets 109182 SEQ Na 2 542 10 918 2 F TGTTAAAACCTGAAGAATTGG SEQ No. 8581 10918 2 R ACTTGTAAATTAATCGTTCGG 2987 3314 328 SetB 109162 SEQ ID NO 2543 10916 2F TGAAGAATTAACTATTGGATCAG SEQ No. 8582 10916 2 R AGCAGCAATAATAAATGATAAAAC NA NA 250 G & Cs 109132 SEQ No. 2544 109132F CCGTTGCTGATATAGTAGGG SEQ ID No 8583

  10913 2.R CACTTTTACCTCCACTTTCG 1529 1891 363 Sets 18440.1 SEQ Na 2545 184401 F TTTATATCAGGATCATGGGG SEQ ID No 8584 184401 R TCCACAGAAACATTAAACCC 898 1250 353 SetB 109102 SEQ No 2546 109102F GTTGCTAATATATACACCTCTACTACTACT 85CT TTCTCAACCTAAAACATGGG SEQ ID No 8586 14389 2.R ATTTGGAGTTTCAACAATGG 222 618 397 SetB 14388 SEQ ID No 2548 14388 2 AAATTGAAACCAAACACAGG SEQ ID No 8587 14388 2 R TCCATTGTTTTTCAATAGCC 2585AQTAG No 2563 2792 389 SetB 130602 SEQ No 2550 13060 2 GGAGTTCCAATTGTTTTACG SEQ No 8589 13060 2 R TTTTAGCTGGATCTTCAACG 1000 1381 382 SetB 29462 SEQ ID No 2551 2946 2 F AAATCAGGTAGACATTCAGCA SEQ No 8590 2946 2.R TACTTTGAG 2T44A44A SEQ No 8591

  2944 2 R TGATGTAAATTAACCAGGGC 857 1172 316 SetA 19954 SEQ No 2553 19954 LF GTTAATATGCCTTCGTCACC SEQ No 8592 19954 lR ACTGATTGATTTTCCTTCTCC 2080 2432 353 SetA 2936 SEQ No 2554 29361 F TTATTTGCCTTAATTGCTACC12 SAG SEQ No 8594 2932.1.R TTATAGGATGCTTCGATTCC 348 647 300 SetB 29301 SEQ No 2556 29301 F ATGACCTTTTAATGTTTCCC SEQ ID No 8595 2930 1.R GTGATAACATCCGATGCC 35 271 237 SetB 29292 SEQ No 2557 2929 2 F ACATTAAGAGAGTGTGTCCAQT 299 2F SetA 2927 SEQ No.2558 2927 2 F AGCAACAAAAGCTTCAAAAG SEQ No 8597 2927 2.R AARTCATCCACTTGATCCTG 336 728 393 SetB 29262 SEQ Na 2559 2926 2 F GGCCATAATAGATTTTCACG SEQ ID No 8598 2926 2 ATCACCCCTGATATTAACAQ2QA7 8599 2918.2.R AACCAATAATTTGAGCA4CC 644

  1024 381 SetC 2914 SEQ Na 2561 2914 1 F TATTGCTATCAAACCAGACG SEQ ID No. 8600 2914 1 ATATCAATGGCAAAATCACC 21 332 312 SetA 138992 SEQ ID No 2562 13899 2 F TATAATTCAGTTGGGGATGG SEQ No 8601 13899 2 R TCCAAATCAC88 77 RA TCCAAATBAC88 # 27 TCCAACAAGTTCATGTATCG SEQ Na 8602 13088 1 TATACCAATTGTCCCAAACC 149 468 320 SetS 90622 SEQ No 2564 9062.2.F GAATATGAACAAGAATCCCC SEQ ID No.

   8603 9062.2.R TTAAATCAGGGTTCTCAAGC 2122 2458 337 SetB 90572 SEQ Na 2565 90572.F TGAATATTCCTCAGGCTCC SEQ Na.8604 9057 2 CTTCAACCATTCTGTAACCG 1460 1842 383 SetB 13604 SEQ ID No 2566 13604 2 F CTATTGAAG ID No 2567 13605 2 F AAAACACATATTGACTGGGC SEQ No.8606 13605.2.R TTATTTGCTTCATCTCTCCG 1966 2309 344 SetB 150252 SEQ ID No 2568 15025 2 AAACAACGTGCTATTTTTGG SEQ No 8607 15025 2 R TCCTTCATTAAQTBQQ72T 84.28. . 8608 8472.2.R CCAAATGATTT7TGTrACG 411 750 340 SetS 8474 SEQ No 2570 8474 2 ATGGGATTACATCATTTTCC SEQ Na 8609 8474 2 TTGGAATAACTCCTTGAACC 4237 4537 301 SetB 8477 SEQ ID No.

   2571 8477 1 F ATAATCAATTTAAGGCACCG SEQ ID No 8610 8477.1 R CTTTTCTTACAGCTTCTGCC 1877 2224 348 SetB 199551 SEQ ID No 2572 19955 1 F ACGTTCAATCTATTGCTTCC SEQ ID No 8611 19955.1 R CAAATGATTTAGGTGCTTCC 210A 842 8486 342 846 842 346 .R AGTTACCACTGGCATATTCG 3135 3435 301 SetB 81051 SEQ ID No. 2574 81051 F ATTGTTTTCGATTTGACTGG SEQ No 8613 8105 1.R ATCTAGCAAATTCAGCATCC 1309 1657 349 SetB 8102.2 SEQ ID No.

   8102.2 2575 F GTACGTGGATTCACCAAAAT SEQ ID NO 8614 8102.2 1342 1731 390 R AAGATTAGACCAAGACCCAAC SetB SEQ No. 2576 8101.2 8101 2 F GCAGTAAATTCAGAAGCTGG SEQ No.8615 R TACAGTGGTTCATTGATTGC 8101.2 685 989 305 14 258 2 SetA SEQ 10 No 2577 14258.2 F AACAAAATTCCTTCATTTGC SEQ ID No 2 14258 8616 TTGTTTTAACAAATGGTCCC 817 1149 333 SetB 171392 SEQID No 2578 17139 2 ATTTACAAGATGTTGCTGGG SEQID No 8617 17139 2 TTTGAGCAACTTTATCACCC 512 820 309 SetS 13373 2 SEQ 10 No 2579 13373.2 F AA4TCTGGAT7CTCGTATGC SEQ No228TC 272363 AQ2BTC 2722A F ACAAAACCTTTCAAATGCTG SEQ No 8619 13370.2.R GTCCAACACGCACTCTTACT 1 289 303 SetB 13364 2 SEQ ID No.

   2581 13364 2 F AGAATTATCATGTCTGCTTGG SEQ ID No 8620 13364 2.R ATTTGGGAAATTGTT1AGGG 469 829 361 SetA 169952 SEQ ID No 2582 16995 2 F TTCTTGATGAAAAGAATGGG SEQ No 8621 16995 2.R CCAAGCAA96A 16A62 16996 2.R ATTGATTTCATCAGCTACCC 1532 1839 308 SetA 175532 SEQ ID No 2584 17553 2.F CATTAGACGTTCAATCAGGG SEQ ID No 8623 17553.2.R TACTACCTTCTTCGTCCAGC, 719 1096 37881AGGCTGCTCCTCC 17CT4GCCAQAQAQAQAQA 2008 328 SetB 5859 SEQID No 2586 5859 2 GAAAGATTGAAAAGTGGTGC SEQ 10 No.

   8625 5859 2.R CTTCTTCGTCTGATGATTCC 508 820 313 SetB 58562 SEQ ID No 2587 5856 2 GGTTCACAGCATTAAGATCC SEQ No 8626 5856 2 R CCTTTTCCTTTTTGATTTAGG 881 1254 374 SetB 5855 SEQ ID No 2588 5855 2.F GATGAATCT ACTATGCT 57G55 326 SetC 58491 SEQ io Na 2589 58491 F TGGTATCACTGCAAAATACG SEQ Na 8628 58491 R TACGTTCCTAGTATGGTGGC 1278 1577 300 SetA 58461 SEQ ID No 2590 5846 1 F AGGTCAAGACCACGATACC SEQ ID No 8629 5846 1.R TTATCCTGTFTAGT SEQ ID No 8630 5839.2 R GCAAGTTCTTCTTTCTGTGG 124 424 301 SetB 58381 SEQ ID No 2592 5838 LF GATTATTACGAAGCAAAGGC SEQ No 8631 5838 1 CTGATTGTTATATACCGCTGG 106 405 300 SetB 5835 SEQ ID No.

   2593 5835 2 F AAACAAACCAGTCTTCATCG SEQ ID No 8632 5835 2 R CAGTTACCCCAAGAAGATCC 31 285 255 SetB 58342 SEQ ID No 2594 5834 2 AATTCACCAAATTCATGTCG SEQ No 8633 5834 2.R TGTTTTCAAAGCATCTTGC 776 1137 362 SetB

  <Desc / Clms Page number 119>

 
 EMI119.1
 
 <Tb>
 <tb> 199561 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2595 <SEP> 199561 <SEP> F <SEP> CCAAAGACGATTCTAAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8634 <SEP> 19956 <SEP> 1 <SEP> TTGGTAATATTGACCTTGTGG <SEP> ND <SEP> ND <SEP> 302 <SEP> SetC
 <tb> 27282 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2596 <SEP> 27282F <SEP> F <SEP> AAAGCTGGAGATGGAGTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8635 <SEP> 2728 <SEP> 2 <SEP> CTCTTCCCAAACTTTTAATCC <SEP> 61 <SEP> 366 <SEP> 306 <SEP> SetA
 <Tb>
 
 EMI119.2
 2730 SEQ ID No 2597 2730 1 F GAATTAAA7TGCAGGTTTGG SEQ 10 No 8636 27301 R AGAGTCAACGTTTTCATTGC 185 498 314 SetA
 EMI119.3
 
 <Tb>
 <tb> 2731 <SEP> 2 <SEP> SEQ <September>

  ID <SEP> No <SEP> 2598 <SEP> 2731 <SEP> 2 <SEP> TTTTAACCAACGTAATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8637 <SEP> 2731 <SEP> 2 <SEP> R <SEP> GTTTATTTCAACAGACGATGC <SEP> 1446 <SEP> 1761 <SEP> 316 <SEP> SetA
 <tb> 27342 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2599 <SEP> 2734 <SEP> 2 <SEP> F <SEP> GCATATGGCTTACAGAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8638 <SEP> 2734 <SEP> 2 <SEP> R <SEP> GTTTACTTCCTTCACCAACG <SEP> 2295 <SEP> 2640 <SEP> 346 <SEP> SetA
 <tb> 27362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2600 <SEP> 2736 <SEP> 2 <SEP> F <SEP> ATACATGAAGGACAGTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8639 <SEP> 2736 <SEP> 2 <SEP> ACGATACCAAGAACTATCGC <SEP> 510 <SEP> 882 <SEP> 373 <SEP> SetD
 <Tb>
 
 EMI119.4
 2741 2 SEQ ID No 2601 2741 2 ATATGCAAACAGTGGAAACC SEQ ID No 8640 2741 2 R CAACAAATTTTGACTGTAGGG 2060 2380 321 SetA
 EMI119.5
 
 <Tb>
 <tb> 27432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2602 <SEP> 2743

   <SEP> 2 <SEP> F <SEP> GAACAAGAAATGTTTACGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8641 <SEP> 2743 <SEP> 2 <SEP> ATTGTTCCAATTCTTTGTCG <SEP> 648 <SEP> 973 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI119.6
 184351 SEQ ID No 2603 18435 I CCATGAGTCCTTAAATATTGG SEQ ID No 8642 18435 1.R TTTACACGAAATGTATCCCG 15 179 165 SetS 2744 SEQ ID No 2604 2744 2 F ACCAATTGGAGTCAATTACG SEQ ID No 8643 2744 2.R CAGAGGTTTCAAGAAGATG 255 S
 EMI119.7
 
 <Tb>
 <tb> 27462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2605 <SEP> 2746 <SEP> 2 <SEP> ATTTTGGATTCGTTTACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8644 <SEP> 2746 <SEP> 2 <SEP> R <SEP> TTATTACCCTTTTTCGATGC <SEP> 2677 <SEP> 3047 <SEP> 371 <SEP> SetA
 <tb> 2747 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2606 <SEP> 2747 <SEP> 1 <SEP> F <SEP> GGCTTCCTCTTCTTCTTCTC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8645 <SEP> 2747 <SEP> 1 <SEP> R <SEP> GAGTCTTGCCATAACTCCAG <SEP> 62 <SEP> 242

   <SEP> 181 <SEP> SetC
 <tb> 27492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2607 <SEP> 2749 <SEP> 2 <SEP> F <SEP> ATCAAGAGATTGTGGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8646 <SEP> 2749 <SEP> 2 <SEP> R <SEP> TTCAACAATGGGTAGAGTCC <SEP> 982 <SEP> 1316 <SEP> 335 <SEP> SetA
 <Tb>
 
 EMI119.8
 102502 SEQ ID No.

   2608 10250 2 F AGCATAGATGGAACTACCAAA SEQ ID No 8647 10250 2 TTTCTTCACTATTTGTATGAGCA 43 361 319 SetS 91732 SEQ ID No 2609 9173 2 CCAAAAGTTGAGTGTTCAGG SEQ ID No 8648 9173 2 R TTTGTGACCCAATC1A1717 917 1 R ATATGCCAATTTTGTCAACC 452 804 353 SetB 91702 SEQ ID No 2611 9170 2 CATAGTTTTTCACCCATTCC SEQ ID No 8650 9170 2.R CTTCTTCATTCTGCTTTTGC 751 1072 322 Sets
 EMI119.9
 
 <Tb>
 <tb> 91692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2612 <SEP> 9169 <SEP> 2 <SEP> F <SEP> TGATGAATACCTACCATCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8651 <SEP> 9169 <SEP> 2 <SEP> AGATGGATACTTTTCAACCG <SEP> 36 <SEP> 429 <SEP> 394 <SEP> SetB
 <tb> 9167 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2613 <SEP> 9167 <SEP> 2 <SEP> F <SEP> TTGGTAAAGGTTCTCACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8652 <SEP> 9167 <SEP> 2 <SEP> R <SEP> TTGGTGGAAGAAGTTAATGG <SEP> 1679

   <SEP> 2015 <SEP> 337 <SEP> SetB
 <tb> 14417 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2614 <SEP> 14417 <SEP> 2 <SEP> F <SEP> AACGAGAATATCAATGCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8653 <SEP> 14417 <SEP> 2 <SEP> R <SEP> AAATGGAATTCAACTTCACG <SEP> 1885 <SEP> 2276 <SEP> 392 <SEP> SetB
 <Tb>
 
 EMI119.10
 199581 SEQ 10 No 2615 199581 F AAATGAACCACAAGTTCAGG SEQ 10 No 8654 19958 1 R ATTTGCTTGACTTTTTGTCG 1371 1678 308 StE 173642 SEQ ID No 2616 17364 2 F ATTCTTCGATTTGTGAAACC SEQ ID No 8655 17364 2.R CATAAACTG5GAG2TAG172 ID No 8656 153602.R TGCTAATAAAGATTCTGGGG 246 552 307 Sets 144442 SEQ ID No 2618 14444 2 F TTGCCATTGTCTTAATTTGG SEQ ID No 8657 14444 2 R ACATAAATTGCACAACCTCC 1316 1712 397 Sets 121932 SEQ ID No 2619 12193AA TGGATT 354 SetB 121952 SEQ ID No

  2620 12195 2 AATTTAATGAATGAAACCATAGC SEQ ID No 8659 12195 2.R TCAAGAACATTAGTAGTATTGACTCND ND 344 SetC
 EMI119.11
 
 <Tb>
 <tb> 121962 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2621 <SEP> 12196 <SEP> 2 <SEP> F <SEP> CGTAGTTCAAATGGTTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8660 <SEP> 12196 <SEP> 2 <SEP> TTTTTCACCATTCTTTAATCC <SEP> 1147 <SEP> 1491 <SEP> 345 <SEP> Sets
 <Tb>
 
 EMI119.12
 110062 SEQ ID No 2622 110062 F TCAAATTGTTGTATATGTAATGAGG SEQ ID No 8661 11006 2 TGCAATATTTACATTTCAATCC ND ND 304 SetC 110032 SEQ ID No 2623 110032F ATAAAACGATCATTGGATGC SEQ ID No 8662 11003 2 CGCATAACTGAAATTT
 EMI119.13
 
 <Tb>
 <tb> 11001 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2624 <SEP> 11001 <SEP> 1 <SEP> F <SEP> TGAAAGAAAAAGAAAATCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8663 <SEP> 11001 <SEP> 1 <SEP> CTCTTAGCCAACAATTGAGC <SEP> 177 <SEP> 551 <SEP> 375 <SEP> Sets
 <Tb>
 
 EMI119.14
 

  48282 SEQ ID No 2625 4828 2 F GTTAATAATAGTGATGGCAAGG SEQ ID No 8664 4828 2 R TGGATAATTGACATACGAACC ND ND 375 SetC 7403 SEQ 10 No 2626 7403.2.F CAGGGCTCGTATATATCTGG SEQ ID No 8665 7403 2 SEQ ID No 8666 18427 1 R AATCTCCAGGGAAATCTTCT 4 349 346 SetB 115721 SEQ ID No 2628 11572 1 F GA77TAGGTCATGA7TTGGG SEQ ID No.

   8667 11572 1.R AAAGTCACCATGAATTGACC 715 1025 311 Sets 115782 SEQ ID No 2629 115782.F AGGGGCATCTGAGACTTC SEQ D No 8668 11578 2 R AACACCAGAAGATTGGACAG ND ND 349 SetC 7360 SEQ ID No 2630 73601.F GTTAACGGATCTGCTAATGA 73 GACIACGAGACQQ SetA
 EMI119.15
 
 <Tb>
 <tb> 7354 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2631 <SEP> 7354 <SEP> 1 <SEP> F <SEP> CTAATGAGTTCCCACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8670 <SEP> 73541 <SEP> R <SEP> TTTGTTTGAATATCACTTTTGC <SEP> 131 <SEP> 469 <SEP> 339 <SEP> SetA
 <tb> 73532 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2632 <SEP> 7353 <SEP> 2 <SEP> GCTGGTAAAGATCGTACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8671 <SEP> 7353 <SEP> 2.R <SEP> TATCATCACTGGTGAAACCC <SEP> 1507 <SEP> 1873 <SEP> 367 <SEP> SetA
 <tb> 7351 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2633 <SEP> 7351 <SEP> 2 <SEP> TCTTGATGCAAATTTACTAATTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8672

   <SEP> 7351 <SEP> 2 <SEP> GAGTTGTTACGTTTCCCAAC <SEP> ND <SEP> ND <SEP> 327 <SEP> SetC
 <Tb>
 
 EMI119.16
 73742 SEQ ID No 2634 7374 2 F GGTGGTAATAATGGTGATGC SEQ ID No 8673 7374 2 R ATGGTTGGTTAATGATGACC 1624 1998 375 SetB 73682 SEQ ID No 2635 7368 2 F ATTGGACTATGAATTCTCCG SEQ ID No 8674 7368 2 AAGAACT36A36T36 ID No 8675 7366 2 R TGGAGTCAAACCTAACAAGG 1523 1854 332 Sets 4799 SEQ 10 No 2637 4799 2.F AAAGAAGGTTTACCTCCACC SEQ 10 Na 8676 4799 2 R CAACTAGTTTTTCTGGCACC 1402 1705 304 SetA 4801 SEQ ID No 2638 4801.1 f GATCAT7GGAAT1ATTAGTAAT1 387 SetA 48052 SEQ ID No 2639 4805 2 ACAGGCTGAACTGATAGAGG SEQ ID No 8678 4805 2 R CTTTGACGTTTTGAGGTAGG 4092 4391 300 Sets
 EMI119.17
 
 <Tb>
 <tb> 4809 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 2640 <SEP> 48091 <SEP> F <September>

  AATATAGATGTTGGCAAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8679 <SEP> 4809 <SEP> 1 <SEP> TCTTTTATGCTTCCTATGGC <SEP> 157 <SEP> 494 <SEP> 338 <SEP> SetA
 <Tb>
 
 EMI119.18
 48101 SEQ ID No 2641 48101 F TTAATGGGGAAACATAAACC SEQ 10 No 8680 4810 1 TCATTCTTTTCCAATTCAGC 115 482 368 SetB 103181 SEQ 10 No 2642 103181 F TG7TCTGATGAAGATGTTGC SEQ ID No 8681 10318 1 TACCCAATAATTC7AC 32Q2 10CC 1Q2 8682 10322 1-R TCTTCGGATAACTTCAAACG 736 1035 300 Sets 10323 SEQ ID No 2644 10323 1 F GTTTTGGTTCATTCTATGGG SEQ ID No 8683 10323 1 R CAAGAGTTTCACTATTCCCG 187 486 300 SetB 103252 SEQ ID No 2645 10325 2 F ACAATGTCGCCTCCTCCTCCTCCTCCTGCCG sets
 EMI119.19
 
 <Tb>
 <tb> 103262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2646 <SEP> 10326 <SEP> 2 <SEP> GACTACACCACTTTGCAACC <SEP> SEQ <SEP> ID <SEP> No <September>

  8685 <SEP> 10326 <SEP> 2 <SEP> R <SEP> CTTTGTTGTCTTTAATGCCC <SEP> 508 <SEP> 832 <SEP> 325 <SEP> Sets
 <tb> 103272 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2647 <SEP> 10327 <SEP> 2 <SEP> TCGTTTAAATTACCCAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8686 <SEP> 10327 <SEP> 2 <SEP> TAGCGTCCTGAACACTTACC <SEP> 940 <SEP> 1291 <SEP> 352 <SEP> SetB
 <tb> 103292 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2648 <SEP> 10329 <SEP> 2 <SEP> ACGGGTATACATAAAGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8687 <SEP> 10329 <SEP> 2 <SEP> TTACTGACGTTAGAGGCACC <SEP> 414 <SEP> 725 <SEP> 312 <SEP> Sets
 <Tb>
 
 EMI119.20
 103302 SEQ 10 No 2649 10330 2 F ACAAGTTGGTGATTTTTAAGG SEQ iD No 8688 10330 2 R AAGATCAGACATCAAATCTGC 4 191 188 Sets 19765 SEQ ID No 2650 19765 1 TTTAATGGGTAAAGTGTGCC SEO iD No 8689 19765 1 TCCTTCAAGTACGTACG3TAGGACTAGGACTAGGAC
 EMI119.21
 
 <Tb>
 <tb> 15421 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2651 <SEP> 15421 <SEP> 2

   <SEP> ATTTGTCATTGGTGAAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8690 <SEP> 15421 <SEP> 2 <SEP> R <SEP> CTCTGATACAGTCAACCACG <SEP> 951 <SEP> 1345 <SEP> 395 <SEP> SetB
 <tb> 154232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2652 <SEP> 15423 <SEP> 2 <SEP> TATTATTGGAAAGTCGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8691 <SEP> 15423 <SEP> 2 <SEP> GACTCTTTTTGTTCTGGTCG <SEP> 450 <SEP> 781 <SEP> 332 <SEP> Sets
 <tb> 154252 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2653 <SEP> 15425 <SEP> 2 <SEP> F <SEP> TCTCTCCTGATTCATTTCGT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8692 <SEP> 15425 <SEP> 2 <SEP> R <SEP> CCAAAATGGTTTACACACAA <SEP> 47 <SEP> 223 <SEP> 177 <SEP> SetC
 <Tb>
 
 EMI119.22
 106342 SEQ ID No 2654 10634 2 GGTGTTTATTTGAATCGTGG SEQ 10 No 8693 10634 2 R TAAAGAACTCTGGTGTTGGG 484 802 319 Sets 10633 SEQ ID No 2655 106331 F TCATTGCAAAACTACAGACG SEQ ID No 8694 10633 1 R TAAACCCGATTCTTT 33G

  2656 10632 1.F TTCTCAGAAATCGAAAAAGG SEQ 1D No 8695 10632 1 TATCGGTCTAAGAAACAGGC 72 398 327 SetB 10631 1 SEQ ID No 2657 10631 1 F TTACAGAGTGAAAGCCATCC SEQ ID No 8696 10631 1 R TCTTCGGTGGAGAGTAGG 10630 328 10 No 8697 10630 1 CTTAGCCATTTCATTCTTGG 378 722 345 SetA
 EMI119.23
 
 <Tb>
 <tb> 106261 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2659 <SEP> 106261 <SEP> F <SEP> CAAACAGACAGAAAAGAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8698 <SEP> 10626 <SEP> 1 <SEP> TTGCTCACAACTGAATTGAC <SEP> 188 <SEP> 527 <SEP> 340 <SEP> Sets
 <tb> 10625 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2660 <SEP> 10625 <SEP> 2.F <SEP> ACTGGGATATCTATTGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8699 <SEP> 10625 <SEP> 2 <SEP> R <SEP> TTTTTCTCATTGCATCTTCC <SEP> 2287 <SEP> 2629 <SEP> 343 <SEP> SetB
 <tb> 19766 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2661 <SEP> 19766 <SEP> 1 <September>

  CTTTGATGCTGTTTCTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8700 <SEP> 197661 <SEP> R <SEP> AGCTAGGTTAGCAGTGATCG <SEP> 1427 <SEP> 1773 <SEP> 347 <SEP> SetB
 <Tb>
 
 EMI119.24
 114672 SEQ 10 No 2662 11467 2 F TATCAAACTGGATTTCAACG SEQ ID No 87Ql 11467 R R TCACCACATATCATCGGG 121 447 327 Sets
 EMI119.25
 
 <Tb>
 <tb> 114662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2663 <SEP> 11466 <SEP> 2 <SEP> CACCAATGGAAGCATTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8702 <SEP> 11466 <SEP> 2 <SEP> TTCATTTTCATCTCCAATCC <SEP> 749 <SEP> 1107 <SEP> 359 <SEP> SetA
 <tb> 114652 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2664 <SEP> 114652F <SEP> AAACAAGTGACTCATGGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8703 <SEP> 11465 <SEP> 2 <SEP> CAGAATGATTTAAAGACGGG <SEP> 922 <SEP> 1222 <SEP> 301 <SEP> Sets
 <Tb>
 
 EMI119.26
 114641 1 SEQ ID No.

   2665 11464 1 F CCACCATTTATTTTCTTCCC SEQ ID No 8704 11464 R TTGACGTAACAATGTCATGC 18 198 181 SetS 19558 SEQ ID No 2666 195581 F AAATTTAGAAAATGATGAACCG SEQ ID No 8705 195581 R TGATGMC77TTGTTAATACCC 1530 1842 313 Sets
 EMI119.27
 
 <Tb>
 <tb> 6238.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2667 <SEP> 6238 <SEP> 2 <SEP> TACCTGAGATTGAGCGTGTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8706 <SEP> 6238.2 <SEP> R <SEP> GGTGGATGAACATATCAAGG <SEP> 3 <SEP> 290 <SEP> 288 <SEP> SetC
 <Tb>
 
 EMI119.28
 168061 SEQ ID No 2668 168061 1 GTGCTGGTAGTACGAAAACC SEQ ID No 8707 168061.R TGTTTCTTTTAATGCAAGGG 983 1356 374 set6
 EMI119.29
 
 <Tb>
 <tb> 12432.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2669 <SEP> 12432 <SEP> 2 <SEP> F <SEP> CATTATTTGGTTCCAATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8708 <SEP> 12432,

  2 <SEP> R <SEP> TTCTTCATAAGTGACACCACC <SEP> 1409 <SEP> 1758 <SEP> 350 <SEP> Sets
 <tb> 124352 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2670 <SEP> 12435 <SEP> 2 <SEP> F <SEP> CCCAATAGTCTTACACGCTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8709 <SEP> 12435. <SEP> 2 <SEP> R <SEP> ATGCTCCAATGAGGATACAG- <SEP> 1312 <SEP> 1686 <SEP> 375 <SEP> SetC
 <tb> 18418 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2671 <SEP> 18418 <SEP> 1 <SEP> F <SEP> AAACCGGTACTTATTGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8710 <SEP> 18418 <SEP> 1 <SEP> R <SEP> CATTTTTGGTGCTAAGACG <SEP> 475 <SEP> 844 <SEP> 370 <SEP> Sets
 <Tb>
 
 EMI119.30
 197671 SEQ 10 No 2672 197671 F AATTCGATTAGAGATGAACAAAC SEQ ID No 8711 19767 1 TGAAAATTGTCATTAATGGTTG No ND 328 SetC 164492 SEQ 10 No.

   2673 164492.F ATCCGTTTAGTCACTTTTGC SEQ ID No 8712 164492.R AAGTCCCTGGTAARTCAACC 1513 1867 355 Sets
 EMI119.31
 
 <Tb>
 <tb> 137892 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 2674 <SEP> 13789 <SEP> 2 <SEP> F <SEP> TCAAAATTATCATTCCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8713 <SEP> 13789.2.R <SEP> TGGAATGTTCCTAATGAAGC <SEP> 943 <SEP> 1334 <SEP> 392 <SEP> Sets
 <Tb>
 
 EMI119.32
 13790 1 SEQ 10 No 2675 137901 F TTCTTCTGACTCTTCAACGC SEQ ID No 8714 13790 IR ATTATTTGGTCGTATGGTGG 27 393 367 Sets 150132 2 SEQ ID No. 2676 iso13 2 GCATTCATCAATGTCAAGC SEQ 10 No 8715 15013 2.R TGTGTTAATGATGGGGGGTGATGATGATGATGATGAT12 2 ATTCCTGGTAGTCATGAACG SEQ 10 No 8716 15012.2.R CTATCATATAAATCATCAACAGTAC ND ND 344 SetC 167732 SEQ 10 N .. 2678 16773 2.F GCAAAATGATTCAACATTACC SEQ ID No. 8717 16773 2.R CTACCACCACCAGTACTTCC 387 722Q 336

   2679 16775 2 F ATGACATCrG7CGTTAAGGC SEQ ID No 8718 16775 R R CAAAAGCTTCCTTTTCAGC 13 346 334 Sets
 EMI119.33
 
 <Tb>
 <tb> 184171 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2680 <SEP> 18417 <SEP> 1 <SEP> TTCATGACATTACCATCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8719 <SEP> 18417.1 <SEP> R <SEP> TTCATCACCACCATATTTCC <SEP> 598 <SEP> 924 <SEP> 327 <SEP> Sets
 <Tb>
 
 EMI119.34
 18416 SEQ ID No 2681 18416.1.F GATGGAAAGATAGTGATGAGC SEQ 10 No 8720 18416.1 R ATGAAATTTTCTATCAGGGG 752 1136 385 SetB
 EMI119.35
 
 <Tb>
 <tb> 148842 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2682 <SEP> 14884 <SEP> 2 <SEP> F <SEP> GAAATACCATCGATACTGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8721 <SEP> 14884 <SEP> 2.R <SEP> AAGACAAAGAGCAAAATTGG <SEP> 403 <SEP> 711 <SEP> 309 <SEP> SetA
 <tb> 17011.2 <SEP> SEQ <SEP> FIVE <SEP> 2683 <SEP> 170112.F <SEP> AAGAAAAATTGATGCAAAGG <SEP> SEQ <SEP> 10 <SEP> No.

    <SEP> 8722 <SEP> 170112 <SEP> R <SEP> R <SEP> TGATGAAACTTTACGTTCCG <SEP> 1989 <SEP> 2370 <SEP> 382 <SEP> SetA
 <Tb>
 
 EMI119.36
 158702 2 SEQ 10 No. 2684 15870 2.F CCAAAGCAGCAGTATCTACC SEQ iD No 8723 15870.2.R TGTAGAAGTCAAGTCGACCC 551 888 338 SetB 7980 2 SEQ ID No 2685 7980 2.F AACCACAGAGTTGCTATTGG SEQ ID No 8724 7980 2 R GTTTCACCA77 77 R 2 No 2686 7977.1 F CATGTGTCAACACCATTCTT SEQ ID No 8725 7977 1 R GGTAGGTGATAAGTGGCAAA 61 182 122 SetC 20112.1 SEQ D No 2687 20112.1.F GAAGAAAACAATACCCTTTCC SEQ 10 No 8726 20112 1 R ATTTCTCCTTCCTTGTTTCC 20CC 2374 7974 2374 7990 7974.1.R TTGGGTAGTTCTTTGTACAGC 2258 2619 362 SetB 10122.2 SEQ ID No 2689 10122 2 F GAAAAATGTTTCAGGAATGG SEQ ID No 8728 10122.2.R TGTTCGTAATGTCGTACTGC 2610 3005 396 SetB
 EMI119.37
 
 <Tb>
 <tb> 10123 <SEP> 1 <SEP> SEQ <SEP> ID

   <SEP> No. <SEP> 2690 <SEP> 10123.1 <SEP> F <SEP> AGCAAATTGCCCTAATAGTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8729 <SEP> 10123.1.R <SEP> ATCACTCTGATCTCGTCCAC <SEP> 1 <SEP> 306 <SEP> 332 <SEP> SetB
 <Tb>
 
 EMI119.38
 101241 SEQ 1. No 2691 10124.1.F CACCAATTATTTTGCCTACC SEQ ID No. 8730 10124 1 GGAATATAACCTACCACCGC 986 1322 337 SetA
 EMI119.39
 
 <Tb>
 <tb> 101262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2692 <SEP> 10126.2 <SEP> F <SEP> TTGGATACAGGCTATTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8731 <SEP> 10126.2.R <SEP> AATGCTGCAATTGTACTTCC <SEP> 1063 <SEP> 1382 <SEP> 320 <SEP> SetA
 <Tb>
 
 EMI119.40
 101272 SEQ ID No 2693 10127 2 F GCTTGAATGGGATATTATGG SEQ ID No. 8732 10127.2.R GGTTTCCCATACAAACTGG 1061 1400 340 SetA 19768 SEQ 10 No 2694 19768.1 F GACACAGAGGACGATATTGC SEQ ID No 8733 19768 lR ATCATAGCTCCAA 31CT
 EMI119.41
 
 <Tb>
 <tb> 3798 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2695 <September> 3798 <SEP> 2 <SEP> F <SEP> ACGGTACAGAGAGTTTTTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8734 <September> 3798 <SEP> 2.R <SEP> ATCTTCACATCAAGGAATGG <SEP> 771 <SEP> 1085 <SEP> 315 <SEP> SetA
 <Tb>
 
 EMI119.42
 3805 SEQ ID No. 2696 3805 2.F GACAATACGTTTACGAACGG SEQ 10 No 8735 3805 2.R CACGGCTTCTAATACACCC 286 648 363 SetA 3806.1 SEQ 10 No 2697 3806 lF AGAAGATCCTTTGAGTGAACC SEQ ID No. 8736 3806.1 R TCTCCATTGTCAT81 37TCCTBTQTQTQT7 3808 1 F AGTGTTTCTGTGAAGCAGC SEQ ID No. 8737 3808.LR TACTAGGCAACCCGTATAGC 151 466 316 SetA 3810.1 SEQ 1D No 2699 38101.F TCTGGGTTGTTGAATTTAGG SEQ ID No.

   8738 3810.1.R TAAGCAGAAGATTGTGAACG 283 584 302 SetA 38142 SEQ ID No 2700 38142.F GTATTTGGAGTTC7TTTGCC SEQ ID No 8739 3814 2.R ATTGGCTTCAACTAAATTGC 1389 1698 310 SetA
 EMI119.43
 
 <Tb>
 <tb> 38182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2701 <SEP> 3818 <SEP> 2 <SEP> F <SEP> GGAAAGAAGGATACTGGTCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8740 <SEP> 3818.2.R <SEP> TCTGGGATCAATCTCTTAGC <SEP> 3626 <SEP> 3971 <SEP> 346 <SEP> Sets
 <Tb>
 
 EMI119.44
 3577 SEQ ID No 2702 3577 2.F AAAAGTTCTAGCGGTAATGG SEQ iD No. 8741 3577 2 CCACCCTGGTAATAATTCAG ND ND 308 SetC 35692 SEQ ID No 2703 3569 2 F GTA7TTTTGCTCAGAGTGGG SEQ ION.

   8742 3569 2.R ATGATTTGTTTTCGATCTGG 2618 2957 340 Sets 35671 SEQ ID No 2704 35671 F CATTTATCGGAGAAC1GACC SEQ 1D No 8743 35671.R GTTGACTGAATTCAACAGGC 1580 1879 300 SetB
 EMI119.45
 
 <Tb>
 <tb> 35622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2705 <SEP> 3562.2.F <SEP> AGCAGACACGAAGTTGAAAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8744 <SEP> 3562.2.R <SEP> CAGAGGTTTTGGTTGGTAAA <SEP> 1783 <SEP> 2083 <SEP> 301 <SEP> SetB
 <tb> 3560 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2706 <SEP> 3560 <SEP> 2.F <SEP> CGATATGATTTTATTGCACG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8745 <SEP> 3560 <SEP> 2 <SEP> R <SEP> CACTCAACTCCACTGAATCC <SEP> 390 <SEP> 724 <SEP> 335 <SEP> SetA
 <Tb>
 
 EMI119.46
 35591 SEQ ID No 2707 3559.1.F TAAGAGATTGAAGGAGCAGG SEQ ID No.

   8746 3559 lR GTTAACAAATTATTGCCCCC 144 506 363 Sets 35572 SEQ ID No 2708 3557 2 ATGTTCAAAACAGCAAGACC SEQ 10 No 8747 3557 2.R AAACATTGGTTCTTCTCACG 2167 2536 370 SetA 8408.1 SEQ 10 No. 2709 8408 1 AAATACACCAAAGTGTQT8QT8QT8QT8QT8TGTQTQT8T8
 EMI119.47
 
 <Tb>
 <tb> 8407.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2710 <SEP> 8407 <SEP> 1 <SEP> F <SEP> ATACGTTCATGGAATCATCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8749 <SEP> 8407 <SEP> 1 <SEP> R <SEP> AATCCACAATCAACAAAACC <SEP> 186 <SEP> 548 <SEP> 363 <SEP> Sets
 <tb> 8405.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2711 <SEP> 84051FCAAGGGGTTATACAA <SEP> TTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8750 <SEP> 8405 <SEP> 1 <SEP> CACATCATATAACATCCCCC <SEP> 421 <SEP> 744 <SEP> 324 <SEP> SetA
 <Tb>
 
 EMI119.48
 8404 SEQ ID No 2712 8404.1 F CACAAATGGATTTACAAGCA SEQ 10 No.

   8751 8404 1 R GAATCTTGACTGGTTTGTCC 2138 2450 313 SetC

  <Desc / Clms Page number 120>

 
 EMI120.1
 84022 SEQ ID No 2713 8402 2 CAAGGAGTAGCATTAGGTCG SEQ ID No 8752 8402 2 R AACTTTTAAAAACCCATCAGC 1204 1545 342 SetB 19769 SEQ ID No 2714 19769 1 GACTTTTACAT7TATTTGTTAGATG SEQ ID No 8753 197691 R TTGGCAATGA No 8754 11366 2 R TAGCTCGTTGTTTCATTCG 843 1234 392 Set8 11364 SEQ nu 2716 11364 1 F AACAGGGAGCTAAAGAAACC SEQ ID No 8755 11364 1 R TTCAAATAAGCATTCCMCC 407 794 388 SetA 113631 SEQ ID No 2717 11363 1 F CTAGAG SetB 11711 2 SEQ ID No 2718 117112 2 TGCCTGATATTGATGTATCG SEQ ID No 8757 11711 2 R TCATAACAATCGTAAGCAGG 2441 2741 301 SetA 19961 1 SEQ ID No 2719 19961 1 TTTTTGGATTTGGATATTGC SEQ ID No 8758 19961 1 CTAAGATATTCCT 25

  596 338 Sets 117042 SEQ ID No 2120 117042 2 F GGTTCTATCCAAGCC7TACC SEQ ID No 8759 11704 2 R GATGGTGACTTGTATGGAGC 1999 2393 395 Sets 117022 SEQ ID No 2721 117022 CTATTGATTCCTGGATGTGC SEQ ID No 8760 11702 148441 GATB 2CC ATTGTCAAATTTTGGAGACG SEQ ID No 8761 11965 2 R AGTAGTTTCTTCTACGGGGG 1845 2241 397 Sets 119662 SEQ1O N.

   2723 119662 2 F GCAGAAACTGACTTGACTCC SEQ ID No 8762 11966 2 R ATTCAA7AAGCAAA7CGTCG 241 619 379 SetS 119692 SEQ ID No 2724 11969 2 F TTACCAATTTTGAAAGTGCC SEQ JO No 8763 11969 2 R ATCTGTACCATCACCAATCC 1GTGt2525 684 1854 1854 1854 1854 1854 68401 R CTCAATTCACCAGTGAAACC 2030 2354 325 SetA 5347 SEQ ID No 2726 5347 2 F GATCATTGGTCAGAAAATGG SEQ ID No 8765 5347 2 R TTTCTTACCTTTTTCTTCGG 332 729 398 SetA 5346 1 SEQ ID No 2727 5346 1 F A7GGTGAAG 53 SEQ ID No 2728 5612 2 F TTTGCCTCTAGAAAAGTTGC SEQ ID No 8767 5612 2 R TTGTTCTTCTGAATGTGTGG 1822 2166 345 SetB 5607 1 SEQ ID No 2729 5607 1 F TACTTTAGCATTTTCCGCC SEQ ID No 8768 5607 1 TAGTGTT60TT 1TAGTGTTBTT 5TT7 SEQ ID No 8769 5604 2 R AGGAGTAGATAACGCTGACG 2662 3033 372 SetA

  5601 2 SEQ 10 No 2731 5601 2 F TGTTCAACATCATTGATTCC SEQ ID No 8770 5601 2 ATTCAAGTTAGCTGTCCACC 386 729 344 SetB 55982 SEQ ID No 2732 5598 2 F TTGGTAAAAAGAAGACTGCC SEQ ID No 8771 5598 2 GTTCCATTCTTTCTAGGTAGTAGTAGTAGTGTCCTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAG 2GTCCTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAGTAG2 2 2 2 2 2 2 2 5 SEQ ID No 8772 5596 2 R ACTTCAACAGCTCTCAAACC 113 488 376 S.tA 5594 SEQ ID No 2734 5594 2 F TAATCGAATAAACCGAAACC SEQ ID No 8773 5594 2 R GCTTTAATCTTAGCTGACGC 3 292 290 stB 55922 SEQ ID No 2735 5592 2 F CGATTATGTT 5592 2 R AAATTCTAATTCTCTTGCCG 1342 1711 370 SetA 17152 SEQ ID No 2736 17152 1 TATGATGTCAATTGGATTGG SEQ ID No 8775 17152 1 R ATTTATCGAAAAAGCTTCCC 990 1342 353 SetA 171532 SEQ ID No 2737 17153 2 F GGAAAAAGTTGACTACACTACACTACACTAGACTAGACTAGACTACAQTQAQAQTQAQAQTQAQTQAQAQTQAQAQAQTQAQAQAQTQAQAQAQQAQAQAQAQAQAQAQAQAQAQAQAQQAQQAQQAQQAQQAQQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQA] 2738 14554 2 ACAATCAAATCCTCAAATGG SEQ ID No 8777 14554 2 R TTTCTAGAATCCGTAGGTGC 1975 2282

  308 SetB 178882 SEQ ID No 2739 17888 2 F AGGATTTAAAGCACGTTGG SEQ ID No 8778 17888 2 R ATTATCATCATCACCTTCGG 633 939 307 Sets 12916 SEQ ID No 2740 12916 1 GATTACCCACAACAACAACC SEQ ID No 8779 129161 R GGATTCT 12G TGTTGATAGAGCACAGTTGG SEQ ID No 8780 12906 2 R TGAATCATCATCCTCACTCC 1776 2163 388 SetB 197701 SEQ 10 No 2742 197701 F GAAGTGATTACACTGAGGGC SEQ 10 No 8781 197701 R ATCCACTTCTGTTTGTGTCC 2459 2802 34Q IDB

   2743 17026 2.F TCTGTTTACAAAATCGAGGC SEQ ID No 8782 17026 2 R AAAACTTCCACTTCATGTCC 1241 1634 394 Sets 145932 SEQ 1D N02744 14593 2 F AAACATTTGGAATTTAGTGAGG SEQ ID No 8783 14593 2 R ATAAACACGCAAGGTCTCCNT NDCC # 2752 8784 15385 2 R CTTAAGCAAACCCAAAAGC 438 762 325 G & Cs 15706 SEQ ID NO 2746 15706 1 ATCCCAGATGTTAAAAAGGG SEQ ID NO 8785 15706 RR CTAATTTTTGCTTGACCACC 1012 1352 341 5etB 199621 SEQ ID NO 2747 19962 1 f ATTGCTTTATCTTCAGGTGC SEQ ID NO 8786 19962 1 R CAAAATCTTCAGCTTTGAGC 3226 3547 322 sets 19963 SEQ ID No 2748 19963 1 F ATAGTTCTTTGTCGTGCTGG SEQ 10 No 8787 19963 1 R GTTTAAATGATTCAGCTGCC 709 1012 304 SetB 120931 SEQ ID No 2749 120931 F TGATTGTCAGCATAACTTGG SEQ ID No 8788 12093 1 ACATTTAAAAGCTTCAACTT 12091 1591 1550 1D No 8789 120912 R TCAAGGTCTTTGTTTATCCG

  1632 2000 369 SetB 120882 SEQ ID No 2751 12088 2 F TTACAAGTTGCATTTACCCC SEQ ID No 8790 12088 2 R ATTTTGTAGACATTGGGTAGC 2209 2508 300 SetA 83401 SEQ ID No 2752 83401 F ATGAGAATGACTGGTTGTCC SEQ ID No 8791 831GTTT33 2 F CATAGTTCCTTGCATAAGGC SEQ l0 No 8792 8339 2 R TTTATCTTTTGACTCAGCAGC 2477 2833 357 SetA 83362 SEQ ID No 2754 8336 2 TTAACGAAATTGTTTCAGGG SEQ ID No 8793 8336 2 TCAATTGTATCACTTCAGCC 1218 1594 37QATAA 1298 TGGTGTCTTTGTCATCTTCC 113 457 345 SetC 18405 SEQ ID No 2756 18405 1 F TTCTCCAATTTTCGTTCCTA SEQ ID No 8795 18405 1 R GTTCATTGAAACAAAGACCC 126 459 334 SetB 131562 SEQ ID No 2757 13156 2 F GCCACTGAATTCTAATTCGA15 CC10 No 2758 13158 2 F TGGTACAATTGTCATTATGGG SEQ 10 No 8797 13158

  2 R AGAGTTCACGTATGATTGCC 1552 1899 348 SetA 107822 SEQ ID No 2759 10782 2 AATCATGCCAATATCAAACC SEQ ID No 8798 10782 2 R AACTGGAGTATGACGAGTGG 948 1317 370 SetB 10783 SEQ ID No 2760 10783 2 ACAGCACCAATATCTCTAGCTCTCTCTCTCTCTCTAGTATAGAGTCTAGAGTCTAGAGTCTAGAGTCTAGAGTCTAGAGTCTAGGT2GCT2GCT2GCT2GT7GT2AQGT2AQGT2G7 No 2761 10785 2 F CGTAAGAAACCTAGAGTCGC SEQ ID No 8800 10785 2 R TTTCAAAACATACCGCTACC 439 823 385 Set8 107862 SEQ ID No 2762 10786 2 F AAAGTTTGTCAAGTTGCTCC SEQ 10 No 8801 10786 2 R CCACCTTTCAACAATCTACC 64 408 SEQ IDBQ 277 8802 10787 2 R ATGAACCATACCACTCTTGC 1147 1461 315 SetB 107892 SEQ D No 2764 10789 2 TTCACCAGACGAAGTAGTCC SEQ ID NO 8803 10789 2 TGATCACCCATTTTTCTAGG 750 1133 384 SetB 197711 SEQ 10 No 2765 19771 1 TCATAAACGAATCTCAAGTGG SEQ ID NO 8804 19771 1 TGATTGTAGGAGGAAGTTGC 3599 3947 349 G & Cs 170572 SEQ ID No 2766 17057 2 F

  TTGTTGAGTTGGTTAGGTGG SEQ 10 No 8805 17057 2 R TGATGAAGTTTGATTGTTGG 757 1062 306 Sets 70702 SEQ ID No 2767 7070 2 F AAGAGAATCAGTTGACGACG SEQ \ 0 No 8806 7070 2 AAATCTAA-fGCGTC77GTQ 168 1568 1568 R AAACGGAATCAATCTGTCC 195 495 301 SetB 7062 SEQ ID No 2769 7062 2 F CAACATGAACTTGTTTCGG SEQ ID No 8808 7062 2 R AATACTTCACCACTTCCACC 343 734 392 Sets 70602 SEQ ID No 2770 7060 2.F ACTCTTTGAAGAACACTTTGGTTGGGGQQ 2GNG IDG 27G 70 ID No 2771 7057 2 F TGTTGTCAATGTCAGTGGTC SEQ ID No 8810 7057 2 R TACCTTCAACTGATTGTGGG 1605 1978 374 SetB 70562 SEQ ID No.

   2772 70562F TTGC7CAACATCATTATTGG SEQ ID No 8811 7056 2 7CCAGTTTGAACAAPATTCC 821 1155 335 Sets 70541 SEQ ID Na 2773 70541 F TCATAAAAGTGGTGATGTGC SEQ ID No 8812 7054 1 TCACTCCAACTCTGGATACC 741 1106 36Q SECC NoCT 70CT 83 402 320 SetC 7050 SEQ ID No. 2775 70501 F TCTACCTTGTCTCTTCAAAGC SEQ ID No 8814 70501 R AGAGGAAAAGG7GGTAAAGG 26 304 279 SetB 20117 1 SEQ ID No 2776 20117 1 F ACCCCTTTACAACATAAGGG SEQ ID No 8815 201171 R TCTTGTBTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTBTGCT 27 17234 2 F TTTAGTGTCAGTACCAGGGG SEQ ID No 8816 17234 2 R ATATACACTGTCCCCACACC 144 452 309 Sets 139592 SEQ ID No. 2778 13959 2 AAATTTCTTGGGAGAAAAGG SEQ ID No.

   8817 13959 2 R AGACCTGTATCTGTGTTGGG 1684 2036 353 SetA 116902 SEQ ID No 2779 11690 2.F TCAAAAGGTACTTTCCCAGA SEQ ID No 8818 11690 2 R GTTGTTGTTGTCTCAAGGCT 88 418 331 SetC 116882 SEQ ID No 2780 116AGAC.AC.AC.GAC. 8819 11688 2 R TTTTTGAGATTTTGGTACGG 1969 2289 321 SetS 201181 SEQ ID Na 2781 20118 lF AACCACCGGTATCACTCC SEQ 10 No 8820 20118 1 R CTTCACCTTCTTCTTCATCC 344 SetC 154572 SEQ ID No. 2782 15457 2 CTTAATGGTBTGATAAT21 RCT # 1182 SEQ ID No 2783 17923 2 GCCAGAACAGGATTTACCTT SEQ ID No.

   8822 17923 2 R TATACTCCGTTGAAAAAGCG 31 401 371 SetC 179241 SEQ ID No 2784 17924 1 F TCTTACCATGTGACATAAA7GC SEQ ID No 8823 17924 1 CGAACCTTCTATTGTTATTGG 10 116 107 SetB 107072 SEQ JO No 2785 107072F CAACAAACTACTTAC 10T72 10 CA 72TCC 10G72A CAQTACAQAQTBTQAQAQTQAQAQAQTQAQAQAQTQAQAQAQAQQAQAQAQQAQAQAQAQAQAQAQAQAQAQAAQAQAAQAQAAQAQAAQAAQAAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAAQA] ID No 2786 10705 1 F TCTGGTGGTAATTTGAATCC SEQ ID No 8825 10705 1 R CATGGACCAAAAGATCTAGC 301 677 377 SetB 49992 SEQ [0 No 2787 4999 2 f GGATGATTTTGATATACGGG SEQ ID No 8826 4999 2 R CAATTCCATATACAC69 ATAG 2NAG 27AG 2AQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAJA ID No 8827 17969 2 R TCTTCA7TGTTGTCATCACG 82 383 302 Sets 37742 SEQ ID No 2789 3774 2.F GATATGGCTGCAGATAGAGG SEQ ID No. 8828 3774 2.R CAAGTAATTGGAGTTGAATCG 2077 2408 332 SetS 37761 SEQ ID No 2790 37AAG IDA76 TCAATACCCCTAGCTCAGAA 1017 1393 377 SetB 3777 1 SEQ ID No.

   2791 3777 1 F AAGTGGTTCGTAAAAACACG SEQ ID No. 8830 3777 IR TGATCTATATATGATGGTTCAGG NO ND 298 SetC 3779 SEQ ID No 2792 37791.F GATGTGGTTTCAGATCATCC SEQ ID No 8831 3779 1 TTCTTGTTGATTATGGTCA 3781 1773 . 8832 3781 2.R TTACAACTGGTTAAGACCGC 1320 1619 300 SetA 3784.1 SEQ ID No. 2794 3784 1 F ATCTACAGCAATGACCAAGG SEQ ID No. 8833 3784.1 R TCAACATTGGATCTTTTTCC 1584 1907 324 SetB 37861 SEQ 10 No 2795 3786 1.F TACACCGAGGTAGTGTGATA 2476 2780 305 Set8 3790 1 SEQ 10 No 2796 3790 1 CTTGGTTTTGAATTTGTTGC SEQ ID No 8835 37901 R TCAGTGAATGAGTTGATTGC 2121 2471 351 SetA 7201.2 SEQ ID No 2797 7201 2 F CGATTGAGAA7GTTCCTACC SEQ 10 No. 8836 7201 R CAGTTTAG23T 7204 2 F AAAATTATTGCTGGTTCTGC SEQ ID No.

   8837 7204 2 R TTCAAATGATGTGACATTGG 13 327 315 Sets 72072 SEQ ID No. 2799 7207 2 F TATCAAAGGAATTCAGCCC SEQ ID No 8838 7207 2.R TTCTAACAAAGAAGGGTTGG 1494 1863 370 SetA 13631.1 SEQ ID No 2800 13631.1.F TTG1ACCTACGCTCATCTATTGTAT31. 312 SetA 136301 SEQ ID No. 2801 13630.1 F AAATTCATTACCTCCTCAGC SEQ io No 8840 13630 1 R ACTTCTTAGCATCATCGTCC 33 358 326 SetB 136281 SEQ D No. 2802 13628 1 F ACTTGTCGTTAGTATTGGCG SEQ ID No. 8841 13628.1 R TTGAAAAG9AQAGAQA9AG 2803 13626 2 F AAAGATCCAGTTTTCATTGG SEQ ID No 8842 13626.2 R TCATCCAAGTATGATATGCG 442 790 349 Sets 6686 SEQ D No. 2804 6686 2 F ATCACTGGTAAGAATGCTGC SEQ ID No 8843 6686 2.R TTTTACAAGTTCAGGTTGAG2 685AGAA 68526 ID No 8844 6688 2.R CATTAACAAAAAGTCCTGGC 651 973 323 Sets 6690 SEQ ID No.

   2806 6690 2 F GAATCAATCAAACAATTGGC SEQ ID No. 8845 6690.2.R ATTTTCTTCAGTATCAGCCG 487 807 321 Sets 6691.1 SEQ ID No 2807 6691 1 CTGGAAAATCACATGGTGTA SEQ 1D No. 8846 6691 1 R TGCTTTGGTTATTCCTGTTQ 661 819 669 819 819 8847 6694.2 R TCCATTTTGAGCATATTGAT 467 855 389 SetC 14981 SEQ 10 No. 2809 14981 2.F AAATTTGTGCCATTATTACG SEQ 10 No 8848 14981 2.R CTTGATTTTC4TCAACTTTGG 769 1147 379 SetS 149792 SEQ 10 No 2810 14979 2T GAT49 CCATTAAACTCGACTATGCC 847 1172 326 Sets 156462 SEQ ID No 2811 15646 2 F AGATATTGTTGGAGTTTCCG SEQ ID No. 8850 15646.2 R ATTGCCTAATCCTTTTACCC 1326 1638 313 SetS 17681 2 SEQ ID No. 2812 17681.2.F TGTCCCAATTTTTTGTGTGTTGTGTG Sets 117332 SEQ 10 No.

   2813 11733.2.F AGAAGAAGAAACCAAAGTCG SEQ ID No 8852 11733 2.R GACATTCTCCCAATATGAGC 258 608 351 Sets 117302 SEQ 10 No. 2814 11730 2 F TAATATTCCTAAAGCTCCCG SEQ ID No 8853 11730 2.R GTCTTTGAGGTGTTCTTTGC 858 1202 345 117A2 No. 8854 11729.2.R TGCTGTGATATTTGTTGTGG 720 1097 378 SetS 11725.2 SEQ 10 No 2816 11725 2 ACTGAAGGTGAAGCTACCAA SEQ ID No 8855 11725 2.R CCTTTTCAGTCTTTTCAGCA 163 499 337 SetC 120512 SEQ D No. 2817 12051.2 F AAATA51 TTTAT7TGGATCTTTAACCACC 1143 1512 370 Sets 120492 SEQ ID No 2818 12049.2 F CGTCATAGATTTCTTCGAGC SEQ ID No 8857 12049 2 R ATCAATTGTTGTTGGAAAGC 1129 1499 371 SetB 155232 SEQ 10 No. 2819 15523 2 CATTTGGTCATCAGTTTATT SEQ23 52. 10BTCCAQTQAQQAQQQQAQQAQQQQAQQAQQQQAQQQQAQQAQQAQQAQQAQQAQQAQA .

   2820 15525.1 F CACAAGGTATCCCATTAACC SEQ ID No 8859 15525.1 R ACAGTAATTGCATCACCACC 155 500 346 Sets 155272 SEQ 10 No 2821 15527 2.F GAATTTAGTTGCGAAAAACC SEQ ID No 8860 15527 2.R TGGGAATCTTTGACTTAACC 1713 2025 313 SetB 11422ACAGQ 1024AAT ID No 8861 11424 1.R ATTGAGTTTTTCTGCAATCG 2326 2637 312 Sets 114211 SEQ tD No 2823 11421.1 F ACTGTTGATGTATCATTTTTGG SEQ 1D No. 8862 11421.1.R AATGACACCAACTTTAATTGC 706 1038 333 SetB 114192 SEQ IDAGAGAG191919 1129 1477 349 SetA 112061 SEQ ID No. 2825 11206.1 F TGATGACGAACACAGAAAGA SEQ ID No 8864 11206 1 R GGCATCAATTGCTGAATTA 318 672 355 SetC 112052 SEQ ID No 2826 i1205 2 FAAAGAACCAAAATCATGACC SEQ ID No 88653TT8206

   2827 112031 1 F CACTCGACGATTTAAAAAGG SEQ ID No 8866 11203 IR AAGAAAAAGCGTATGTTTGG 260 637 378 Sets 112011 SEQ ID No. 2828 11201.1 F AAIATCACCCGVAGA4IGC SEQ ID No 8867 11201 1 R CCTCCTCTTCCATIAQ IDAQ129 ID129 2 R CCTTGATAAATGTGAATC1TTGTG 1288 1493 206 SetC 161772 SEQ ID No 2830 16177 2.F TCTT1CCATGGTCTTTACAG7 SEQ ID No 8869 16177 2 R TTTGGAATTGTTTGCAAGT 1 250 257 SetC

  <Desc / Clms Page number 121>

 
 EMI121.1
 16174 SEQ ID No 2831 161742 CTCGTTAAGGCTATTTCT6G SEQ ID No 8870 16174 2 R GCAACGAAAGTGATAAAACC 126 484 359 SetB 16173 SEQ ID No 2832 161732 F AATTGGAATGTTAGTGTCGTC SEQ \ 0 No 8871 16173 No 8872 170391 R TGTACCATTTTGGAACAACC 1 270 347 SetS
 EMI121.2
 
 <Tb>
 <tb> 170372 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 2834 <SEP> 170372 <SEP> F <SEP> ATCCAATTATTACCGACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8873 <SEP> 17037 <SEP> 2 <SEP> R <SEP> CAGATAAATCTTGGTCGAGG <SEP> 40 <SEP> 339 <SEP> 300 <SEP> SetB
 <Tb>
 
 EMI121.3
 170352 SEQ ID No 2835 17035 2 AAAAAGTTGGTGTTCCCTG SEQ ID No 8874 170352 R GGCTTAGAGTTGCTGTCTGA 1553 1868 316 SetC 119052 SEQ ID No 2836 119052 TGAAGATCCAGAAGCTATCC SEQ ID No 8875 11905 2 R AATTTCTGCTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCT 11 11908 2 R CTAAGACACCGGCAATACAT 1315 1711 397 SetC 7827 2 SEQ ID No 2838 7827 2 TGGGAAAGAAACATATCACC SEQ ID No 8877 7827 2 AACATCACTTTTGAATTCCC 943 1293 351 SetA 78302 SEQ ID No 2839 7830 2 F ACATTGATCTCFTRTCGCT 78CT 78CT 2CT Sets 7833 SEQ iD No 2840 7833 2.F GAGGTATTACAACAATCGCC SEQ ID No 8879 7833.2 R GAAGTAGAAACAGTGTGCGG 1282

  1622 341 SetA 7835 SEQ ID No 2841 7835 1 F TAG7ATTCGACCAAGTTCGG SEQ ID No 8880 7835 1 R TGTCATCAAAACAAAC7AAGC 47 261 215 SetB 7838 1 SEQ ID No 2842 7838 1 TTAAAGACATCGATGAAACG SEQ 10 No 8881 7838 R GTAAGTT43 78 1 GCAACAAGAAGAAAAATTGG SEQ ID No 8882 7840 1 AGCTTCAGCAGTCAAATAGC 420 771 352 SetA
 EMI121.4
 
 <Tb>
 <tb> 78412 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2844 <SEP> 7841 <SEP> 2 <SEP> F <SEP> GAATCAAGAATAATCAACCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8883 <SEP> 7841 <SEP> 2 <SEP> R <SEP> CTTGCTGAATAGCAATTTCC <SEP> 1573 <SEP> 1948 <SEP> 376 <SEP> SetB
 <tb> 7842 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2845 <SEP> 78421 <SEP> F <SEP> TAGATCAAGAACATGGTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8884 <SEP> 7842 <SEP> 1 <SEP> R <SEP> TAACTTTGGTTTCTTTTGCC <SEP> 1637 <SEP> 1991 <SEP> 355 <SEP> SetB
 <Tb>
 
 EMI121.5
 115121 SEQ ID No 2846 11512

  1 FCAAATTGTACGATGATGTCG SEQ 10 No 8885 11512 1 AAACAACGTGTTTACCATCC 596 960 365 SetA 115152 SEQ 10 No 2847 11515 2 F AGATTCTTATTAGGGGTCGC SEQ ID NO 8886 11515 2 R GGCTATAGGATAGCATTTCG 1006 1306 301 IDAAG21 SEGA 11521 1419 1816 398 Sets 8326 SEQ io No 2849 83262F F AATAACAATTCGATTTTGCC SEQ ID No 8888 8326 2 R TTGTGAATGAACGTTACAGC 1123 1515 393 SetB
 EMI121.6
 
 <Tb>
 <tb> 8325 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2850 <SEP> 8325 <SEP> 2 <SEP> F <SEP> AACGAGAGTAAGACCAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8889 <SEP> 8325 <SEP> 2 <SEP> R <SEP> TTATTAAAGCCAAAGATCACG <SEP> 4 <SEP> 198 <SEP> 195 <SEP> SetB
 <tb> 8321 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2851 <SEP> 8321 <SEP> 2 <SEP> F <SEP> TGAACCCTATCATCAAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8890 <SEP> 8321 <SEP> 2 <SEP> R <SEP> TCTCTTCAAAAGCAGACTCC

   <SEP> 1440 <SEP> 1837 <SEP> 398 <SEP> SetB
 <Tb>
 
 EMI121.7
 8319 SEQ 10 No 2852 83191 F CTTTACTGTCTCTGCCATCC SEQ ID No 8891 8319 1 ATATCAGCTGGCATTTCTTC 858 1175 318 Sets 83182 SEQ 10 No 2853 83182 F TAAATCATGGAACTTGGTGG SEQ ID No 8892 8318 2 R CGTATTTTCAAAAA 82N No 8893 62891 R ACATCAGGTACAGGTTCAGC 321 632 312 SetA 6291 1 SEQ 10 No 2855 6291 1 F ACACAAACAGTTGAGTTCCC SEQ ID No 8894 6291.1 R TTCTCTTAACGTGRTGGACC 352 670 319 SetB 6293 1 SEQ ID No 2856 6293 1 F CAATTATT 62 1 93 Sets 6294 1 SEQ 10 No 2857 62941 1 F AGAGATGGTGG7GGTTTTTA SEQ ID No 8896 6294 1 R ATGGTTTTTCAACATTCTGG 1 220 311 Sets
 EMI121.8
 
 <Tb>
 <tb> 6295 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2858 <SEP> 6295 <SEP> 1 <SEP> AATACTGGATTACGTGCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8897 <September>

  6295 <SEP> 1 <SEP> TATTCTTTCTTCCTTCTCCG <SEP> 142 <SEP> 460 <SEP> 319 <SEP> SetA
 <Tb>
 
 EMI121.9
 62962 SEQ 10 No 2859 62962 ATTTAGAGCAGGAACATTCG SEQ ID No 8898 6296 2 R TTAGTTTGTTGTTCAGCAGG 318 674 357 S.tA 62982 SEQ 10 No 2860 62982 F TCCATTATTTGTTTCCAAGG SEQ ID No 8899 6298 2 CCATCGTAAT306 SEQ ID No 8900 6301 R TCACCAGTTTCTCCTAA7GG 1047 1367 321 Sets
 EMI121.10
 
 <Tb>
 <tb> 145061 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2862 <SEP> 14506 <SEP> 1 <SEP> F <SEP> TTTTTCGAAAGTACCTCCAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8901 <SEP> 14506 <SEP> 1 <SEP> R <SEP> R <SEP> ACCACACCATCTTTAACCAA <SEP> 1218 <SEP> 1574 <SEP> 357 <SEP> SetB
 <tb> 10874 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2863 <SEP> 10874 <SEP> 1.F <SEP> AGTTGGTCACTACTGCTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8902 <SEP> 108741 <SEP> R <SEP> TCAATGCATTCATAACTTCG

   <SEP> 983 <SEP> 1286 <SEP> 304 <SEP> SetA
 <tb> 10692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2864 <SEP> 10692.2 <SEP> F <SEP> ACTGCTAATGGTGAATCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8903 <SEP> 10692 <SEP> 2 <SEP> R <SEP> TGCCATTAACTTCTTTACCG <SEP> 433 <SEP> 739 <SEP> 307 <SEP> SetA
 <Tb>
 
 EMI121.11
 19671 1 SEQ 10 No 2865 19671 1 GTAGTCAATTGAGGAGATTGC SEQ 10 No 8904 19671 1 R GGTTCAATTAGAACAAATATGG 23 271 249 Sets 10688 SEQ 10 No.

   2866 10688 2 ATTACACGAAAAGGTGTTGG SEQ 1D No 8905 10688 2.R TTTTGACCAATGATTCTTCC 2238 2554 317 SetB
 EMI121.12
 
 <Tb>
 <tb> 10685 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2867 <SEP> 10685 <SEP> 2 <SEP> F <SEP> AAAATTAACCTTCCCAGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8906 <SEP> 10685 <SEP> 2 <SEP> R <SEP> ATACTCCATTGCACTTTTGC <SEP> 543 <SEP> 873 <SEP> 331 <SEP> Sets
 <tb> 15201 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2868 <SEP> 15201 <SEP> 2 <SEP> F <SEP> GCAACTTCCAAATACAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8907 <SEP> 15201 <SEP> 2 <SEP> R <SEP> TTTTCTTCATTCTCTGTGCC <SEP> 636 <SEP> 1007 <SEP> 372 <SEP> SetB
 <tb> 152001 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2869 <SEP> 152001 <SEP> 1 <SEP> F <SEP> GCAAATCAAAGGTATTTCCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8908 <SEP> 152001 <SEP> R <SEP> CAGTTTCGTCAATCTCACCT <SEP> 96 <SEP> 415 <SEP> 320 <SEP> SetC
 <Tb>
 
 EMI121.13
 85982 SEQ ID No 2870 8598 2 F

  TGATGACAGTTTTCACAACG SEQ ID No 8909 8598 2 R TT7GTTTTCCCAAACATAGG 1130 1479 350 Sets
 EMI121.14
 
 <Tb>
 <tb> 85982 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 2871 <SEP> 8598 <SEP> 2 <SEP> F <SEP> TGATGACAGTTTTCACAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8910 <SEP> 8598 <SEP> 2 <SEP> R <SEP> TTTGTTTTCCCAAACATAGG <SEP> 1130 <SEP> 1479 <SEP> 350 <SEP> SetB
 <tb> 85952 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2872 <SEP> 8595 <SEP> 2 <SEP> F <SEP> CTGCCACTTTAGATGTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8911 <SEP> 8595 <SEP> 2 <SEP> R <SEP> GGATATGGAGCAACACTAGC <SEP> 419 <SEP> 734 <SEP> 316 <SEP> SetA
 <tb> 8591 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2873 <SEP> 8591 <SEP> 1 <SEP> TAATTACGACAAACAGCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8912 <SEP> 8591 <SEP> 1 <SEP> TAATGAATCGACAACACTGG <SEP> 897 <SEP> 1236 <SEP> 340 <SEP> SetA
 <tb> 85901 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2874 <SEP> 85901 <SEP> F <September>

  ACCATGTCAAGCACTCTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8913 <SEP> 8590 <SEP> 1 <SEP> AAGTGCTAATACTTTTGCCG <SEP> 97 <SEP> 412 <SEP> 316 <SEP> SetA
 <tb> 8589 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2875 <SEP> 8589 <SEP> 1 <SEP> F <SEP> CAAAGTGATTCAACTACGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8914 <SEP> 8589 <SEP> 1 <SEP> R <SEP> TGAAATGCCAATGACTATCC <SEP> 1270 <SEP> 1597 <SEP> 328 <SEP> SetA
 <Tb>
 
 EMI121.15
 8587 SEQ tU No 2876 8587 2 F AGGAATTAGCCGATAAGAGG SEQ 1D No 8915 8587 2 R ATTTTTGATAACAATCCCCC 2084 2422 339 SetB
 EMI121.16
 
 <Tb>
 <tb> 131782 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2877 <SEP> 13178 <SEP> 2 <SEP> TGTCGACAATTAATCCATCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8916 <SEP> 13178 <SEP> 2 <SEP> R <SEP> TCATCAACTGGTATTTTCCC <SEP> 671 <SEP> 980 <SEP> 310 <SEP> SetC
 <Tb>
 
 EMI121.17
 131762 SEQ ID No 2878 13176 2 F TTGGTGATAATTTAAAGGGG SEQ 10 No 8917 13176 2 R GGTGTCTTGGTAAACAATGC

  524 907 384 Sets 131742 SEQ ID No 2879 131742 TTGCATGATATCAATGATGG SEQ ID No 8918 13174 2 R G7TTCGG77AATTCATCTCG 721 1043 323 s.t8
 EMI121.18
 
 <Tb>
 <tb> 162792 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2880 <SEP> 16279 <SEP> 2 <SEP> F <SEP> ATTGATGTTACTGGTGGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8919 <SEP> 16279 <SEP> 2 <SEP> R <SEP> CCAAGTAGCTTTAAAAATCCC <SEP> 454 <SEP> 798 <SEP> 345 <SEP> SetB
 <tb> 125132 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2881 <SEP> 12513 <SEP> 2 <SEP> CCAATTGACAGTTCTATCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8920 <SEP> 12513 <SEP> 2 <SEP> R <SEP> ATTAGCTTGAGAATTGTGCG <SEP> 2413 <SEP> 2796 <SEP> 384 <SEP> SetB
 <tb> 163462 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 2882 <SEP> 16346 <SEP> 2 <SEP> F <SEP> GTCTTTTCATTTTTGGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8921 <SEP> 16346 <SEP> 2 <SEP> R <SEP> GATCTTGCTCTCAACTTTGG <SEP> 1331 <SEP> 1679 <SEP> 349 <SEP> SetA
 <Tb>
 
 EMI121.19
 

  19772 1 SEQ 1D No 2883 19772 1 ATTGATAAATGTGGGTGTGG SEQ iD No 8922 19772 1 R ACAACACATTTCATTTGAACC 1474 1853 380 SetB
 EMI121.20
 
 <Tb>
 <tb> 144482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2884 <SEP> 14448 <SEP> 2 <SEP> F <SEP> AATTTGAGACTGATGACATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8923 <SEP> 14448 <SEP> 2 <SEP> R <SEP> TGAATGCCTGTTCTATTTCC <SEP> 689 <SEP> 1039 <SEP> 351 <SEP> SetA
 <tb> 144492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2885 <SEP> 14449 <SEP> 2 <SEP> F <SEP> CTGGAATTCTTCAATTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8924 <SEP> 14449 <SEP> 2 <SEP> R <SEP> CACCAATTAAAATTTCACCC <SEP> 1207 <SEP> 1567 <SEP> 361 <SEP> SetB
 <tb> 20121 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2886 <SEP> 20121 <SEP> 1 <SEP> F <SEP> GTTTTGATTTTGGATGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8925 <SEP> 20121 <SEP> 1 <SEP> R <SEP> CTGCCTCTCGATTAATATGC <SEP> 127 <SEP> 484 <SEP> 358 <SEP> SetB
 <tb> 144522 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 2887 <SEP> 14452 <SEP> 2 <SEP> F <SEP> ACTGGTTCACCTTGTTTACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8926 <SEP> 14452 <SEP> 2 <SEP> R <SEP> ATGTCTGCATACAAACAAGC <SEP> 27 <SEP> 193 <SEP> 167 <SEP> SetB
 <Tb>
 
 EMI121.21
 125401 SEQ ID No 2888 125401 1 F ACAGTGTCCAGTAAAATGGC SEQ ID No 8927 12540 1 R ATGACAGATTTCAAAGTGCC 511 827 317 SetA 14677 1 SEQ ID No 2889 14677 1 GCTCCAGGTTTGAGATTAGG SEQ 10 No 8928 14677 1 R AAACATCA8 10CT
 EMI121.22
 
 <Tb>
 <tb> 146762 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2890 <SEP> 14676 <SEP> 2 <SEP> F <SEP> TAAACAAAATTGCCAATGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8929 <SEP> 14676 <SEP> 2 <SEP> R <SEP> GAATTCTTCCAAAGGTTTAGC <SEP> 509 <SEP> 813 <SEP> 305 <SEP> SetB
 <Tb>
 
 EMI121.23
 14675 SEQ 10 No 2891 14675 2 TGGTAGAAGAGGTGAAGCC SEQ 1D No 8930 14675 2 TCAACAGTACCCATTTTACG 1035 1358 324 SetB 132832 SEQ ID No 2892

  13283 2 ACATCTAAAGAAATTGTTGCC SEQ ID NO 8931 13283 2 R GTTGTAATCTTTGAMTGAGC 1174 1513 340 set8 132842 SEQ 10 No 2893 132842 F ATGTTGACCAATTGTTTTGC SEQ tD No. 8932 13284.2 R ATTTATTCA4TGQTCCAACC 541,859,319 Sets 13285 SEQ ID NO 2894 13285 2 CCTGATTATCAATCACTTTTCC SEQ 10 No 8933 13285 2 R CCAATATTGTCACACTTCCC 985 1336 352 SetB 165202 SEQ 1D No 2895 16520 2 ATTTTGAATGG7GMTTTGG SEQ ID No 8934 16520 2 CATTCAATGGTTGTTGACC 1039 1390 352 SetS 183961 SEQ ID No 2896 183961 1 F CCATTTTCATTATCATTA7TGC SEQ ID No ACAQAQAAQAAQAAQAQAQAQAQAQAQAQAQ9A F CCAAGTATTTGTATCGATTTCC SEQ ID No 8936 5109 2 GTAGTTGGAAAATCGTCTGG 26 280 255 SetS 5105 SEQ ID No 2898 5105 1 GACGAGGATGAAGAAAAGC SEQ 10 No 8937 5105 1 ATAAATCTAGCAATTCCCCC 2539 2924 386 SetB 5102 SEQ ID 28T 1843 383 SetB 5100 2

  SEQ 1D No 2900 5100 2 F TTCAGTATTATTCAAAAGTGCC SEQ ID No 8939 5100 2.R TTGGCCAATTTATTGAGG 20 253 234 SetB 50972 SEQ ID No 2901 5097 2 F CATTAAATGTCAAGGACGC SEQ ID No 8940 5097 2.R ACACGATCAATAACTCCAGG 197 5204 F TCTTCCAGAAGATCAAAACC SEQ ID No 8941 5096.2 R ATGACT7GGTTTCAGATTGG 3183 3547 365 S.te
 EMI121.24
 
 <Tb>
 <tb> 50922 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2903 <SEP> 5092 <SEP> 2.F <SEP> CATCATGAAGGTAATGGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8942 <SEP> 5092 <SEP> 2 <SEP> R <SEP> AGATGTTTTACTGGCAATCG <SEP> 3349 <SEP> 3693 <SEP> 345 <SEP> SetA
 <Tb>
 
 EMI121.25
 5088 SEQ ID No 2904 5088 1 GAGAAAATGATGAAAAACGC SEQ 1D No 8943 50881.R AATTTGTCGTTTATCTTGGG 38 378 341 SetB
 EMI121.26
 
 <Tb>
 <tb> 5085 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2905 <SEP> 5085 <SEP> 1 <SEP> F <SEP> GCAACATTTGATCCTAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8944 <SEP> 5085

   <SEP> 1 <SEP> TCATCATAAACCATTTTCCC <SEP> 76 <SEP> 407 <SEP> 332 <SEP> Sets
 <tb> 91181 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2906 <SEP> 9118 <SEP> 1 <SEP> ATTGATTCACTTGCAAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8945 <SEP> 9118.1 <SEP> R <SEP> ACACTGTCACGGCTTAGG <SEP> 120 <SEP> 437 <SEP> 318 <SEP> SetA
 <Tb>
 
 EMI121.27
 91162 SEQ ID Na 2907 7 9 Il 6 2 TCTTTTACCAA4AGTCCACC SEQ ID No. 8946 9116 2 ACTTGACTGAATGCTTCACC 1576 1904 329 SetA 91132 SEQ ID No 2908 9113.2.F ACTGATTCAAAATGCTATTGG SEQ ID No 8947 9113 2 GCTTCTTT1010 2 ATCAAAGAATCATCACCACG SEQ 10 No 8948 9108 2 R GCAAACTCrrrACCACAAGG 1846 2147 302 SetB 88512 SEQ t0 No. 2910 88512.F TGAAAACAATGACACTTTGG SEQ ID No.

   8949 8851 2.R GTCTAGAAACGATTTGTCCG 873 1204 332 SetA 88472 SEQ 10 No 2911 88472.F AACAATTGAAAGAACAAGGC SEQ ID No 8950 8847 2.R GTTGATTGGCTTATCAAAGG 1169 1470 302 SetA 8844.2 SEQ ID No 2912 8844T FGGAAA TAATTTCTTCTGGAACCTCG 258 607 350 Sets
 EMI121.28
 
 <Tb>
 <tb> 8842.2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2913 <SEP> 8842.2.F <SEP> CAATTTCAAAAAGAGAAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8952 <SEP> 8842 <SEP> 2 <SEP> R <SEP> AATGCCTAAAACAGAACAGC <SEP> 444 <SEP> 804 <SEP> 361 <SEP> SetA
 <tb> 8841 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2914 <SEP> 8841 <SEP> 2 <SEP> F <SEP> ATTGCTAACATCGTCTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8953 <SEP> 8841.2.R <SEP> TTTTCTTCAGCCTTCTTGG <SEP> 33 <SEP> 377 <SEP> 345 <SEP> Sets
 <tb> 196731 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 2915 <SEP> 196731 <SEP> F <SEP> GAACTGGAAAGCAGTAAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8954 <SEP> 19673.1 <SEP> R <SEP> TGAAATTTAAAACTTGCAACC <SEP> 2068 <SEP> 2413 <SEP> 346 <SEP> SetA
 <tb> 157412 <SEP> SEQ <SEP> ID <SEP> No <September> 2916 <SEP> 15741 <SEP> 2.F <SEP> ACCTAAGGGGTTACAAAAGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 8955 <SEP> 15741.2.R <SEP> ATGAGTACAATCCGTATGGC <SEP> 2613 <SEP> 2947 <SEP> 335 <SEP> Sets
 <Tb>
 
 EMI121.29
 15293 SEQ ID No.

   2917 15293 1.F ATGGACAATTGAAAATAGCG SEQ 1D No 8956 15293 1.R TGAAGTGCGTTATACATTGG 470 776 307 Sets
 EMI121.30
 
 <Tb>
 <tb> 199671 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2918 <SEP> 19967 <SEP> 1.F <SEP> ATAAGTCCTGACTCGTTCCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8957 <SEP> 19967 <SEP> 1.R <SEP> GACCCATTCTTTTCGTTATG <SEP> 253 <SEP> 641 <SEP> 389 <SEP> Sets
 <tb> 12152.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2919 <SEP> 12152 <SEP> F <SEP> GGTAAAGGTGTTAATGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8958 <SEP> 12152.1.R <SEP> GTTTCTTCTTTTTCCCTTCG <SEP> 205 <SEP> 568 <SEP> 364 <SEP> SetB
 <Tb>
 
 EMI121.31
 12148 SEQ 10 No. 2920 121481.F TATCTGGTGATTCTGAAGGC SEQ ID No.

   8959 12148.1R CAGATTGTTTGCTTTGTAACC 1010 1333 324 SetA
 EMI121.32
 
 <Tb>
 <tb> 121472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2921 <SEP> 12147 <SEP> 2 <SEP> F <SEP> TGGAGTGACAAGAGGTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8960 <SEP> 12147.2 <SEP> R <SEP> TCTTGTACCACGTTACCACC <SEP> 652 <SEP> 1001 <SEP> 350 <SEP> Sets
 <tb> 145692 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 2922 <SEP> 14569 <SEP> 2.F <SEP> AAATTAGTGGTAGAAGCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8961 <SEP> 14569 <SEP> 2 <SEP> R <SEP> TTTTAATCTTGGCAATCTCC <SEP> 25 <SEP> 337 <SEP> 313 <SEP> SetA
 <tb> 145682 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2923 <SEP> 145682 <SEP> TCAAATTGGTATTAGCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8962 <SEP> 14568.2 <SEP> R <SEP> ATTTTCTTTTCTGTTGCTGC <SEP> 647 <SEP> 956 <SEP> 310 <SEP> Sets
 <Tb>
 
 EMI121.33
 201241 SEQ ID No 2924 20124 I AACCCACATATGAGAGATGG SEQ 10 No.

   8963 20124.1.R TCCTTTTTGATAGCATCAGC 1087 1430 344 SotS 140131 SEQ ID No. 2925 14013 2 F CAATACAATAACGCTCCACC SEQ ID No 8964 14013.2.R GAAAAATTGGTTTTCACTGG 520 893 374 SetA 201251 SEQ 10 No. CAT26A 2012TCCQACTACC # 8926 20125 1.F ACTATCT 65 285 266 SotS 11915.2 SEQ 10 No 2927 119152F ATGGTAATTCTACTGGTGGC SEQ ID No 8966 11915 2.R TCATIAGCAATCTGTICTCG 1682 1994 313 So '"100292 SEQ 10 Na 2928 10029.2.F TACATGGTATTGAAGGTGCC SEQ ID No 8967 10029 2.30 No.

   2929 10027 2 F AAGTTGACTTCATTCCAAGC SEQ ID No 8968 10027 2 R GTTTTGCTAGCAGTGTTGC 940 1274 335 SotS
 EMI121.34
 
 <Tb>
 <tb> 10021 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2930 <SEP> 10021 <SEP> 2 <SEP> F <SEP> GTCTTGGAAGAATATCGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8969 <SEP> 10021.2 <SEP> R <SEP> TCCAAATCCTTATAATCCCC <SEP> 1657 <SEP> 2027 <SEP> 371 <SEP> Sets
 <tb> 10018.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2931 <SEP> 10018.2 <SEP> F <SEP> TTGTAACATTGGTCATTTCG <SEP> SEQ <SEP> 10 <SEP> No.

    <SEP> 8970 <SEP> 10018 <SEP> 2 <SEP> R <SEP> ACAAGTGTACACCAACATCG <SEP> 900 <SEP> 1210 <SEP> 311 <SEP> SetA
 <tb> 154942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2932 <SEP> 15494 <SEP> 2 <SEP> F <SEP> CATCATGTCAAGGGATCTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 8971 <SEP> 15494 <SEP> 2 <SEP> R <SEP> CAAGTAAATTCCTCATTGCC <SEP> 718 <SEP> 1073 <SEP> 356 <SEP> SetB
 <tb> 15492.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2933 <SEP> 15492.2.F <SEP> AAAGACATTACGCCCTTACA <SEP> SEQ <SEP> ID <SEP> No <SEP> 8972 <SEP> 15492.

    <SEP> 2 <SEP> R <SEP> GTCGAAAAGCCATACCTAGA <SEP> 84 <SEP> 437 <SEP> 354 <SEP> Sets
 <Tb>
 
 EMI121.35
 17640 SEQ 1D Na 2934 17640 2 GGATACAGAGGACGTGAGAG SEQ ID No 8973 17640 2 R CAAATACCAGACAGGCAAAT 192 505 314 SetB 176422 SEQ Il- 2935 17642.2.F ATTATGTCACGAGTTGGACC SEQ ID No 8974 17642.2.R TGCCTCAAG 11AG SEQ ID No 8975 11508 2.R GAATTGATTTTTCGTCTTCG 344 700 357 SetA 115062 SEQ ID No 2937 11506.2,

  F GGTATCCAAACAATCATTCG SEQ ID No 8976 11506.2.R TGGAGGATAAGCATTTTGTT 250 579 330 SetB 115031 SEQ ID No 2938 11503 1 F GAAGTTGTGGAGATTATGGC SEQ ID No 8977 11503 LR ACAGATGCAACTTTAGGAGC 296 617 322 Set
 EMI121.36
 
 <Tb>
 <tb> 114992 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2939 <SEP> 11499.2.F <SEP> TGTGGAATAAGACATCTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8978 <SEP> 11499 <SEP> 2.R <SEP> TCCATCTCAAATCATAAGCC <SEP> 1070 <SEP> 1441 <SEP> 372 <SEP> Sets
 <Tb>
 
 EMI121.37
 201261 SEQ ID No 2940 20126.1.F TGTTACATCCATCGACACC SEQ ID No.

   20126.1.R TAATCCCAATTGTTTCAACC 8979 1148 1509 362 18393 SetB SEQ ID NO 2941 18393 1 ATTTTGAGATTAGATACTCCCC SEQ 10 No 8980 18393 RR GGTGGATCTTCAGTTAGACG 25154130 SetB 13825.2 SEQ ID Na 2 942 13 825 2F GRTGATTGGTGGACATTAGG SEQ ID NO 8981 13825 1801 2110 310 2.R TTGATTTAGTTAAGACGGGG Sets 199681 SEQ ID No 2943 19968.1 F TGCTGTTAAACAAATCAACG SEQ ID No 8982 199681 1 AATTGACCAACCAGCACTAT 585 900 316 SetC 123242 SEQ ID No 2944 12324 2 f AACATGACTCCTGAAACTGC SEQ 1D No 8983 12324 2 R ICCCAA4TTTTGATT3G AT193193 10 No 8984 12319 2.R TAACGTGAGGATCTGTTTCC 1293 1616 324 SetA 13202.1 SEQ 10 No 2946 132021.F TCGTTTTCAAAATCAGTTCC SEQ ID No 8985 13202.1 R TGCTTTTCTCACTATTTCGG 1228 1575 348 Sets 131981 SEQ ID No 1347 13198 119 348 Sets 131972 SEQ ID No 2948

  13197 2.F AAAAGGAGTTTTTACCAGGG SEQ ID No 8987 13197 2.R 7TGACCAATTTCGATTTACC 308 635 328 SetB

  <Desc / Clms Page number 122>

 
 EMI122.1
 134432 SEQ ID No 2949 134432F GGAGAGTTTGTTTATGGTGC SEQ ID No 8988 13443 2 R TATGTAGAATGAACGAGGGG 64 402 339 SetS 134421 SEQ ID No 2950 13442 1 CAAGGGTTTACATTACTGGG SEQ io No 8989 13442 1 RTT98 GTA
 EMI122.2
 
 <Tb>
 <tb> 13438 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2951 <SEP> 13438 <SEP> 2 <SEP> F <SEP> TCATCGATTACTATGGGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 8990 <SEP> 13438 <SEP> 2 <SEP> R <SEP> TCGAAACCATCTTTAATTGC <SEP> 327 <SEP> 704 <SEP> 378 <SEP> SetB
 <tb> 73062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2952 <SEP> 73062F <SEP> CATTTTTAGGAATTGCAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8991 <SEP> 7306 <SEP> 2 <SEP> R <SEP> GCTTACCCTTTGTCTCAGG <SEP> 1130 <SEP> 1465 <SEP> 336 <SEP> SetA
 <Tb>
 
 EMI122.3
 7303 SEQ ID No 2953

  7303 2 F AAACCATTTTCCTATACCCC SEQ ID No 8992 7303 2 R TATCTTTCCCAATCAACTCC 1015 1336 322 SetB
 EMI122.4
 
 <Tb>
 <tb> 73022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2954 <SEP> 7302 <SEP> 2 <SEP> F <SEP> ATGATCGACTTCAGAGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 8993 <SEP> 7302 <SEP> 2 <SEP> R <SEP> ATTGTTTCTCTGGTGTACCG <SEP> 613 <SEP> 946 <SEP> 334 <SEP> Sets
 <Tb>
 
 EMI122.5
 72992 SEQ 10 N02955 7299 2 GCCAAAACCTTATATGATCG SEQ 10 No 8994 7299 2 TTTTAGCTTGTTCGGTAAGG 655 1051 397 SetB 7298 SEQ 10 No 2956 7298 2 F TAACGAAAGATTCCATCTCG SEQ D No 8995 7298 2 R AAGGAGGATGG 8996 7297 1 TCAGAAGTTACATTGACCCC 66 380 315 SetB 72952 SEQ ID No 2958 7295 2 F AATACGAAGGAGAGCTAACG SEQ ID No 8997 7295 2 TATTTTGACAAGCAGTGTGG 2720 3067 348 SetS
 EMI122.6
 
 <Tb>
 <tb> 72942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2959 <SEP> 7294

   <SEP> 2 <SEP> F <SEP> AAGCTAGAGAGTGCAGAAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 8998 <SEP> 7294 <SEP> 2 <SEP> R <SEP> GATGGCTAAACCTGATTTCC <SEP> 1108 <SEP> 1455 <SEP> 348 <SEP> SetC
 <Tb>
 
 EMI122.7
 14991 SEQ ID No 2960 14991 1 F ATTTTTATCGGCATTTTTGG SEQ ID No 8999 14991 1 R TCGCTGTATACAATGAGACC 24 371 348 SetB
 EMI122.8
 
 <Tb>
 <tb> 149902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2961 <SEP> 14990 <SEP> 2 <SEP> F <SEP> ATAAACTTCCAACTCCCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9000 <SEP> 14990 <SEP> 2 <SEP> TTGCAGAATTTAAATGACCC <SEP> 323 <SEP> 694 <SEP> 372 <SEP> SetB
 <tb> 130422 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2962 <SEP> 13042 <SEP> 2 <SEP> F <SEP> ATTGAAAGTGGAAAAATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9001 <SEP> 13042 <SEP> 2 <SEP> TCTCAACTGGTTTATCCTGC <SEP> 2187 <SEP> 2512 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI122.9
 130432 SEO ID No 2963 13043 2 TACGATACATCCAAATTCCC SEQ ID No 9002 13043

  2 R ATCATTCTCTCAATTGCTCG 310 659 350 SetB 130452 SEQ 1D No 2964 13045 2 TACATTTTGGACAAATTCCC SEQ 10 No 9003 13045 2 TCTCTTGGGAATAAGGAAGC 1390 1715 326 SetA 130462 SEQIDNo 2965 13046 2 AAAATAATGAAAATGGGGGGTQQ 1046 2Q
 EMI122.10
 
 <Tb>
 <tb> 2951 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2966 <SEP> 2951 <SEP> 2 <SEP> F <SEP> AAGACTAGGACTGGTCGAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 9005 <SEP> 2951 <SEP> 2 <SEP> R <SEP> TGAGCATCTCTAAATTGCG <SEP> 2635 <SEP> 2999 <SEP> 365 <SEP> Sets
 <Tb>
 
 EMI122.11
 29532 SEQ I0 No 2967 2953 2 F TAGACATCCAGGAGAATTGG SEQ ID No 9006 2953 2 CCACTTTCAAAAACTTCACC 1143 1481 339 SetB 29542 SEQ ID No 2968 2954 2 F CGAAGAACAAGCTAAGTTGG SEQ ID No 9007 2954 2 R TTCACATATCCATIAQGT 29QCCTCCAQTQAQGTQAQQTQGQAQTQAQQQQQQQQQQQQQQQQQQQQJQQJQQJQJQJJJJJJJQJJJQJJJQJJJQJJJYJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJNJJNJHJLJLJJJJJJJJJJJHJJJHJJJJHJJJHJJJJJJHJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJ] 1D No 9008 2955 2.R TTTTTGATATCTTTCTGCCC 408 747 340 SetB

  
 EMI122.12
 
 <Tb>
 <tb> 29592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2970 <SEP> 2959 <SEP> 2 <SEP> F <SEP> AAGAGCTTCGACAATTATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9009 <SEP> 2959 <SEP> 2 <SEP> R <SEP> CTACCAGCAGAAGTAATGGC <SEP> 567 <SEP> 908 <SEP> 342 <SEP> SetA
 <tb> 29631 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2971 <SEP> 29631 <SEP> F <SEP> AAGAATTGAATCTACCAGGCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9010 <SEP> 2963 <SEP> 1 <SEP> R <SEP> AATGATCGCTAACTTCTTCG <SEP> 2335 <SEP> 2668 <SEP> 334 <SEP> SetA
 <Tb>
 
 EMI122.13
 29652 SEQ ID No 2972 2965 2 F TGGTAAAGTTGTTGTTGTCG SEQ ID No 9011 2965 2 GACCATGAATGACATC77CC 645 962 318 SetA 29681 SEQ ID No 2973 2968 1 TGTGGAGAGATTTTTCATGG SEQ ID No 9012 2968 1 TGCCAATAAGTTTTGT NDGT3
 EMI122.14
 
 <Tb>
 <tb> 2971 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2974 <SEP> 2971 <SEP> 2 <SEP> F <SEP> ATGAAAATGAAACCACAACC <SEP> SEQ <SEP> 10 <SEP> No

   <SEP> 9013 <SEP> 2971 <SEP> 2 <SEP> R <SEP> TCCAGTGTCATCACTATTGC <SEP> 989 <SEP> 1338 <SEP> 350 <SEP> SetB
 <tb> 29732 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2975 <SEP> 2973 <SEP> 2 <SEP> F <SEP> CCATTACTGAAAAGATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9014 <SEP> 2973 <SEP> 2 <SEP> GCAGAAGCAGTCAATCTAGC <SEP> 602 <SEP> 986 <SEP> 385 <SEP> SetA
 <tb> 197751 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2976 <SEP> 19775 <SEP> 1 <SEP> F <SEP> GTTCAACTTCATCAGATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9015 <SEP> 197751 <SEP> R <SEP> TTAATATCGGGAAGAACTGC <SEP> 368 <SEP> 692 <SEP> 325 <SEP> Sets
 <Tb>
 
 EMI122.15
 158132 SEQ JO No 2977 15813 2 F ATATCATCTGACGATCTGGC SEQ ID No 9016 15813 2.R CGATAACCTTGAGAAACTGC 454 794 341 SetA 158 112 2 SEQ 10 No 2978 15811 2.F GACAAATGAAACAGGTCTGG SEQ ID No 9017 15811 2.R CGTTTAGGTTTTCTTTGTTTTGTCTTTTT2GTTTT2NT 2979 6120 2 F ATCCCAATTAAAGATCCACA SEQ ID No 9018 6120

  2 R ATCACCATTGATACCTGGTC 1051 1350 300 61172 Sets SEQ ID NO 2 2980 6117 AATAAAPAGAAACG7CGTGC SEQ ID NO 2 9019 6117 2131 2506 376 TTTCAATCTCACTCAATCCC Sets 61142 SEQ D No. 2 2981 6114 GATTTGGATGAAAAATGTCC SEQ ID NO 2 9020 6114 637 944 308 ACATCAACTGGAATAGCAGC Sets
 EMI122.16
 
 <Tb>
 <tb> 61132 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2982 <SEP> 6113 <SEP> 2 <SEP> F <SEP> AGGTGTATCAATCAGTCATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9021 <SEP> 6113 <SEP> 2 <SEP> TTCTCATGTCAATGGTATCG <SEP> 4401 <SEP> 4720 <SEP> 320 <SEP> SetA
 <tb> 61092 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2983 <SEP> 6109 <SEP> 2 <SEP> F <SEP> ATCATGGTTTATTGGTAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9022 <SEP> 6109 <SEP> 2 <SEP> R <SEP> CTAACGAATCCTCAATAGCG <SEP> 932 <SEP> 1261 <SEP> 330 <SEP> SetB
 <Tb>
 
 EMI122.17
 61082 SEQ ID No 2984 6108 2 F AGAAAAGGAAATGAGGTTGG SEQ 10 No 9023 6108 2 R TATCGTTACCATCCTTGTCC 643 955 313 SetB

  61062 SEQ ID No 2985 6106 2 GGCACTGTATTGGGTATAGG SEQ ID No 9024 6106 2 R GATTTGATAAACCTTCTGACG 28 420 393 SetS 61052 SEQ ID No 2986 6105 2 F GAATCGATCTCATTCAAAGG SEQ 1O No 9025 6105 2.R CTATTACCAT
 EMI122.18
 
 <Tb>
 <tb> 6101 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2987 <SEP> 6101 <SEP> 2 <SEP> F <SEP> GTGTTTGTCACATGAGATCG <SEP> SEQ <SEP> OJ <SEP> No <SEP> 9026 <SEP> 6101 <SEP> 2 <SEP> R <SEP> ATTCTTGATTTTGGTGAACG <SEP> 122 <SEP> 446 <SEP> 325 <SEP> SetB
 <tb> 61002 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2988 <SEP> 6100 <SEP> 2 <SEP> F <SEP> ATTGCTAGTGGTTCTTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9027 <SEP> 6100 <SEP> 2 <SEP> R <SEP> ATCCTTTGTTGATTTGAAGC <SEP> 1063 <SEP> 1384 <SEP> 322 <SEP> SetA
 <Tb>
 
 EMI122.19
 199701 SEQ ID No 2989 199701 1 F AAACCTCTAGGTGAAA.TCCC SEQ ID No 9028 199701 R GTCAAATACCCAACAAGTCC 781 1148 368 SetA
 EMI122.20
 
 <Tb>
 <tb> 15519.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 2990 <SEP> 15519 <SEP> 2 <SEP> F <SEP> AATAGTGCTTGGTCTCATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9029 <SEP> 15519 <SEP> 2 <SEP> R <SEP> CTGATAATCCCAGAAATTGG <SEP> 538 <SEP> 897 <SEP> 360 <SEP> SetA
 <Tb>
 
 EMI122.21
 146342 SEQ ID No 2991 14634 2 ATTGGGGATTTATTTTGGAC SEQ ID No 9030 14634 2 R TTCACTTTTAGAATGAATACCATC ND ND 307 SetC 116382 SEQ ID No 2992 11638 2 F ACCTCATTTGATTGTTTTGG SEQ ID No 9031 11638 2 R ATGAGACAAGTAC 27 27 SEQ 10 No 9032 11627 1 AAMGAAGAAAASAAAGSCG 1 312 341 SetC 116262 SEQ ID No 2994 11626 2 F CAAAGTCAAACCAGATAATGG SEQ ID No 9033 11626 2 R AACTTGTAMCGACCAGACC 300 660 361 SetA 116252 SEQ ID No 2995 11625 2 CTTGGATAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGAG Sets 170862 SEQ ID No 2996 17086 2 F TCAAAACAAACTCAATCTCG SEQ ID No

  9035 17086 2 TCATCATCAGCATTAACACC 945 1310 366 SetB 14902 SEQ 10 No 2997 14902 2 F TACCAAGTCACCAACAATCC SEQ ID No 9036 14902 2 R CCAACAACTTTTTCTTCTGG 1051 1409 359 SetA 14903 SEQ ID No 2998 14903 1 AATGT 90 1 ID No 2999 9826 2 F 7AC7TCCACCAATTGTT7CC SEQ ID No 9038 9826 2 TTGTACTTGCTGCACTATCG 2744 3058 315 SetB 9825 SEQ ID No 3000 9825 2 TTCAGAATTTTCATGAGTGC SEQ ID No 9039 9825 2.R AGAATGTGTCAACCAACTCC 1372 1722 351 1A TTG 18AQA ID No 9040 18385 1 R AAGATCGTTTATTCT7GGACC 44 396 353 SetB 196001 1 SEQ ID No 3002 196001 AAGATCAACGGACGAATATG SEQ ID No 9041 19600 R AAACAATTTTACCCCAAACA 114 451 338 SetS
 EMI122.22
 
 <Tb>
 <tb> 9821 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3003 <SEP> 9821 <SEP> 2 <SEP> F <SEP> TTTCGGAGACATTACAAAGG <SEP> SEQ <SEP> ID <SEP> No <September>

  9042 <SEP> 9821 <SEP> 2 <SEP> R <SEP> GCATTGCCAGTTTATAGTCC <SEP> 417 <SEP> 808 <SEP> 392 <SEP> Sets
 <tb> 98182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3004 <SEP> 9818 <SEP> 2 <SEP> F <SEP> TACTTCGGAACAATTGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9043 <SEP> 9818 <SEP> 2 <SEP> CATGCAGTATTTCTTCTGGG <SEP> 3420 <SEP> 3742 <SEP> 323 <SEP> SetA
 <Tb>
 
 EMI122.23
 11548 SEQ ID No 3005 11548 1 F TTGITGITGACICAAAAT (3r SEQ ID No 9044 11548 1 R CCAGTGATTCTTCTTTCAGG 1423 1805 383 SetS 115492 SEQ ID No 3006 11549 2 F TC7TGTTAGGAGGGAAACAA SEQ ID No 9045 11549 2 TGAATTAAAGCA 1GCTAG 1A 536 2.

   No 3007 11551 2 F GAAATGATACAGCAGGTTCG SEQ ID No 9046 11551 2 R GAATCCAATTCAGTCATATCG 284 641 358 SetA 66002 SEQ ID No 3008 6600 2.F CATACTTGGCCACTTATTCC SEQ t0 No 9047 6600 2 R TCTTTAGAGCTCTTTGACG 363
 EMI122.24
 
 <Tb>
 <tb> 65982 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3009 <SEP> 6598 <SEP> 2 <SEP> F <SEP> AAAGATTAATTTTGCCAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9048 <SEP> 6598 <SEP> 2.R <SEP> TAGAAATTGTCTTGGATGGC <SEP> 660 <SEP> 1031 <SEP> 372 <SEP> SetB
 <Tb>
 
 EMI122.25
 65952 SEQ ID No 3010 6595 2 GTGGGATTTAGGAGAAAACC SEQ ID No 9049 6595 2 TAAAAGCACAGTCCCATACC 501 850 350 SetB 65942 SEQ 10 No 3011 6594 2 F ATCAAATCACTGAAAGACGC SEQ ID No 9050 6594 2 TAAGGCTTTTAAACATTCCG 140F 658TN93 ID No 9051 6593.2 AGAGATTRAGTATGGCTTGG 2172 2516 345 SetB
 EMI122.26
 
 <Tb>
 <tb> 65862 <SEP> SEQ <SEP> ID <SEP> No <September>

  3013 <SEP> 6586 <SEP> 2 <SEP> F <SEP> TTCATTGAAATTTATTGCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9052 <SEP> 6586 <SEP> 2 <SEP> R <SEP> CAGCTTTAAGCAATCTAGCC <SEP> 414 <SEP> 799 <SEP> 386 <SEP> SetA
 <tb> 120862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3014 <SEP> 12086 <SEP> 2 <SEP> F <SEP> AAATATCTCCCAACATATCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9053 <SEP> 12086 <SEP> 2.R <SEP> ATGTAAGGAACAACCCAGG <SEP> 29 <SEP> 334 <SEP> 306 <SEP> SetB
 <Tb>
 
 EMI122.27
 120842 SEQ ID No 3015 120842 F GAATATGTGGAACCAGAACC SEQ 0 No 9054 12084 2 TAAAGTGATTGTAGGGGACG 475 813 339 SetA 120832 SEQ ID No 3016 12083 2.F CTACAT7TATTCATGCCAAGG SEQ 10 NI. 9055 12083 2.R CACTAAGGCAATACTGGTCC 722 1080 359 SetA 118211 SEQ ID No 3017 11821 1 F CTGAAATACCA7TTATGCCC SEQ ION.

   9056 11821 1 R AAA7GATCCATTGATTC7CC 317 716 400 SetA 118242 SEQ ID No 3018 11824 2 F CAAAATTACAACAATTGACTCG SEQ ID No 9057 11824 2.R AATCAACACATTTAATCCAGG 245 588 344 SetA 118261 SEQ ID No 3019 11826 1 F TCATTTAGGATIGATIGATA 118G 1A 838 370 SetA
 EMI122.28
 
 <Tb>
 <tb> 118291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3020 <SEP> 118291 <SEP> F <SEP> GTCGGTACTGGTTTAGTTGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 9059 <SEP> 11829.1 <SEP> R <SEP> ACAGTTGAAGCAGCAGTAGC <SEP> 178 <SEP> 515 <SEP> 338 <SEP> SetA
 <Tb>
 
 EMI122.29
 15433.2 SEQ 10 No 3021 15433 2.F ACAACAGAACTCACACCACC SEQ 10 No 9060 15433 2 R CCATTATGTTTACCGTCACC 3648 4007 360 set8 10601.1 SEQ 10 No 3022 10601 1 F GTCTTTGGTGTTTTGAAAGG SEQ ID No.

   9061 10601 1 R AGCC7TGTATTGTTCTTTGG 475 801 327 SetB 105981 SEQ ID No 3023 10598 1 F AAAGAAAATGCCAATAAACG SEQ ID No 9062 10598 1 R TACCGTTCAAAATGTTAGCC 2424 2758 335 SetA
 EMI122.30
 
 <Tb>
 <tb> 157372 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3024 <SEP> 15737 <SEP> 2 <SEP> F <SEP> GTGTTTCTCGTATCAGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9063 <SEP> 15737 <SEP> 2.R <SEP> CGTTTTCTTCCAAATATTGC <SEP> 995 <SEP> 1342 <SEP> 348 <SEP> Sets
 <tb> 18384 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3025 <SEP> 183841 <SEP> F <SEP> CAACAATATTTTGAAACCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9064 <SEP> 18384 <SEP> 1 <SEP> R <SEP> GGACAATCAACAGCAACG <SEP> 25 <SEP> 253 <SEP> 229 <SEP> Sets
 <Tb>
 
 EMI122.31
 53662 SEQ ID No 3026 5366 2 AACGGTACTT7TGACAATGG SEQ ID No 9065 5366 2 R AATAAAGCAACACCAACAGC 889 1235 347 SetA
 EMI122.32
 
 <Tb>
 <tb> 5364.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3027 <SEP> 5364 <SEP> 2 <SEP> F

   <SEP> TGATAGTGTTGTTGGTGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9066 <SEP> 5364 <SEP> 2 <SEP> R <SEP> ACGGAATTCATTTCTAAAGC <SEP> 531 <SEP> 836 <SEP> 306 <SEP> SetA
 <Tb>
 
 EMI122.33
 5363.2 SEQ ID No. 3028 5363 2 F AACTTACAACATCGGAAACC SEQ ID No. 9067 5363 2 R TGAAAGATAATCAAAACCAGC 1477 1853 377 SetA 53612 SEQ 10 No 3029 5361 2 F CAATTGGTTAGACAAGGAGC SEQ ID No 9068 5361 2.R ATTCATCAACATCTTTCTCT30CT 539 5360 1 F GTGGATTAAGAATTGGTTGG SEQ D No 9069 5360.1.R GTAACAACAGGGTTAGACGG 89 401 313 SetB
 EMI122.34
 
 <Tb>
 <tb> 53582 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3031 <SEP> 5358 <SEP> 2.F <SEP> TACTACCACAACCATCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9070 <SEP> 5358.

    <SEP> 2.R <SEP> AGTTTGTCAAATTCATGTTCC <SEP> 86 <SEP> 473 <SEP> 388 <SEP> SetB
 <tb> 5357 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3032 <SEP> 5357 <SEP> 2 <SEP> TTTATCAACCAACTCCATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9071 <SEP> 5357 <SEP> 2.R <SEP> CCAATTTACAGCTTTTAGGC <SEP> 1232 <SEP> 1585 <SEP> 354 <SEP> SetB
 <tb> 53562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3033 <SEP> 53562F <SEP> GTAATGTTAATTGTTGCCCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 9072 <SEP> 53562.R <SEP> TTTTCACTATCAAGCAAACG <SEP> 847 <SEP> 1154 <SEP> 308 <SEP> SetA
 <Tb>
 
 EMI122.35
 53542 SEQ ID No 3034 5354 2 GGAAGACAACACCTTATTGG SEQ ID No 9073 5354.2.R TTCTTCAAAGAGAATGAGGC 159 488 330 SetB 5353 SEQ ID No 3035 5353 2.F TTACCTAAACCACAGCAACC SEQ ID No. 9074 5353 2.R CCTAAAACAACGCTCTTACC 3505 3866
 EMI122.36
 
 <Tb>
 <tb> 8921.1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3036 <SEP> 8921.1.F <SEP> CCGATGATGAGGAAGATG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9075 <SEP> 8921 <SEP> R <SEP> TGTCTAGTGATCCTGAAAAGAA <SEP> 10 <SEP> 99 <SEP> 90 <SEP> SetC
 <tb> 89192 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3037 <SEP> 8919.2 <SEP> ATTTCTGCTGCTACTTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9076 <SEP> 8919 <SEP> 2.R <SEP> CCAATTGACTCATTCTTTCC <SEP> 520 <SEP> 874 <SEP> 355 <SEP> Sets
 <tb> 8915 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3038 <SEP> 8915 <SEP> 1 <SEP> F <SEP> AGAATCAAATTTCCTGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9077 <SEP> 8915.1 <SEP> R <SEP> GTTCCACTTGGTAATTCTCC <SEP> 1090 <SEP> 1457 <SEP> 368 <SEP> SetA
 <Tb>
 
 EMI122.37
 89141 SEQ ID No. 3039 8914 F ATCAAAAGAAATCAACCACC SEQ ID No.

   9078 8914 1 AAATTCTTCGTACTGATTCTGG 116 457 342 SetA 8912.1 SEQ ID No 3040 89121 F TCTGGTAAATGAAGATGATGG SEQ ID No 9079 8912.1 R AACTGATGAACAATTGAATACC 47 179 133 Set8 8911.2 SEQ ID No 3041 8911.2.F TTATTAGGTGATIAQATIA. 10 No. 3042 89102.F CAAATCCTTCAGTTT7CAGC SEQ ID No 9081 8910 R TCCAACATAGTTGATTCTTGC 764 1151 388 Sets
 EMI122.38
 
 <Tb>
 <tb> 8904 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3043 <SEP> 8904 <SEP> 2 <SEP> F <SEP> TCGAATATTCCATCAACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9082 <SEP> 8904 <SEP> 2.

    <SEP> R <SEP> TCTAAATATACTGCCACGGG <SEP> 700 <SEP> 1004 <SEP> 305 <SEP> SetA
 <Tb>
 
 EMI122.39
 16939.2 SEQ ID No 3044 16939 2.F ATTGGATGTGGAACATTAGG SEQ ID No 9083 16939.2 R TGAATCTTCAAAAATTGTTCC 625 975 351 SetB 19972.1 SEQ 1C No 3045 19972 1 TATTCTGATCCTGAAGGTGC SEQ 10 No 9084 19972.1 R GTTGCATATT8TT49 8G ID No 9085 8990 R GGTGATTGTAAAGGTTCTGG 710 1025 316 SetB 8989.1 SEQ ID No 3047 89891.F ATGCAAGAATTACAACrrCG SEQ ID No. 9086 H989.LR CATCAATGAATRTATCACGC 502 802 301 Sets 8976.2 SEQ IDAAGAGTAGAGT. 781 1148 368 Sets 9220.2 SEQ ID No 3049 9220.2 F AAGGCAGAAATACTGGAAGC SEQ ID No.

   9088 92202.R GATGTTCTTTTGGATTCAGG No ND ND SetA
 EMI122.40
 
 <Tb>
 <tb> 92162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3050 <SEP> 9216.2 <SEP> F <SEP> TTGGTGATATTGTTTATTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9089 <SEP> 92162.R <SEP> CTTCTAAAGTTAATGAACGTCG <SEP> 758 <SEP> 1069 <SEP> 312 <SEP> SetA
 <tb> 92142 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3051 <SEP> 9214 <SEP> 2 <SEP> F <SEP> GATTTCCCAAATTTCACTCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 9090 <SEP> 9214 <SEP> 2 <SEP> ATACGGCTAATCTTGGTTGA <SEP> 1867 <SEP> 2188 <SEP> 322 <SEP> SetB
 <tb> 9213. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3052 <SEP> 9213 <SEP> 2 <SEP> ACTTTCTCAGCATCTTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9091 <SEP> 9213 <SEP> 2.R <SEP> TGCTAATGAAGAATTACGTCG <SEP> 91 <SEP> 420 <SEP> 330 <SEP> SetA
 <tb> 9211.2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3053 <SEP> 9211 <SEP> 2.F <SEP> TCTCTCTGGCAAAACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9092 <SEP> 9211.2.R <SEP> ATGTAGAAGAAGGGAGGAGG <SEP> 36 <SEP> 363 <SEP> 328 <SEP> SetB
 <Tb>
 
 EMI122.41
 82952 SEQ ID No 3054 8295 2 F CAAATAATGAACGAATTGCC SEQ D No 9093 8295 2 ATCCATTTATCTGGATGCC 1363 1736 374 SetS
 EMI122.42
 
 <Tb>
 <tb> 8293 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3055 <SEP> 8293 <SEP> 2 <SEP> F <SEP> ACTTTTGAATGTTTGGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9094 <SEP> 8293 <SEP> 2 <SEP> R <SEP> TCTGCCAAAATATTTCTTACG <SEP> ND <SEP> ND <SEP> 347 <SEP> SetC
 <tb> 9796 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3056 <SEP> 9796 <SEP> 2. <SEP> F <SEP> GGAGCTTATAATGGGAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9095 <SEP> 9796 <SEP> 2.R <SEP> TTTCCAAATTCTTGATGACC <SEP> 1879 <SEP> 2192 <SEP> 314 <SEP> SetB
 <tb> 97972 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3057 <SEP> 9797 <SEP> 2 <SEP> F <SEP> TACATTATTCCAAGGCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9096 <SEP> 9797 <SEP> 2 <SEP> R <SEP> TTGTTTTTAATTCTCCTGCC <SEP> 165 <SEP> 493 <SEP> 329 <SEP> SetA
 <tb> 98032 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3058 <SEP> 9803 <SEP> 2.F <SEP> ATACTACCGCATCTACTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9097 <SEP> 9803 <SEP> 2 <SEP> R <SEP> CCATCCTTTACACTCTTTGC <SEP> 1988 <SEP> 2363 <SEP> 376 <SEP> SetA
 <Tb>
 
 EMI122.43
 98082 SEQ No. 3059 9808 2.F AACAACGAGACCAGAGGTTA SEQ ID No 9098 9808 2.R CCTCTGATCCTTCTTGCTAA 312 644 333 Sets 19778 SEQ ID No 3060 19778.1.F CATTGATTTTGGTCTTCTCC SEQ 10 No. 9099 19778.1 R CAATGGTTCCTCTT40 ID 4080. F TACACTTATATGCCCCATAT SEQ t0 No 9100 4035.1.R CAAGTGATCTACAACACCCC 1782 2115 334 SetA
 EMI122.44
 
 <Tb>
 <tb> 4033. <SEP> 2 <SEP> SEQ <SEP> 10 <SEP> No.

    <SEP> 3062 <SEP> 4033.2.F <SEP> TTAGAAATGAAACCGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9101 <SEP> 4033 <SEP> 2 <SEP> R <SEP> AACTTGGAGACTAAAGCTGC <SEP> 496 <SEP> 821 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI122.45
 40322 SEQ ID No. 3063 4032 2 F TGAGGAGGCTGTAACTAAGG SEQ ID No. 9102 4032 2 R ATTCTTTGGGTTGTTTTGG 2220 2519 300 SetB 4028 SEQ ID No 3064 4028 2 GCTGTTTCACTTGCCTTATT SEQ 10 No 9103 4028 2 AGCAAGAGCAGTCTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTBCTCTCTCTCTCTCTCTCTBCTCTCTCTCTCTCTCTCTCTCTCTGCTBCTCTGCTGCTBCTGCTGCTGCTBCTGCTG] F AAAGGGATAAGACAAAAGTGG SEQ ID No 9104 18376 1 R CTTCAA7CATAGATGCAAACC 16 240 225 Sets 144551 SEQ ID No 3066 14455 1.F AAACAACGAGTACAATTCGG SEQ 10 No 9105 14455 1 TAACTTTGCATCAAGTTTCG 981 1293 313 Sets

  <Desc / Clms Page number 123>

 
 EMI123.1
 14456 SEQ D No 3067 14456 2 F TATTCGATTCTTTAGTCCGC SEQ 10 No 9106 14456 2 R AAAACTCCATTCATCTTTCG 72 396 325 SetB 13131 SEQ ID No 3068 13131 2 GCTTAACTGTGTCTTTTCCG SEQ ID No 9107

  13131 2 TCACAAAAACCCAAAATACC 1038 1417 380 SetA 131302 SEQ ID No 3069 131302F TTTTAGCACACAATTCTTCG SEQ ID No 9108 13130 2 R ACGTAATCGATTTTCTTTGG 296 647 352 SetC 131282 SEQ ID No 3070 13128 2 F CAAATAGT 9T No 3071 13121 2 F CCTTCTAGGTTG7TGTCAGG SEQ ID No 9110 13121 2 CTCTCTTGAGTTCCTTCAGC 1108 1427 320 SetS 131812 SEQ ID No 3072 13181 2 AAAGCAAAAAGAAACTTTGG SEQ ID No 9111 13181 2 R ATTGTTGTCCAGAAG3AGT3AGTAGAG3AQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQQAQQAQQAQQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQ] R CAAGTCAAGTACACCACACG 27 398 372 set8 131872 SEQ ID No 3074 13187 2 F CAATATTGTTCTGAATTGCG SEQ ID No 9113 13187 2 R AACCATTTCCATAAAATTGC 1609 1915 307 Sets 96382 SEQ ID No 3075 9638 2 F GAATTCCAGAAAGGTGATCC SECC 49 489 IDCC 489 SEQ 1O No 3076 9634 1 F

  7ACTTCAACTGGGTTTT7GC SEQ ID No 9115 9634 1 CGGTTTGTTTACGATGTAGC 939 1300 362 SetB 96322 SEQ ID No 3077 9632 2 F GGAAATGCTTACAGAATTGG SEQ ID No 9116 9632 2 R GATACCAGTGAAGGAGGAGG 14AG 1AG 31AG 1A31 961 1 781 CAATGGGGCATTCTTAAATA 589 960 372 SetB 76862 SEQ ID No 3079 7686 2 F AAAATCGTTGCTACTGAAGG SEQ ID No 9118 7686 2 TGGAATCCAGTCAAAGTACC 571 956 386 SetA 7685 SEQ ID Na 3080 7685 2 ACCACCAACAATAACAACG SEAC IDAC 2NT 11GTTAC # 911 7681 2 TTACTTGATTGTGGAGGGC SEQ ID No 9120 7681 2 R TGGTTTATTATTGTTTCGCC 244 606 363 SetB no. 1639 1939 301 Sets 115842 SEQ ID No 3084 11584

  2 F TTATAATTGGCGAAGACACC SEQ ID No 9123 11584 2 TATCGGCTAAAATAGTTGGC 1037 1339 303 SetS 115872 SEQ ID No 3085 11587 2 F ATTGACAGTTTATCCCATCG SEQ ID No 9124 11587 2 R AACCCCTCGTATCTAAATGG 1203 1580 37AG ID88 115AG 2A85 TTTTGAGTTTACTATGGCCC 1045 1378 334 SetA 115892 SEQ ID No 3087 11589 2 F CAATGGAGACCGTAACTACC SEQ ID No 9126 11589 2 R CGATGTAGTATCTCGGAACC 570 928 359 Sels 19974 SEQ ID No 3088 19974 1 F GTT7GGTTGATAAT12ACC12 No128 3089 12246 2 F TCAGTGCAGAGTATGAAACG SEQ ID No 9128 12246 2 R ATCTAGCTTTACCACTTCCG 815 11S9 375 SetA 122442 SEQ 10 No 3090 12244 2 GCATTGTTGTTAGTGTGTGG SEQ ID No 9129 12244 2 TTCTTTAGTB1CT1CT1CT 12T 12241 1 R TGACATGTTTGTAACAACGC 208 574 367

  SetA 156572 SEQ ID No 3092 15657 2 F AAAAATCCCCATCTTGATCT SEQ 10 No 9131 15657 2 R ATCAGGTCCAAGTCCTTTTT 993 1323 331 SetB 156562 SEQ 1O No 3093 15656 2 F TGTAATAGCCAAGGTGAAGC SEQ ID No 9132 15CT6CT36CT2CT2CT2CT2CT2CT2CT2CT2Q2T36AQT2AQTQAQTQAQTQAQTQAQA SEQ io No.

   9133 13636 2 R ATTGGCTCAATCATATCTGG 1058 1448 391 SetB 136 372 SEQ ID No 3095 13637 2 F TCCAGTCTGAGTATGTTCCC SEQ 10 No 9134 13637 2.R AGTCAGAACACATAGCTCCC 1082 1396 315 SetA 136442 SEQ ID No 3096 13644 2.F TGGACT No 325 SetA 170942 SEQ ID No 3097 17094 2 AGTTTGATCTTGATTCTGGG SEQ ID No 9136 17094 2 R AACTGAGGTGGTGATAAACG 2471 2832 362 SetA 116102 SEQ ID No 3098 11610 2 F TGGTTAGCCAATACTATGCC SEQ 10 No 9137 116102 CATGCAT9972 F AAACGAGTTGAAATGTACGG SEQ ID NO 9138 11607 2 R TTAAAGGCTGTGAATTCTGC 1816 2134 319 SetA 116032 SEQ ID NO 3100 11603 2 CCAATCTATGCTGGTAATGC SEQ ID NO 9139 11603.2 R TCTGGAGCAACAATCTTACC 430,815,386 Sets 116012 SEQ ID NO 3101 11601 2 F AGAGAACAGTTTTTAGGGGG SEQ 10 No 9140 11601 2 R CCATAACAATGACCTCATCC 1909 2266 358 SetB 115982 SEQ ID No 3102

  11598 GTAGATTTGATTGAGGCTGG SEQ ID No 9141 11598 2 R AAGTAG7TCAAGACCGACCC 1021 1349 329 SetS 3418 1 SEQ ID No 3103 34181 F GCCATGGATGAATTAGTAGC SEQ ID No 9142 3418 1 CTCGTGAGATAGATGATCCC 457 343 343 AGT 343 343 343 343 R CAATTCTTTCAATGTTGTCG 2031 2386 356 SetB 3426 SEQ ID No 3105 34261 F TGAATCGTTGATTGATTGG SEQ ID No 9144 34261 R TTCAAAAATAAATGTTCGGG 459 797 339 Set8 3428 1 SEQ ID No 3106 3428 1 GTTTGCAGATQGAATAGAGTAG 34A 1A 3431 1 F ATTGTTAGGTACATGGGACG SEQ iD No 9146 3431 1 R TCACAAACAACAGATAACGC 963 1307 345 SetB 3432 SEQ ID No 3108 34321 F CTGCTAAATTGAGTGGTGC SEQ ID No 9147 3432 1 TGATCTAGTAG 1 349 273GTQ AGAGTACGATGGACATCAGC 435 776 342 SetB 34391 SEQ D No 3110 34391

  F AGTTTGGTTGTTAGTGGTGG SEQ ID NO 9149 34391 R AAAATCTCGTAAACCCACG 966 1309 344 SetB 34431 SEQ ID NO 3111 34431 F GTTGACTGCATCATACATCG SEQ ID NO 9150 3443 1 GGTCAAACAATGTAGTTGGG 1645 1969 325 SetA 3444 SEQ ID Na 3112 34441 F ATTAAGGAATGTGACAAGGC SEQ ID NO 9151 34441 R TGAGCAATTTTTCAAGTTCC 94,427,334 SetB 3445 1 SEQ ID No 3113 34451 F CTTG7AATGCTTCAACAACC SEQ ID No 9152 3445 R TCAAGTTTATCTACCACGGC 10 265 256 Sels ID48 No 3441.F TTTTGTTGGACACTTACACC SEQ ID No1515 ID No 9154 3446 1 GACTGGAGATGTTAAGCTGC 674 1006 333 SetB 34542 SEQ 1O No 3116 3454 2 F GGTTGATCAGATAAGGGAGC SEQ D No 9155 3454 2 R TACCCTACAAGTGTATCGCC 555 860 306 SetA 34562 SEQ 1O AACC 34762 360 Sets 34581 SEQ 10 No 3118 34581 F

  AAGATTTCCTTTCTGAGA SEQ io No 9157 3458 1 AGATTTCGTTTTTCACTTCG 671 1015 345 SetA 34601 SE CAAACTCTTCGTTTACGTGG SEG 10AG ASGACCTAAAQTC 1TB 1997T 1Q 34 379 346 Set8 81631 SEQ ID No 3121 8163 1 F TTAAATGGTTGTTTGACAGC SEQ ID N.

   9160 8163 1 GGTACATATACTTTTGCCGC 1702 2063 362 Sets 81601 SEQ 1O No 3122 8160 F TCTAATGTTCCGTCTCAACC SEQ 10 No 9161 8160 IR GGGAAAGTGTAGACAACTGG 535 895 361 SetB 81582 SEQ 10GAGTG 8GTAG 8GTG No 3124 130401 F TGTTATTGCTCCTTATTCGG SEQ ID No 9163 130401 R ACGTCACCATCATTATTTCC 1764 2111 348 SetB 13038 SEQ 1O No 3125 13038 1 F TGATTTTTGCT7AAAGTCATCT SEQ ID No 9164 13038 1 TACATCACATTTTCTGT9 NAA 1997 218 1 R CAGATTTTCATCTTTCACTGG NO ND 308 SetC 10005 SEQ ID No 3127 100051 1 AGTGTTGACACCAATAAGGG SEQ ID No 9166 10005 1 R GGATCTTCTTGTTTGACAGC 208 512 305 SetB 100032 SEQ ID No 3128 10003 2.F TTTG7TACTCTCAACTGCCACCACCGCTCCGCCACCCCGCC9 ID No 3129 10001 2 F

  TCCAATAC7TGATTCGAAGG SEQ ID No 9168 10001 2 R TTCTCGTTTGCAAATAATCC 522 847 326 SetA 100002 SEQ 1O No 3130 10000 2 F TAATGTCCAAGATGAGGAGG SEQ ID No 9169 10000 2 R GAAAAGCTCACCAATGTACC 1308 1785 375 GTTGTTGTTCTTCTTCAATAGG 389 691 303 SetS 17135 SEQ ID No 3132 17135 1F2 TCATTCAAACTTCAGAAACTCC SEQ ID No 9171 17135 1.R2 TCATCATCATCTTCATTTATCG ND ND 352 Sets 171332 SEQ 1O No 3133 17133 2 F CATTAAAG17 No. 3134 183661 F T7TATTATGGTCAGA7CCCG SEQ ID NO 9173 18366 1 CTTTGGTTTTCTTTGATTGG 618 978 361 sets 93291 SEQ 1O No. 3135 93291 F GGACAAGAAA7CAAMT7GG SEQ ID NO 9174 9329 R AGGTACTGATGGGAAAAACC 237,579,343 sets 9327 SEQ 1O No. 3136 93271 F CTTTCTTCTGAATGAACAACC SEQ ID NO 9175 9327 1 TATTACATCCATCTCCAGCC 5,231,227 SetB 93262

  SEQ ID No 3137 9326 2 AACTTTCTAATCCTCCTGCC SEQ ID No 9176 9326 2.R ACATTATGTTCATTCAATCCG 881 1190 310 Sets 93252 SEQ ID No 3138 9325 2 AAAAACCGTCCATCTTTACC SEQ ID No 9177 9325 2 TAAAAATCGGTTTATA 1 No 9178 9324 1 TTCACTTCTTTGGTTTGTCC 2425 2804 380 SetB 93181 SEQ D No 3140 93181 F AACAAAAATGATGAATTGGC SEQ ID No 9179 9318 1 R TGGCTTAATTTTTGGATAGC 106 413 308 SetB 143482 SEQ ID No 3141 14348 2 GTCCCAGAA SEQ ID No 3142 14351 1 F CTTGAGCA7CTACCAACTCC SEQ ID No. 9181 14351 lR AATATTCGGTGTCTCTAGTGG 31 294 264 Salts 108512 SEQ ID No. 3143 10851.2.F GGAAGAAAATTTCAGTCTCG SEQ ID No.

   9182 10851 2 R TCATTTCGATGTTTTCTCG 5412 5785 374 salts 108502 SEQ 10 No 3144 10850 2 F GTTTCATCACAAATCATTGC SEQ ID No 9183 10850 2 R TAACAATTGATGGAAGACCC 1099 1423 325 SetB 156962 SEQ ID No 3145 15696 2.F CAAA IDAT69 CTCT186 373 687 315 SetS 15695 SEQ ID No 3146 156951 F AAACCACAATATGAAATGGC SEQ ID No 9185 15695 1 TTGTCCTCTTCGATATCCC 1090 1449 360 SetB 156941 SEQ 1O No. 3147 156941.F TTGATAATTCGATAATGCCC SEQ ID No. 9186 15694 1.R CTTCA16 No 3148 105581 F TCAATTGATTGGTGTGACC SEQ ID No 9187 10558 1.R ATTGAACCATCCTTGAAAGC 25 157 133 SetB 10559.2 SEQ ID No 3149 10559 2 AATAATGCTGCAGCTACTCC SEQ ID No 9188 10559 2 R GGAACAGGACTGAATTTGG 31A TATT 743 5411 5411 5411 ID No.

   9189 7493 1 AATTGATCTGTTGGCTTACC '1392 1778 387 7491.1 SetA SEQ ID NO 3151 SEQ ID NO 7491.1.F TATATCAACAAGGGTCCTGC 9190 7491 2533 2841 R GTTGTTGTTGAATCTTTGGG Sets 309 74 892 SEQ ID NO 3152 7489 2 F GTTCCATGCTTCTTTAGTGG SEQ ID NO 9191 7489 624 940 317 2R GGCTTCCCTTATCATAGACC SetB 74872 SEQ ID No 3153 7487 2 TACCTACAGATCGTGGTTCC SEQ ID No 9192 7487 2.R ATTGTCTGGCTTGTTACTCG 1374 1674 301 SetS 199801 SEQ ID No. 3154 199801 F ATTGGTCATTCATTAGGAGC SEQ ID No 9193 19980.1ACCTCTT30. F ATTCTAACAAGGGAAGAGCC SEQ ID No 9194 15830.2 R TTAAATTTCTTCTTGCTGCC 125 439 315 SetB 158321 SEQ ID No 3156 15832 1 F TCCACTTACCACCACTAACC SEQ ID No. 9195 15832 1 TCTAACATTGGTTTGATCCC 152 473 322 Sets 158341 SEAG IDAG 31G

   9196 15834 R TGTCAATTTCTTCCATCTTTC ND ND 283 SetC 91752 SEQ 1O No 3158 9175 2 ACATTGAAACACGATGTGAA SEQ ID No 9197 9175 2 AACAATCACTCTATTCCCGA 2551 2877 327 SetB 47162 SEQ ID No. 3159 47162.F TTAGTTCTTTTT7QAT7TGTQT7. SEQ ID No 3160 4721 2 F GTCGAAACAGAACTACGAGC SEQ ID No 9199 4721.2.R ACTTATCCAATGAATTTGCG 1874 2266 393 SetA 4722 SEQ 1O No 3161 4722.1 F GTATTCGACTTTAGCTTGGC SEQ ID No. 9200 4722.1.R TCAGTATGAG24TAGAGTCTAGAGTC SEQ ID No 9201 47241.R ACAACATTACCCATACCAGC 458 770 313 5etA 4728.1 SEQ ID No.

   3163 47281 F ATCTGGATCACGCTATTCC SEQ ID No 9202 4728.1 R TTTCAAGTTGATTTTCCTGG 189 508 320 SetA 4729.2 SEQ ID No 3164 47292 F ATAGGGAATATGTGTGTGCC SEQ ID No 9203 47292.R TAATTGAGTTCCCATCTQA ID 472 872. R TTTCGGTTTAGTTGTTTTGG 1814 2169 356 SetB 4732.2 SEQ ID No 3166 4732 2 F GGGTTTTTAATTGCATTTCC SEQ ID No 9205 4732.2 R CCATCCATACCTTCGTACATA 2296 2630 335 SetC 47372 SEQ ID No 3167 4737 2 F TGGACTGTATTTCACCA 2A TGTCATITAC 37 No. 3168 7970 1.F AGTAGAGCTACTGTGCTCGG SEQ ID No 9207 7970 1 R ACCGATAATGGGATTTAAGC 285 646 362 SstA 79682 SEQ ID No.

   3169 7968 2 F AAATTGAATCCTAATGGACG SEQ ID No 9208 7968 2 R TCGTAGACCCCATAGATACG 142 449 308 SetB 5023.2 SEQ 1O No 3170 5023.2 ATTGCTGAATTGAAGACTGG SEQ ID No 9209 5023 2.R TTTTCTTCAGCTTTTTCACC 820 11AG 376 376 IDTAG 276 . 9210 5026 2. SetB 5041.1 SEQ ID No. 3174 5041.1 F CAAGCTTACCAGCAAGAAAT SEQ ID No. 9213 5041 1 R TCAGCTGTAGCAGTTTTTGA 1409 1787 379 SetB 50451 SEQ 1O No. 3175 5045.1 F AGAGAAAATGATTTCCCACC SEQ ID No.

   9214 5045.1 R CAACACCCTCAGAACTATGC 1090 1393 304 SetB 201291 SEQ ID No 3176 20129 1 GGTGGCTACAGATTGATACC SEQ ID No 9215 20129 1.R TTCCTAACAAATTTTCGACG 11 288 278 Sets 19981 SEQ ID No 3177 19981 1 F GGTGGCTACAGATTGATTC1212 1122 SEQ ID No. 3178 12221 2.F TTCCACTACTGATGAAACCA SEQ ID N. 9217 12221.2 R MCAGCAACTCCATAATCAGT 462 813 352 SetC 12222 SEQ ID No. 3179 12222 2 F GTGATCGAGCTTATGACCC SEQ ID No. 9218 12222.2 R CGTTATAAATTGATTCTTGG228 12223 2 TGGCATTAGACAAAGTGGAT SEQ ID No 9219 12223 2.R AAGGATGATCTTTAGCATATTGA 726 1063 338 SetS 122242 SEQ ID No 3181 12224 2 F TAAACAAGGTGATGTTTTCG SEQ ID No 9220 12224 2.R CCAIA4ICGGTTTG2 IDAG1801 No 9221 19982 1 R TTTTCCATTTGTTGATGAGG 886 1211 326 Salts 122272 SEQ ID No.

   3183 12227 2 F CATACATGTAAATGTGGGGG SEQ ID No 9222 12227 2 R ATTCATCAACTCCCAAAGG 178 520 343 sets 170682 SEQ ID No 3184 17068.2 ATTTGA7GA7GCATTTTTCC SEQ ID No 9223 17068 2 TGATCCCATCAGACTTAACC 1563 1896 334 SetS

  <Desc / Clms Page number 124>

 
 EMI124.1
 62632 SEQID No 3185 62632F CATTTCTGTCAAAACTGCAT SEQ ID NO 9224 6263 2 7AGTGGTGG1GTGGGTGTAG 1880 2271 392 Sets 62662 SEQID No 3186 62662F CAATTTCCCTTCACTTCACT SEQID No 9225 6266 2 R TCATCATACCCATTTTTGGT 1,169,320 SetB 6267 SEQ No 3187 6267 1 F TTAAGATTTGCTATGGGTGC SEQ No. 9226 6267 1 GATTTAACAGTTGGAGCTGG 370 677 308 SetA 62682 SEQ No 3188 6268 2 F CACTAATGATAAAGACTCGACAA SEQ ID No 9227 6268 2 R TGTTCAACATTAATAGATAATCCTC 1803 2108 306 SetB 62691 SEQ No 3189 62691 F TTATCATCAACGGTAGTCCC SEQ No 9228 62691 CAATTTAATT 6271 2 R

  TGCCATTTTATCATTATCAGC 31 333 303 SetB 62722 SEQ ID No 3191 6272 2 F GTCTTGATTTGACGATCCC SEQID No 9230 6272.2 R AATCATCGTTGTTATTGTCG 32 397 366 SetB 62741 SEQID No 3192 6274 1 ATGAATCATTAGCAACCG SEQ ID 92 63 AATAGCTGAATTAATCCCTGG SEQID No 9232 6279 2 R CAAACTCTTTCTGGATGAGG 3627 3995 369 SetB 62802 SEQ No. 3194 62802 F TCCAGCATTTACATTATCAGG SEQID No 9233 6280 2 R AATAGAACAAGTGGGATTGG 15263249 SetB 142 982 SEQID No 3195 14298 2 CTAAATATGATTTTTGGCGG SEQID No 9234 14298 2 CTTCCTCAACTTCTCCACC 967 1275 309 Sets 14295 SEQ ID No 3196 14295 1 F CTTTATTGCTTTTGCTACCG SEQ ID No 9235 14295 1 R CTTAGGTTTAATTTGCTGGC 30 275 246 Sets 14294 1 SEQ ID No 3197 14294 1 TACATGAATTCCAATGGTGC SEQ ID No 9236 14294 1 R GATCACTTTGGT 1AQG 1Q8 9237 14291 1 R

  ATCAACTTTCTTCCAACACC 15320306 SetB 57342 SEQID No 3199 57342F GATGGTAGGTGGTTACTTGC SEQID No 9238 5734 2 TACCTCTTCACCAAATACGG 1774 2111 338 sets 57301 SEQ No. 3200 5730 1 TTTGTTTCATTTCTTGTAGCC SEQID No 9239 5730 1 ACTTGTACAGACTCCTCATCG 19216198 Sets 57291 SEQ ID NO 3201 57291 F CCATACTACAGCCAATCACC SEQ ID NO 9240 5729 1 R TTAACTGTCTTTTTGGTGGG 401 761 361 SetA 5726 1 SEQ ID No 3202 5726 1 ATATGACGGGAAACATTACG SEQ ID No 9241 5726 1 R GCAACCTTAGTTTGATCAGC 155 500 346 Sets 5725 1 SEQ ID No 3203 5725 1 F AATCACCCTCC 57CC 1 5723 1 SEQ No 3204 57231 F GATTTGTTTAGCTCGTTTGG SEQ ID No 9243 5723 1 R CTACGGACTCTCTTTTGGC 730 1075 346 SetA 57201 SEQ ID No 3205 57201 F TTACCACACACACTGTCTATCC SEQ ID No 9244 5720 1 R TCGTCATCAC22TACC2 No 9245 13777 1

  GTATATTCTTGTCAACCCCG 11 361 351 SetB 137802 SEQ iD No 3207 137802 F CTTCTTTGTTAAACCCAACG SEQID No 9246 13780 2 R TCTTCTGGATTGTAGTTGGC 1139 1523 385 SetS 137822 SEQ ID No 3208 13782 2 F TCAAGATTACACTCTACTACTTACAC 13784 2 F TAGAAAACGAAAGGAGATGG SEQ No. 9248 13784 2 R CAATGTGGCTCTTCTAGTCC 827 1155 329 SetB 15397 SEQ Na 3210 15397 2 F TGGAAGACATTTTGAAAACC SEQ No. 9249 15397 2 R ATCTCACGAATACTTGGTCG 1518 1883 366 Sets 11736.2 SEQID No 3211 117362 F TCTTGTCCTTGAGATTGAAA SEO ID NO 9250 117 362 R ACGGCAGAAGTCTTTTTG 197 596 400 SetS 117372 SEQ No 3212 11737 2 F GGATTTTTCAGCTCTGGC SEQ Na 9251 11737 2 R ACCACACAGCTCACAACC 8 177 170 SetB 11738 2 SEQID No 3213 11738 2 F ACCCTTTCTAGTGAGATGCC SEQID No 9252 11738 2 R TGTTTCCCATTAAGTTTTCG 117399 399 Na 9253

  11739.1 R TTATCGATTCTACCACCACC 201 554 354 Sets 117422 SEQID No 3215 11742 2 F CACAATTTAAGTTTTCGTTGG SEQID No 9254 11742 2 R ATCTTTGAAATAGTCACGGG 1526 1914 389 Sets 88062 SEQ ID No 3216 88062F GATGTTGGATT TTTTATAGAGACC 2A 2 CACGCTGTAGAATACCATCC SEQ No 9256 8808 2 R ACAGAACCAGTATCACCACC 1258 1559 302 SetB 88092 SEQ ID No 3218 88092F F TACCCAGGAAGAATTAGACG SEQ No 9257 8809 2 R TTGATAGCTTCCCATTTAGG 126 476 35 setB 8811 2 SEQID No 3220 88112F ACCTTGTTTGGTCATTTAGC SEQID No 9259 8811 2 R CTCGGTAGCACTAACAAACC 523 855 333 SetS 8812 SEQ No 3221 8812 2 F GGTACAGATTCTTCAAACCG SEQ ID No 9260 8812 2.R CACCAATAATI22 31 ID No 9261 8814 2 R

  ACAATCACAAGCAAGTCTCC 993 1352 360 SetA 88172 SEQ No 3223 8817 2 TGAGACACAAGTACAATGCC SEQ No 9262 8817 2 R TATTAGCAGCATGAATGTCG 179 535 357 Sets 8818 SEQ Na 3224 8818 2 F TCAAAGTTGAGTTTTTAGGAGG SETA Rt. F CAAGATGTTGGATCCTTACC SEQ No 9264 8820 1 TTGGAATAGTTTGATTTGCC 960 1301 342 SetS 6900 SEQ No 3226 6900 2 R. 308 Sets 68962 SEQ ID No 3228 68962 F CGTTTTACCAATTGATACCC SEQ No 9267 6896 2 R AGCTAATGTCAGTTTAGCGG 1158 1476 319 Sets 68952 SEQ ID No 3229 6895 2 F GTTTTTGACCTTTGAGTTGC SEQ ID No 9268 6895 2 R TGTTGACATTACCTACCTACCTQBQTQ2BQGQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQJQQQJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJHJJJHJJJHJHJHHHHHHUH ... SEQ No 9269 6894 2 R TGATTCCTGTTTGTCTTTCC 385

  684 300 SetA 68932 sEoioNo 3231 6893 2 CAAAACGGTGTATTAAAGGC SEQ ID No 9270 6893 2 TCCATTACCAATAACCAACC 2779 3093 315 SetA 68902 SEQ Na 3232 6890 2 TTTTCAACACTTTAAACCCC SEQ No 9271 6890 2 R TCCACTTCATATTTAAC8911 2T11 2 R ACCATATGCTCTTTCAATCG 565 942 378 Sets 10561 SEQ ID No 3234 10561 2 CCTGTTATTTTGATTGGACC SEQ ID No 9273 10561 2 R CCACAAACGTAGATAGTGGC 1585 1901 317 Sets 105642 SEQ ID No 3235 10564 2 ACGAGAATTACGTGACAAGCCAQCC12QCCAQCC12Q12 No. 3236 12162 1 F AATGTATCATCCAATGGACC SEQ ID NO 9275 12162 1 GGTCACCACGTAAGTAGAGC 508 853 346 sets 12161 2 SEQ No. 3237 12161 2 F TTGAATGTTTCTCAGATGCC SEQ No. 9276 12161 2 R TATCAATCGGTCTATGTGGG 935 1237 303 sets 121592 SEQ No. 3238 12159 2F TTGGTATATGATCTGGGAGC SEQ No. 9277 12159 2 GTGAATATTTCGCAATGACC 163,475,313 Sets

  12158 SEQ No 3239 12158 1 CGAAAAGATCCAATATACGC SEQ ID No 9278 12158 1 R AGAATAATATCATCGTGCTGG 318 644 327 SetA 86802 SEQID No 3240 8680 2 F TTAATTTATGTCCCATTGCC SEQID No 9279 8680.2 R CTCTTCAAAG31 1CT 8681 1 R CTTACGAACCACTAACCACC 1087 1482 396 SetB 8682 SEQ ID No 3242 8682 1 CAACAACAAGAGGAAACTCC SEQ No 9281 8682 1 R CCTGGAGGTATAATATACACA 207 548 342 Sets 19983 1 SEQ ID No 3243 199831 F GAAATTGGAAGTGTTTCAGT 98 1 13583 2 TTTTTAATGGAAGAAACCCC SEQID No 9283 13583 2 TCGTCAGCAATAATACCTCG 610 953 344 SetA 135822 SEQID No AGAAGGTGATTCAACAGTGG SEQID No 9284 13582 2 CTTCAAATAATACACTGGCGTA2AC sets

  15288 SEQ No 3247 152881 F ATAAAGTCATCAGAGCTGCC SEQ No. 9286 15288 1 923 1280 358 R TTGACATCAATTTTCAATGC SetB SEQID No 152902 3248 152902 9287 15290 AAAATTGACTTTGGATTTCG SEQID No 2R TGAACTGGAATCTTGAAACC 21,314,294 sets 133 612 SEQID No 2 13361 3249 9288 13361 AGCATTGTTTGACAAATTCC SEQID No. 2 R TTTTTGATA4TTGCTTTGAGC 945 1277 333 Sets 133602 SEQID No 3250 13360 2F CATTAGAGGAGCATTATCGG SEQ ID No 9289 13360 2 R AAATGTTATCACTGCGATCC 414 762 349 SetS 133592 SEQID No 3251 13359 2 CTTGATCCCAAAAGAATACG SEQID No. 9290 13359 2 AC 9291 13357 2 R ACAGCATATGTTGAACTCCC 1162 1499 338 Sets 133562 SEQ No 3253 133562 F GCTGTATGTGGAGAAAATCC SEQID No 9292 13356 2 R AATCTCATCATCTTTGGTGG 871 1176 306 Sets 155632 SEQID No 3254 15563 2 TGGCTA

  SetC 155592 SEQID No 3255 15559 2 ATAAATGTGTACCCTGAGCG SEQID No 9294 15559 2 R ATGAGGATTCTTCCTCTTCC 892 1261 370 Sets 195881 SEQ No 3256 19588.1 F ACATCCAATTAACTTCTGGC SEQID Na.9295 19588.1 R CACACAGT 34Q 1 TCACACCAGTAAACAACACG 6 170 165 Sets 18347 1 SEQ No 3258 18347 1 TTATTAAGCGATTTGAGGGA SEQ ID No 9297 18347 1 AAAAACCGTCATTTACACAAA 33 258 226 SetC 16195 SEQ No.3259 16195 1 TTGAATTTAATTGGTTGTTCC SEQ ID28 986 23Ag28 # 1198 2 CGATATCCAAGAGATTGACC SEQID No.9299 11286 2 R ACTGATGTAGCTGAGGATGC 1050 1388 339 SetA 112812 SEQID No 3261 112812 F TCTAATGTTTCTTCATGGGG SEQID No 9300 11281 2 R TGAGAAATTCCATCAAATCC 2053 242AQQ 112727AQ SEQID 1172. R TTCTTGGTCTTGGTTTTACC 1771

  2075 305 Sets 95602 SEQID No 3263 9560 2 GACTCTTCTATTGGCATTCG SEO ID No. 9302 9560 2 R TTGGAAATAAACTTTGCTGC 1372 1679 308 sotb 95622 SEQID No 3264 9562 2 F TTTATTGAAATTGGCAGAGG SEQ Na 9303 9562.2 R ACGATTTGATTCC41 No 9304 19984 lR TCTGGACTAAGTAAAGCCCC 225 542 318 SetB 9566 SEQ Na.3266 9566 2.F ATGTTGAATCAAGAAGGTGC SEQ ID No 9305 9566.2.R TAAGTCAATTGCTGTTGAGG 618 974 357 SetAGAGGTG NoTCAGTG 9571.2 SEQ No.3268 9571 2.F AGAAGCTGAAAACAAGATGG SEQ No 9307 9571 2.R TGTTGTCTGTGACTTTGAGG 1436 1757 322 SetA 9789.2 SEQID No 3269 9789 2 F GAAGCTGTTGGATTTACACC SEQID No 9308 9789 2 R GTTGTTTCC 97CC 9309 9791.2 R TATGTCTTCAATGCTTGGTC 1671

  1974 304 Sets 46612 SEQID No 3271 4661 2 F TGCTTTGATCCCTATTTCAT SEQ ID No. 9310 4661 2.R ACACCAACCATAACCAGAAA 1290 1684 395 Sets 46642 SEQID No.3272 4664 2 TTGTAACCAAACCAGACTCC SEQID No 9311 4664 2.R AAACATATTGAGCCTTGT67 1703673 F TCAACAGCACTCTTAAAC SEQ ID No. 9312 46671 R CATTATAAGACCGATTTGG 1298 1654 357 Sets 4671 2 SEQID No 668 331 Sets 46742 SEQID No 3276 4674 2.F GTATCACCTATTCCTGCTGC SEQID No 9315 4674 2.R AATTCCCTTCCATACAAACC 124 494 371 Sets 4677 1 SEQID No 3277 46771 F TCTACCTTGTCTCTTCAAAGC SEO ID No.

   9316 4677 1 AGAGGAAAAGGTGGTAAAGG 26,304,279 Sets 199851 SEQID No 3278 199851.F TCAAGTTTTCAATATCCTTGG SEQID No 9317 19985.1 R GCATTTTCTCTTTCTTCACG 1362 1712 351 SetC 4683 SEQ ID No 3279 4683 2 F GGAAGGITGAATT 27CT No 3280 46841 F AACTGTTCCAGTCAATTTGG SEQID No 9319 4684.1.R GATACTTTTTCCCCAATTCC 156 490 335 SetA 4686.2 SEQID No 3281 4686 2.F AGTCTTTGGCTTCTTCAGC SEQID No 9320 4686 2.R AATACGGTGTTCCAATTCCF CTQ 824 No 9321 8347 2 CGTCTGGGAAAATATAATCG 1877 2203 327 setB 8348 SEQ No.3283 8348 1 F AAATGTAAAGAAGCTCCTGC SEQ Na 9322 8348.1.R TTAACTGGACGTGACATGC 30 214 185 S tB 83AG SEQ No 3284 8350.1 F TTGCT No.

  * 2 F 3285 8351 TGACATTCAAGATGACTTGC SEQ ID NO 9324 8351.2 NA NA R TGTTGTAGGTTCATTCTCAGC G & C 346 8357 2 3286 SEQ No 8357.2.F AAGAGAATTGTTTCGATTGG SEQ Na 9325 8357 1504 1873 370 2.R GCATTTTTAATAGGTTTGCC Sets 8358.1 SEQ No 3287 8358 9326 No SEQ 1.F TCGTCTACATCACATTCAGC 83581 R ATTAATATGAGGCAACACCC 58 357 300 SetB 8359 SEQ No 3288 8359 2.F TTAAGGATGTCGTTATTGGG SEQ No 9327 8359 2.R CTATTTAGTGGCGGTTTCC 154 456 303 SetB 8362.2 SEQ No.3289 8362.2 CTTCAGAATCA 3290 6764.2 F TGGGTACTTTAGGTGTTTGG SEQ Na 9329 6764 2 R CTTTTTGGACCTCAGTATGG 3875 4221 347 Sets 6758.2 SEQ ID No 3291 6758 2.F AAGCAAAGGIAIAG4AACAAGC SEQ No.9330 6758.2 R GAGTAATTGTG2G57.357 lR AGCCATCACTCAACTGTACC 1225 1603 379 SetB 6755 1 SEQ ID No.

   3293 6755 1 F AGGCTATGAATTACAATGGG SEQ ID No. 9332 6755 1 R TCTTCTTGGGTAAATCAAGC 435 834 400 Sets 67541 SEQID No 3294 6754.1.F CCTCTAGCAATTTATCCTCG SEQID No 9333 6754 IR ATATGATGCATTGAAATCCC 16AAG 95AA ID 6752 194.GAT. R CCTTACAACCTTAGAAGAGCC 925 1230 306 SetA 6750 SEQ No 3296 67501 F TGCGTATGACTATGAATTGC SEQ No 9335 6750 1 CATACCTTCATCTAAAGCCG 531 837 307 SetA 67492 SEQ ID No 3297 6749 2.F GTGTCAATTCTGTGAGGGGTAGGAGQGNGQA .F CAGAATGTGAGTGACTCGG SEQID No 9337 6748 2.R AGTTGCTTCTTGGTGTAAGC 58 392 335 Sets 67472 SED No 3299 6747 2 F TCATCTGAAACAATTCAAGG SEQ ID No 9338 6747 2 CAATACTGTCTTTGGAAGGC 2676 2980 305

   3300 13616 2 TGAAATCTACTGCTTCCACC SEQID No 9339 13616 2 R GTTTTGTCGAACATTTTTCC 158 465 308 SetB 136 172 SEQID No. 301 13617 2 GGGAGTATATCGATTCGACC SEQ10 No 9340 13617 2 R CCATTTCGACATCTTGTACC 229 1361TF137181 GGATGACTCAAAACATCACC 14 347 334 SetB

  <Desc / Clms Page number 125>

 
 EMI125.1
 13621 2 SEQ 1D No 3303 13621 2 F TTGGCAAACACTTTATTTGA SEQ ID No 9342 13621 2 R CTCGACAATTCCCACATAGT 306 622 317 SetS 136222 SEQ ID No 3304 13622 2 F TTGAACACAT7TATGGGACC SEQ ID No.

   9343 13622 2 R CTCTAGCAAAGATTGAACCG 1243 1549 307 Set8 136232 SEQ 1D No 3305 13623 2 F TTTCCA7TATTGAGAATCCG SEQ ID No 9344 13623 2 R GATCCCAATTTTTCAAATCC 614 997 384 SetS 8652 2GQGTT CACCATT 362 Sets 8651 SEQ ID No 3307 8651 2 F ATGATAGAGCTCTCAAGGGG SEQ ID No 9346 8651 2 R ATGGTAATTTCCCTTCTTCC 173 571 399 SetB
 EMI125.2
 
 <Tb>
 <tb> 86502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3308 <SEP> 86502F <SEP> F <SEP> GATCCAGTTTCAGCATTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9347 <SEP> 8650 <SEP> 2.R <SEP> AACCATGATTCTCTTTGTGG <SEP> 5242 <SEP> 5603 <SEP> 362 <SEP> Sets
 <Tb>
 
 EMI125.3
 86472 SEQ ID No 3309 8647 2 F CATCATCCAAACTTAGAGCC SEQ ID No 9348 8647 2 R TCTCAACATGCTCAGTATCG 1385 1741 357 s.tB 86442 SEQ t0 No 3310 8644 2 F TTATGGTGGATTCTCTACGC SEQ ID No 9349 8644 2 RAATTC66

  StB 9711 2 SEQ ID No 3311 9711 2 F ATAGTTAATGCACCACCTCC SEQ ID No 9350 9711 2 R TGGATATTTCACATGTCTGC 1726 2061 336 Set8
 EMI125.4
 
 <Tb>
 <tb> 94062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3312 <SEP> 9406 <SEP> 2 <SEP> F <SEP> TATCGAGACTTACCTGTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9351 <SEP> 9406 <SEP> 2 <SEP> R <SEP> ATCCTATTCCGATATTGTGC <SEP> 1102 <SEP> 1423 <SEP> 322 <SEP> SetB
 <tb> 94072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3313 <SEP> 9407 <SEP> 2 <SEP> F <SEP> TTGCTTCCAACTGATATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9352 <SEP> 9407 <SEP> 2 <SEP> R <SEP> AAGTATCGGGCAATAGAACC <SEP> 73 <SEP> 455 <SEP> 383 <SEP> SetB
 <tb> 9410 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3314 <SEP> 9410 <SEP> 2 <SEP> F <SEP> CAATTGGAAAAAGAGTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9353 <SEP> 9410 <SEP> 2 <SEP> TTTTGGTAAGGCTATTGTCC <SEP> 2554 <SEP> 2863 <SEP> 310 <SEP> Salts
 <tb> 9411 <SEP> 2 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 3315 <SEP> 9411 <SEP> 2 <SEP> F <SEP> AACCCCCAATTGAATCTAAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9354 <SEP> 9411 <SEP> 2 <SEP> R <SEP> TGGATTCATCAATTTCCAAC <SEP> 29 <SEP> 334 <SEP> 306 <SEP> SetC
 <tb> 9413 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3316 <SEP> 9413 <SEP> 1 <SEP> F <SEP> AGAAATCTACCATTTGCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9355 <SEP> 9413 <SEP> 1 <SEP> AGAGTATGAATGATGGTGGC <SEP> 201 <SEP> 546 <SEP> 346 <SEP> Sets
 <tb> 9238 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3317 <SEP> 9238 <SEP> 1 <SEP> ATGTTGTATATCGAGGGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9356 <SEP> 9238 <SEP> 1 <SEP> TTTCAAATCTTTAGCCAAGC <SEP> 1726 <SEP> 2097 <SEP> 372 <SEP> SetA
 <Tb>
 
 EMI125.5
 92392 SEQ 10 No 3318 92392 F CAGGAAGAGAAATTGTCAGC SEQ ID No 9357 92392 R AGTGACTGATCACAAAACCG 25 392 368 Sets 9240 SEQ ID No 3319 9240 2 GCTGGATTGTTGTCTACAGG SEQ ID No 9358 9240 2

  TTCAGAGTTGATAACCCAGG 1060 1359 300 SetB 17765 SEQ ID No 3320 17765 2 F GGAATG7TGAAGTTGATTCC SEQ ID No 9359 17765 2 TTCTCCAAATACTGATTGGC 89 412 324 SetB 177632 SEQ ID N. 3321 17763 2 TATTGCAAACAAACAACAGC SEA IDAG 93AC
 EMI125.6
 
 <Tb>
 <tb> 12773 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3322 <SEP> 12773 <SEP> 2 <SEP> F <SEP> TAAATTCAAATTGGTTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9361 <SEP> 12773 <SEP> 2 <SEP> R <SEP> GCAACAAAAGCAATAGATCC <SEP> 1701 <SEP> 2093 <SEP> 393 <SEP> SetA
 <tb> 127772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3323 <SEP> 12777 <SEP> 2 <SEP> F <SEP> AGAGATTACCTGGACTGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9362 <SEP> 12777 <SEP> 2 <SEP> R <SEP> TCAATGCAAATATAACACGC <SEP> 1454 <SEP> 1789 <SEP> 336 <SEP> SetA
 <tb> 12778 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3324 <SEP> 12778 <SEP> 1 <SEP> F <SEP> AAATCCTAATTTGTCGTTGG <SEP> SEQ <September>

  ID <SEP> No <SEP> 9363 <SEP> 12778 <SEP> 1 <SEP> R <SEP> TTTTGTTCTTCCTCGTATCC <SEP> 588 <SEP> 920 <SEP> 333 <SEP> SetA
 <Tb>
 
 EMI125.7
 127791 SEQ ID No 3325 12779 I CAAATACCATGGCAGTCTTT SEQ io No 9364 12779 1 CAGCAACCATTGGACTTAAT 43 259 217 SetC
 EMI125.8
 
 <Tb>
 <tb> 19782 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3326 <SEP> 19782 <SEP> 1 <SEP> F <SEP> ATTCATCCATCCCTATTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9365 <SEP> 19782 <SEP> 1 <SEP> R <SEP> ATTGAGCCTTGATAACTTGG <SEP> 619 <SEP> 991 <SEP> 373 <SEP> SetB
 <tb> 17289 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3327 <SEP> 17289 <SEP> 2 <SEP> F <SEP> GAACTCTGGAGAACAAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9366 <SEP> 17289 <SEP> 2.R <SEP> GTTGATTAGCACCAATAGCC <SEP> 2091 <SEP> 2440 <SEP> 350 <SEP> Salts
 <Tb>
 
 EMI125.9
 35491 SEQ 1D No 3328 3549 1 ATATGTCGAGGATGTGAACC SEQ 1D No 9367 3549 1 TTTCTTGSTGAACTTGAACC 1092 1392 301 SetB 35442 SEQ

  ID No 3329 3544 2 F CAAGGTCACTCTTTGTCTGG SEQ ID N. 9368 3544 2 GATGTACACCTTAGATGCCG 38 173 136 Sets
 EMI125.10
 
 <Tb>
 <tb> 118732 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3330 <SEP> 11873 <SEP> 2 <SEP> F <SEP> AACTAAGTCAGGTGACGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9369 <SEP> 11873 <SEP> 2 <SEP> R <SEP> TCTCTTCCTGTTTAAATGCC <SEP> 1971 <SEP> 2314 <SEP> 344 <SEP> SetA
 <Tb>
 
 EMI125.11
 118692 SEQ ID No 3331 11869 2 F AATTGAAGGAGAAAACTCCC SEQ ID No 9370 11869 2 R AGCTGACATTGTAGTCACCC 680 979 300 SetS 118651 SEQ iD No 3332 11865 1 F CAATT7CAAGAATTTACGGG SEQ ID No 9371 11865 1 R GAATTCAACAGTC7TG31 33TG31TG31TG31T31 SEQ 1D No 9372 11863 1 TTCCAATACCCACAAATACC 181 532 352 SetC 6380 SEQ ID Na 3334 63801 F ATGGATCAGACTAAACCTGG SEQ 10 No 9373 63801 R TCATAAGCTTGCATTTTTCC 1 224 224 SetB
 EMI125.12
 
 <Tb>
 <tb> 6382 <SEP> SEQ <SEP> ID <September>

  No. <SEP> 3335 <SEP> 6382 <SEP> 1 <SEP> TCATCAATCACTACCATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9374 <SEP> 6382 <SEP> 1 <SEP> TCACTGGTATATGCGAATCC <SEP> 919 <SEP> 1244 <SEP> 326 <SEP> SetB
 <Tb>
 
 EMI125.13
 63832 SEQ ID No 3336 6383 2 F ATTATTTGACTCGATCCACC SEQ ID No 9375 6383 2 GATCCAACAATGTACCAACC 834 1195 362 Sets 201331 SEQ ID No 3337 201331 F TCGCTAGAAAAATTGTACCC SEQ 1D No 9376 20133 1 CTGCTGATAAACATTCTCCC 413 811
 EMI125.14
 
 <Tb>
 <tb> 63872 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3338 <SEP> 6387 <SEP> 2 <SEP> F <SEP> TTTGGTCTTGAATATTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9377 <SEP> 6387 <SEP> 2 <SEP> CCAGTAGCAAATATTGTCCC <SEP> 238 <SEP> 539 <SEP> 302 <SEP> SetB
 <Tb>
 
 EMI125.15
 6390 SEQ 10 No 3339 63901 F CCATTTGCTGATAAAGATGC SEQ ID No 9378 6390 1 R CTTTGCATAGATTTCAACCC 463 795 333 SetB 6391 1 SEQ ID No 3340 6391 1 F GGAAATCACCAACATAAACC SEQ 10 No 9379 6391 1 R

  ATTCTTTGACCCCAATTACC 954 1262 309 SetB
 EMI125.16
 
 <Tb>
 <tb> 6394 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3341 <SEP> 63941 <SEP> F <SEP> AGGTGTTCCAAGAAATATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9380 <SEP> 6394 <SEP> 1 <SEP> GGTTCATCAACAACCATACC <SEP> 1314 <SEP> 1661 <SEP> 348 <SEP> SetC
 <tb> 159252 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3342 <SEP> 15925 <SEP> 2 <SEP> F <SEP> GATTTTTCCTCTATGGGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9381 <SEP> 15925 <SEP> 2 <SEP> R <SEP> CACTTGCATAGTCGTAGTCG <SEP> 812 <SEP> 1204 <SEP> 393 <SEP> SetA
 <Tb>
 
 EMI125.17
 113302 SEQ ID Na 3343 11330 2 F ATGCGAACAAGACTAACTGC SEQ ID No 9382 11330 2 R TTCAACCGTATAAGTCGAGC 1384 1718 335 SetA 113292 SEQ ID No 3344 11329 2 F TCAGAGAACATATGAAGGGG SEQ ID No 9383 11329 2 R CGTAGCAACAAT 11A SEQ ID No 9384 11328 1 GTATCACCTCTTTTTCCTCG 46 445 400 SetA

  11327 SEQ ID No 3346 11327 I GTACATAGAGCCGTTTTTGG SEQ ID No 9385 11327 1 ACTTCTAACTGCAAACGTGC 943 1287 345 SetA 113262 SEQ 10 No 3347 11326 2 CCGATTATTCTTGTTTCACC SEQ ID No 9386 11326 2 R TACCCAAAAG 63A 32A
 EMI125.18
 
 <Tb>
 <tb> 113241 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3348 <SEP> 11324 <SEP> F <SEP> TTGCAAGAGTTGACTGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9387 <SEP> 11324 <SEP> 1 <SEP> R <SEP> TGTTAGGCTCTTCTTCTTGG <SEP> 1066 <SEP> 1381 <SEP> 316 <SEP> SetA
 <tb> 113232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3349 <SEP> 11323 <SEP> 2 <SEP> GCGTTGGATATAATTGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9388 <SEP> 11323 <SEP> 2 <SEP> R <SEP> ATTGATTGGCACAAATTCC <SEP> 1792 <SEP> 2151 <SEP> 360 <SEP> SetA
 <tb> 7325 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3350 <SEP> 7325 <SEP> 1 <SEP> F <SEP> AGTCGAGCATTTAGAAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9389 <SEP> 7325 <SEP> 1 <September>

  TATCCTGTGACAAGTCAGGC <SEP> 34 <SEP> 343 <SEP> 310 <SEP> SetA
 <tb> 73242 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3351 <SEP> 7324 <SEP> 2 <SEP> AACATCTTCTGAGTCCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9390 <SEP> 7324 <SEP> 2 <SEP> R <SEP> CAAGAACAACATGTTCAACG <SEP> 327 <SEP> 679 <SEP> 353 <SEP> SetA
 <Tb>
 
 EMI125.19
 73222 SEQ ID No 3352 7322 2 TCTCAAGCATTTTATCGAGG SEQ ID No 9391 7322 2 AAGTCAACACCAGTTTTTGC 406 743 338 SetA 7321 1 SEQ 10 No 3353 7321 1 F AGATTACCCTGTAAGACCAGC SEQ ID No 9392 7321 1 CAAGAATT24 No 9393 7320 2 CAGCAACCTTTACTCTCC 1616 1972 357 SetA 73182 SEQ ID No 3355 7318 2 F TGAGAGTATCTGCACAATGG SEQ 1D No 9394 7318 2 R TTCTTTGCTCTTTCCAACC 1409 1712 304 SetA 73162 SEQ ID 1756 7316 2A 105412 SEQ 1D No 3357

  10541 2 AGTTGCTGATAAAAAGCTGG SEQ ID No 9396 10541 2 R ACTTCCTTCCTTTCAACTCC 1584 1978 395 SetB 105362 SEQ JO No 3358 10536 2 F TTAGATGGAGAACCAGAAGC SEQ ID No 9397 10536 2 R CTATCATCATCAGTCAACGC 1864 22GA 37AQ 33G 33AQ33A 2 R TCTTTGGAGTACCAAGAAGG 1813 2182 370 SetB 19641 1 SEQ ID No 3360 19641 1 ATACCAGTTTATCACGACGG SEQ ID No 9399 19641 1 R CCAAACTTGAATAAAAACTGC 27 346 320 SetB
 EMI125.20
 
 <Tb>
 <tb> 199861 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3361 <SEP> 19986 <SEP> 1 <SEP> ATCGTCAAGTTGATAATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9400 <SEP> 19986 <SEP> 1 <SEP> R <SEP> TCTACTCACACTCTCGACCC <SEP> 3935 <SEP> 4299 <SEP> 365 <SEP> SetA
 <Tb>
 
 EMI125.21
 8521 1 SEQ ID No 3362 8521 1 F TTTTAGGAAATCCCATAACG SEQ ID No 9401 8521 1 ATCTCTTCAATACTGGTGGC 356 662 307 SetA 85182 SEQ 1D No 3363 8518 2 F TAGAGCAACCATTACAAGGC SEQ ID No

  9402 8518 2 TCCATTACCATTAGATTCCG 851 1167 317 SetA
 EMI125.22
 
 <Tb>
 <tb> 85162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3364 <SEP> 8516 <SEP> 2 <SEP> F <SEP> TGCTGGACGTAACTGTAAGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 9403 <SEP> 8516. <SEP> 2 <SEP> R <SEP> TCTTGTTCAACTTGCGTAGA <SEP> 1746 <SEP> 2138 <SEP> 393 <SEP> SetC
 <Tb>
 
 EMI125.23
 85122 SEQ ID No 3365 8512 2 TTTGAGTTGGTTTACGGAAG SEQ ID N. 9404 8512 2 GTTCTTGGTTACAGCAGACC 1821 2160 340 SetS 149592 SEQ 10 No 3366 14959 2 F CACATTTCAGTTCCAGTTCC SEQ ID No 9405 14959 2 R CTTGAACQT30 ACTAT30 ID No 9406 12530 2 R ATAATCCCACCACCTTTACC 1242 1541 300 SetB 12528 SEQ ID No 3368 12528 2 F T7GAAAAGAAAGAAACTGCC SEQ ID No 9407 12528 2 R CCPPAA7ATGCTTTAATGGC 1184 1544 361 Sets 183301 SEQ ID No 3369 183301 F GACTTGTTAGT

   9408 183301.R AGAAGAATGAAAAGTGTATTGC 14 324 311 SetB 125 262 SEQ ID No 3370 12526 2 F TCGACAATTAGAACAACAACC SEQ ID No 9409 12526 2 R CAGAATCATCAATCCTACCG 399 718 320 s.TT 63192 SEQ ON 3371 6319 2 TTGATTT 94 SetC 63182 SEQ 10 N03372 6318 2.F AAATTGAATCGTCAAGTTGC SEQ 1D No 9411 6318 2 R ATTGATTGGCATATTCATCG 2149 2491 343 SetA 63152 SEQ ID No 3373 6315 2 TTGGTTTTCTGACGATAAAG SEQ 1D No 9412 6315 2.A GTCCTTTT 89
 EMI125.24
 
 <Tb>
 <tb> 63101 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3374 <SEP> 63101 <SEP> F <SEP> GTTACTGATGTATTTCGCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9413 <SEP> 63101.R <SEP> CTTCATCTGTTGGTTCTTCC <SEP> 1141 <SEP> 1453 <SEP> 313 <SEP> SetA
 <tb> 63082 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3375 <SEP> 6308 <SEP> 2 <SEP> F <SEP> ATTGCTCATTCTTCACATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9414

   <SEP> 6308 <SEP> 2 <SEP> R <SEP> AAGCAGCATATTCATGTTCC <SEP> 3418 <SEP> 3724 <SEP> 307 <SEP> SetA
 <tb> 6306 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3376 <SEP> 6306 <SEP> 1 <SEP> F <SEP> TCAGTTATCAACTGTCAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9415 <SEP> 6306 <SEP> 1 <SEP> GAAAAGAAAGAGCAATGGG <SEP> 2 <SEP> 229 <SEP> 228 <SEP> Sets
 <tb> 63052 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3377 <SEP> 6305 <SEP> 2 <SEP> F <SEP> AAAAACGTACAAATTACCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9416 <SEP> 6305 <SEP> 2 <SEP> ACTTTTCTCGTTGCAATAGG <SEP> 1464 <September> 1781 <SEP> 318 <SEP> SetA
 <Tb>
 
 EMI125.25
 8090 2 SEQ ID No 3378 8090 2.F TGATTTCAAAAAGATCACCC SEQ ID No 9417 8090 2 R TTTTGGTCTmGATTTTGG 1944 2336 393 Sets
 EMI125.26
 
 <Tb>
 <tb> 80872 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3379 <SEP> 8087 <SEP> 2 <SEP> F <SEP> ACAATTAAAATCGCGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9418 <SEP> 8087 <SEP> 2 <SEP> TCGATTGACCAGTATAATTCG <SEP> ND <SEP> ND <SEP> 332 <SEP> SetC
 <tb> 32322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3380 <SEP> 3232 <SEP> 2.F <SEP> AGCCAAGATATTCGAGTTGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 9419 <SEP> 3232 <SEP> 2 <SEP> R <SEP> TAATTCATTGCGCAAATTC <SEP> 714 <SEP> 1014 <SEP> 301 <SEP> Sets
 <Tb>
 
 EMI125.27
 3229 SEQ ID No 3381 3229 1.F TGGCCATTTACTATTTCAGC SEQ ID No

  9420 32291 R CTTGAGAAGCGTAGACATCC 228 535 308 SetB 3227 SEQ 10 No 3382 3227 1 F AACGATATTGAATGGTTTCC SEQ ID No 9421 32271 R GCAACTTAACCAGATGATCC 808 1141 334 Sets
 EMI125.28
 
 <Tb>
 <tb> 3225.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3383 <SEP> 3225.1 <SEP> F <SEP> CCTTTATACACTGAATGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9422 <SEP> 3225.1 <SEP> R <SEP> TTTCGTTAAGAGATTCAGCC <SEP> 298 <SEP> 676 <SEP> 379 <SEP> SetB
 <tb> 3224 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3384 <SEP> 32241 <SEP> F <SEP> CACTGATAAAAGCATCTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9423 <SEP> 32241 <SEP> R <SEP> TGCAAGTCATCTTTCATATCC <SEP> 65 <SEP> 368 <SEP> 304 <SEP> Sets
 <Tb>
 
 EMI125.29
 3223 SEQ ID No 3385 3223 1 F CATCAA1TTCACCTAATGACC SEQ ID No 9424 32231.R CTGAAGTGAATGAAACATGC 31 252 222 Sets
 EMI125.30
 
 <Tb>
 <tb> 3222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3386 <SEP> 3222 <SEP> 1.F <SEP> CCAGATATGTTGAAAGAGGG <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 9425 <SEP> 3222.1 <SEP> R <SEP> TTGAATTCTTCTTGTTTAGGG <SEP> 442 <SEP> 824 <SEP> 383 <SEP> SetA
 <tb> 19988.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3387 <SEP> 19988 <SEP> F <SEP> TGCACAACACTTGTCTTACC <SEP> SEQ <SEP> D <SEP> No <SEP> 9426 <SEP> 19988 <SEP> 1.R <SEP> GTTTTCAACATCTTCTTGCC <SEP> 1055 <SEP> 1386 <SEP> 332 <SEP> SetA
 <Tb>
 
 EMI125.31
 3214 SEQ ID No 3388 3214 lof TAATTGTTGGATTAGGGGC SEQ ID No 9427 3214 1 ATCGATCTCGAATCATTTTT 14 319 306 SetB 3213 SEQ ID No 3389 3213.2.F CAAACGAAAATATTGGAAGC SEQ 1D No 9428 3213.2.R TAATGTTGACATITAGAGA 333 No 9429 32061 R TGATTTTTCCTTCTTGA4CC 698 1042 345 SetB 32032 SEQ ID No 3391 3203.2 F AAGATGGTGAATCTACAGCG SEQ ID No 9430 3203 2.R TTCTCTTCAGCTATCCATCC 719 1088 370 SetB 3198.2 SEQ ID No 3392 3198 2 F CAAACTGCCGAATT 2.98 CA FACT

  TGTGGTCCATTTCTTATTCC 970 1320 351 Sets 3195 SEQ ID No 3393 3195 1 AAGAAGGAGAAGAACAAGGC SEQ 1D No 9432 3195 R TTTACAAAATTCAATTCCCC 866 1218 353 Set8 3192.1 SEQ ID No 3394 3192.1 F GACGGTTATGTGGB 31G 31G AGAGCTCATTGTGTATTGGG SEQ ID No 9434 3191 1.R TTGAAGAAAATCTCTGCTGG 619 950 332 SetB 3189 SEQ ID No 3396 3189 1 ACTACCCCTTCATCATCTCC SEQ 10 No 9435 3189.1 R CATAGTTGTGTTGGTTGTCG 991 1362 372 Sets TID 19635 GCACTTAATCTCTTGGATGG 1360 1724 365 SetB 170672 SEQ ID No 3398 17067.2.F TTCCAAGCTACTCCTACAGC SEQ ID No 9437 17067 2.R TCTTCTCGTTGAATTCTTGG 70 437 368 Set8 170662 SEQ ID No 3399 17066 2 F ATTTTGCATCAAATAGAGACC 64ATTBACC 64Q SEQ ID: SEQ ID No 3400 17064.2 F ACTAACCACCAACAGGAGG SEQ 10 N.

   9439 17064 2 R CATCAACTCCATCAAATTCC 4 352 349 Sets 18329.1 SEQ iD No 3401 18329 1 F GCGGTTCATGTATTGATGTAT SEQ 1D No 9440 18329 1 TTCATTAACTTGAGCAGCAA 589 936 348 Sets 152532 SEQ 10 No 3402 152532.F AATG NoAT41 94Atct. 152522 SEQ ID No 3403 15252 2 F TTTAAATCAGAAATTGATGCC SEQ ID No 9442 15252.2.R GTCATTGTTTTCTTTGGTGG 2413 2747 335 s.te 14487 SEQ ID No 3404 14487.2.F AATTGTTAACCAATCAGAACG SEQ 1D No 9443 14AG F TCCTTCACAACATTCAATACC SEQ ID No 9444 14486 2 R AGTCAATGGTTTCTTCTTGG 1170 1485 316 Sets 144852 SEQ ID No 3406 14485 2.F AAAATCGAAAATTGAAAAACC SEQ D No 9445 14485 2.R TTTATGAGAAAATGGATGACA 242 2790 34090 158902.R AACAAATGATTCAAATGAAGG 505 840 336 Sets 113692 SEQ ID No

  3408 11369 2.F AGTGGAGTGTACCTTGATGG SEQ ID No 9447 11369 2 R AAACAGTAGACCAAGAGCCC 172 478 307 SetS 113722 SEQ ID No 3409 11372.2.F TCCAAGACAAAAGTGAAACC SEQ ID No 9448 11372 2 R ACCTTCATTATTQTA34T 11AQ No 9449 11374 2 R AGGCTAAATTCACTCCCATT 1612 1988 377 SetC 11375.2 SEQ ID No 3411 11375 2.F ACCTTAATACTTCGACAGCC SEQ ID N.

   9450 11375.2 TTTTGGCATTA4TTTTCACC 233 607 375 SetB
 EMI125.32
 
 <Tb>
 <tb> 113762 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3412 <SEP> 11376 <SEP> 2F <SEP> AATCATTTATTGGCATCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9451 <SEP> 11376 <SEP> 2 <SEP> R <SEP> ATGTTTAATCCATCACCACC <SEP>, <SEP> 1153 <SEP> 1532 <SEP> 380 <SEP> Sets
 <tb> 197831 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3413 <SEP> 19783.1 <SEP> F <SEP> TCTCAAATTGATGAAAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9452 <SEP> 19783 <SEP> 1 <SEP> R <SEP> R <SEP> GGAATATTTCCCATCAAACC <SEP> 2146 <SEP> 2475 <SEP> 330 <SEP> Sets
 <Tb>
 
 EMI125.33
 112512 SEQ 1D No 3414 11251 2 A AACATTAATTGCTCTTCGGA SEQ ID No 9453 11251 2 R ATGAGCTTTTAATCCACGAT 1602 1965 364 Seta 112482 SEQG 11CC8CCATQGQCCQQAQNQQQQQAQAQAQA ID No 9455 11247

  2 R TTACCATCTGATTCAATTTCC 67 395 329 SetB 112462 SEQ ID No 3417 11246.2 F CCACAAAAGAAATAACGACC SEQ ID No 9456 11246 2 R TCTCCAAC1TTTCTTTTTCG 233 552 320 Sets
 EMI125.34
 
 <Tb>
 <tb> 112452 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3418 <SEP> 112452.F <SEP> GAAACCGAAGAAGAAATACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9457 <SEP> 112452.R <SEP> AAGTATCAGGCTTTTCTCCC <SEP> 3853 <SEP> 4249 <SEP> 397 <SEP> Sets
 <tb> 116562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3419 <SEP> 11656 <SEP> 2 <SEP> F <SEP> AGGTCTTAAGAGAGATCCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9458 <SEP> 11656 <SEP> 2 <SEP> R <SEP> TTGGTGATCCTAAAACATCC <SEP> 99 <SEP> 403 <SEP> 305 <SEP> salts
 <tb> 15371 <SEP> 2 <SEP> SEQ <SEP> ON.

    <SEP> 3420 <SEP> 15371.2 <SEP> F <SEP> CCAACTAGCCTCGTAGTGTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 9459 <SEP> 15371 <SEP> 2 <SEP> R <SEP> TATTCGTTTGGGTTTTTGAG <SEP> 1582 <SEP> 1884 <SEP> 303 <SEP> SetB
 <Tb>
 

  <Desc / Clms Page number 126>

 
 EMI126.1
 6791 SEQ ID No 3421 6791 2 CCAACTCAATACCCATTAGG SEQ ID No 9460 6791 2 R TCTTTTATCAGGATGAATrTCC 1480 1827 348 SetC 6787 1 SEQ 10 No 3422 6787 1 TTGAAAAAGTAAAACCTGCC SEQ 1D No 9461 6787 1 GTAATCTCCTTTQQTQQQQQTQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQJQ ID No 9462 6785 1 TTTCATTTGAAGTGACATCG 205 511 307 SetA 6784 SEQ ID No 3424 6784 2 F CATTGCAGCTATGGAATTTT SEQ ID No 9463 6784 2 ATCTTGTTTCAGGACGGTAA 1331 1692 362 Sets 20134 SEQ 1O No 3425 20134 1 F TTACCTCTTACACCAA 1 SetA 201351 SEQ ID No 3426 201351 F TACGTCACACACCTACCAAA SEQ ID No 9465 20135 1

  AAACCGATAAGTTTCCATGA 7 340 334 SetB 6778 SEQ 1O No 3427 6778 2 F GCTTATGTCAAAAATGGAGG SEQ ID No 9466 6778 2 TTCATGACTAATGCCTTTCC 1552 1887 336 SetS 6776 SEQ 1O No 3428 6776 2 F ACTGAAGGTAGTTCGACQCT 34QCCAQTQAQTQAQQAQQQAQQQAQQAQAQAQQQAQQAQAQAQQQAQQAQQAQAQAQAQQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQQAQAQAQAQAQAQAQAQAQAQAQAQAQ0AQAQAQAQAQAQAQA] 3429 9936 2 AGGTATAAAAACCCCACAGC SEQ 10 No 9468 9936 2 TTACATCTCAATCCAAACCC 444 818 375 SetB 9934 SEQ 1O No 3430 9934 I TAGGAAAATTTGTCAATGGG SEQ ID No 9469 9934 1 R CGGTACTTTCAACTTGTTCC 830 1231 99T 1T31 QTBTQQ GACATGCTATTCTTTGTCCC 652 982 331 SetA 99292 SEQ ID No 3432 9929 2 F AATCCAACTCAACAATCTGG SEQ JO No 9471 9929 2 CAGATTGACTCCGTACAAGC 2065 2364 300 SetS 99262 SEQ ID No 3433 9926 2 TGGTGGTGTBGGTBTGACCBACC # 13 134482 F ATTTCAGCTCCAAGAATGC SEQ ID N.

   9473 13448 2 R TCAAAAGCCATAAATGTTCC 620 941 322 SetB 134502 SEQ ID No 3435 13450 2 F AATGGTTGCTATCATCAAGG SEQ ID No 9474 13450 2 R TGAATTTCTTGAGTTCTGGG 358 683 326 SetS 134542 SEQ 10 No 3436 13454 2 GAGT AGT 134582 SEQ 10 No 3437 13458 2 GGGGTTCATTGTTAGATTGG SEQ 10 No 9476 13458 2 R TTTTTGCATATCCTGATGC N0 ND 353 SetC 5414 SEQ 10 No 3438 5414 2 F TGTATCGAAACAGACATCCC SEQ ID No 9477 5414 2 R TTGTTCTG5AGAGAGAAG 54A SEQ ID No 9478 5418 2 TTTCCACCATTCAATAAAGC 2400 2714 315 SetS 54201 SEQ ID No 3440 54201 F TACTTGATGTGAATATGCCG SEQ 10 No 9479 5420 1 ACTTGGTCATTTCTCTTTGC 560 859 300 Sets 54222 SEQ 1O No 3441 5422 2 f AATCAACATCAGA22 3422 SetB 54242 SEQ 10 No 3442 5424 2 F GATTAACCCAAATGAACACG

  SEQ ID No 9481 5424 2 R CGATATCTTCTGGAAACTGG 1260 1616 357 SetB 5425 1 SEQ ID No 3443 5425 1 F TTTCTCCTCTGTATACTCCCC SEQ ID No 9482 5425 1 R GCAGACCAGAATTATATGGG 700 1056 357 SetA 5426 SEQ D No 3444 54261TT AGTGAGTGAGTAGAG 54 676 385 SetB 54282 SEQ ID No 3445 5428 2 F GTTTCAGAATACCCGTTCC SEQ ID No 9484 5428 2 R CAAATAAGGAAGATCGTTGG 69 393 325 SetB 126462 SEQ 10 No 3446 12646 2 CTCAACCGAGTAACTGAAGG SEQ lD No 9485 12646 2 RAAT4817 F CTTGTGCTTGTTATTTTCCC SEQ t0 No 9486 12648 1 R ACTTTCTGAATGATGTTGGG 343 659 317 SetB 126522 SEQ 10 No 3448 12652 2 ATTTTAATCAAAGCTGTCGG SEQ 10 No 9487 12652 2 TAATGATAGCAAAACCACCC 1744 2018AQTBACC3 1313 301 Sets 121791 SEQ ID No 3450 12179 1 F

  TTTCCAAATTTTATGGTTGC SEQ ID No.9489 121791.R TCATACGCAATGACACTAGC 216 533 318 SetB 12178 SE GTTTGGGAACAAAATTACC SEQ ID No 9490 12178 1 R ATGAAATCTCTTCATAGGTQ228. 1377 1688 312 SetB 132292 SEQ ID No 3453 13229 2 F ACAAGATTGAAATTGTTGGG SEQ ID No 9492 13229 2 R CTCAAATTTATCAATCAACAGC 1456 1776 321 Sets 13231 1 SEQ 10 No 3454 13231 1 ATTCTAATAATGACGAACCCC SEQ t0 No 9493 13231 1 RGA 3455 13232 2 GAGTAAGCCTGGTTGAATTG SEQ 10 No 9494 13232 2 R CATAATCGGGTACAACCTCA 686 1027 342 SetC 7770 2 SEQ ID No 3456 7770 2 CAAAATATCCCAGTGTTTCC SEQ ID N.

   9495 7770 2 ATGGTCAAAATCAATTGTCC 641 1005 365 SetA 77662 SEQ ID No 3457 7766 2 GAGAGAATGTATCTCCACGG SEQ ID No 9496 77662 R TGTTTATCCTCTTCTGAGGC 308 650 343 SetA 77642 SEQ ID No 3458 7764 2 F GAGCCAATAG 77T2 10 No 3459 7763 2 F TGAGAAAACAAAAGAATGGC SEQ 10 No 9498 7763 2 R TCCATTGTCAGACATTATCG 906 1245 340 SetA 77601 SEQ 1O No 3460 7760 1 F ACCAAACTCCAAATAGAGCA SEQ 10 No 9499 77601 R TAAACGTTCCTCCATCTCAT 1 231 771 329 771 9500 77591 R GTAGAAGCATCATGGGTAGC 1257 1613 357 SetA 106 122 SEQ ID No 3462 10612 2 F TATACCATCCTCAATCCAGC SEQ 10 No 9501 10612 2 R GTGTTCTGTACCAGGTTTGG 690 1053 364 SetA 10610A SEAC 1AA No 3463 106AA 2AA SEQ 10 No 3464 7823 2.F TACATTGAACAAGGTGTTGC

  SEQ 10 No 9503 7823 2.R GTCAATCCTTCTAAGCTTGC 676 977 302 Sets 78192 SEQ ID No 3465 7819 2 F AGAAATCGGTGATTACAACG SEQ ID No 9504 7819 2 R AAATCATCGACCAAATTAGC 273 668 396 SetB 78172 SEQ 10 NoAFCG1717 1040 317 SetS 78152 SEQ ON.

   3467 7815 2 F AACAAAATACTTTTCGTGGG SEQ C No 9506 7815 2 R ACTTCCTACACCAACAATCG 1506 1879 374 SetB 78122 SEQ t0 No 3468 7812 2 F AGATCCTACCATGTCAAACC SEQ 10 No 9507 7812 2 R CTGGCTAAGAAATCAAGTG9 7 7804 1 R CGAAGTAAAAGTGGTGAAGG 4 380 377 SetB 78022 SEQ ID No 3470 7802 2 F CTTTGAAGTTACCCAACGG SEQ i0 No 9509 7802 2 R CTCAATTAAAAAGTTTGCCC 1409 1737 329 SetB 3268 1 SEQ ID No 3471 3268 1AG CCATTT 32672 SEQIONO 3472 3267 2 GTTTTATACTTGGGTGCTGC SEQ ID No 9511 3267 2 CAATTTTTGGACTTCTCTGG 475 846 372 Sets 32642 SEQ ID No 3473 3264 2 ACCAAGATGAACAAGTTTGG SEQ 10 No 9512 3264 2 ATAAGCAATTTTGTQ132 32Q R GATATATCTACAGCCGACCG 58 456 399 SetC 133081 SEQ

  10 No 3475 13308 1 F ACTATTGAAGATGGCACTGG SEQ ID No 9514 13308 RR ATACGGCTATCACTTGATCC 271 658 388 SetS 19584 SEQ 10 No 3476 195841 F GCAGATGACTATAACGGAGG SEQ ID No 9515 19584 1 ATTGGTATTGGTGATTCTA 1903221022 11108 2 R TTCTAACGACTTCCTCATCG 1012 1333 322 SetS 111072 SEQ ID No 3478 111072 2 F ATGGTTCATATGGATTTTGG SEQ ID No 9517 11107 2 GTTGCTAATAAGTTCACCGC 1074 1451 378 SetS 111062 SEQ ID No 3479 111062F TTAGCAGTC 3480 11105 2 TCAATTGATTTCACAACTCG SEQ ID No 9519 11105 2 R TTCTGTTGAGTAGTGGTCCC 651 1020 370 SetB 111042 SEQ JO No 3481 111042F F CAATCTTAATCCATTGGTCG SEQ ID No 9520 11104 2.G GGTTTGGTCACTTTAT11 2Q 9521 16141 2 R TCGTTATCTTCACCTGAACC

  579 959 381 SetB 161432 SEQ ID No 3483 16143 2 F TATTGTTGAAGAGACGGAGC SEQ ID No 9522 16143 2 TGATAAAGTTTCTTCTGGGG 336 717 382 SetA 154662 SEQ ID No 3484 15466 2 F GTTTGAGAACGTTGAACTCG SEQCT 2AA 53346 No. 3485 20137 1 F TTCCAAGTTAGGAATGPACG SEQ ID No 9524 20137 1 CCAAATTAAAAACTGCATCC 420 754 335 SetB 154681 SE AGATCAAAAACAATGATGGG SEQ 1D No 9525 15468 1 CAGCATTTTTAACCAAAT 167207 R ATACCAAATGGATGTTGACC 1058 1454 397 SetA 159391 SEQ ID No. 3488 159391 F GCTGAAAGTATTTGGTTTGG SEQ ID N.

   9527 159391 R ATTCGTCTTCATCAACAACC 955 1261 307 SetA 101172 SEQ ID No 3489 10117 2 F CACACTTTTGTCAGTGATGC SEQ ID No 9528 10117 2 R TATMCCATTGGTCTTRGG 625 936 312 Sets 101151 SEQ 10AGAAAT 11A95ACCA 1 SEQ ID No 3491 101131 F GAAATCTTGCAGAGAAATGC SEQ ID No 9530 10113.1 R TGCCAGATTCTACACTCACC 161 530 370 Sets 101101 SEQ ID No 3492 101101 F CTGATTTTTCAGAATTTGCC SEQ 10 No 9531 101101 R ACAAATAATACTTGGACCGC 1493 180CT 31990TC 31TNBT12990 12902 2 R CACTATCTGATTCTCGACCC 994 1384 391 Sets 129002 SEQ 10 No 3494 12900 2.F TAATGAAGATAGTGGACCCG SEQ 10 No 9533 12900 2.R CATTATTTGTTCCTTGAGCC 270 577 308 SetB 12899 SEQ 10 No 3495 12899 I * r GGTCACGACACATATATAAAATA 345 SetB 6076 SEQ ID No 3496 6076 2 F

  TGATCAAAGACAATATCCCC SEQ ID No 9535 6076 2.R GTGATAGCACCAAAAACACC 225 617 393 SetB 60791 SEQ ID No 9536 6079.1 R TTTTTGAAGGAATTATAQATATQQTQAQQTQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQA '3417 3727 311 SetA 6091.1 SEQ 10 No 3499 6091.1.F CCAACTAAAGGTGAATCTGC SEQ ID No 9538 6091 lR CTAGACGATTCATCTGCACC 4744 5099 356 SetB 6094 SEQ ID No 3500 6094.2 F AGATCAGAAACAGCATCAGC SEQ ID No 9539 6094A RATA 22A22 197851.F ATCCTTATGGTTTCAAATCG SEQ ID No 9540 19785 1 R CAAACTTTTCAATACCCTGC 3098 3429 332 SetB 15621.2 SEQ ID No 3502 15621.2 F TTAGTGACTAGGGCACAAGC SEQ 10 No 9541 15621 2 R GTGACTTTATTGCTGGAACC 10 341 33QTAGTAG18A

   9542 15618.2.R TAGGTAATCCTTGTTCGTCC 1926 2227 302 SetA 12937.2 SEQ ID Na 3504 12937.2 F TTCTTCAAGACCATAACTTGG SEQ ID No 9543 12937 2 R ATTGATGGTCCAAAAATCC 45 280 236 Sets 12940.2 SEQ ID No. 3505 12940.2.F CATTAATTC 129 NO.2 129422 SEQ ID No.

   3506 12942.2 FI ATTTTTACAACACACCGACC SEQ ID No 9545 12942 2 RI CCCAACCGTTTACATTTCTA 933 1279 347 Sets 129422 SEQ 10 No 3507 12942 2 F2 AGAGGTAACATCTCATCTTTCG SEQ ID No 9546 12942 2 R2 CCCAATACAGTAAGATTGAACC ND NDT 30Q IDTQQBTQ 9547 3865.2 R ATCCATTCCAACCAGTAGC 240 622 383 SetA 38591 SEQ ID No 3509 3859 1 F TCGTTGTATTTACAGGGTTG SEQ ID No 9548 3859.1.R GAATAGGATCACCCCTAACA 1077 1378 302 Sets 3858.1 SEQ ID No 3510 3858.1 F TGTCAAATCTGGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQGTQAQTQAQQTQGTQAQTQAQAQQTQAQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQQAQAQAQAQAQAQAQAQAQAQAQ] 10 No 3511 3857.1 F ACCGAATATGTTACTGGTGC SEQ 10 No 9550 3857 1 GGCAACACTTTATTGAAAGC 562 938 377 SetB 3856.1 SEQ ID No 3512 3856 lF AAAACGTTGGATACATTTGG SEQ t0 No.

   9551 3856 lR TGATAAAGCTTGAGGAAAGC 726 1043 318 SetB 38541 SEQ ID No 3513 3854 1 CAACAAACTAACACTGCACC SEQ ID No 9552 3854 1.R TAACGTGTCAACAGATCAGG 667 1040 374 SetB 38531 SEQ ID No 3514 3853 1 FTTGTTGGAT SEQ ID No 3515 3852 2.F TCGTTTTTGAAAACTTCACC SEQ 10 No 9554 3852 2.R ATGGCARTATAAATCATGGG 427 734 308 SetB 38492 SEQ ID No 3516 3849.2 AAGGAAAGACCTCAAGATGG SEQ 10 No 9555 3849.2 R CAAGAAAATGTTAACCCAGC 3160. F CAAGCAAAACTTATTGGGAT SEQ 10 No 9556 8878.1.R AGCCATCAAGAGCTAACAAC 269 607 339 Sets 88742 SEQ ID No.

   3518 8874 2 F GGTTAATGATGAGTTGTGGG SEQ ID No 9557 8874 2 CCAAATTTACCTTTCCAACC 1115 1442 328 SetA 199941 SEQ ID No 3519 19994.1 F GATGAACCAGATGTCAAACC SEQ 10 No 9558 19994.1 R CTTTATGATCATGAGTAGCGQ ID 907 1357 TATCCAAATGAAAAAGAGCC 1045 1443 399 SetB 201381 SEQ 1O No 3521 20138.1.F TCTTTGCATCATTAGCAGC SEQ ID No 9560 20138 1.R GGAGATTTTAAAAGGAAAAGG 39 401 363 SetA 9065 SEQ ID No 3522 9065 2 F CGAGCAAAAACTTTTAAAACC2QAG 2QAG 26QNGAGQQ 2Q ID No.

   3523 9063.2 F 1TCCAATAAAGATCAGTCCG SEQ ID No 9562 9063 2 R ATTTTTGTTGAAACAGCAGC 920 1249 330 Sets 89421 SEQ ID No 3524 8942.1 F TTTGTGGATTTAATATGTGGC SEQ ID No 9563 8942 1 R GCTGAATCAGAAAGAGAFB222 226 12022 2.R TTAACTTTAGGCAATGACGC 2758 3101 344 SetA 15911 2 SEQ 10 No 3526 15911 2 F CCATTCTTGTGACAGTAGGC SEQ 10 No 9565 159112 RR CCATTCTTGTGACAGTAGGC 3017 3368 352 SetC 12339.2 SEQ ID No 3527 12339.2 F ACCACTAGT 12G Sets 123362 SEQ ID No.

   3528 12336 2 12336 9567 F CAGGGATGTACTAGTTTGGC SEQIONo AAATTCGCAATAGATTCAGG 2 1390 1742 353 183 181 SetB SEQ ID NO 3529 1831 SEQ 81.FAAAATCG¯RTAATGTTGGTGG 1O No. 9568 18318 1 1330 1645 316 R PATCTTCAAGAACCTCATCG Sets 18317 18317 SEQ ID NO 3530 SEQ 1.F GAACCTCACGTTTATTTTGG io No 9569 18317 1 R GTTGGGACATTACCTTTTCC 469 791 323 Sets 18316.1 SEQ ID No 3531 183161 F AGAATTGCTATTGTTGGAGG SEQ ID No 9570 18316 1 R ATAGTATCTTTGGGGGAACC 13 333 321 Sets 81292 SEQ ID No 3532 8129.2.F GTGGAAGCTTGAGAGTGTAGGATGTAGGATA 81302 SEQ IDNo 3533 81302.F TTATCTGGTGTCCATGAAGG SEQ 10 No 9572 81302.R CTGTTCTCTCTCCAAAGTCG 643 1024 382 Sets 8131.1 SEQ ID No 3534 8131.1.F ACAACGAAACCAAATACTCG SEQ ID No 9573 8131 1 CATT7CA ID No.

   9574 8136 2 R TCTCGTCCTCTACATCATCC 1736 2086 351 SetA 8138 SEQ 10 No 3536 8138.2.F AAAAAG7TAAAGCATTTGGC SEQ ID No 9575 8138 2 ATTGGTCTCTTTACAATGGG 1633 1956 324 SetA 81402 SEQ ID NoAT373740 16529 SEQ io No 3538 16529 2.F AGAAAGAAAATCGAAAAGCC SEQ ID No 9577 16529 2 R ATTGCCTCCTTATCATAGCC 1796 2122 327 Sets

  <Desc / Clms Page number 127>

 
 EMI127.1
 
 <Tb>
 <tb> 9255 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3539 <SEP> 9255 <SEP> 2 <SEP> F <SEP> AGCAGTGTTTTATTTCAGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9578 <SEP> 9255 <SEP> 2 <SEP> R <SEP> AATAAATAACCCGACCAAGG <SEP> 261 <SEP> 591 <SEP> 331 <SEP> SetB
 <tb> 92522 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3540 <SEP> 9252 <SEP> 2 <SEP> F <SEP> CAAACAGAACAAGGAATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9579 <SEP> 9252 <SEP> 2 <SEP> R <SEP> TGATTTCTTCTATCAACCTCG <September>

  817 <SEP> 1154 <SEP> 338 <SEP> SetB
 <tb> 9251 <SEP> 2 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 3541 <SEP> 9251 <SEP> 2 <SEP> F <SEP> TCAATCTCAATATCGATCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9580 <SEP> 9251 <SEP> 2 <SEP> R <SEP> TGTCCAAGTGACACATTAGC <SEP> 2769 <SEP> 3137 <SEP> 369 <SEP> Sets
 <Tb>
 
 EMI127.2
 41202 SEQ 10 No 3542 4120 2 F TCCATCAATGAACAATATTCC SEQ ID No 9581 4120 2 R CATCTAATGCCAATTCATCC 223 592 370 SetA 4122 SEQ ID No 3543 4122.2 F AACCAAGTGTTTGA1 "ATGGC SEQ ID No 9582 4122 2 CGAGAACATAT123 123AG # 4AG2123AG CTCAAGAGTTCGAAAAATGG SEQ ID No 9583 4123 2 R GGGATAAGAGAACCAAATCC 281 641 361 SetS
 EMI127.3
 
 <Tb>
 <tb> 4124 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3545 <SEP> 4124 <SEP> 2 <SEP> F <SEP> GAGATTACAATGATGATTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9584 <SEP> 4124 <SEP> 2 <SEP> R <SEP> AATTACCTTCGGTATCAACG <SEP> 86 <SEP> 406 <SEP> 321 <September>

  SetA
 <tb> 4126 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3546 <SEP> 4126 <SEP> 2 <SEP> F <SEP> TAAACTGAAGGAATGGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9585 <SEP> 4126 <SEP> 2 <SEP> R <SEP> CATGACATTATTGGGAGAGC <SEP> 414 <SEP> 795 <SEP> 382 <SEP> SetB
 <Tb>
 
 EMI127.4
 4127 SEQ ID No 3547 4127 2 F TTGGACATTGGAATCTATCC SEQ ID No 9586 4127 2 R TATTCAAAAATTTCATCGCC 439 755 317 StB
 EMI127.5
 
 <Tb>
 <tb> 4128 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3548 <SEP> 4128 <SEP> 1 <SEP> CAAAGACAACAAGAATTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9587 <SEP> 4128 <SEP> 1 <SEP> R <SEP> AAACTTGATATATAAGGGCACC <SEP> 145 <SEP> 456 <SEP> 312 <SEP> Sets
 <tb> 41291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3549 <SEP> 4129 <SEP> F <SEP> ACCAACAGAAGAGGTACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9588 <SEP> 4129 <SEP> 1 <SEP> AATTTTTCGATAACAGTGGC <SEP> 874 <SEP> 1205 <SEP> 332 <SEP> SetA
 <tb> 4131 <SEP> SEQ <SEP> ID <SEP> No <September>

  3550 <SEP> 4131 <SEP> 2 <SEP> CTTATTTTCCATGGACTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9589 <SEP> 4131 <SEP> 2 <SEP> R <SEP> CTCTCAGCTAAATCACCAGC <SEP> 758 <SEP> 1136 <SEP> 379 <SEP> Sets
 <tb> 4132 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3551 <SEP> 4132 <SEP> 2 <SEP> F <SEP> CAGGTACTGGTATAGCACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9590 <SEP> 4132 <SEP> 2 <SEP> ACTTCTCTAGGCATTTTCCC <SEP> 1349 <SEP> 1655 <SEP> 307 <SEP> SetB
 <tb> 4134 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 3552 <SEP> 4134 <SEP> 2.F <SEP> TTATTTCCAACTCAACCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9591 <SEP> 4134 <SEP> 2 <SEP> TACTTAAAGCAGGAGCAACC <SEP> 1399 <SEP> 1780 <SEP> 382 <SEP> SetB
 <tb> 74472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3553 <SEP> 7447 <SEP> 2 <SEP> F <SEP> TCTCGATTGCTTGACTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9592 <SEP> 7447 <SEP> 2 <SEP> AAAAGCTTGAAAATACCACG <SEP> 1156 <SEP> 1486 <SEP> 331 <SEP> Sets
 <tb> 74502 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 3554 <SEP> 7450 <SEP> 2 <SEP> F <SEP> GGTTATGAAGGCATTACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9593 <SEP> 7450 <SEP> 2 <SEP> R <SEP> TTCAAATTGTTTTCCAATGC <SEP> 438 <SEP> 764 <SEP> 327 <SEP> SetB
 <tb> 7451 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3555 <SEP> 7451 <SEP> 2 <SEP> F <SEP> TGAAACTGAATTGTCTGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9594 <SEP> 7451 <SEP> 2 <SEP> R <SEP> GCTCAGTTGTTTTCTTCTGC <SEP> 1002 <SEP> 1314 <SEP> 313 <SEP> SetA
 <Tb>
 
 EMI127.6
 7452 1 SEQ 10 No 3556 7452 1 CACTTTTGGTAGAGCATTCG SEQ ID No 9595 7452 1 R ATTGTTGCGTCAATCTAACC 708 1036 329 SetA 7453 1 SEQ ID No 3557 7453 1 CTACTGCTGGTAATTCCTCG SEQ ID No 9596 7453 1 CTTTTAATCC
 EMI127.7
 
 <Tb>
 <tb> 7456 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3558 <SEP> 7456 <SEP> 1 <SEP> F <SEP> CCAATAAAATCCCCTTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9597 <SEP> 7456

   <SEP> R <SEP> TGAAACGAGATTTTCAATCC <SEP> 62 <SEP> 383 <SEP> 322 <SEP> SetB
 <tb> 7459 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3559 <SEP> 74591 <SEP> F <SEP> TATCACATCTTTGGTCACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9598 <SEP> 7459 <SEP> 1 <SEP> AATTGAGATCCACTCAAACC <SEP> 288 <SEP> 644 <SEP> 357 <SEP> SetB
 <tb> 74632 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 3560 <SEP> 7463 <SEP> 2.F <SEP> TTGAAAAACATTCAAGTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9599 <SEP> 7463 <SEP> 2 <SEP> R <SEP> CTGTTGTTCAACGTTTCTCC <SEP> 1162 <SEP> 1478 <SEP> 317 <SEP> SetA
 <tb> 17994 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3561 <SEP> 179941 <SEP> F <SEP> CTTTTACAAGTTGCAGAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9600 <SEP> 17994 <SEP> 1 <SEP> R <SEP> AGCTTTGTACTAATTTGCGG <SEP> 334 <SEP> 637 <SEP> 304 <SEP> SetB
 <Tb>
 
 EMI127.8
 17991 2 SEQ ID No 3562 17991 2 TTAAGCAATTCGAGATAGGG SEQ ID No 9601 17991 2 R

  CTCGTCAGAATTTAACTGGG 734 1056 323 SetS
 EMI127.9
 
 <Tb>
 <tb> 170212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3563 <SEP> 17021 <SEP> 2.F <SEP> CATCGTTATTATCAATCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9602 <SEP> 17021 <SEP> 2 <SEP> R <SEP> TAAATGGGGTTTATTCTTGG <SEP> 1403 <SEP> 1788 <SEP> 386 <SEP> SetA
 <tb> 11432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3564 <SEP> 11432 <SEP> 2 <SEP> F <SEP> CCAAATGGCTATACAGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9603 <SEP> 11432 <SEP> 2 <SEP> R <SEP> CATCAATTTCGTTATCGTCC <SEP> 696 <SEP> 1075 <SEP> 380 <SEP> Sets
 <Tb>
 
 EMI127.10
 11433 1 SEQ ID No 3565 11433 I F GAATTCCATGCTAAATCACC SEQ tD No 9604 11433 1 TGTTGTTGAGTTTGTTGAGC 142 521 380 SetA
 EMI127.11
 
 <Tb>
 <tb> 114351 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3566 <SEP> 11435 <SEP> 1 <SEP> CAATACCTGAAAGACAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9605 <SEP> 11435 <SEP> 1 <SEP> CTTCATCATCACTCTGTTGC <SEP> 137 <September>

  478 <SEP> 342 <SEP> Sets
 <tb> 16323 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3567 <SEP> 16323 <SEP> 2 <SEP> F <SEP> GCTGATATGCAAGGTTTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9606 <SEP> 16323 <SEP> 2 <SEP> R <SEP> TTTGATTTTCTCTGAATGGG <SEP> 2818 <SEP> 3177 <SEP> 360 <SEP> SetA
 <tb> 199961 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 3568 <SEP> 19996 <SEP> 1 <SEP> F <SEP> GCAAATGATACTCCCAAAGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 9607 <SEP> 199961 <SEP> R <SEP> TAAACCTAAACAACTCCCGA <SEP> 451 <SEP> 753 <SEP> 303 <SEP> SetB
 <tb> 19997 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3569 <SEP> 19997 <SEP> 1 <SEP> F <SEP> CTTCTTGAATCACCACTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9608 <SEP> 19997 <SEP> 1 <SEP> TGTTATACAAACCGATTCCC <SEP> 48 <SEP> 269 <SEP> 222 <SEP> SetC
 <Tb>
 
 EMI127.12
 139342 SEQ ID No 3570 139342 CACAACCCTTGGCACTAC SEQ ID No 9609 13934 2 R GTGGTATCGRTGTCATTTCC ND NO 201 SetC 139331 SEQ ID No 3571

  139331 F AATTACAACAAGCAATGATGG SEQ ID No 9610 13933 1 R CAACTTTTCAAATCAGATCG ND ND 289 SetC 136692 SEQ ID No 3572 13669 2 ATCATCATCTCCAAC7TTCC SEQ ID No 9611 13669 2 CTAGTGTGGTTTTCTTGATGQ IDAG 13622424 1267 1424 GATCATTTTCACAAGCAGC 315 625 311 SetB 19529 SEQ ID No 3574 19529 1 AATGGCATTTCATATAGTTCG SEQ JD No 9613 19529 R TTAATGATGTGATTAATGAATAAGG ND ND 200 SetC
 EMI127.13
 
 <Tb>
 <tb> 18311 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3575 <SEP> 18311 <SEP> 1 <SEP> F <SEP> AATTTGAAACTCCAGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9614 <SEP> 18311 <SEP> 1 <SEP> R <SEP> AGGTAATTTCAATCCCAACC <SEP> 1928 <SEP> 2325 <SEP> 398 <SEP> Sets
 <Tb>
 
 EMI127.14
 8077 2 SEQ ID No 3576 8077 2 F AGCCAGGTGATACAGTAACC SEQ 10 No 9615 8077 2 R AAACAAGAGTTTCATTAGGACC 62 340 279 SetA
 EMI127.15
 
 <Tb>
 <tb> 8391 <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 3577 <SEP> 8391 <SEP> 2 <SEP> F <SEP> TTTGAATGAAGACTCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9616 <SEP> 8391 <SEP> 2 <SEP> R <SEP> ACTAGTTCATCGGTTTCAGC <SEP> 390 <SEP> 761 <SEP> 372 <SEP> SetB
 <Tb>
 
 EMI127.16
 8392 SEQ ID No 3578 8392 F CAGCCAGTTAGACTTGATCC SEQ ID No 9617 8392 1 R CAACTTTTCTGCTTAGCTCC 894 1195 302 SetB 20142.1 SEQ ID No 3579 20142 1 F CAAACTAAAACACTGGAGCC SEQ ID No 9618 20142 R CTAGGTGCAAQ 35T22 ID No 9619 8395 2 R AGTGTTCGAGTTCAGATTGG 357 741 385 SetB 19787 SEQ ID No 3581 19787 1 ATTGCCAGTACAATTGAAGG SEQ ID No 9620 19787 R TGATCGTCTTCTGTTTCTCC 3277 3599 323 SetS 13615 SEQ JD No 3582 13615 1AGTCATATT 96CC
 EMI127.17
 
 <Tb>
 <tb> 136131 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3583 <SEP> 13613 <SEP> 1 <SEP> F <September>

  CAATTACGTCAATTACAACAAAG <SEP> SEQ <SEP> ID <SEP> Do <SEP> 9622 <SEP> 13613 <SEP> 1 <SEP> R <SEP> TTAACTTCTTGAATCATTTCCA <SEP> 403 <SEP> 758 <SEP> 356 <SEP> SetB
 <tb> 195401 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3584 <SEP> 19540 <SEP> 1 <SEP> F <SEP> GATCCAAAATTAGCATCACC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 9623 <SEP> 19540 <SEP> 1 <SEP> TTCGAAACATACCCAGTAGC <SEP> 1807 <SEP> 2189 <SEP> 383 <SEP> SetB
 <tb> 48902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3585 <SEP> 48902 <SEP> F <SEP> TCAAGGTATGTCGGAATCTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9624 <SEP> 4890 <SEP> 2 <SEP> AATAATAGCAGCACTCACCG <SEP> 906 <SEP> 1269 <SEP> 364 <SEP> SetB
 <tb> 4889 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3586 <SEP> 4889 <SEP> 2 <SEP> F <SEP> CAAGATAATCGCTGATGAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 9625 <SEP> 4889 <SEP> 2 <SEP> R <SEP> TTGTAGGTTCAGGTGACTCG <SEP> 303 <SEP> 667 <SEP> 365 <SEP> SetB
 <tb> 4885 <SEP> 1 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 3587 <SEP> 4885 <SEP> 1 <SEP> F <SEP> GGCCAATTACATTACAATCG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 9626 <SEP> 4885 <SEP> 1 <SEP> GGTTTCAATTGGTTTTTCC <SEP> 153 <SEP> 453 <SEP> 301 <SEP> SetB
 <tb> 48822 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3588 <SEP> 4882 <SEP> 2 <SEP> F <SEP> TTCTTCTAGCTTCTTCGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9627 <SEP> 4882 <SEP> 2 <SEP> R <SEP> GACTAGAACCTCCGTCTTAGC <SEP> 40 <SEP> 392 <SEP> 353 <SEP> SetB
 <tb> 4881 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3589 <SEP> 4881 <SEP> 1 <SEP> F <SEP> CTTCTACCTCTTCTACCACCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9628 <SEP> 4881 <SEP> 1 <SEP> R <SEP> ATACGCTGCTATGTTGGC <SEP> 9 <SEP> 245 <SEP> 237 <SEP> SetB
 <tb> 4880 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3590 <SEP> 4880 <SEP> 2 <SEP> F <SEP> CTCGAGCATCCTTAAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9629 <SEP> 4880 <SEP> 2 <SEP> R <SEP> TCAAATGGTTGTTCAAGTCC <SEP> 2090 <September>

  2435 <SEP> 346 <SEP> SetB
 <Tb>
 
 EMI127.18
 48762 SEQ ID No 3591 4876 2 F TTGGGATGTCAAATTAAAGG SEQ ID No 9630 4876 2 GTAGGTTGAGTTTTCAAGGG 792 1169 378 Sets
 EMI127.19
 
 <Tb>
 <tb> 48742 <SEP> SEQ <SEP> OJ <SEP> No <SEP> 3592 <SEP> 4874 <SEP> 2 <SEP> F <SEP> TTCTTGAAAAATTGAATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9631 <SEP> 4874 <SEP> 2 <SEP> R <SEP> AAATTTCTCCCAATTGAACC <SEP> 1712 <SEP> 2047 <SEP> 336 <SEP> SetA
 <Tb>
 
 EMI127.20
 48732 SEQ ID No 3593 4873 2 AAATTTCATCACCAAAATCG SEQ ID No 9632 4873 2 CTTTTAGGAAATTTAATGGGG 855 1175 321 SetB
 EMI127.21
 
 <Tb>
 <tb> 48722 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3594 <SEP> 4872 <SEP> 2 <SEP> F <SEP> TGCCTTTATCAATGCTTTCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 9633 <SEP> 4872 <SEP> 2 <SEP> R <SEP> ATCCAGTTAATTGCAGAGGA <SEP> 707 <SEP> 1051 <SEP> 345 <SEP> SetC
 <tb> 4868 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3595 <SEP> 4868 <SEP> 1 <September>

  ATGAGGTTGAAATGATGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9634 <SEP> 4868 <SEP> 1 <SEP> R <SEP> AGACATGATTGAGGATCAGG <SEP> 1619 <SEP> 1997 <SEP> 379 <SEP> SetA
 <tb> 4866 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3596 <SEP> 4866 <SEP> 1 <SEP> GGAATTTTCTATTGATGATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9635 <SEP> 4866 <SEP> 1 <SEP> R <SEP> TAAAGGAAGGACCAATAGCC <SEP> 420 <SEP> 772 <SEP> 353 <SEP> SetA
 <Tb>
 
 EMI127.22
 4861 1 SEQ ID No 3597 4861 1 F GGTGATTACGTTACTCCAGG SEQ ID No 9636 4861 1 R TTGTAGGAGTTCTTTGGTGG 187 488 302 SetS
 EMI127.23
 
 <Tb>
 <tb> 48601 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3598 <SEP> 48601 <SEP> F <SEP> GCCTTTGATCTTTTAACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9637 <SEP> 48601 <SEP> R <SEP> TGGAAATGATAATTCTTCTGC <SEP> 1111 <SEP> 1410 <SEP> 300 <SEP> Sets
 <Tb>
 
 EMI127.24
 4859 SEQ ID No 3599 4859 2.F TCTTGTATTACCTGCATCTCC SEQ 10 No 9638 4859 2 R ATAACCTTGTGAATCCATGC ND ND

  358 SetC
 EMI127.25
 
 <Tb>
 <tb> 19586 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3600 <SEP> 19586 <SEP> 1 <SEP> GAATTCACCTTCAACTACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9639 <SEP> 19586.1 <SEP> R <SEP> TTCAGTAATTGCATTCATGG <SEP> ND <SEP> ND <SEP> 268 <SEP> SetC
 <tb> 119452 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3601 <SEP> 11945.2 <SEP> TCATCTCCAAAAATGTCACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 9640 <SEP> 11945 <SEP> 2 <SEP> R <SEP> TCTGATAGTGGTTGTTGTGG <SEP> 370 <SEP> 695 <SEP> 326 <SEP> Sets
 <tb> 5671 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3602 <SEP> 5671 <SEP> 2 <SEP> F <SEP> ACGATTTCAATCAATCTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9641 <SEP> 5671 <SEP> 2 <SEP> TTTTGGCAATAGAACGTACC <SEP> 363 <SEP> SetC
 <Tb>
 
 EMI127.26
 56701 SEQ ID No 3603 56701 F TTATATTGGATGAATTGGGC SEQ ID No 9642 5670 1 TTATCAACAATTGCATCAGG 3128 3428 301 Set8
 EMI127.27
 
 <Tb>
 <tb> 5668 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3604 <SEP> 5668 <SEP> 1 <SEP> GCCAAGTCATGTAAAATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9643 <SEP> 5668 <SEP> 1 <SEP> ATTCTTTATGTGGCAAAACG <SEP> 1009 <SEP> 1342 <SEP> 334 <SEP> Sets
 <tb> 56631 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3605 <SEP> 5663 <SEP> F <SEP> CCAAAAATCAAACAAGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9644 <SEP> 5663 <SEP> 1.R <SEP> CAGCCATGTATTCTTCTTCC <SEP> 439

   <SEP> 760 <SEP> 322 <SEP> Sets
 <Tb>
 
 EMI127.28
 78762 SEQ ID No 3606 7876 2 F AAAGTTTTTGGCTTATGTGG SEQ ID No 9645 7876 2 ACCAACACAATAGGAACAGC 1101 1496 396 Sets
 EMI127.29
 
 <Tb>
 <tb> 78802 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3607 <SEP> 7880 <SEP> 2 <SEP> F <SEP> TTCTGCTTGGAAAAGATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9646 <SEP> 7880 <SEP> 2 <SEP> R <SEP> GATTTTGATCAACACTTGAGG <SEP> 4580 <SEP> 4896 <SEP> 317 <SEP> Sets
 <tb> 78862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3608 <SEP> 7886 <SEP> 2 <SEP> GTTCTAGTCCTCGAAGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9647 <SEP> 7886 <SEP> 2 <SEP> R <SEP> TCTTCTTCCTCTTGATGTGG <SEP> 20 <SEP> 287 <SEP> 268 <SEP> Sets
 <tb> 78892 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3609 <SEP> 7889 <SEP> 2 <SEP> TTGAATTGATTGGTACTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9648 <SEP> 7889 <SEP> 2 <SEP> TGATCTCCTTTATCACCACC <SEP> 2810 <SEP> 3113 <SEP> 304 <SEP> Sets
 <tb> 7891

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 3610 <SEP> 7891 <SEP> 2 <SEP> F <SEP> TCATCGTATATCGTCAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9649 <SEP> 7891 <SEP> 2 <SEP> R <SEP> TTTGAACGAATTGAAAGGG <SEP> 8 <SEP> 323 <SEP> 316 <SEP> SetB
 <tb> 154531 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 3611 <SEP> 15453 <SEP> F <SEP> TCAGTTTCTTGACTTCTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9650 <SEP> 15453 <SEP> 1 <SEP> R <SEP> GAAGAACCAGAACTGGAACC <SEP> 713 <SEP> 1046 <SEP> 334 <SEP> Sets
 <tb> 162232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3612 <SEP> 16223 <SEP> 2 <SEP> F <SEP> AACAAGTTTGGTTATGGACAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9651 <SEP> 16223 <SEP> 2 <SEP> R <SEP> TGAATTCAAATCTTTTGTCG <SEP> 2681 <SEP> 3018 <SEP> 338 <SEP> Sets
 <Tb>
 
 EMI127.30
 6205 SEQ ID No 3613 6205 2.F GAATTGAATAAACGAGCAGC SEQ ID No 9652 6205 2.R ACTTCTTCGAAAACATCACC 343 644 302 Sets
 EMI127.31
 
 <Tb>
 <tb> 62032 <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 3614 <SEP> 6203 <SEP> 2 <SEP> F <SEP> CTTCATCAACTCCAATCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9653 <SEP> 6203 <SEP> 2.R <SEP> ACACCATCACCATAATTTCC <SEP> 1370 <SEP> 1703 <SEP> 334 <SEP> Sets
 <tb> 61922 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3615 <SEP> 6192.2.F <SEP> CAAAATTCCACAATAGCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9654 <SEP> 6192. <SEP> 2 <SEP> R <SEP> AGTTGCTTGATTTTAGGTCC <SEP> 112 <SEP> 416 <SEP> 305 <SEP> Sets
 <Tb>
 
 EMI127.32
 6191.1 SEQ ID No 3616 6191 1 CATAGTCCCAACTTGACTCC SEQ ID No 9655 6191 LR TCTCATTATCAGGCTCTTGG 70 406 337 SetB 6190 1 SEQ 10 No.

   3617 6190 1 F ACTGGTGATAAGTTGATTCTCC SEQ ID No 9656 6190 1 R TTCAACATCTCACTCTTTTCC 16 359 344 Sets 6188 SEQ ID No 3618 6188 1.F GGTTTATGAAGGTGATGATGG SEQ ID No 9657 6188 lR CAAAACACCTCCACTAG ID1818 27A. 9658 6186 IR CATTTTCGAGAATCCTTACG 1509 1832 324 SetA
 EMI127.33
 
 <Tb>
 <tb> 61842 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3620 <SEP> 6184.2 <SEP> F <SEP> TCCTATTTTGACCGTAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9659 <SEP> 6184 <SEP> 2.R <SEP> ATACCAACAATGTACCACCG <SEP> 438 <SEP> 835 <SEP> 398 <SEP> SetB
 <tb> 61832 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3621 <SEP> 6183 <SEP> 2.F <SEP> GGTTATCCAACAGAATGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9660 <SEP> 6183 <SEP> 2 <SEP> CTGGCTATACCTTTTCTCCC <SEP> 1251 <SEP> 1574 <SEP> 324 <SEP> SetA
 <tb> 61812 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3622 <SEP> 6181.2 <SEP> F <SEP> ATTATGGGGGAAACTAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9661 <SEP> 6181.2.R <SEP> ATTGACCATTTGATATTCCG <SEP> 831 <SEP> 1213 <SEP> 383 <SEP> SetB
 <tb> 61792 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3623 <SEP> 6179.2 <SEP> F <SEP> AAGCACGTGACAATAGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9662 <SEP> 6179.2 <SEP> R <SEP> TTTAAAGGCAATCTCAAAGG <SEP> 1790 <SEP> 2171 <SEP> 382 <SEP> SetB
 <tb> 61751 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3624 <SEP> 6175.1.F <SEP> GGTAGCATTTGTAAGGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9663 <SEP> 6175 <SEP> l.R <SEP> CTGTAGACTCGGTAGTTGGC <SEP> 145 <SEP> 502 <SEP> 358 <SEP> SetB
 <tb> 6173 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3625 <SEP> 6173.2 <SEP> TGGGTATCACTTTTAGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9664 <SEP> 6173 <SEP> 2 <SEP> R <SEP> CTACCGAGTTGTCTGTAGCC <SEP> 620 <SEP> 940 <SEP> 321 <SEP> SetB
 <Tb>
 
 EMI127.34
 119012 SEQ ID No 3626 119012.F TTTGATAACACAAAGCAAGC SEQ ID No 9665 119012 2 R GCTAAAGAAATTTGACTCCG 165 465 301 SetB 119001 SEQ ID No 3627 11900 1 F TCAAGAAATAATAAGCCAAGG SEQ ID No.

   9666 11900 1 R TATCTGGGGTGTTTAATTGC 123 451 329 SetA 118991 SEQ ID No 3628 11899 1.F CAATTTGAACTCAGTCAACG SEQ ID No 9667 11899 1.R AATTTATTGGACGAAGTTGC 21 350 330 SetA 118982 SEQ ID No 3629 11898 2.F ATTGATAAGCTAGCTAGTAGTAGTAGTAGTAGTAGTAGTAGT8G 351 659 309 SetB 118972 SEQ ID No 3630 11897 2.F TCTCCAATCGATACAATTCC SEQ 10 No. 9669 11897 2.R TTTACCAATCACAACTGACG 2143 2520 378 SetB 55341 SEQ ID No 3631 5534.1 F TATACCAGCACCACCTTACC SEQ ID No 9670 55AG LR No 3632 5533 2.F CATACACACATCAAATTGGG SEQ ID No 9671 5533 2 R TGTCTTTTGCCACTTTATCC 1360 1741 382 Sets 55291 SEQ 10 No 3633 5529 lF GCTGCTGAAACATTATCTGG SEQ lv No. 9672 55291.R GCAGTCTTACCAACAATTCC 6B8 6479 3079 6479

   3634 5526 1 AAAGCAAAAATTAGAGAGCG SEQ 10 No 9673 5526 1 R AAATCTCAATTTTCCAACTCC 585 984 400 SetB 5524 1 SEQ ID No 3635 5524 F AAGAAAGACTTCAACCAACC SEQ ID No 9674 5524 1 CTGTAACCACCTCTTCTTGG 55 323 269 SetB 55TT21 GTATGGATCGGTATAAACGC 1231 1566 336 sets
 EMI127.35
 
 <Tb>
 <tb> 55131 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3637 <SEP> 55131 <SEP> F <SEP> TATTTCATATCCAACCACCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 9676 <SEP> 5513 <SEP> 1 <SEP> AAACTTCTTTGCACATTTCG <SEP> 579 <SEP> 955 <SEP> 377 <SEP> SetA
 <Tb>
 
 EMI127.36
 5511 1 SEQ ID No 3638 5511 lF CTCAGTTCTGACTTGGAAGG SEQ ID No 9677 5511 1 R TGACAACATTTGGCAATCTA 583 883 301 SetB 19998 SEQ ID No 3639 199981.F AATAGAAATTGTCAATGGCG SEQ ID No 9678 19998.1 R ATGCTTTCA42GT 10B2142 1042 ATCGAGAATTTGGAAATGG SEQ ID No 9679 10144 2.R TCATCATTCACAATGTCACC 1045 1346 302 SetA 101462 SEQ ID No 3641 10146 2.F AGACATGGATCATTTTCTGC SEQ ID No 9680 10146 2 R TCGTCATCATCTACAACAGC 673 10253

   3642 10148.2 F TTATGATGATGATCCAACCC SEQ ID No 9681 10148 2.R GTGACTTGATATTTTTCTGCC 414 743 330 SetB 101532 SEQ ID No 3643 10153.2.F GTTAATAAGGCAATTGCTGC SEQ ID No 9682 10153 2.R CCAGTAAAGATGAGAQAQA. No 9683 7385 2.R rrCAAATTGAGCATAAAGAGC 631 1026 396 Sets
 EMI127.37
 
 <Tb>
 <tb> 7389.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3645 <SEP> 7389 <SEP> 2.F <SEP> TGCCATTAATAACATCACAAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9684 <SEP> 7389 <SEP> 2.R <SEP> TCTACCACCACGACGTTTAC <SEP> ND <SEP> ND <SEP> 260 <SEP> SetC
 <tb> 7377 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3646 <SEP> 7377 <SEP> 1.F <SEP> TGATTCAAAGAAATCAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9685 <SEP> 7377 <SEP> 1.R <SEP> TCATCTTGATTATGAATTGCC <SEP> 956 <SEP> 1334 <SEP> 379 <SEP> SetB
 <Tb>
 
 EMI127.38
 7378 SEQ ID No 3647 7378 2 F TGACTTTCAAAAACAGAAGG SEQ 10 No 9686 7378.2 R AAAGAATCAAAATCAATGGG 2 269 268 SetB 20144 1 SEQ ID No 3648 201441.F TTfAAGAAAGAACGGTCACG SEQ ID No 9687 20144 1 R GAAATAGCAGCTTCT43ACC 43.2 43.343. TGCTGAAAATACGAATACCC SEQ ID No 9688 14743 2.R AGAAATCCCCATTATTTTCC 1179 1482 304 SetB 166432 SEQ ID No 3650 16643 2 CTGCCAGAAACACTAAAACC SEQ ID No.

   9689 16643 2 R TTTCTAACAACTTCCCAACC 992 1364 373 SetB
 EMI127.39
 
 <Tb>
 <tb> 177432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3651 <SEP> 17743.2.F <SEP> CGAAATCACTAGCTCGTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9690 <SEP> 17743 <SEP> 2 <SEP> R <SEP> TTTCCATGTTCATCTTCTCC <SEP> 134 <SEP> 452 <SEP> 319 <SEP> SetB
 <tb> 8884 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3652 <SEP> 8884 <SEP> 2.

    <SEP> F <SEP> AATCTTCTTCAAGTGCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9691 <SEP> 8884 <SEP> 2 <SEP> TATTGACCGAATTCTTTTCC <SEP> 7289 <SEP> 7656 <SEP> 368 <SEP> SetB
 <tb> 88882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3653 <SEP> 8888.2.F <SEP> CTGGATCTCCATTTGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9692 <SEP> 8888 <SEP> 2 <SEP> R <SEP> CTAGGCACTTCAACAAATCC <SEP> 1463 <SEP> 1784 <SEP> 322 <SEP> SetA
 <Tb>
 
 EMI127.40
 8889 SEQ ID No 3654 8889.2 F AA4CAAATACCCTAC4TCGG SEQ iD No 9693 8889 2 R CTTCAACAACATCAGCACC 552 949 398 SetA
 EMI127.41
 
 <Tb>
 <tb> 131392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3655 <SEP> 13139 <SEP> 2 <SEP> F <SEP> AGTATCCACAATGTCAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9694 <SEP> 13139 <SEP> 2 <SEP> R <SEP> GCATCATACTTTTCGTCAGC <SEP> 122 <SEP> 452 <SEP> 331 <SEP> SetA
 <tb> 131382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3656 <SEP> 131382.F <SEP> ATATGTTGGAAATGTAGCCG <SEP> SEQ <September>

  ID <SEP> No <SEP> 9695 <SEP> 13138 <SEP> 2 <SEP> R <SEP> GTTTCCAAATCAACTTCTGG <SEP> 651 <SEP> 1010 <SEP> 360 <SEP> SetA
 <Tb>
 

  <Desc / Clms Page number 128>

 
 EMI128.1
 13137 SEQ No. 3651 13137 1 TGACAAATTGAAACTGCTTG SEQ No. 9696 13137 1 R ATAATCGTTGGCATGACATT 735 1040 306 SetB 13135 SEQ Na 3658 131351 GTTTCGGACCAACAATACC SEQ No. 9697 13135 1 TGGATGAAGTC7CTAAAGTGG 169 526 358 G & Cs 130702 SEQ ID NO 3659 130702 AACTGAAAGTTCCTCATCCC SEQ ID NO 9698 13070 2 GAAGATTGTGAACTTGGAGG 465 782 318 SetA 130722 SE Q No 3660 13072 2 CCAGAAACATTGTGGTATCC SEQID No 9699 13072 2 R TTTTAGATTTGCTTTCGAGG 298 655 358 $ etA 182981 SEQID No 3661 18298 F AATGGAATTTTGTTGAGACC SEQID No 9700 18298 R TTTTCTCTCT142T2GTTCTGCTTQT2GTCTQT2GTCTQT2Q2QTQAQA R TTTGGATCTTTAGCAAAACC 1590 1943 354 SetB 13471 2 SEQ No 3663 13471 2 F AGGATTTAGTTTCACCATCG SEQ ID No 9702

  13471 2 R AATTTCCATTAGATTTGGGG 1424 1729 306 SetB 13467 1 SEQ No 3664 13467 1 F CCATTGCCAGTAATAAAACC SEQ Na 9703 13467 1 R CATTTGCAATTTCATCAGG 311 697 387 SetS 134652 SEQ No 3665 134652 F CAACGAGTQACATATACATACTAAT139 AATTGATGTCAAGGGAG7TG SEQ No. 9705 13462 2 R AAGCCAAATACAAGTAGGCA 387 778 392 111 502 SEQID No SetB 3667 11150 2.F AGAAATTGATGTTCAAGGCT SEQID No 9706 11150 2.R TTTTTCATTTCTGGATCAGC 384 704 321 11151 1 sets SEQ No 3668 111511 F TGGTCAACAAGTTCAAAAGG SEQ ID NO 1 9707 11151 R ATTGCTAGTTCATCAGIGGC 390 716 327 SetA 111531 SEQ No 3669 11153 1 F GAAATATCAACAGTCACCGC SEQ No 9708 11153 1 GATTCAGTTTTGGTATTGGG 2176 2492 317 Sets 10437 SEQ No 3670 10437 2 TTCAAATCATTCCTGGTGA SEQ No 9709 10437 2 R TGCAGTAAATT92 104 R 9710

  10436 2 R AACATTTTTGCCTTTCTAGC 1183 1535 353 SetB 104352 SEQ No. 3672 10435 2 F AAGTTTTCCATAACAAACGG SEQ No. 9711 10435 2 TCATGAGAAGAATCATTGGC 866 1178 313 SetB 104322 SEQ No. 3673 104322F ATTTAAACAAAATCCCAACC SEQ No. 9712 10432 2 TTTAATATCACGTTGGCACC 84410327 Sets 104 312 SEQID No 3674 10431 2F CACCATCATCATTAAGTTTACG SEQ ID No 9713 10431 2 TCGTCATTAAGACTGATCCC 266 596 331 SetB 11221 1 SEQ No 3675 11221 1 F TTGGTTTAATTCTGCAAACC SEQ No 9714 11221 1 R CATCTGGGTTTTTATTTTGC 246 607 362 Sets 112221 SEQ 1D No 3676 112221 F AAAGAAGAA2AAAAA2A22A SEQ No 3677 112242 GTTATACACTTTATGCCGCC SEQ ID No 9716 11224 2.R TACCGTTGAATTCTTTGTCC 628 940 313 Sets 112252 SEQ 10 No 3678 11225 2 F CAAGTAACAAATGGAGTGCC SEQ No 9717 11225 2 R TTAGCATTCCAAGCAATACC 460 797TQ 11CC TTQ 11CC 11226

  1 TTACTCCACAGAGACAACCC S.tB 507 841 335 112 291 3680 SEQ No. 112291F AAAAACTGTGGTATTGTGGC SEQ No. 1 9719 11229 328 704 377 19788 CTCTTCATCTTGGATTGAGC Sets SEQ No. 3681 19788 1F AAAGGATTTTTGGTGGACTT SEQ ID NO 1 9720 19788 2500 2882 383 TATTCAAATGCATTGAGCTG SetB 14267 1 3682 14267 SEQ ID NO 1 GCCAAATCGATAAACTATGC SEQ ID No 9721 14267 1 R CTTTTCTCTTTTTGCTCTGC 709 1024 316 SetA 142662 SEQ ID No 3683 14266 2 F CCAAACGTTAGAATTATGGC SEQ 10 No 9722 14266 2 R ATATCATCTGGCAATTCTGC 169 494 326 SetA 16445 SEA 374 SetA 112172 SEQ No 3685 112172 F AGGGAAAAATACGAAGATGC SEQ No 9724 11217 2 R TTCTGCTCTTCTTTAGCAGC 2233 2621 389 SetS 112152 SEQ No 3686 11215 2 F GTGGAAAATAAGAATGTGGC SEQ ID No 9725 11215 2 R ATAGAAAGTAGA1212 RAG No 9726

  11212 2 TCATTGGTTGTTCACTTTCC 398 784 387 Sets 11211 2 SEQ No 3688 11211 2F TTTGCAGCTGTTTTAGGAAT SEQ Na 9727 11211 2 R CGAAATAATAAATCAACGCC 1270 1612 343 SetS 5701 SEQ No 3689 57012 F ATCAACGGAATTCTCATCAAAAG 2AAG 97G # 2 2 CTTACCTAAGGCAACAGTGC SEQ ID No 9729 5700 2.R CTGTAAGTGACCCTGATTGG 39 430 392 SetA 56992 SEQ ID No 3691 56992 F GCCAACAAGAAAACTGTAGG SEAG No 2AAGATAGAGA9A 893 332 SetA 56932 SEQ ID No 3693 5693.2 F GTTAAAGCTAATGGAACCCC SEQ No 9732 5693 2.R ACTTTGATAATTCAGTGCTGC 2025 2410 386 SetA 71981 SEQ No 3694 71981 F ACAAAGCATACTTGAGCAGG SEQ No 9733 7198 1 R AT7AGTT7 ID No 9734 7197 2 R

  CTTTGCTTGTTGACCTTACC 71374304 SetB 71941 SEQ No. 3696 71941 F GTTTTGATCGGTACTGTTGC SEQ No. 9735 7194 1 CATCAAGGATTTCACATTCG 1255 1627 373 SetA 124082 SEQ No. 3697 12408 2 F AATAGAAAAGAGACAAGCCG SEQ No. 9736 12408 2 R GTCAATTGCTAGTTTCTCGC 24360337 SetB 124071 SEQ No. 3698 12407 1 F GACTCGTCGATTGATTATCC SEQ ID No 9737 12407 1 R TATTCTCTGGAGAGTGTCCC 271 604 334 SetA 124052 SEQ ID No 3699 12405 2 F ATAGTGTTGCTGTGAACCGT SEQ No 9738 12405 2 R ACTCTTCTTGGTGAGAGCTG 131 430 300 SetC 124032 SEQ No 3700 12403 SEQ No 3700 12403 SEQ No 3700 12403 SEQ No 3700 12403 2QT SEQ No 3701 92242 F TGGAGAGTAAGAACAAAAACG SEQ ID No 9740 9224 2 ATTGGTTTTCAAGTCATTGG 3821 4128 308 SetA 92252 SEQ O N.

   3702 9225 2 AGTCGTCGATTGATTCTAGC SEQ No 9741 9225 2 R AAGCATTGATAACACCTTCC 170 502 333 SetB 92262 SET No 3703 92262 F AGTTGTTAGTGCCACTTTGC SEQ No 9742 9226 2 R ACATCAATACCTCTTGCCC 609 992 384 SetB 922AC SEQ22 92272 Sets 92302 SEQ ID No 3705 92302 F GCTGAAGTTCTGAAAAATCC SEQ ID No 9744 9230 2 R AACTGGTTTTCAATGTCACG 700 1055 356 SetB 9233 SEQ No 3706 9233 1 F TTCTTCCATGAGCTTTTAGC SEQ No 9745 9233 1 R CTTGTAGGGG7AG13 49332 No 9746 4913 2 R GTTTCCTCCGTTGTGATCTA 4099 4453 355 SetB 40262 SEQ No 3708 4026 2F TGGATGTTTTGAGTTTGTGA SEQ No 9747 4026 2 ACACCGACTCTTCCACTAAA 345 656 312 SetS 40232 SEQID No 3709 4023 2 F TCAAACTATAC23 4018 2 F

  GGTGATAAAGAAAATGCTCG SEQ io No. 9749 4018 2 697 1 049 353 R CTTTTCTGGATACTGACATCG s.tB SEQ No. 4017 3711 40172 E AAATGAGTGATATTGCAGCC SEQ ID No 2 9750 4017 R GATCTTGAGGTTGTTCTTGG 584,910,327 StB 69952 SEQ No. 3712 69952F ATCAGAGCTGGTTTAATTGG SEQ ID No 2 9751 6995 1639 1979 R TTCTTTTGTTTCAACACAGC 341 SetA 69931 SEQ ID No 3713 6993 1 F ATGAAAACTCACAAGAAGCC SEQ No 9752 6993 1 TTGCAAGTATAAATCGTCCC 599 969 371 SetA 69922 SEQ No 3714 6992 2 F GTAACATCAAACCCAAATGC SEQ No 9753 6992 2 R TTAGTCA997 2A No 9754 6990 2.R TGAATCCACTAAAAAGTCCC 1743 2119 377 Sets 20001 1 SEQ No 3716 20001 1 F ATTGGCTATTGAAATGATGG SEQ ID No 9755 20001 1 R GTCAAACCGTCGTAATATCG 474 821 348 Sets 10651 2 SEQ No 3717 10651 Sets 106532 SEQ ID No 3718 10653 2

  GGTGACCAGTAGAAATTCCC SEQ 1D No 9757 10653 2 R TTCGCTTGTTTCTAAATTCC 657 957 301 SetA 106542 2 F ATTTTGGTCAATAATGCAGG SEQ ID No 9758 10654 2 R CTCTTCACTCATGCTGTCGAQ 2014A8A .tB 106622 SEQ ID No 3721 10662 2 F TTACTAATGGAACCAGCAGC SEQ No 9760 10662 2 R AATAAGTTCAATGCCAAAGC 875 1175 301 SetA 139132 SEQ No 3722 13913 2 F CATTTGCTGTTTCATTTGG SEQ No 9761 13913 2 R CCATTACGATAQ17A RAT SEQ No 9762 13917 1 R CATATCCATCTTCAACCACC 1267 1582 316 SetB 81951 SEQ 10 No.

   3724 81951 F GCAAGGGAAAAGTAAACG SEQ ID NO 9763 8195 I CTTTTCTTCTAGCCTTTTTAGC NA NA 263 G & Cs 81941 SEQ io Na 3725 81941.F ATTTTTCAATTTAAGTCGAGC SEQ 10 No 9764 8194 108 416 309 TCTTCATCATCATTGCTTTG lR Sets 8193 SEQ ID NO 3726 8193 1 9765 8193 GGTATTCCTTGGGATTTACG SEQ No. 1 580 ACCAACATAAACAATTTCGG 954 375 S.ta 8192.1 SEQ iD No 3727 81921.F TTAAAAATAGGTCGCAAAGG SEQ ID No 9766 8192 lR GCAAAAATGAATAATGCTCC 1399 1715 317 SetB 8186 SEQ ID No 3728 81861 F GTCCAATACTTCAACGTTCC SEQ ID NoTAACAC21181 81811 F GGCTATCAAGATTTACGAGGT SEQ ID No 9768 8181 1 R CCTCAGTAGATGTATCTCCCA 1039 1339 301 SetB 8179 2 SEQ No 3730 81792 F TCAATTAGTGCTTTTGCTCC SEQ No 9769 8179 2 ATTTTTAGTTGTGGT12 12GNG31 7NT AACATAAATGTGCCTTGTCC ND ND 311 SetC 127432 SEQ ID No 3732

  12743 2 ACAACAACGCCATCTATACC SEQ ID No 9771 12743.2 R TTGAGCAACTTTTTCTTTCC 1717 2112 396 Sets 12744 2 SEQ ID No. 3733 12744 2 F ATACCACCTCCAACTAATGG SEQ ID No. 9772 12744 2 GCTAAACCATTAAAAGCACC 24 172 149 Sets 12745 SEQ ID TAGTAA7345. 12745 LR ACGTATTGTAATCCCTCACG 167 506 340 Sets 166402 SEQ 10 No 3735 16640 2 ACCACTTCCTCTTCTAATGC SEQ ID No 9774 16640.2 R AGTTGTTGGAAAGGTGTAGC ND ND 266 SetC 7948 SEQ ID No 3736 7948 2.F GCTTAAACGGAAACTTATT ACC 48Q 3737 79471 CATTGGTTAAAATTACAACGG SEQ ID No 9776 7947 1.R CTGAGCTAACATAAATTGAAGC 373 694 322 SetB 7945.2 SEQ ID No.

   3738 7945.2 TAGCAACAATGAGGATGAGG SEQ ID No 9777 7945 2.R TAAAACTATGARGTGGAGCC 519 829 311 SetB 7944 SEQ ID No 3739 7944 2 F TTCAATTCCACAAGATCCTAA SEQ ID No 9778 7944 2 R TGGTGGAATTTCTCATTGAT 552 794AQ43A. R TGTAAAGTTGAACCTGATTGG 852 1181 330 Sets 7942.1 SEQ ON .. 3741 79421 F CACTTGGGATGAAATTATGG SEQ No 9780 7942.1 R CAAATCCACTTGATGATAAGG 152 519 368 SetB 79401 SEQ No 3742 7940l.

   ATTGTCAATTAAGACCCCAA SEQ D No 9781 7940 IR CTCTTCTTGCTCGTTCA4CT 1754 2074 321 SetC 7938 2 SEQ ID No 3743 7938.2.F TAAAAACCAACAAGAACTGC SEQ ID No. 9782 7938.2.R TGCAAATTTGTTAGGACTAGG ND ND 31A IDT32 79TC. .R CTGCTTGTCTAATTGGTGG 433 739 307 Sets 107791 SEQ ID No.3745 10779.1 F AAGAGGCAAGAAAGAAACG SEQ ID No 9784 107791 R TGTCGTCCAATTTTAGATCC 287 610 324 SetC 4657.2 SEQ 10 No 3746 4657 2.F TAGAACCGAGAGAGAGAGAGAG 1 SEQ! 0 No. 3747 46521.F ACAAGAAAGATACACCCAGC SEQ ID No 9786 46521.R GACCGAAATGTTTGTAGAGC 557 931 375 SetB 4645 SEQ ID No. 3748 4645.1 CCCTTACCAGTTCGACTTTA SEQ ID No.

   9787 4645.1 R GGGAGCATTTCTTCCTTAGT 171 517 347 SetB 4649.1 SEQ D No 3749 4649.1 F ACAACGAAGTGATTTACAACC SEQ 10 No 9788 4649 R TAAATTGCTTCAACCTGTCG ND ND 279 SetC 4641.1 SEQ No 3750 46411 TATACGGTATTGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTAT .F GGTGTAAACTCCATCAAAGG SEQ ID No 9790 4639.1.R GTGTTTGTAGCATCAACAGC 1171 1526 356 SetA 46352 SEQ ID No 3752 4635 2F TTTTAGTTGGGGTGTTTAGG SEQ ID No. 9791 4635.2.R AATGTAGGAATITQ32AQCT32A32A32A32A. .R TTTTCATTCAACTTCACATCC 1679 2018 340 SetB 4628.1 SEQ No 3754 46281 F GGTGGCTAAGTTACAACTGC SEQ ID No 9793 4628 1.R TTGGTATTCATTAACGACGG 2532 2859 328 Sets 4622.1 SEQ ID No.

   3755 46221.F CGGCAGTATTTTCTACATCC SEQ ID No 9794 4622 R GTTGACGTTCAAGTAATTTGG 1430 1818 389 Sets 46162 SEQ ID No 3756 4616 2 F GCCACTGGTAAGTCTAGAGG SEQ ID No 9795 4616 2.R ACTGGAGAATTGAACGTF NA1157 35NT. .9796 46111.R GTAACTTTTTCACCATIGGC 1204 1574 371 5ts 46091 SEQ ID No 3758 46091.F CCTTAATGGTCAAAAAGTCG SEQ ID No 9797 4609 1 R ACTGATTCGTATTTCCAACC 84 458 375 SetB 4608 SEQ No.3759 46081 F TTGAGGATTTAAGAGAGTATAAGAGTATAAGAGTATAAGAGTATAAGAGTAAC. 385 SetA 4606.1 SEQ No.3760 4606.1.F GTGTCCAATTAGAATCAGGC SEQ ID No 9799 4606 1.R CTTCAACAACCTCTTCAACC '836 1150 315 SetB 4604 SEQ ID No 3761 4604 2 TGAATATGGTGCTTACTCCC SEQ ID Mo.

   9800 4604 2. SEQ ID No. 3764 8830.2 F GATGATGTGCCTTCAATGTA SEQ ID No 9803 8830.2.R CCACCAAACTGTTTTTGAAC 1774 2108 335 setB 8828.2 SEQ 10 No. 3765 8828.2.F CAACAGAATCCTTATGGTGG SEQ ID No 9804 8828 2 R GCAGCT.

   SEQ ID No 3766 8826.2.F GAAGAGACAAGCAACTGAGC SEQ No 9805 8826 2 GCTTGTTAGGTGGATAATCG 63 403 341 Sets 8825.1 SEQ No.3767 8825.1 F AAGGATATAGCGAATGAACG SEQ ID No 9806 8825.1.R AAATCGTCTQTAGQAQA 9807 14429.2 R CTTCGATTCTCAAGATTTGG 883 1261 379 SetA 14430.2 SEQ No 3769 14430 2.F CTAGACTAGCTGGTTGGTGG SEQ ID No 9808 14430 2.R AATTGACATCCTCTTTCAGC 848 1169 322 Sets 7291 2 SEQ ID No 3770 7291 2.F CTAGTTTT 339 SetB 7290 1 SEQ ID No 3771 7290.1 F GGATGTTTAGTGGGTACAGG SEQ ID No 9810 7290 1 R TCCTTAGATTCTTCGTTTGC 55 383 329 Sets 7289 SEQ No 3772 7289 2.F GGCGTATTTGAATAAATTGC SEQ ID No 9811 7289 2 R GATTTGA 72 72 2 R GATTTGA 72. 72 F GTGATGATAGGAGACGAACC SEQ ID No 9812 7286 2 R ATGCAGCTACTATAGCCTCG 130 529 400 SetA

  72832 SEQ ID No 3774 7283.2 CATATATTTGATGGGTTGGG SEQ ID No 9813 7283 2 R TATTTGCTGCTTCTTGTGC 619 962 344 Sets

  <Desc / Clms Page number 129>

 
 EMI129.1
 7281 2 SEQ No 3775 7281 2 F AGTGGTGTTTTTGATCTTGG SET No 9814 7281 2 R TCGTGACACTCTACATCACC 2238 2588 351 SetA 72791 SEQ No 3776 7279 1 F TGAGACTATTCCAAGCTTCC SEQ ID No 9815 7279 1 CCAATAGCCTTAACAT 77Q 19789 1 R GCATTTTTCAAGACTTGTCC 2491 2801 311 SetB 63672 SEQ No 3778 63672 F TTATATACGAACCGTCTCCG SEQ No 9817 6367 2 ATGATTACTTCCATTCGTGC 1157 1542 386 Sets 19790 SEQ ID No 3779 19790 1 TTATCAGTTGTCAGGACAGTQAQ No.3836 F TCAACAAACAATGTAATGGG SEQ No 9819 12963 2.R CTTTCAATTCCAAGTTTTCC 1766 2095 330 Sets 129642 SEQ 10 No 3781 12964 2 F ATAGTTGTTGCTGATTTGGG SEQ ID No 9820 12964 2

  R TCATACCTTCTTTTTCCTGC 676 1034 359 Sets 12967 1 SEQ No 3782 12967 1 AACAACAACACAGGTTCTCC SEQ No 9821 12967 1 TTTTCTGAAGCACATCATCC 158 457 300 SetB 129692 SEQ ID No 3783 12969 2 F CTCAACAGTGGTCTAATGT22 GCCTQAG 2QTGAGQQ 2GTQAG 2GTQAG 2GTQAG 2QTQGTQGQQ 2GTQTQGQQ 2GTQTQGQTQGQTQQ 2GTQTQGQTQQTQGQTQQ 2GTQTQGTQTQQQTQQQTQQQTQQQTQQQTQQQTQQQTQQQTQQQTQQQTQQ 2Q 19 791 1 F CTCTTGGACTGTTCTTTTGG SEQ No. 9823 19791 1 R CAATGTTTGTACCCACTCG 2293 2595 303 SetA 87072 SEQ No. 3785 8707 2 AGATTAAAGGGGCATCTAGC SEQ No. 9824 8707 2 CGATATCTCTCAATTGTCGC 1781 2080 300 SetA 8712 SEQ No 3786 8712 2 GAACCTATGTTCAAAATGGC SEQ No. 9825 8712 2 TTTTGTAACAATGCAACAGC 2845 3233 389 SetA 87152 SEQ ID No 3787 8715 2 F AAAGCCAGAAAATACATTCC SEQ No 9826 8715 2 R CTTCATCTTCCAATTGATGG 709 1081 373 SetA 8722 SEQ ID No 3788 87221 F AAAGAAGCAGAACAATACGC SEQ No 9827 8722 1 TCTTAACAGATTCCAAAGGC 2494 289 349 349 349 349 349 349 349 349349 2 R

  CTGGCAAACCAATAAAGAAT 4127 4430 304 SetB 10339 SEQ ID No 3790 103392 CCATTGGAAATAACTTTTGC SEQ ID No 9829 10339 2 R TGCTCTTTCTCTTCTAGGTCC 112 462 351 SetB 167242 SET No 3791 16724 2 F GGTAAAGTCGATAAAGCAGTAGQAG24AG 2AQGAGAGAGAGGAG 2QA F GGCGATAGATTATCAAAACC SEQ No 9831 10088 2 R ATATTGGCAATTTCAACTCG 1318 1666 349 SetB 100892 SEQ No 3793 100892 FCAATTAAGACCAAGAGCTGG SEQ No 9832 10089 2 R AACCTTRTGATTGAGTGACG 31 55 2 35 AC Set CCT 100 2 SEAC No 323 SEQ No 3795 148921 F CAGAACCTCTTCAACCCC SEQID Na 9834 14892 1 R TTGACTATTGGGTTCTACGG 12 175 164 Set8 14891 2 SEQ No 3796 14891 2 F AAAGAAAGTGTCCTGGTGC SEQ No 9835 14891 2 R GATAAAACTTGATTGACAGGBT90903 373 1 R

  GATATTCAACTTCTGCTGCC 152 544 393 SetB 148882 SEQ No 3798 14888 2 F GAAAACAGGTGAAAAATTGG SEQ No 9837 14888 2 R TTTCTCTTGGTTATCGTTGC 966 1302 337 SetA 19792 SEQ No 3799 19792 1 F ATAATATTTCTCCGTCTCC 98CCTCCTCCTCCTCCAQT4GCCAQAQAQAQAQAQAQAQAQAQAQAQA9 SEQ No 9839 20149 1 R ACTGCAATATCCAATTCACC 1252 1571 320 SetA 33042 SEQ ID No 3801 33042 F TTGAAGAATTTCAAGTTGGG SEQ No 9840 3304 2 GAGATACTTGACAACCCTCG 1409 1719 311 Sets 3301 SEQ No 3802 3301 2 CTTCACCATTTCAAGTAG 330 0 983 3803 32991 F TAGAGTTGTCCCAGGTTACG SEQ No 9842 32991 R TCAGTGGAGAAAGATTTTGG 927 1274 348 SetB 32932 SEQ No 254 32GNATQGQAG 32AG 2GAGATAGTCAQAT

  1950 326 SetA 3288 SEQ No 3806 3288 1 CGAAGAGTTTCAGTTTTTGC SEQ No 9845 32881 R GCTTTAGAAGTGTCACCACC 1116 1427 312 SetA 32832 SEQ ID No 3807 3283 2 F CCATCATTATTTATCTCGCC SEQ ID No 9846 3283 2 R AGAATCCAAAATTATT82 82A 328 9847 3282 1 GCCGAACAGATAGTCATACC 581 884 304 Set8 3277 1 SEQ 10 No 3809 32771 F 7TCACTGGAAAATAATTCCG SEQ No 9848 32771 R ACGATACCAATGAGTTTTCG 12 373 362 SetB 3274 1 SEQ No 3810 3274 1 F GTA7GTTGAGTGAAGTAGAGTGAGTGAA '3811 3273 1 F 7GCATACAAGCAAACTAACG SEQ No 9850 3273 1 R TCACCCAATTTCTTAGAAGC 237 581 345 Sets 3271 2 SEQ No 3812 3271 2 AATAATGAACTTGCCAAACC SEQ No 9851 3271 2 AGAGCTATAATCAAAGGCCC 1824 2219 396 SetB 97282 2727 338 SetC 63592 SEQ O No 3814

  63592 AGCTAGCAGTATGTCATCACC SEQ ID No 9853 6359 2 R ACTTCAACACTACCTCTGCG 1470 1823 354 SetA 63532 SEQ No 3815 6353 2 F GAAGAACAAATTGAAC7GGG SEQ No 9854 6353 2 R AAGATTGCTTTTCCTTCTCC 1122 1459 338 SEA No49 632A SetA 167842 SEQ No 3817 16784 2 F TACAGAGTTCTTGCCATCG SEQ No 9856 16784 2 R TCTTGTGAAGAAATCAACGG 586 933 348 SetB 132602 SEQ No 3818 13260 2 GTTCATCTATTGAAAACGCC SEQ No 9857 13260 2 R ACTTGTACAAAA 13CAGAG 33AG33 13257 2 R GTTGATCCCACATCTTTACC 1137 1451 315 SetA 161982 SEQ No 3820 16198 2 CCGTCACTGATTGATTATCC SEQ No 9859 16198 2 R CATTATCATCAATCTTCTCGC 1558 1882 325 SetA 142622 SEQ No 3821 14262 2 F CCAAACTCGAT2TAGGGQQAQ2 127292 F

  TCGCCAAGAC7ATCTAATGG SEQ D No 9861 12729 2 R ATCTTTCCACTCATCAAACG 3091 3417 327 SetA 12722 SEQ No 3823 127221 1 F ATCAAGTGGAAATCCAAGG SEQ No 9862 12722 1 AAATTCATCTGTGAAATGAG NOAAAAA1919AQ19AQA 201501 SEQ No. 3825 201 501 1 F ACTAATAAAA7CAGGCCAGC SEQ No. 9864 20150 1 TGTGATGTCAAGATCAAATCC 28335308 Sets 18281 1 SEQ No. 3826 18281 1 F AGCGGAACAGAAATAAAACA SEQ No. 9865 18281 1 R AGTTATTGGACATCTGCCAC 997 1320 324 Sets 171192 SEQ No 3827 171192 GTGGAAAATGGTGATACAGC SEQID No 9866 17119 2 CCTTTGGTAAAAACATGAGG 847 1220 374 Set8 146882 SEQ No 3828 146882 F G7GATCAGTAAAGCAT7CCC SEQ ON.

   9867 14688 2 R CTTTCTGCTCTTTCATCACC 2524 2885 362 stE 14687 1 SEQ No 3829 14687 1 GGATTTGGAGTGAATCCG SEQ No 9868 14687 1 R AAACAAACAAACCGAATCC 12 176 165 Set8 146862 SEQ No 3830 146862 2 AATAAACCATCAACCATCT 98Q No 3831 4764.2 F TCGAAACTGTTTTAGAGG SEQ No 9870 4764 2 TCATCAAATAATAATCCCCG 2461 2774 314 SetB 4757 SEQIO No 3832 4757 1 F ATAATGGTATGCCACTCTCC SEQ No 9871 4757 1 GAAACTGAAAAATACCACGG 1118 1428 311 SetB 2832 302 Sets 47542 SEQ No 3834 4754 2 TTATCTGCCAATATCCTATGG SEQ No 9873 4754 2 R AGAGCCATCCCTTTATTAGG 313 656 344 SetB 4753 SEQID No 3835 4753 2 CAAACTGAACTATAAGGAGC SEQID No 9874 4753 2 TGGAAATTCTTTAT51 51CC # 57 4751 2 R

  AAGTAAGTCTTTTGGCAACG 181 517 337 Sets 4750.1 SEQ No 3837 4750 I CCAATTTCATCTGAGAAACC SEQ No 9876 4750 1 TGTGAGTTGACATTGTGTCC 1609 1962 354 SetB 4749 SEQ No 3838 4749 2 F GAAATCTGTCAATTCACTTGC SEQ AID22747 No 9878 4742 2 R AATTCAAAATCATATCCCCC 1645 1988 344 SetA 147 682 SEQ ID No 3840 147682 AAAAATCATCATGGTATGGG SEQID No 9879 14768 2 R CATTAATTGTAACCATTRCCG 1589 1944 356 SetB 147662 SEQ No 3841 14766 2 F TTGACATATAATCAQTCAQTBAT No 3842 17303 2 F ATTTTGGTGCCATAAAACC SEQ ID No 9881 17303 2 TTATTGAAATCAGCATGAGG 1172 1475 304 SetA 19793 SEQ No 3843 19793 1 F TTTGAACAACATTGGAAAGG SEQ No 9882 19793.1 R CATATTGTGGTGGATTTTCC 12BT GAT176

  CTTGAGGTTCTTGAAAATGG 1953 2258 306 SetA 67161 SEQID No 3B45 6716 IF GATCCGATACAAAGATTTCG SEQ ID No 9884 67161.R 1-fGATATTAGTAGGTGGGTGP 1305 1658 354 SetA 67142 SEQ ID No. 3846 6714 2 F AAAAGCATCAGCATCAG 67A 2C SEQ No 3847 6713 2.F CTCAAACCAGATTCATCACC SEQ No 9886 6713.2.R TCCATCACGTAATGTGACC 74 453 380 SetA 6712 1 SET No 3848 6712 1 AAATACCGTACCTTCACGTC SET No 9887 6712 1.R ATTACCATGGCTTTTTCCTC 168 528 361 SetBATTQATT 0110 9888 67101 R TCACAATAACAACTATGGCG 9 237 229 SetB 6709.2 SEQID No 3850 6709.2 ATTGCTAAGAGACTCGGTGA SEQID No 9889 6709 2 CACAAGAAGCAAATGCAATA 1654 2020 367 SetB 112401 SET ID No 3851 112401 1 CGATTACACACACAC AATATTTGTTGCCAATTTCG SEQID No 9891 11238 2

  GTTCCTCTTTCAGACATTGC 552 869 318 SetA 112362 SET No 3853 11236 2.F TGTGGTGTTTGACAATAACG SEQ ID No 9892 11236.2 R AAAATCATCATCATCACTTCG 1050 1352 303 Sets 112352 SEQ No 3854 11235 2 TAAATCTGAAGAGTTGGTGTGTTGGTTGG AGTTCAGAAGCAAACTACGG SET No 9894 11234 1 TGCCTATTCCGTATGTAACC 124 484 361 SetB 112332 SEQ No 3856 11233 2 AGAAGTTTGTCAAGTCTGCC SEQ No 9895 11233 2 R GATGGGCATAGTCTAAATCG 20AG 23AG35AGAG 93AGAA 93AGAA 93A2A No. 3858 9375 2.F GAAAGTTACCATTTGTTCCG SEQ Na 9897 9375 2 R GACCAAATTGTTGATATCCG 1691 2044 354 SetB 9376 SEQ ID No.

   3859 93761 F ATTTCCCCTAACAAAATTGG SEQ No 9898 93761 R TTTTGAATTCTCTTGTTGGC 1108 1407 300 SetA 9377.1 SEQ No 3860 9377.LF TGGAACAGTTTCTTCAAACC SEQ No 9899 93771 R TTTAGCATTCTTTTCCTTGAG 9878 373 SetB 9379 SEQ No.3862 9379 2.F TTGTGTTTTCCAAGTCATTG SEQ No 9901 9379 2, R TGTAATCTTCRAMGCCCC 471 770 300 SetB 64972 SEQ ID No.

   3863 6497.2 F GATGGATGATTCTGATACCC SEQ No 9902 6497.2.R GGATAAACACAAAACCAAGG 1218 1559 342 Sets 6498.2 SEQ No 3864 6498.2 F TGACTAATGGTTTGAGTCCC SEQ No 9903 6498 2.R TGCTTTTCTAGTCCTTCTGQ 90B29429429 331 647 317 Sets 6505 SEQ No 3866 6505.2 F ACAGAGAGGATCAACAGTGG SEQ No 9905 6505 2.R AATGCTTGACCTGAAATACC 144 452 309 SetA 6507 SEQ ID No 3867 6507 2 F GGAACAAAAGAAAGATGAAGG SEQ ID No 9906 6507 2.A TT2GG36 47A1 TT238C .F TTCTAATCAAGGTGGAGTGG SEQ No. 9907 20152 lR TGTAAATAGRTCCTCTGGGG 507 903 397 153 102 SEQ SetB No.3869 15310.2.F GAGAATGGAATACGAAGAGC SEQ No. 9908 15310 427 731 305 2R TAGCTAAGCTTTGTTGACCC SetA 20153.1 SEQ tD N03870 201531 F TGGAATTGGATATTACCAGG SEQ ID NO 9909 20153 lR ATCTCAATTCCTTTTCTGCC 223 535 313 Sets 201541 SEQ O N.

   3871 20154 1 F AAAACRTCCGTGTTTTGTGT SEQ ID NO 9910 20154 lR CTTCAATGACGACACTAGCA 170 553 384 71 272 Sets SEQ ID NO 3872 7127 2.F GGTGGATCAACTTTTACTGG SEQ ID NO 9911 7127 ND 2R CATCGTCATCATCATTTGC NO 337 G & Cs 71302 SEQ D No 3873 7130 SEQ 2.F GTGGGTCGAGTATAACAAGC m Mu. 9912 7130 2 TCAATCTTTTTGCGTTTAGG 3236 3602 367 SetA 7133 1 SEQ No 3874 7133.1 F AATGTCCATTCGAATTATCG SEQ No 9913 71331.R AGGATGTTCTTTCTGCATGT 41 342 302 Set6 7136 SET No.3875 7136.1 F AAAATG No137

  R TGACAGCCTAATTTACTGGC SetB 510 875 366 7138.2 3876 7138 SET No 2 F TAAGCAGTGTGGTAATGTCG SEQ No. 9915 7138 1190 1556 367 2.R TCATCATCATCACTTGAAGG set8 7141 3877 7141 SEQ ID Na lF ACAATTCCCAAAAGATCTCC SEQ ID NO 9916 7141.1.R CATCGTATATCTCAGCATCG 157 499 343 71 442 Sets SEQID No 3878 7144 2 F TTCTATATGCCAAATGCTCC SEQ No 9917 7144 2 AATGGGTCTGTGTAGAATGC 1174 1520 347 Sets 71452 SEQ No 3879 7145 2.F TGCTGTAACAACAGAATTGC SEQ No 9918 7145 2 R TAGATAAGCTTTTGGCTTGT 7QGT7TGT 210.29 3209149. R CAAGTAAGG-RTTCCAAGTCG SetB 1423 1729 307 147 822 SEQID No 3881 14782.2 GACAAGCAGTTGGTGATAGG SEQID Do 10 9920 14782 2330 2673 344 2.R CATGGCATATAAAGTTTCCC Sets No. 3882 147832 SEQ 14783.2.F ATTCAATATCTTGCCATTCC SEQ ID NO 9921 14783 2 R TTTATTTTCATTTCCATCGC 1125 1500 376 197 941 SEQID No Sets 3883 19794.1.F CATATACAAGAAGTTGGGGG SEQ ID No 9922

  197941 R ATCTTTGACTTGTTCATCGG 912 1242 331 SetS 8275 SEQ No 3884 8275.2.F CATCCAGTTGCTTAGAAAGG SEQ No 9923 8275 2.R TTTTTGGTCAAGTTGSTASS 3045 3386 342 SetA 8270.1 SEQ No 3885 8270 lF ATAACATTGATGTCT 82 AT CTTCTTCATCCTTTTCCTCC SEQ No 9925 10438 1 R CAGTATGCTGAGCAAGATCC 13 160 148 SetB 104401 SEQ 10 No 3887 10440.1 F ATCATGTACTTGAATTCGGC SEQ ID No.

   9926 10440.1 R GTCTTCGTCTACGAATTTGC 529 877 349 SetA 10442.1 SEQ tD No 3888 104421 F ATACCCACATTGAACAA4GC SEQ No 9927 10442.1 R TCTTGAG4TTCTTCGTCAGC 238 572 335 Set8 104432 SEQ ID No 3889 104432.F TAT44 10447 SEQID No 3890 10447 2 TATCGTAAACTTACCTGGGG SEQ No 9929 10447 2 R ACTTTTTCACCACTGACACC 586 925 340 Sets 4262.2 SEQ ID No 3891 4262 2 F CAAAAAGTTGGTCTACCTCG SEQ ID No 9930 4262 2 AACCMCACGTATT2TACC2

   3892 42602.F TTGGTCCATTAGGTTTATCC SEQ ID No 9931 4260 2 CAACAGATTGAGCAGTACCC 95 418 324 SetB

  <Desc / Clms Page number 130>

 
 EMI130.1
 
 <Tb>
 <tb> 4258 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3893 <SEP> 4258 <SEP> 2 <SEP> F <SEP> TTCATTACCTGGAAGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9932 <SEP> 4258 <SEP> 2 <SEP> R <SEP> TATTTGTTGGTTGTTTCACG <SEP> 651 <SEP> 997 <SEP> 347 <SEP> SetB
 <Tb>
 
 EMI130.2
 4257 SEQ ID No 3894 4257 2 GGATTTATGGATCAACATGG SEQ ID No 9933 4257 2 TCATTTCCACCAAAAAAGAG 1835 2153 319 SetA 4256 SEQ JO No 3895 4256 2 F GCAAAAGCTGGTATTAATCG SEQ 10 No 9934 4256 2 TTATCTTCACCTTTTAACCCCA 775 1115
 EMI130.3
 
 <Tb>
 <tb> 4255 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3896 <SEP> 4255 <SEP> 2 <SEP> F <SEP> GCTTATGGTATTGAAGTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9935 <SEP> 4255 <SEP> 2 <SEP> R <SEP> ACAGCAGCATCTTCTAAAGC <SEP> 733 <SEP> 1046 <SEP> 314 <SEP> SetA
 <tb> 4253

   <SEP> SEQ <SEP> ID <SEP> No <September> 3897 <SEP> 4253 <SEP> 1 <SEP> F <SEP> TGAGACATTACTGGAAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9936 <SEP> 4253 <SEP> 1 <SEP> CACATTCTACCTTCTGACCC <SEP> 1617 <SEP> 1973 <SEP> 357 <SEP> SetB
 <tb> 42501 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3898 <SEP> 4250 <SEP> 1 <SEP> GGCTCTCTCACTAGACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9937 <SEP> 4250 <SEP> 1 <SEP> R <SEP> TTATCTCCATTCTTTTTGGC <SEP> 991 <SEP> 1304 <SEP> 314 <SEP> SetA
 <Tb>
 
 EMI130.4
 4248 SEQ nu 3899 4248 2 F CCTAAAGGATTAATTGCTGG SEQ ID No 9938 4248 2 R ACCATTTCTCATCAAACAGG 613 948 336 SetB 4247 SEQ ID No 3900 4247 1 F ATGTCAACTTCAATTTTCCG SEQ ID No 9939 4247 1 TGGTAAAGGATAAGCTCTATGAG 315 AG # 315 315 ID No 9940 4245 2 GAATAATGGAAATGTTTGGG 1813 2212 400 Set8
 EMI130.5
 
 <Tb>
 <tb> 4240 <SEP> SEQ <SEP> OJ <SEP> No <SEP> 3902 <SEP> 4240 <SEP> 2

   <SEP> F <SEP> GAAACAAAAAGAAGAGATCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9941 <SEP> 4240 <SEP> 2 <SEP> R <SEP> TCATCCATTGAAATATCACC <SEP> 3430 <SEP> 3776 <SEP> 347 <SEP> SetB
 <tb> 42392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3903 <SEP> 4239 <SEP> 2 <SEP> TTATTTGATGTTGGTGGTCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 9942 <SEP> 4239 <SEP> 2 <SEP> R <SEP> GCTTGAGTAACATGGGGATA <SEP> 1042 <SEP> 1421 <SEP> 380 <SEP> SetB
 <tb> 42342 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3904 <SEP> 4234 <SEP> 2 <SEP> F <SEP> TTCACAATTGGTGTTTTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9943 <SEP> 4234 <SEP> 2 <SEP> R <SEP> TCCTGTAGAAAAACATTCAGG <SEP> 25 <SEP> 375 <SEP> 351 <SEP> SetB
 <tb> 42332 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3905 <SEP> 4233 <SEP> 2 <SEP> F <SEP> GTTTGAAATGTTGAAACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9944 <SEP> 4233 <SEP> 2 <SEP> R <SEP> CAACAGAATCCACTTCTTCC <SEP> 1236 <SEP> 1621 <SEP> 386 <SEP> SetB
 <Tb>
 

  
 EMI130.6
 12268 SEQ iD No 3906 122681 F TGGGAATTACCTAAAAATGC SEQ 10 No 9945 12268 1 R AAAATGATTGGCAGATTAGC 21 220 200 salts
 EMI130.7
 
 <Tb>
 <tb> 122672 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3907 <SEP> 12267 <SEP> 2 <SEP> F <SEP> TTGCTACTGCTTTAGAAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9946 <SEP> 12267 <SEP> 2 <SEP> R <SEP> GGGAAATCAACATCAATACC <SEP> 1739 <September> 2108 <SEP> 370 <SEP> SetA
 <tb> 53282 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3908 <SEP> 5328 <SEP> 2 <SEP> F <SEP> AAATAATCATTCCCATTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9947 <SEP> 5328 <SEP> 2 <SEP> CTTTTCGTCTTTGAAGTGG <SEP> 1074 <SEP> 1439 <SEP> 366 <SEP> Sets
 <tb> 53272 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3909 <SEP> 5327 <SEP> 2 <SEP> F <SEP> TTTACAAGACATTGTTCCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9948 <SEP> 5327 <SEP> 2 <SEP> R <SEP> CCACTTTTGTAGATCCTTCG <SEP> 228 <SEP> 532 <SEP> 305 <SEP> SetB
 <Tb>
 
 EMI130.8
 53262 SEQ [O No

  3910 5326 F GCTAAAGGTGGAGTTTATGC SEQ ID No 9949 5326 2 CCAGTCCATTTCATAATTGC 658 968 311 SetB
 EMI130.9
 
 <Tb>
 <tb> 53242 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3911 <SEP> 5324 <SEP> 2 <SEP> F <SEP> ATCTTTAGGGGGTACTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9950 <SEP> 5324 <SEP> 2 <SEP> R <SEP> CGTACCTCTTCATCTTTAGGG <SEP> 1689 <SEP> 2018 <SEP> 330 <SEP> SetB
 <Tb>
 
 EMI130.10
 53222 SEQ ID No 3912 5322 2 GGTGATAATGAATTTGTGGC SEQ tO No 9951 5322 2 R CTAGCTTCATCGATATTGCC 910 1235 326 s.te 5321 1 SEQ ID No 3913 5321 1 GAATACGTTTGCTTTTACGG SEQ ID No 9952 5321 1 ACCGTACCATBAG18CT 7CT18T 7BT188 7 SEQ ID No 9953 7185 2 R GGAATTGGAACTGGATTGAT 490 794 305 SetB
 EMI130.11
 
 <Tb>
 <tb> 71822 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3915 <SEP> 7182 <SEP> 2 <SEP> F <SEP> TTGTCAATACAATTTCACCAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9954 <SEP> 7182 <SEP> 2

   <SEP> R <SEP> TTCAAATGAATATCCAATTTTTC <SEP> ND <SEP> ND <SEP> 334 <SEP> SetC
 <tb> 7178 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3916 <SEP> 7178 <SEP> 2 <SEP> F <SEP> TCAATTAGCTCCTGGTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9955 <SEP> 7178 <SEP> 2 <SEP> CTTGACAATGTGAGTTGTGG <SEP> 576 <SEP> 962 <SEP> 387 <SEP> SetB
 <tb> 71752 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3917 <SEP> 7175 <SEP> 2 <SEP> CCTTGATAAACCGATCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9956 <SEP> 7175 <SEP> 2.R <SEP> GGCATTAGAACAAATCAAACC <SEP> 1095 <SEP> 1401 <SEP> 307 <SEP> SetB
 <tb> 71742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3918 <SEP> 7174 <SEP> 2 <SEP> GCCATGACAATTGTAACTCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 9957 <SEP> 7174 <SEP> 2 <SEP> R <SEP> TCTTTTTCAATCTTGGGAGA <SEP> 1 <SEP> 329 <SEP> 332 <SEP> SetB
 <tb> 7173 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3919 <SEP> 7173 <SEP> 2 <SEP> F <SEP> GCAACAGAGTACATCTCACG <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 9958 <SEP> 7173 <SEP> 2 <SEP> GCTCATTGAAGATAAAATTGG <SEP> ND <SEP> ND <SEP> 181 <SEP> SetC
 <tb> 71712 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3920 <SEP> 7171.2 <SEP> F <SEP> CAACTTGATCAAAATGACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9959 <SEP> 7171 <SEP> 2 <SEP> AATGTAATTGAGCTTGATCG <SEP> 2614 <SEP> 2942 <SEP> 329 <SEP> SetB
 <tb> 19548 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3921 <SEP> 19548 <SEP> 1 <SEP> F <SEP> CACCATGGTCATCATTTTTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 9960 <SEP> 195481 <SEP> R <SEP> TGCAAACCCCACAATAGTA <SEP> 764 <SEP> 1065 <SEP> 302 <SEP> SetB
 <Tb>
 
 EMI130.12
 110772 SEQ ID No 3922 11077 2 TTGAGTGTATCGATTTTCCC SEQ ID No 9961 11077 2 R CATTATCCACCAAATCAACC 1252 1578 327 SetB 11081 2 SEQ ID No 3923 11081 2 TTCCATCTCTTCCAATGTTC SEQ ID No 9962 110812 R R GCAACAGACGAAGCATC
 EMI130.13
 
 <Tb>
 <tb> 197951 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3924 <SEP> 19795

   <SEP> 1 <SEP> AATTTAGCCAAAGTTTCACG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 9963 <SEP> 19795 <SEP> 1 <SEP> R <SEP> CGATTGTTATAAGTAGGGCG <SEP> 3340 <SEP> 3650 <SEP> 311 <SEP> SetB
 <tb> 120392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3925 <SEP> 12039 <SEP> 2 <SEP> F <SEP> ATTGTTGCTTATGGTATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9964 <SEP> 12039 <SEP> 2 <SEP> R <SEP> CATTATCAACTTCAGCGTCA <SEP> 594 <SEP> 976 <SEP> 383 <SEP> Sets
 <Tb>
 
 EMI130.14
 120402 SEQ ID No 3926 12040 2 CACATGTACTCCTGAGTTGC SEQ 10 No 9965 12040 2 R ATTGTTTTTGCCTTAATTCG 768 1078 311 Sets
 EMI130.15
 
 <Tb>
 <tb> 120422 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3927 <SEP> 12042 <SEP> 2 <SEP> AGTATTTTGGGGAATCAACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 9966 <SEP> 12042 <SEP> 2 <SEP> R <SEP> AGGTTGTTGACATTTATCCC <SEP> 1050 <SEP> 1419 <SEP> 370 <SEP> Sets
 <tb> 120442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3928 <SEP> 12044 <SEP> 2 <SEP> ATCAAACATTGAACTACGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9967 <SEP> 12044 <SEP> 2 <SEP> R <SEP> CAACAATTGATATTCGTTCG <SEP> 1109 <SEP> 1473 <SEP> 365 <SEP> SetB
 <Tb>
 
 EMI130.16
 53152 SEQ JO No 3929 5315 2 F GTAACTTGGTTGCTTCATCC SEQ \ 0 No 9968 5315 2 R GCAGATTTGTTGTCAAGTGG 941 1169 229 SetC
 EMI130.17
 
 <Tb>
 <tb> 53042 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3930 <SEP> 53042 <SEP> CAACCTAATCAAGCAAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9969 <SEP> 5304 <SEP> 2 <SEP> AAAGTATATGCAGCTGGTGG <SEP> 1447 <SEP> 1754 <SEP> 308 <SEP> SetB
 <tb> 52962 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3931 <SEP> 5296 <SEP> 2 <SEP> F <SEP> AAATATTTGCAAGCTTACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9970 <SEP> 5296 <SEP> 2 <SEP> R <September>

  AAATGAACAATTGAACCACE <SEP> 1066 <SEP> 1385 <SEP> 320 <SEP> SetA
 <Tb>
 
 EMI130.18
 52942 SEQ ID No 3932 52942 F AATTGATGACTCCTCAGTGG SEQ 10 No 9971 5294 2 GTGTAAA4TTGGAAAGCTGG 1485 1868 384 SetS
 EMI130.19
 
 <Tb>
 <tb> 5292 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3933 <SEP> 5292 <SEP> 1 <SEP> GCTAACGATTACTTGGTGCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 9972 <SEP> 5292 <SEP> 1 <SEP> AAAATGGATCCTTCATAACG <SEP> 88 <SEP> 436 <SEP> 349 <SEP> SetB
 <tb> 5291 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3934 <SEP> 5291 <SEP> 1 <SEP> GTCATGAACCCAACTAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9973 <SEP> 5291 <SEP> l.R <SEP> ATAAATTGGATTTCACCACG <SEP> 442 <SEP> 827 <SEP> 386 <SEP> Sets
 <Tb>
 
 EMI130.20
 9203 SEQ ID No 3935 9203 2 F GTTTAGATGTGATACCAACCG SEQ ID No 9974 9203 2 AATGGAGCTTGATGAATACC 560 902 343 SetB
 EMI130.21
 
 <Tb>
 <tb> 9204 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3936 <September>

  9204 <SEP> 1 <SEP> ATCCCAGAAGATTTACCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9975 <SEP> 9204 <SEP> 1 <SEP> R <SEP> AATAATCTTCTATCCGTGGC <SEP> 553 <SEP> 875 <SEP> 323 <SEP> SetB
 <tb> 92052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3937 <SEP> 9205 <SEP> 2 <SEP> F <SEP> ATCTATGAAATACGAACCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9976 <SEP> 9205 <SEP> 2 <SEP> CTTTCGATATAGGTGCTTGC <SEP> 321 <SEP> 652 <SEP> 332 <SEP> SetB
 <tb> 92062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3938 <SEP> 92062 <SEP> F <SEP> TTATTCAGATTTCATTCGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9977 <SEP> 9206 <SEP> 2 <SEP> R <SEP> TATTCTCCATGGATTTTTGG <SEP> 1341 <SEP> 1673 <SEP> 333 <SEP> SetB
 <tb> 92072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3939 <SEP> 9207 <SEP> 2 <SEP> F <SEP> TATTATCCCAAAAGACCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9978 <SEP> 9207 <SEP> 2 <SEP> R <SEP> TGAATATCAATTTCGGTTCC <SEP> 289 <SEP> 596 <SEP> 308 <SEP> SetB
 <Tb>
 

  
 EMI130.22
 10482 SEQ 10 No 3940 10482 2 AATCTTGCTGAAGAAACTGC SEQ 10 No 9979 10482 2 R GTTACCAAATGCTTTTCTGG 136 435 300 SetB 20007 1 SEQ 10 No 3941 20007 1 CAAAGAAATGGCTAGAATCC SEQ ID No 9980 20007 lR CTTGCCATTTAQTQT23A ID No 9981 10233 2 R ACTGCATCATGATTT7CACC 1733 2036 304 SetA
 EMI130.23
 
 <Tb>
 <tb> 102312 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3943 <SEP> 10231 <SEP> 2 <SEP> GCACTTGAGAATAAACAGGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 9982 <SEP> 10231 <SEP> 2 <SEP> R <SEP> GTACCATCGAATATTGCTCC <SEP> 4399 <SEP> 4744 <SEP> 346 <SEP> SetB
 <tb> 77252 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3944 <SEP> 7725 <SEP> 2 <SEP> F <SEP> TATAGAGTACGAAGGACGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9983 <SEP> 7725 <SEP> 2 <SEP> R <SEP> CTCGTAAGCCAAGAGTATGG <SEP> 1821 <SEP> 2154 <SEP> 334 <SEP> SetB
 <tb> 77242 <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 3945 <SEP> 7724 <SEP> 2 <SEP> TACCTTTTCCATTGTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9984 <SEP> 7724 <SEP> 2 <SEP> R <SEP> TTAGTGACAGGTGTGGTACG <SEP> 1227 <SEP> 1613 <SEP> 387 <SEP> SetB
 <Tb>
 
 EMI130.24
 7723 SEQ ID No 3946 7723 2 F TATAGAAATGCGAGGGTAGC SEQ ID No 9985 7723 2 R CTCGTACGTAGCATGTTTCC 256 632 377 SetB
 EMI130.25
 
 <Tb>
 <tb> 7721 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3947 <SEP> 7721 <SEP> 2.F <SEP> AAGTTGGCAAAACATATTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9986 <SEP> 7721 <SEP> 2 <SEP> R <SEP> TAACAAACCCTTGTCAATCC <SEP> 1906 <SEP> 2292 <SEP> 387 <SEP> SetB
 <Tb>
 
 EMI130.26
 77192 SEQ 10 No 3948 7719 2 F CCATCTATAAGCGATCTTGG SEQ ID No 9987 7719 2 R TCAGCAATATAACCTAGGGC 940 1334 395 SetB
 EMI130.27
 
 <Tb>
 <tb> 77172 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3949 <SEP> 7717 <SEP> 2 <SEP> F <SEP> TACTTTTGTGGGTAAGCTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9988 <September>

  7717 <SEP> 2 <SEP> R <SEP> CACCAATCAATTGAATCTCC <SEP> 1278 <SEP> 1642 <SEP> 365 <SEP> SetA
 <tb> 59402 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3950 <SEP> 5940 <SEP> 2 <SEP> F <SEP> TTAGTGACGAATTGATTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9989 <SEP> 5940 <SEP> 2 <SEP> R <SEP> TCCATGATTTCTTTTGATCC <SEP> 1583 <SEP> 1976 <SEP> 394 <SEP> SetA
 <tb> 5937 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3951 <SEP> 5937 <SEP> 1 <SEP> F <SEP> AACAACTCAGAATTGCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9990 <SEP> 5937 <SEP> 1 <SEP> R <SEP> TTCAAATGGTTTAAGCTTGG <SEP> 1636 <SEP> 1944 <SEP> 309 <SEP> SetB
 <Tb>
 
 EMI130.28
 59352 SEQ ID No 3952 5935 2 CCTATCTGCCAGTTTATTCG SEQ ID No 9991 5935 2 R TCGCAAATATCTTATCAAACC 1314 1621 308 SetB
 EMI130.29
 
 <Tb>
 <tb> 5933 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3953 <SEP> 5933 <SEP> 2 <SEP> F <SEP> AATGAGAAAGAAGAACGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9992 <SEP> 5933 <SEP> 2 <SEP> R <SEP> TTGCATTTTCTATGGTTTCC <SEP> 363 <SEP> 670 <SEP> 308 <SEP> SetB
 <tb> 5931 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3954 <SEP> 5931 <SEP> 2 <SEP> F <SEP> AGGAATGCGTTGACAATATC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9993 <SEP> 5931 <SEP> 2 <SEP> GGTATCCAACGTGGTTTTTA <SEP> 1571 <SEP> 1875 <SEP> 305 <SEP> SetB
 <tb> 59282 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3955 <SEP> 5928 <SEP> 2

   <SEP> F <SEP> ATATCAAGGTGATGTTTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9994 <SEP> 5928 <SEP> 2 <SEP> R <SEP> TTTAATAACCTTGTCGACTGC <SEP> 974 <SEP> 1287 <SEP> 314 <SEP> SetA
 <tb> 59262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3956 <SEP> 5926 <SEP> 2 <SEP> F <SEP> TTATTGAAACCAGGAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 9995 <SEP> 5926 <SEP> 2 <SEP> R <SEP> TTGACAAGATGCAGTTATGG <SEP> 172 <SEP> 552 <SEP> 381 <SEP> SetA
 <Tb>
 
 EMI130.30
 59252 SEQ ID No 3957 5925 F CAACAAAAATAAATCC7GCC SEQ ID No 9996 5925 2 TTTGGGTACACTAGATTCAGC 110 414 305 SetB 59242 SEQ ID No 3958 5924 2 F AATTTAAAGAGGAAACACGC SEQ ID No.

   9997 5924 2 ATCGATTGATTTTGAATTGG 730 1110 381 Sets
 EMI130.31
 
 <Tb>
 <tb> 59222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3959 <SEP> 5922.2 <SEP> F <SEP> GATGTGGAATTGTTTACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9998 <SEP> 5922 <SEP> 2 <SEP> R <SEP> ATTTATGATGGGACATTTGG <SEP> 406 <SEP> 741 <SEP> 336 <SEP> SetA
 <tb> 25662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3960 <SEP> 2566 <SEP> 2 <SEP> F <SEP> CATTTAGATCCTCAACCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 9999 <SEP> 2566 <SEP> 2 <SEP> R <SEP> CCTTCTTCATGATCATTTGC <SEP> 1741 <SEP> 2066 <SEP> 326 <SEP> SetA
 <tb> 2562 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3961 <SEP> 2562 <SEP> 1 <SEP> F <SEP> AAAAGAAAGTCATCCTCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10000 <SEP> 2562 <SEP> 1 <SEP> R <SEP> AAAAATTTTCATCGTCTTCG <SEP> 7 <SEP> 385 <SEP> 379 <SEP> SetA
 <tb> 2561 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3962 <SEP> 2561 <SEP> 2 <SEP> F <September>

  TGCATTATCCATTTAAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10001 <SEP> 2561.2 <SEP> R <SEP> GGGTTAATCATCAGTTGAGC <SEP> 1142 <SEP> 1502 <SEP> 361 <SEP> SetA
 <Tb>
 
 EMI130.32
 2560 SEQ ID Na 3963 2560 1 F AACGAAAAAGTTCAAAATCG SEQ ID No 10002 2560 1 CTCAAGTCCAATTCTTCACC 357 740 384 SetB 25591 SEQ ID No 3964 25591 F AAATACATTGGAAGAGCAGC SEQ ID No 10003 25591.R TTAGCACTCTTTCCATQA No. 255 484

   3965 2557 2.F CTTGATCGAAGAATCAGTCC SEQ ID No 10004 2557 2 R GTAAAGAGCAAATGTCCACC 102 489 388 SetB
 EMI130.33
 
 <Tb>
 <tb> 2555 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3966 <SEP> 2555 <SEP> 2 <SEP> TACAAGTTAAAGCTCCAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10005 <SEP> 2555 <SEP> 2 <SEP> R <SEP> TCTCTGTCGTAATCATTGGG <SEP> 184 <SEP> 548 <SEP> 365 <SEP> SetB
 <Tb>
 
 EMI130.34
 25422 SEQ ID No 3967 2542 2 F TCTTACTCGGATCATTTTGC SEQ ID No 10006 2542.2 R ATCAAACCATTAATTCCACC 898 1220 323 SetB
 EMI130.35
 
 <Tb>
 <tb> 25302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3968 <SEP> 2530 <SEP> 2 <SEP> F <SEP> AAGGATGAATCTAGACCGTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10007 <SEP> 2530 <SEP> 2 <SEP> R <SEP> CCAGCTTTGAAGAACTCAAC <SEP> 1963 <SEP> 2333 <SEP> 371 <SEP> SetB
 <tb> 2528 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 3969 <SEP> 25281 <SEP> F <SEP> AAGTCTGCTATTGGTGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10008 <SEP> 2528.1 <SEP> R <SEP> ATTTGTCTGGGTCTTCTTCG <SEP> 1150 <SEP> 1513 <SEP> 364 <SEP> SetA
 <tb> 25272 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 3970 <SEP> 2527.2 <SEP> F <SEP> AATAAACAATAGCCAGGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10009 <SEP> 2527 <SEP> 2 <SEP> ACATCCCACTCACTATGTCC <SEP> 1179 <SEP> 1510 <SEP> 332 <SEP> SetA
 <Tb>
 
 EMI130.36
 25242 SEQ ID No 3971 2524.2.F TCTATAGTGCAGTTCCAGGC SEQ ID No 10010 2524 2 TCTTCCAGATTATCCATTGC 554 941 388 stl3 2523.2 SEQ ID No 3972 2523 2 F ATATTCACTGAAAAGGCACC SEQ ID No 10011 2523.2.R TCTAATCTTG7ATI2. SEQ ID No 10012 15571 2 R GACCATTTTTGAAACAATCC 475 808 334 SetS 50182 SEQ ID No 3974 5018 2 F GTGTCAAAGACCAAGATTCC SEQ ID N.

   10013 5018 2.R TACTGCATCTTTAGGAACGC 1019 1359 341 Set8
 EMI130.37
 
 <Tb>
 <tb> 50162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3975 <SEP> 5016 <SEP> 2 <SEP> F <SEP> ACAGTGAGTGAATTGGTTGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10014 <SEP> 5016 <SEP> 2 <SEP> R <SEP> AATTCCCTCTTTTCTTCTGG <SEP> 988 <SEP> 1325 <SEP> 338 <SEP> SetA
 <tb> 50152 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3976 <SEP> 5015.2 <SEP> F <SEP> GTTTGATTCGCTTACTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10015 <SEP> 5015 <SEP> 2 <SEP> R <SEP> AGCAAATACTCCAAGTGAGG <SEP> 459 <SEP> 773 <SEP> 315 <SEP> SetB
 <tb> 5014 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3977 <SEP> 5014 <SEP> 2 <SEP> F <SEP> ATCATTTTGATTTTGATGCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10016 <SEP> 5014 <SEP> 2 <SEP> R <SEP> ATAGATTTTTGATTGTGGGC <SEP>.

    <SEP> 319 <SEP> 618 <SEP> 300 <SEP> SetB
 <Tb>
 
 EMI130.38
 5013.1 SEQ ID No 3978 5013.LF TAATAAAACCCAAGTTTGCC SEQ ID No 10017 5013 LR ATACGCTATTGATTTCTGCC 482 861 380 SetS 5011 2 SEQ ID No. 3979 50112F TAATGGTGCCAAGATAGAGG SEQ ID No 10018 5011 2.R TCAAAATCCTF9GETTC9 500Acc. AGATATCAATGCCGAACAAG SEQ ID No 10019 5009 2.R TGCTCTTAAACCCTTTGTC 1863 2247 385 SetB
 EMI130.39
 
 <Tb>
 <tb> 5007 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3981 <SEP> 5007 <SEP> 2 <SEP> F <SEP> AAACTTACCGAAAACAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10020 <SEP> 5007.2.R <SEP> TTGGAGTACCATCTTCATCC <SEP> 1236 <SEP> 1555 <SEP> 320 <SEP> SetA
 <tb> 50052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3982 <SEP> 5005.2 <SEP> F <SEP> TTAATAGCCACTGATGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10021 <SEP> 5005 <SEP> 2.

    <SEP> R <SEP> GGCTTTGTTACTCTTTCTGG <SEP> 101 <SEP> 411 <SEP> 311 <SEP> Seta
 <tb> 50041 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3983 <SEP> 5004.1.F <SEP> ACAAGGATTGATAAGGACCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10022 <SEP> 5004.1.R <SEP> CACCTCTCAACATTCTCTCC <SEP> 919 <SEP> 1304 <SEP> 386 <SEP> SetA
 <tb> 50022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3984 <SEP> 5002 <SEP> 2.F <SEP> GTTGCAAAACTCAAGA TGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10023 <SEP> 5002 <SEP> 2 <SEP> TCTGCTTCAGTAAGATTCCC <SEP> 1249 <SEP> 1601 <SEP> 353 <SEP> SetA
 <tb> 4004 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3985 <SEP> 4004 <SEP> 2.F <SEP> AATCATCATCACAACCATCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10024 <SEP> 4004.

    <SEP> 2.R <SEP> TTCACGTCTTGACAGATGC <SEP> 3347 <SEP> 3669 <SEP> 323 <SEP> Salts
 <tb> 4002.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3986 <SEP> 4002.2.F <SEP> CATTCGTATATGCAAAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10025 <SEP> 4002 <SEP> 2. <SEP> R <SEP> TTAAAAATCGAACCATCACC <SEP> 1504 <SEP> 1814 <SEP> 311 <SEP> SetB
 <tb> 4000.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3987 <SEP> 4000 <SEP> 2.F <SEP> AAAGATTAGTTGGTCCTAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10026 <SEP> 4000 <SEP> 2 <SEP> R <SEP> CAATCTTTCTAGGTTGTTGAGC <SEP> ND <SEP> ND <SEP> 354 <SEP> SetC
 <Tb>
 
 EMI130.40
 39942 SEQ ID No 3988 3994 2.F AACCATTGGATGATAAGACG SEQ ID No 10027 3994 2 R TTCCGTAAATCTTTCAAACC 3500 3836 337 SetB
 EMI130.41
 
 <Tb>
 <tb> 3988.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3989 <SEP> 3988.2.F <SEP> GATCGCAAAGATAAAAATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10028 <SEP> 3988.2 <SEP> R <SEP> TTTTCTCTTCCAATCCACC <SEP> 172

   <SEP> 508 <SEP> 337 <SEP> SetB
 <tb> 3986. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3990 <SEP> 3986 <SEP> 2 <SEP> F <SEP> GGGGAGAGATATAGCTGAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10029 <SEP> 3986. <SEP> 2.R <SEP> TGAACACGTTTAAGTTCAGC <SEP> 285 <SEP> 614 <SEP> 330 <SEP> SetB
 <Tb>
 
 EMI130.42
 3985 SEQ ID No 3991 3985 2 F GAGCCACTGAACAAAATAGC SEQ 10 No 10030 3985 2 R ACTTGATGAAATTGAGGTACG 427 741 315 Set6 39842 SEQ ID No 3992 3984 2.F GTCGTATTCCTGAGAATTGC SEQ ID No 10031 3984 2.R CATTATCAAAAGATT817
 EMI130.43
 
 <Tb>
 <tb> 201561 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3993 <SEP> 20156.1 <SEP> F <SEP> GTTTGAGCTTTAGCAACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10032 <SEP> 20156 <SEP> 1 <SEP> R <SEP> GTCACAACAAATCTCACACC <SEP> 15 <SEP> 243 <SEP> 229 <SEP> SetS
 <Tb>
 
 EMI130.44
 39802 SEQ ID No 3994 3980 2 F AACTCAGTATTGGCGTTACC SEQ ID No 10033 3980.2 R

  GATCTTAATCCACCATGACC 1102 1412 311 set8
 EMI130.45
 
 <Tb>
 <tb> 20157 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 3995 <SEP> 201571.F <SEP> TTTGGGAGTACACCACTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10034 <SEP> 20157 <SEP> 1 <SEP> R <SEP> TGTTCTGACAATTCATGTGG <SEP> 1384 <SEP> 1766 <SEP> 383 <SEP> SetA
 <tb> 201581 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3996 <SEP> 20158.1.F <SEP> GACACTGAAAACACAGGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10035 <SEP> 20158 <SEP> l.R <SEP> CCACCATCAACTAAGAAACG <SEP> 7 <SEP> 215 <SEP> 209 <SEP> SetB
 <Tb>
 
 EMI130.46
 3970 2 SEQ 10 No 3997 3970.2 f AACGTATTGACTTCCGAGG SEQ la No 10036 3970 2 R TTGAAACCGTAGAAATGACC 1592 1907 316 sets
 EMI130.47
 
 <Tb>
 <tb> 39681 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3998 <SEP> 3968.1 <SEP> F <SEP> AACAATGTTGTCATTCATGG <SEP> SEQ <SEP> ID <SEP> No,

    <SEP> 10037 <SEP> 3968.1.R <SEP> GCTTATACAACCAATCAGGC <SEP> 1399 <SEP> 1720 <SEP> 322 <SEP> SetB
 <tb> 3967. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 3999 <SEP> 3967 <SEP> 2 <SEP> F <SEP> GACAAACAAGAGAGCTGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10038 <SEP> 3967 <SEP> 2 <SEP> AACATCGGTTTCTAATGTGG <SEP> 588 <SEP> 922 <SEP> 335 <SEP> SetB
 <tb> 39652 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4000 <SEP> 39652.F <SEP> GCAAAGTCAATCCTTAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10039 <SEP> 3965. <SEP> 2 <SEP> R <SEP> ATTCAGGTGTCCCATTAGC <SEP> 591 <SEP> 934 <SEP> 344 <SEP> SetB
 <tb> 3964 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4001 <SEP> 3964 <SEP> 2.F <SEP> ACTTTGACTTCAGATGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10040 <SEP> 3964 <SEP> 2.R <SEP> GAAGAATCACTTCCTGAACG <SEP> 106 <SEP> 485 <SEP> 380 <SEP> SetB
 <tb> 76992 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4002 <SEP> 7699.2 <SEP> F <SEP> GTTGAAAAATTGATACGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10041 <SEP> 7699.2.R <SEP> TTACGATTGTACCATTACCG <SEP> ND <SEP> ND <SEP> 346 <SEP> SetC
 <tb> 7703 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4003 <SEP> 7703 <SEP> 2.F <SEP> GCTGATTTGGTATCATTTGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10042 <SEP> 7703 <SEP> 2.R <SEP> CACCCTTGTAAAACAAATCC <SEP> 445 <SEP> 782 <SEP> 338 <SEP> SetA
 <Tb>
 
 EMI130.48
 7704 2 SEQ 10 Na 4004 7704 2.F CACCAGTTAGATCATTCAAGC SEQ ID No 10043 7704 2 R TCAGGTGGAAAATTTTTAGG 5 392 388 SetB 77062 SEQ ID No 4005 7706.2.F ACAATGGAGAAAAGATCACG SEQ ID No 10044 7709AG RTT47 2.F ACAAAGAAAATTGGAACACG SEQ ID No 10045 11947 2 R ATTGTCCAAGT7ATCCCACC 489 813 325 SetB 119492 SEQ ID N. 4007 11949 2 CATTGGCTGTTTTAGAGAGG SEQ ID No 10046 11949 2 R AGCTTCACCTGCTTTATACG 773 1074 302 sACT No224. .

   10047 11952 2 R TTAATTACTTCGTTGGCCC 1547 1919 373 SetS 70852 SEQ ID No 4009 7085 2 F GGATCAGCATCAAGTATTCG SEQ ID No 10048 7085 2 R TTGGTTCAAATATAATGCCC 2962 3358 397 SetA 7082.2 SEQ ID No 4010 7082 2.F TTTAGTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTCTTCTTCTGTCTCTTCTGTCTTCTGTCTGTCTGTCTGTCTTGTCTGTCTGGTGTCC 314 302 SetB

  <Desc / Clms Page number 131>

 
 EMI131.1
 7081 2 SEQ ID Na 4011 7081 2 F ACTGGGTTAATCACTGTATCG SEQ 1D No 10050 7081 2 R CAACTCTTCATCAACATCAGG 82 381 300 SetA
 EMI131.2
 
 <Tb>
 <tb> 70792 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4012 <SEP> 7079 <SEP> 2 <SEP> F <SEP> CGAACTTCACCATCTTCTTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10051 <SEP> 7079 <SEP> 2 <SEP> R <SEP> AGATACTTGTGCTGATTCCG <SEP> 12 <SEP> 194 <SEP> 183 <SEP> SetC
 <Tb>
 
 EMI131.3
 70762 SEQ ID No 4013 7076 2 F TCCATATTCAAAACAAACGG SEQ ID No 10052 7076 2 ACAACATCACCACTACCACC 3072 3407 336 SetA
 EMI131.4
 
 <Tb>
 <tb> 20008 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 4014 <SEP> 200081 <SEP> F <SEP> CACCAACTTTTATACATTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10053 <SEP> 200081 <SEP> 1 <SEP> R <SEP> CAGTAGAAACTGGTGGGGT <SEP> 1 <SEP> 268 <SEP> 318 <SEP> Sets
 <tb> 20161 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4015 <SEP> 20161 <SEP> 1 <SEP> F <SEP> CTCCATCTACTGCTACTGATGT <SEP> SEQ <SEP> 10 <SEP> No <SEP> 10054 <SEP> 20161 <SEP> 1 <SEP> R <SEP> TTCAGCGGTAGAGACAGC <SEP> 224 <SEP> 576 <SEP> 353 <SEP> SetB
 <tb> 6631 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4016 <SEP> 6631 <SEP> 1 <SEP> GAATTCTCATGGTCAGTTATCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10055 <SEP> 6631 <SEP> 1 <SEP> R <SEP> TCTTCAATATCAATGAACTTATCA <SEP> 1884 <SEP> 2258 <SEP> 375 <SEP> SetC
 <tb> 66292 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4017 <SEP> 6629 <SEP> 2 <SEP> F <SEP> TTCCCAACTAACATTGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10056 <SEP> 6629 <SEP> 2 <SEP> R <September>

  ATCTTAATCCCATACCTGCC <SEP> 16 <SEP> 412 <SEP> 397 <SEP> SetB
 <tb> 6876 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4018 <SEP> 6876 <SEP> 1 <SEP> F <SEP> TCTTTAAACCCTACAGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10057 <SEP> 6876 <SEP> 1 <SEP> R <SEP> AAGTTTCGAACAAAAATTCG <SEP> 169 <SEP> 490 <SEP> 322 <SEP> SetA
 <tb> 6878 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4019 <SEP> 6878 <SEP> 1 <SEP> GAACTTGGTAATCCTCATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10058 <SEP> 6878 <SEP> 1 <SEP> TTGCTTGTACAATTCACTGG <SEP> 439 <SEP> 795 <SEP> 357 <SEP> SetA
 <tb> 20009 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4020 <SEP> 20009 <SEP> 1 <SEP> TGAAAGAAGGAGAATTGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10059 <SEP> 20009 <SEP> 1 <SEP> TCATCATGACAACAGAATCG <SEP> 861 <SEP> 1256 <SEP> 396 <SEP> Sets
 <Tb>
 
 EMI131.5
 68862 SEQ ID No 4021 6886 2 F TGAGGTATTTGCCATAAAGG SEQ ID No 10060 6886 2 GATTCCACCAATGATTAAGG 762 1093 332

  SetS 7017 1 SEQ ID No 4022 7017 1 F CGGTAACATCAAGATCACTG SEQ ID No 10061 7017 1 R CATCAGCATCAGCTCTTTTA 3246 3586 341 SetB 7011 1 SEQ ID No 4023 7011 1 F GTTGTACAATCACCACATCG SEQ JO No 10062 Mu 1 R CAAGTGGTCTC24 434 7009 2 ACCGGTTATACACTGATTGG SEQ ID No 10063 7009 2 R AACTATTGTCACCAAATGCC 743 1089 347 Sets
 EMI131.6
 
 <Tb>
 <tb> 20163 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4025 <SEP> 201631 <SEP> F <SEP> TCTTCTCAAAAAGCATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10064 <SEP> 20163 <SEP> 1 <SEP> R <SEP> TTCAGATGTAACGATTTCCC <SEP> 1527 <SEP> 1890 <SEP> 364 <SEP> Sets
 <tb> 70052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4026 <SEP> 7005 <SEP> 2 <SEP> F <SEP> TTCCCATCTAATGATCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10065 <SEP> 7005 <SEP> 2 <SEP> R <SEP> AATTCAAATGAACCTTGTGG <SEP> 1180 <SEP> 1523 <SEP> 344 <SEP> Sets
 <Tb>
 
 EMI131.7
 7003 SEQ ID No 4027 7003 2

  CCCGCAACTTATTTATGG SEQ ID No 10066 7003 2 R TAATTGAGGTGCCACTAAGG 893 1273 381 SetA 119542 SEQ 10 ATGGAGAGGATGATCTTGG SEQ ID No 10067 11954 2 CCAACAGTAGACCACCTAGC 875 1183 325 SetB 119592 SEQ ID No 4030 11959 2 GATGGTGAAGGTAATTCTCG SEQ ID No 10069 11959 2 TTTTGG7TAAATTTTGCAGC 895 1282 388 SetB 164852 SEQ ID No 4031 16485 2 ACTCACCAGCAATACTACCC SEQ ID No 10070 16485 2 G3GTAQ33 33 ID No 10071 13337 2 R AATCTTGATTATCACCACCG 352 726 375 Sets 133392 SEQ 10 No 4033 13339 2 CTGCAGAACTACAACAACCC SEQ ID No 10072 13339 2 ACATCAGGATCAAATTCACC 10 356 347 Sels 133402 SEQ ID No 4034 13340 2 F GATATGGTTTG73 TAGTGTTGGTTGTTGGTTGGTTGGTTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGT3 SetB

  
 EMI131.8
 
 <Tb>
 <tb> 31301 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4035 <SEP> 3130 <SEP> 1 <SEP> TACGTCACAAACGTTACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10074 <SEP> 3130 <SEP> 1 <SEP> TATTTGATGAATTTTGCTGG <SEP> 675 <SEP> 1012 <SEP> 338 <SEP> SetB
 <tb> 31382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4036 <SEP> 3138 <SEP> 2 <SEP> F <SEP> CTCAAACATACAACCCATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10075 <SEP> 3138 <SEP> 2 <SEP> R <SEP> GACGCTATCAACATCTTTCC <SEP> 2606 <SEP> 2925 <SEP> 320 <SEP> SetB
 <Tb>
 
 EMI131.9
 173272 SEQ ID No 4037 17327 2.F ATCAATGGTCAAATTCAAGG SEQ ID No 10076 17327 2 R CTCGAGAATAATGTTGGTCC 271 654 384 SetA
 EMI131.10
 
 <Tb>
 <tb> 6833 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4038 <SEP> 6833 <SEP> 2 <SEP> F <SEP> CCCATCTCAATACAAGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10077 <SEP> 6833 <SEP> 2 <SEP> R <SEP> TTCAGTGAAACGTGTAGTGG <SEP> 729 <SEP> 1077 <SEP> 349 <SEP> SetA
 <tb> 6831

   <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4039 <SEP> 6831 <SEP> 2 <SEP> F <SEP> CCAAGTCTTACACCAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10078 <SEP> 6831 <SEP> 2 <SEP> R <SEP> TTTCAGTTGAATTGCTACCC <SEP> 908 <SEP> 1234 <SEP> 327 <SEP> SetB
 <tb> 68302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4040 <SEP> 6830 <SEP> 2 <SEP> F <SEP> GGTTTGATCAGACATCCACT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10079 <SEP> 6830 <SEP> 2 <SEP> R <SEP> CATGTTCTGTCCCTGTCTTT <SEP> 863 <SEP> 1213 <SEP> 351 <SEP> SetC
 <Tb>
 
 EMI131.11
 68292 SEQ ID No 4041 68292 TGAAAGTAAAGTTGATGGGG SEQ ID No 10080 6829 2 R TCAAATGATGTTTTGATTGG 1071 1391 321 SetB 6823 SEQ ID No 4042 6823 2 F CTTGAAGACCTTCGTAATGG SEQ ID No 10081 6823 2 R ACTTGTAAT1GAG No 10082 200101 R CTTCAGCAAAACTTATTGGG 1674 2020 347 SetB 10991 2 SEQ ID No 4044 10991 2 F

  AGA7GAAGGTTTACACACCG SEQ ID No 10083 10991 2 R CTTCTTTGTTTTCGGTCTTG 855 1210 356 SetB
 EMI131.12
 
 <Tb>
 <tb> 109902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4045 <SEP> 109902 <SEP> F <SEP> GAGTATTACCAAGGCACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10084 <SEP> 10990 <SEP> 2. <SEP> R <SEP> ATTGTTGTCTTCCTCATTGG <SEP> 615 <SEP> 966 <SEP> 352 <SEP> Sets
 <tb> 102882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4046 <SEP> 10288 <SEP> 2.F <SEP> GAAAAGGTATCCTGTGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10085 <SEP> 10288 <SEP> 2 <SEP> R <SEP> TCAACTCTCCTGACAACAGC <SEP> 3492 <SEP> 3832 <SEP> 341 <SEP> SetB
 <tb> 102872 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4047 <SEP> 10287 <SEP> 2 <SEP> GATAGAAAAGGGGTTCAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10086 <SEP> 10287 <SEP> 2 <SEP> TCATCCAAATTTTCTTCTGG <SEP> 1380 <SEP> 1700 <SEP> 321 <SEP> Sets
 <tb> 170302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4048 <SEP> 17030 <SEP> 2 <SEP> F <September>

  GACGAAGACACTTTTATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10087 <SEP> 17030 <SEP> 2 <SEP> R <SEP> ACGTCAGCAGAGTGAATACC <SEP> 1006 <SEP> 1307 <SEP> 302 <SEP> SetB
 <Tb>
 
 EMI131.13
 9294 SEQ ID No 4049 9294 2 F AATTTAGGGTTGAAAACTTGG SEQ ID No 10088 9294 2 R TACCAAATAAGGATGCTTGG 661 1005 345 Sets
 EMI131.14
 
 <Tb>
 <tb> 201641 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4050 <SEP> 20164 <SEP> 1 <SEP> F <SEP> ACACCAGAATTTGTTTCTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10089 <SEP> 20164 <SEP> 1 <SEP> R <SEP> CAATTTTCTAAGCCGTTCC <SEP> 911 <SEP> 1280 <SEP> 370 <SEP> SetC
 <tb> 93002 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4051 <SEP> 9300 <SEP> 2 <SEP> F <SEP> CTGACCAAGTTTTGATTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10090 <SEP> 9300 <SEP> 2 <SEP> R <SEP> TACAACCTTCTTCCACAACC <SEP> 1223 <SEP> 1576 <SEP> 354 <SEP> SetB
 <tb> 9301 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4052 <SEP> 9301 <SEP> 2.

    <SEP> F <SEP> GACGAAGAAGAGAAATCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10091 <SEP> 9301 <SEP> 2 <SEP> R <SEP> TTCTTGAGAAATCTTTTGGG <SEP> 742 <SEP> 1044 <SEP> 303 <SEP> Sets
 <tb> 93022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4053 <SEP> 9302 <SEP> 2 <SEP> F <SEP> TCCATTAAAGTTGGCTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10092 <SEP> 9302 <SEP> 2 <SEP> R <SEP> GGTCTTCCAATAATCTGTGC <SEP> 85 <SEP> 460 <SEP> 376 <SEP> SetB
 <Tb>
 
 EMI131.15
 7774 1 SEQ 10 No 4054 7774 1 GAGTAATCAGCACGAGATCC SEQ ID No 10093 7774 1 GTTCTTGTTGTGTTTGTTGC 138 484 347 SetB 77752 SEQ ID No 4055 7775 2 F ATCTTCAAAAGACAAAACCG SEQ ID No 1009 7775 2 GCTCTTTCAGTBTCTCT78CT ID No 10095 7778 2 R AAACATAATTTGGTGGTTGC 324 692 369 SetB
 EMI131.16
 
 <Tb>
 <tb> 7781 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4057 <SEP> 7781.2 <SEP> F <SEP> AAATTCCAACAGTTGTCAGG

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 10096 <SEP> 7781 <SEP> 2 <SEP> R <SEP> CTAACAAAGGCATTTTCACC <SEP> 553 <SEP> 943 <SEP> 391 <SEP> SetA
 <tb> 77832 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4058 <SEP> 7783 <SEP> 2 <SEP> F <SEP> AGTCATGTACCAGCAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10097 <SEP> 7783 <SEP> 2 <SEP> CTTTCATTCAACCCATAAGC <SEP> 1861 <SEP> 2192 <SEP> 332 <SEP> SetB
 <Tb>
 
 EMI131.17
 7784 SEQ 10 No 4059 7784 2 F TTGTCACCTCAGTTTAACCC SEQ ID No 10098 7784 2 R CAAGTATCTTCGACTTTGCC 544 854 311 Sets
 EMI131.18
 
 <Tb>
 <tb> 7785 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4060 <SEP> 7785 <SEP> 1 <SEP> F <SEP> AAAGCCTTATGAAAGATCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10099 <SEP> 7785 <SEP> 1 <SEP> R <SEP> TGGAAAGGATGAATTAGTGG <SEP> 498 <SEP> 807 <SEP> 310 <SEP> SetA
 <tb> 44322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4061 <SEP> 4432 <SEP> 2 <SEP> F <SEP> AGTAACCCAGTATTGGAACG <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 10100 <SEP> 4432 <SEP> 2 <SEP> CTTGCATAACACGTTGAGG <SEP> 931 <SEP> 1243 <SEP> 313 <SEP> SetA
 <tb> 4431 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4062 <SEP> 4431 <SEP> 1 <SEP> TTGGTTACAGATACCCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10101 <SEP> 4431 <SEP> 1 <SEP> R <SEP> CAACGATGGTTCAGTATATGG <SEP> 920 <SEP> 1242 <SEP> 323 <SEP> Sets
 <tb> 44301 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4063 <SEP> 44301 <SEP> F <SEP> TTAGAATGACGTACAATGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10102 <SEP> 44301 <SEP> R <SEP> CCATTAGGTGTCTTTTTGGA <SEP> 10 <SEP> 121 <SEP> 112 <SEP> SetC
 <tb> 44272 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4064 <SEP> 4427 <SEP> 2 <SEP> TCTTTGCTGTTAGAAAACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10103 <SEP> 4427 <SEP> 2 <SEP> R <SEP> TATGAAGCTTTGGATCTTGC <SEP> 2167 <SEP> 2528 <SEP> 362 <SEP> SetB
 <tb> 4425 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4065 <SEP> 4425 <SEP> 2 <SEP> F <September>

  CAAGCCAGAACAATATGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10104 <SEP> 4425 <SEP> 2 <SEP> R <SEP> TAAATCGCCCATAATACTCG <SEP> 2043 <SEP> 2356 <SEP> 314 <SEP> SetB
 <tb> 4423 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4066 <SEP> 4423 <SEP> 1 <SEP> F <SEP> AATTTTGTTAGCTCCTGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10105 <SEP> 4423 <SEP> 1 <SEP> R <SEP> TTCGCAATATTTCTTTTTCC <SEP> 363 <SEP> 732 <SEP> 370 <SEP> SetB
 <tb> 4421 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4067 <SEP> 4421 <SEP> 2 <SEP> F <SEP> TTACCACTTTCCGTTATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10106 <SEP> 4421 <SEP> 2 <SEP> R <SEP> GGCTTGAAAATTCCTCTACC <SEP> 223 <SEP> 599 <SEP> 377 <SEP> SetB
 <tb> 4420 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4068 <SEP> 4420 <SEP> 1 <SEP> ATCAACGTAGAAATTCAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10107 <SEP> 4420 <SEP> 1 <SEP> CTAGAAACAGAAGCTGGTGG <SEP> 71 <SEP> 452 <SEP> 382 <SEP> Sets
 <tb> 44191

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 4069 <SEP> 44191 <SEP> F <SEP> GGACAAACCACACAACTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10108 <SEP> 4419 <SEP> 1 <SEP> CTGGACTCTTGTTGAACTCG <SEP> 857 <SEP> 1159 <SEP> 303 <SEP> Sets
 <Tb>
 
 EMI131.19
 44172 SEQ 10 N. 4070 4417 2 F GGTTTAGAGGTTGAAGGTCC SEQ ID No 10109 4417 2 R ATAGTGTCTGCCAAAACACC 688 1052 365 Sets 197971 SEQ ID No 4071 197971 F TCCAAAACTTAGTCCATTCC SEQ ID No 10110 19797 1 GATGCATATTATTTGGGCC 311
 EMI131.20
 
 <Tb>
 <tb> 44082 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4072 <SEP> 4408 <SEP> 2 <SEP> F <SEP> ATTTGTTTCCGATGAATCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10111 <SEP> 4408 <SEP> 2 <SEP> R <SEP> AATATGACCCTGTTGTACGG <SEP> 249 <SEP> 639 <SEP> 391 <SEP> SetA
 <tb> 102482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4073 <SEP> 10248 <SEP> 2 <SEP> F <SEP> CAGGTACTGGTGATGTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10112 <SEP> 10248 <SEP> 2 <SEP> R <SEP> CATTGTAGTGAGTGGTAGCG <SEP> 446 <SEP> 772 <SEP> 327 <SEP> SetA
 <Tb>
 
 EMI131.21
 102462 SEQ ID No 4074 10246 2 F ATTAACCACAATTGGAGTCG SEQ 10 No 10113 10246 2 R ACGTTCATTGAATCTATGGG 939 1284 346 Sets
 EMI131.22
 
 <Tb>
 <tb> 102432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4075 <SEP> 10243 <SEP> 2 <SEP> F <SEP> AGTATCCATATTATTTGGCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10114 <SEP> 10243 <SEP> 2 <SEP> R <SEP> ATCCTTTTCTTCTTTCTCGG <SEP> 1337 <SEP> 1648 <SEP> 312 <SEP> SetA
 <tb> 7524 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4076 <SEP> 7524 <SEP> 1 <SEP> F <SEP> TTTGGTCGTCCCAAATATAC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10115 <SEP> 7524 <SEP> 1 <SEP> ATTTAACAGCTGGTCCCTTT <SEP> 190 <SEP> 538 <SEP> 349 <SEP> Sets
 <tb> 7525 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4077 <SEP> 7525 <SEP> 1 <SEP> F <SEP> AACTTCAGAATCAGCAGCC <SEP> SEQ <SEP> HERE <SEP> No <SEP> 10116 <SEP> 7525 <SEP> 1.R <SEP> TTTTCCTCTTTAGCATCAGG <SEP> 123 <SEP> 449 <SEP> 327 <SEP> SetB
 <tb> 75272 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4078 <SEP> 7527.2 <SEP> F <SEP> TGAATCAGGTTTTAACTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10117 <SEP> 7527 <SEP> 2 <SEP> R <SEP> TAGATGGATAATGTCCAGGG <SEP> 644 <SEP> 943 <SEP> 300 <SEP> SetB
 <Tb>
 
 EMI131.23
 75302 SEQ ID No 4079 7530 2 F TATGGGGTTACTGAGTTTGG SEQ 10 No 10118 7530 2 R CCTAAATTGGCACAGATAGC 3280 3635 356 S.tB
 EMI131.24
 
 <Tb>
 <tb> 7531 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4080 <SEP> 7531 <SEP> 2 <SEP> ATGTTTCACCAAAGTTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10119 <SEP> 7531 <SEP> 2 <SEP> R

   <SEP> TACTCTCCATTTTCCACTCG <SEP> 440 <SEP> 804 <SEP> 365 <SEP> Se (6
 <tb> 75332 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4081 <SEP> 7533 <SEP> 2 <SEP> TCTACATCTAATGCATCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10120 <SEP> 7533 <SEP> 2 <SEP> ACAATTTCAATCTTTGGTGG <SEP> 940 <SEP> 1268 <SEP> 329 <SEP> Sets
 <Tb>
 
 EMI131.25
 75352 SEQ ID No 4082 7535 2 F TTTCAGTTTTCTCCTATGGC SEQ ID No 10121 7535 2 R GGCATTTTTCTTAAAGATCG 1043 1409 367 SetS
 EMI131.26
 
 <Tb>
 <tb> 197991 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4083 <SEP> 19799 <SEP> 1 <SEP> AATTAATGAAATTGGATCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10122 <SEP> 197991 <SEP> R <SEP> ATCACATCAGGATCTTCACC <SEP> 1983 <SEP> 2303 <SEP> 321 <SEP> SetA
 <tb> 8061 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4084 <SEP> 8061 <SEP> 2 <SEP> F <SEP> ACTATCAAGGATTTGGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10123 <SEP> 8061 <SEP> 2 <SEP> TATTCAAAGCAGCTAATGGG <SEP> 1042 <SEP> 1378

   <SEP> 337 <SEP> SetA
 <Tb>
 
 EMI131.27
 80592 SEQ ID No 4085 8059 2 F ATGATACCAGAAATGCATCG SEQ ID No 10124 8059 2 R GCTCTCTTTTCAGTAGCACC 428 779 352 SetA 80572 SEQ ID No 4086 8057 F ATGGAGATAATGAAACTGCG SEQ ID No. 10125 8057 2.R TAAACTCAATTGTG911
 EMI131.28
 
 <Tb>
 <tb> 80552 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4087 <SEP> 8055 <SEP> 2.F <SEP> CCTCAGAGACTTCATTTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10126 <SEP> 8055.

    <SEP> 2 <SEP> R <SEP> ATCCCTTTTTGATAACCTCC <SEP> 169 <SEP> 502 <SEP> 334 <SEP> SetB
 <tb> 80542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4088 <SEP> 8054 <SEP> 2 <SEP> F <SEP> ATCCTATAAAATCGCCTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10127 <SEP> 8054 <SEP> 2 <SEP> R <SEP> TTCATTGTCATCATCACTGG <SEP> 176 <SEP> 546 <SEP> 371 <SEP> Sets
 <tb> 8051 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4089 <SEP> 8051.2 <SEP> F <SEP> AAAATATCTTGGCAATGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10128 <SEP> 8051.

    <SEP> 2 <SEP> R <SEP> TACTTTCTTTCGCAACATCC <SEP> 834 <SEP> 1171 <SEP> 338 <SEP> SetB
 <tb> 80482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4090 <SEP> 8048 <SEP> 2 <SEP> F <SEP> AAAAATGAAACTGTTTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10129 <SEP> 8048 <SEP> 2 <SEP> R <SEP> TAGCTCCAGTATTCACACCC <SEP> 1006 <SEP> 1405 <SEP> 400 <SEP> SetB
 <tb> 80472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4091 <SEP> 8047 <SEP> 2 <SEP> F <SEP> AAATCAGACTCAAATGTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10130 <SEP> 8047 <SEP> 2 <SEP> R <SEP> CACTTTCTACCTCTTGTCCG <SEP> 340 <SEP> 667 <SEP> 328 <SEP> SetB
 <Tb>
 
 EMI131.29
 17386 SEQ t0 No. 4092 17386 2 F TAGTGATTCAGCAAAATTGG SEQ ID No.

   10131 17386 2 R TCAATAGCATCATCAATTCG 2412 2789 378 Sets 147502 SEQ ID No 4093 14750 2 CCATCGACTTTCTTTATTGC SEQ ID No 10132 14750.2 R TTTTCATCTGTCCATCTTCG 1384 1748 365 SetC
 EMI131.30
 
 <Tb>
 <tb> 9076.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4094 <SEP> 90762.F <SEP> TCTTGCTTTAATGGACATGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10133 <SEP> 9076 <SEP> 2 <SEP> TAGATGAGCAGCTGAAACG <SEP> 1554 <SEP> 1927 <SEP> 374 <SEP> SetC
 <tb> 90792 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4095 <SEP> 90792.F <SEP> ATTTTCCCCATTCTATACCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10134 <SEP> 9079.2.R <SEP> TAATCCACCCAACAATATCC <SEP> 1495 <SEP> 1818 <SEP> 324 <SEP> SetA
 <Tb>
 
 EMI131.31
 90822 SEQ ID No. 4096 9082 2 F ACATCCAATTGTGGTAATCC SEQ ID No 10135 9082 2.R TTTAAAAATGGTGGTTCAGG 1939 2324 386 SetA
 EMI131.32
 
 <Tb>
 <tb> 182401 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4097 <SEP> 18240 <SEP> 1 <SEP> F <SEP> ATTTTCAAATTTCGTGGTTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10136 <SEP> 18240.1 <SEP> R <SEP> TTGCTAACCAAAGATCATCA <SEP> 33 <SEP> 232 <SEP> 200 <SEP> SetC
 <tb> 182391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4098 <SEP> 182391 <SEP> F <SEP> GTCGATAAAGAGACCATTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10137 <SEP> 18239 <SEP> 1 <SEP> R <SEP> GAAGAAGAAATGGCACTAGG <SEP> 595 <SEP> 974 <SEP> 380 <SEP> SetB
 <Tb>
 
 EMI131.33
 18238 SEQ 10 No 4099 18238.1 F TTCAAATATTACCACTGGGG SEQ 1D No 10138 18238 1 R GTTCGCTTATGAGATTCACC 411 740 330 SetB 5051.2 SEQ ID No 4100 5051 2.F AATTTGGGTAAAGGTTTTGC SEQ ID No 10139 5051 R CCTTTTAT13QT2CTTCT2QT250 ID No 10140 5050 2 R TTGCGTTACTAAGAGAAGGC 2858 3169 312 Sets
 EMI131.34
 
 <Tb>
 <tb> 57952 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4102 <SEP> 5795 <SEP> 2 <SEP> F <SEP> AGACATAACCAGATCAAGGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10141 <SEP> 5795 <SEP> 2.R <SEP> ATCCTTTTTAGCTTCCTTGG <SEP> 684 <SEP> 1056 <SEP> 373 <SEP> SetA
 <Tb>
 
 EMI131.35
 57962 SEQ ID No. 4103 5796 2 F TTACAGAACAGATCCCAACC SEQ ID Na 10142 5796 2 R ATTAATGATTGCGGACTAGG 989 1355 367 SetA
 EMI131.36
 
 <Tb>
 <tb> 58022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4104 <SEP> 5802 <SEP> 2 <SEP> F <SEP> TGGTTTTCCAAAATCTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10143 <SEP> 5802 <SEP> 2 <SEP> R <SEP> AATTTATCTAAACTGGGCACC <SEP> 2180 <SEP> 2528 <SEP> 349 <SEP> SetA
 <tb> 5806.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4105 <SEP> 5806 <SEP> 2 <SEP> F <SEP> GTCACATCAAGCATTAGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10144 <SEP> 5806.2.R <SEP> AGAGATGATCCCTTTAACCC <SEP> 5319 <SEP> 5666 <SEP> 348 <SEP> SetA
 <Tb>
 
 EMI131.37
 58092 SEQ ID N ..

   4106 5809 2.F GATTTGTCAAGAGAGTTGGC SEQ ID No. 10145 5809 2 R CTAGGTTCAGGCATAGTTGC 4783 5177 395 SetS 87662 SEQ ID No. 4107 8766 2 F AGAGCTTCATTTGTCA4ACC SEQ ID No. 10146 8766 2.R AATGTAATCAACAGCTTCC 874 270 270 F TAAAGCAATTGTGGTTAGGG SEQ 10 No 10147 8765 2 R CTATATGCACTTGGATTTTGG. 659 1058 400 SetA
 EMI131.38
 
 <Tb>
 <tb> 87622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4109 <SEP> 8762 <SEP> 2.F <SEP> CAATGGTAAAGGACAACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10148 <SEP> 8762.2 <SEP> R <SEP> CTTTTGGTAAGGTCACTTGG <SEP> 114 <SEP> 508 <SEP> 395 <SEP> Sets
 <tb> 87602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4110 <SEP> 8760.2 <SEP> F <SEP> AATGTCGAATAATCCTGTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10149 <SEP> 8760.

    <SEP> 2.R <SEP> CTGCCTCTTGACTCTAATCG <SEP> 75 <SEP> 443 <SEP> 369 <SEP> Sets
 <Tb>
 
 EMI131.39
 8759.2 SEQ ID Na 4111 8759 2.F CTATCCAAACGACATCAAGG SEQ ID No 10150 8759 2 R ATGTCGATATGTTGAGGAGG 612 1007 396 SetA
 EMI131.40
 
 <Tb>
 <tb> 8757. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4112 <SEP> 8757.2 <SEP> F <SEP> TTAGTGCCATTTCTGAAACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10151 <SEP> 8757 <SEP> 2 <SEP> ACTTGGAGTATCATCAGTTTCC <SEP> 1451 <SEP> 1785 <SEP> 335 <SEP> SetB
 <Tb>
 
 EMI131.41
 87552 SEQ ID No 4113 8755 2 F AATACACCACCATCAACAGC SEQ ID Na 10152 8755 2.R ATTGTTGGATCTGTAATGCC 49 358 310 Sets
 EMI131.42
 
 <Tb>
 <tb> 87532 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4114 <SEP> 8753 <SEP> 2.F <SEP> GCCAATTTCTTAGCTCTCTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10153 <SEP> 8753 <SEP> 2 <SEP> CTGCAGGTGTTAACAAAGGT <SEP> 87 <SEP> 282 <SEP> 196 <SEP> SetC
 <Tb>
 
 EMI131.43
 8752.2 SEQ ID No.

   4115 8752 2 F ATAGACCAAATGCTCAATGG SEQ ID No 10154 8752.2.R TCTCTTTCGAAATGAAAAGG 341 716 376 Sets 134262 SEQ ID No 4116 13426.2.F ATTCCTCCACCATTTAAACC SEQ ID No. 10155 13426 2 R TTCTTCTTCAATTTGTTCAG 300TCTCAG
 EMI131.44
 
 <Tb>
 <tb> 160572 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4117 <SEP> 16057 <SEP> 2 <SEP> F <SEP> ACACGCCATCCAATATTAAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10156 <SEP> 16057 <SEP> 2 <SEP> R <SEP> TCAGCATGTGCATTATCTTC <SEP> 1088 <SEP> 1388 <SEP> 301 <SEP> SetC
 <tb> 124801 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4118 <SEP> 12480 <SEP> 1 <SEP> F <SEP> CCGTAAGTGTTACCCAAGAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10157 <SEP> 12480 <SEP> 1 <SEP> R <SEP> R <SEP> ATCATTGTGGGTGATAAAGC <SEP> 3 <SEP> 283 <SEP> 281 <SEP> SetC
 <Tb>
 
 EMI131.45
 124812 SEQ ID No.

   4119 12481 2 TGAGTGTGAAGAAGATGTGC SEQ ID No 10158 12481 2.R ATTCCTGTTCAAGCAATCC 906 1234 329 Sets 12483.2 SEQ ID Na 4120 12483.2.F CGATCAAGAAGTGACTGTGG SEQ ID No 10159 12483 2 R CTTGATAG 12 . 10160 12484 2 R CAATCTTTTATGACACTTGGC 121 432 312 SetA 124861 SEQ ID No 4122 12486 1 F GTGTATCTTCCGTTTCTTGC SEQ ID No 10161 12486.1 R CGAGGTAATCAAAATAGATGG 1195 1506 312 SetA 12488.1 SEQ ID NoAA123A488
 EMI131.46
 
 <Tb>
 <tb> 81672 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4124 <SEP> 8167 <SEP> 2 <SEP> TGAAATTAGTTCATGGAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10163 <SEP> 8167 <SEP> 2.R <SEP> AAATTGACATTTGATTTGCC <SEP> 1601 <SEP> 1934 <SEP> 334 <SEP> SetB
 <tb> 81662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4125 <SEP> 8166 <SEP> 2.F <SEP> TAGAGGAAAAGTTGTACCGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10164 <SEP> 8166 <SEP> 2 <SEP> R <SEP> AGTAAAATAGTCGGGTCATCC <SEP> 201 <SEP> 524 <SEP> 324 <SEP> SetA
 <tb> 6375 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4126 <SEP> 6375 <SEP> 2 <SEP> F <SEP> TAACTTTCTCCAAATCCTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10165 <SEP> 6375 <SEP> 2 <SEP> R <SEP> TTTCAACATTAGTGTTTGCG <SEP> 605 <SEP> 904 <SEP> 300 <SEP> SetB
 <tb> 81732 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4127 <SEP> 8173 <SEP> 2 <SEP> F <SEP> CACATTCATGTTCATTGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10166 <SEP> 8173 <SEP> R <SEP> TTCAAAAACTTCGCTGTACC <SEP> 2815 <SEP> 3132 <SEP> 318 <SEP> Sets
 <tb> 81742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4128 <SEP> 8174 <SEP> 2 <SEP> F <SEP> ATTTTCAAACACTAGCACGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10167 <SEP> 8174 <SEP> 2 <SEP> R <SEP> TGTCACGAGGTAATGTCTCC <SEP> 747 <SEP> 1087 <SEP> 341 <SEP> SetA
 <Tb>
 

  <Desc / Clms Page number 132>

 
 EMI132.1
 8176 SEQ ID No 4129 8176 1 F TAGTGATGATGTTTCAACCG SEQ ID Na 10168 8176 1 TTTTAGACTTACCTCCACCG 36 406 371 SetB 8177 SEQ 10 No 4130 8177 1 F TGGTTCTATCGACCAATACC SEQ ID No 10169 8177 I TATCGCATT
 EMI132.2
 
 <Tb>
 <tb> 15941 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4131 <SEP> 15941 <SEP> 2 <SEP> GTTGATAAACCAACTACCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10170 <SEP> 15941 <SEP> 2 <SEP> R <SEP> AGCATTGCATATTTGTACCC <SEP> 2299 <SEP> 2623 <SEP> 325 <SEP> SetB
 <Tb>
 
 EMI132.3
 16491 SEQ ID No 4132 16491 2 AAACATGGTCATTTGAAACC SEQ ID No 10171 16491 2 R CTTTATAGCTTCGGTGTTGG 1813 2182 370 SetB
 EMI132.4
 
 <Tb>
 <tb> 43052 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4133 <SEP> 43052F <SEP> ATTGATGGTACTAATTGCCG <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 10172 <SEP> 4305 <SEP> 2 <SEP> R <SEP> TAATTTCCTGAACCATCACC <SEP> 921 <SEP> 1247 <SEP> 327 <SEP> SetB
 <tb> 43032 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4134 <SEP> 4303 <SEP> 2 <SEP> F <SEP> TTCTTGACTGCTTTGGTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10173 <SEP> 4303 <SEP> 2 <SEP> R <SEP> CCTTTAGAAGAGGAACCACC <SEP> 85 <SEP> 440 <SEP> 356 <SEP> Sets
 <Tb>
 
 EMI132.5
 42992 SEQ 1D No 4135 42992F F CTTTATTAGCTTTAACCGCC SEQ ID No 10174 4299 2 TACAACAACAAAAGACCAGC 17 335 319 SetS 42962 SEQ ID No 4136 42962F CCAATTACGTTTTTACTGGC SEQ 10 No 10175 4296 2 TTGACATTATTTTTTAC4
 EMI132.6
 
 <Tb>
 <tb> 42942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4137 <SEP> 42942F <SEP> GGATGATGTGAAAAAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10176 <SEP> 4294 <SEP> 2.R <SEP> CTAGGTCCTCTTGCTTATCG <SEP> 321 <SEP> 661 <SEP> 341 <SEP> SetB
 <tb> 42932 <SEP> SEQ <SEP> ID <SEP> No <September>

  4138 <SEP> 4293 <SEP> 2 <SEP> F <SEP> TGAAATCGCTAACAAAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10177 <SEP> 4293 <SEP> 2 <SEP> R <SEP> ATATAGGCATGATGACCACC <SEP> 428 <SEP> 823 <SEP> 396 <SEP> Sets
 <Tb>
 
 EMI132.7
 42922 SEQ ID No 4139 4292 2 CGAACACTTTTCTTTGATCC SEQ ID No 10178 4292 2 R CCATGAATTTTCAATCTTCC 942 1329 388 SetB
 EMI132.8
 
 <Tb>
 <tb> 42912 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4140 <SEP> 4291 <SEP> 2F <SEP> CAAAAGCGAGTTATACCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10179 <SEP> 4291 <SEP> 2 <SEP> TATGCATATGTTCTGCTTCG <SEP> 544 <SEP> 889 <SEP> 346 <SEP> Sets
 <Tb>
 
 EMI132.9
 4290 SEQ 1O No 4141 4290 1 TAGATGGAACAAAATCTGCC SEQ 10 No 10180 4290 1 TCAATAGTTTGGAAAAACGG 575 881 307 SetB 4288 SEQ 1D No 4142 4288 2 F ACGATCTCAGCAGTATCACC SEQ ID No 10181 4288 2 R TCCCACACTATACTCCBCCTCTCCBCCBCCBQBQBQBBQBBQBQBQBBQBQBQBQBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBQBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQBBQ] ID No 10182 18234 1

  GTAGATCCTTAGAAGAGCAACC 22 225 204 SetB 42832 SEQ ID No 4144 4283 2 CATGCCTGGAAAAGTTAATC SEQ ID Na 10183 4283 2 R TTTTTATGGGCATTCTTAGC 954 1286 333 Sets 42822 SEQ 1O No 4145 4282 2 F ATAAAGGAAAGTCTTTTCCTCC4
 EMI132.10
 
 <Tb>
 <tb> 4281 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4146 <SEP> 4281 <SEP> 2 <SEP> F <SEP> GGTATTGCTACCTTGATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10185 <SEP> 4281 <SEP> 2 <SEP> R <SEP> TTTTGCTTTTTCTTCTCTGC <SEP> 265 <SEP> 617 <SEP> 353 <SEP> SetB
 <Tb>
 
 EMI132.11
 42792 SEQ ID No 4147 4279 2 TTCAGAAGCAAGAAAGATGC SEQ ID No 10186 4279 2 CCATTTCAAATTAATCTCGC 591 903 313 SetB
 EMI132.12
 
 <Tb>
 <tb> 42772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4148 <SEP> 4277 <SEP> 2 <SEP> F <SEP> GGAAGAAAAACTAAATGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10187 <SEP> 4277 <SEP> 2 <SEP> R <SEP> GCAGTACCTGTAGTTGATTGG <SEP> 760 <September>

  1061 <SEP> 302 <SEP> SetA
 <tb> 42762 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4149 <SEP> 4276 <SEP> 2 <SEP> F <SEP> AAGAAGTTGTATGCTCCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10188 <SEP> 4276 <SEP> 2 <SEP> R <SEP> TTACTTTACCCTTTTTGGGG <SEP> 256 <SEP> 607 <SEP> 352 <SEP> SetA
 <tb> 42742 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4150 <SEP> 4274 <SEP> 2 <SEP> F <SEP> TTGAGCTGAACAAATACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10189 <SEP> 4274 <SEP> 2 <SEP> TGCAATCTACTCAAACCTCC <SEP> 347 <SEP> 674 <SEP> 328 <SEP> SetA
 <Tb>
 
 EMI132.13
 22752 SEQ ID No 4151 2275 2 TATTCATTTTTAGCCTTGGG SEQ ID No 10190 2275 2 R TTGGAAGATACAGGAGATGC 424 761 338 SetB 2277 SEQ ID No 4152 2277 1 F TGATTTTGATAATGGTTCCG SEQ 10 No 10191 2277 1 R ACAGCAATTCTTAAAGCagagag
 EMI132.14
 
 <Tb>
 <tb> 22801 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4153 <SEP> 22801 <SEP> F <SEP> AATTCCAGGGTATTCCTAGC <SEP> SEQ <SEP> ID <SEP> No <September>

  10192 <SEP> 2280 <SEP> 1 <SEP> CCAATCTAAGTCAAACTCGG <SEP> 1223 <SEP> 1602 <SEP> 380 <SEP> SetA
 <tb> 22821 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4154 <SEP> 2282 <SEP> 1 <SEP> F <SEP> AAATACGTTGACAGACAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10193 <SEP> 2282 <SEP> 1 <SEP> R <SEP> AAAAAGTATGTGGCATCTGG <SEP> 1141 <SEP> 1490 <SEP> 350 <SEP> SetB
 <Tb>
 
 EMI132.15
 2283 SEQ t0 No 4155 2283 F TTATAACAACAGGCAAGTCG SEQ No 10194 2283 1 R TTCTGGATTCCATTTGTAGC 1158 1473 316 SetB
 EMI132.16
 
 <Tb>
 <tb> 22861 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4156 <SEP> 22861 <SEP> F <SEP> ACATGAAAAAGTTACGTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10195 <SEP> 2286 <SEP> 1 <SEP> R <SEP> AAATCACTTCAGAAAGCTGC <SEP> 650 <SEP> 955 <SEP> 306 <SEP> SetA
 <Tb>
 
 EMI132.17
 2287 SEQ ID No 4157 2287 1 ATCTCCAAAATATTGCATGG SEQ 10 No 10196 2287 1 ATCTCAGAAACTTGTGGAGC 85 464 380 SetB 2288 SEQ ID No 4158 22881 F

  AAACTAAAGCTGCTAAAGCC SEQ ID No 10197 22881 R TCTTCCAATTGTCTCAAAGC 20 254 235 SetB 22952 SEQ 1O No 4159 2295 2 F ACAGGAGCATTTAACTTTGC SEQ ID No 10198 2295 2 ATTTGTGTATGGATTCTCGG 1786 21AC 330NAC 380 324 SetB 22992 SEQ 1D No 4161 2299 2 CACCGAAACAGTAGAAGAGC SEQ 10 No.

   10200 2299 2 TAATTCGTTGCTTAACTGGG 133 507 375 Sets 2301 1 SEQ 1O No 4162 2301 1 F CCTTCAACATTAAAATTGCC SEQ ID No 10201 2301 1 R AGCTTTCAGTTCAGTTTTGG 934 1236 303 5etB 23032 SEQ ID No 4163 2303 2 F TCATCAGATAQAT2 230 ACID 2A SetB 23052 SEQ ID No 4164 2305 2 F GCATTAGGAGGAGAGATCG SEQ ID No 10203 2305 2 TCCAATTCTCTTCAACHGG 1051 1404 354 SetS 23081 SEQ ID No 4165 2308 1 F TTTAACACAGGTCAAGGAGG SEQ ID No 10204 2308 1 TTGAGCAAGAGAATTTTT46
 EMI132.18
 
 <Tb>
 <tb> 23091 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4166 <SEP> 2309 <SEP> 1 <SEP> ATTTGAATTTAGTGGATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10205 <SEP> 2309 <SEP> 1 <SEP> ATAATGCAGAGTTCTCCAGC <SEP> 656 <SEP> 967 <SEP> 312 <SEP> SetA
 <Tb>
 
 EMI132.19
 23102 SEQ io No 4167 2310 2 F GAAAAGCAAGAAAGAAACCC SEQ ID No 10206 2310 2 R TTCCATCTCGTCAGTTATGG 167 534 368 SetB

  
 EMI132.20
 
 <Tb>
 <tb> 2311 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4168 <SEP> 2311 <SEP> 2 <SEP> F <SEP> TTTCTATGGGAAGATCATGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10207 <SEP> 2311 <SEP> 2 <SEP> R <SEP> AGTACTCCAACTCCAACTCG <SEP> 435 <SEP> 790 <SEP> 356 <SEP> SetC
 <tb> 2313 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4169 <SEP> 2313 <SEP> 1 <SEP> F <SEP> CATTGAATCATCCAGGCTAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10208 <SEP> 2313 <SEP> 1 <SEP> TATAACAATGGCTTTACCCC <SEP> 734 <SEP> 1121 <SEP> 388 <SEP> SetC
 <tb> 2314 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4170 <SEP> 2314 <SEP> 1 <SEP> F <SEP> TATGGTAAAGCTTGGTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10209 <SEP> 2314 <SEP> 1 <SEP> TTTTTAATTTTTCACCAGGC <SEP> 439 <SEP> 739 <SEP> 301 <SEP> SetA
 <tb> 23191 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4171 <SEP> 2319 <SEP> 1 <SEP> F <SEP> AAAATAAATCCTGAGATGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10210 <SEP> 2319 <SEP> 1

   <SEP> R <SEP> TACCCTTGTGTCGATTTACC <SEP> 1771 <SEP> 2146 <SEP> 376 <SEP> SetB
 <tb> 23212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4172 <SEP> 2321 <SEP> 2 <SEP> F <SEP> AAATACAAAACACACCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10211 <SEP> 2321 <SEP> 2 <SEP> ACCACCACTTCAACATAAGC <SEP> 686 <SEP> 1064 <SEP> 379 <SEP> Sets
 <Tb>
 
 EMI132.21
 23222 SEQ 1O No 4173 2322 2 ATTCACTATCCACATCCTCC SEQ ID No 10212 2322 2 AGAGCATCGAGAACATGG 4 390 387 Set8 200121 SEQ tO No 4174 20012 1 F CTCTGGATAAACCGAJTCA.C SEQ ID No 10213 20012 1 ATTGTTGGGGGTAT 178
 EMI132.22
 
 <Tb>
 <tb> 66622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4175 <SEP> 6662 <SEP> 2 <SEP> F <SEP> TAATGAGAAAAGACGATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10214 <SEP> 6662 <SEP> 2 <SEP> R <SEP> CATATACCACCAAAGGATCG <SEP> 249 <SEP> 637 <SEP> 389 <SEP> SetB
 <Tb>
 
 EMI132.23
 6665 2 SEQ ID No 4176 6665 2 AAAGATTCACACCACACTGG SEQ ID No

  10215 6665 2 R AATGTCAATTCAGCTTCACC 1708 2090 383 SetB 2617 SEQ ID No 4177 2617 1 F TATCCCATCAAATCAACACC SEQ 10 No 10216 2617 1 GGGATAAACATTAGACGTGC 1652 1959 308 s.tB 2615 SEQ ID No 4178 2615 1 F CCAATTCAACCTC15ACC FACT 1 ACTACCAC15 ACC # 1 340 SetA 26122 SEQ ID No 4179 2612 2 TATGAAAGT7AACGGGT7GG SEQ ID No 10218 2612 2 R ACAAACTCTTTTGGTTCTGC 994 1364 371 SetA 2611 SEQ ID N. 4180 2611 1 GCTCCTAATTTAAAAATTCTCG SEQ ID No 10219 2611 1 AGGTTAACAAGTCAC 26

   4181 2610 2 TGTGGTTAATTGCTCTTATGC SEQ ID No 10220 2610 2 TTGTGATGATTTTCAGTATTGG 1541 1850 310 SetA 2606 SEQ 1G AAGATT CCGATCCTAGCCTAGCCTAGTTGTQCCQAGTQGQTQGQTQGQTQGQTQGQTQGQQTQGQQTQGQQQTQGQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQAQQA 3150 306 SetB
 EMI132.24
 
 <Tb>
 <tb> 2603 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4184 <SEP> 2603 <SEP> 1 <SEP> F <SEP> ACTTCATCTTCAGCATCTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10223 <SEP> 2603 <SEP> 1 <SEP> TCATTGTCTTGGTCAATTCC <SEP> 1567 <SEP> 1921 <SEP> 355 <SEP> Sets
 <Tb>
 
 EMI132.25
 25991 SEQ ID No 4185 2599 1 CCCAAAATGGATCAATTAAA SEQ ID No 10224 2599 1 TTGCCATTTGTTACTCTCAG 1 266 272 SetB 2598 SEQ ID No 4186 2598.1 F TATTGAGTGCTGAAAGATGG SEQ ID No 10225 2598 1 GCAAGTTCAAATACCATTCCO 976 1339

  2596 1 ACTTGTGATAATGAATGGGC 498 812 315 SetB 25932 SEQ ID No 4188 2593 2 ATGATGGGAAGAMTACACG SEQ ID No 10227 2593 2 R CTTCTTTCAATTCTGGTTGC 1679 2011 333 SetA
 EMI132.26
 
 <Tb>
 <tb> 2591 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4189 <SEP> 2591 <SEP> 1 <SEP> ATTGTCAAACAATTGAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10228 <SEP> 2591 <SEP> 1 <SEP> R <SEP> GAACCACCAGTAATTTCACC <SEP> 1129 <SEP> 1439 <SEP> 311 <SEP> Sets
 <tb> 25902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4190 <SEP> 2590 <SEP> 2 <SEP> F <SEP> GGGGACAGATTATGACTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10229 <SEP> 2590 <SEP> 2.R <SEP> CTAGATGTTTCAACTTGGAAGG <SEP> 990 <SEP> 1153 <SEP> 162 <SEP> SetC
 <tb> 66492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4191 <SEP> 6649 <SEP> 2 <SEP> F <SEP> GGGATCCATGAACTATCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10230 <SEP> 6649 <SEP> 2 <SEP> R <SEP> CTTCCAAACGATAAGAATGG <SEP> ND <SEP> ND <SEP> 346 <SEP> SetC
 <Tb>

  66542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4192 <SEP> 6654 <SEP> 2 <SEP> F <SEP> TTGGTGAAACTTTAGCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10231 <SEP> 6654 <SEP> 2.R <SEP> AACTGGATTTCACGGTAGG <SEP> 2633 <SEP> 2956 <SEP> 324 <SEP> SetB
 <tb> 66562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4193 <SEP> 6656 <SEP> 2 <SEP> F <SEP> TTCAGGATGTTGTTAGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10232 <SEP> 6656 <SEP> 2 <SEP> R <SEP> CCTGTACCAGTAGCATTTCC <SEP> 1864 <SEP> 2213 <SEP> 350 <SEP> Sets
 <tb> 20013 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4194 <SEP> 20013 <SEP> 1 <SEP> F <SEP> TCTGAGAGTCAGCCAATAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10233 <SEP> 20013 <SEP> 1 <SEP> R <SEP> GGGTATTCACCATTTTTCG <SEP> ' <SEP> 619 <SEP> 986 <SEP> 368 <SEP> SetC
 <tb> 66602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4195 <SEP> 6660 <SEP> 2 <SEP> F <SEP> GGTGCCTTGTACACAATGAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10234 <SEP> 6660 <SEP> 2 <September>

  AGGATTTCTTACCGCCTAAT <SEP> 29 <SEP> 324 <SEP> 296 <SEP> SetC
 <Tb>
 
 EMI132.27
 21272 SEQ ID No. 4196 2127 2 F ACAAGAGCTTTCGTTGATGT SEQ ID No 10235 2127 2 ACAAGTAAA7TGGGAGCAAG 951 1313 363 Sets 2125 SEQ 10 No 4197 2125 2 F ACATCAACAAAGTTAACGCC SEQ ID No. 10236 2125 2 R TG1AAATGAGACAGGA39AC
 EMI132.28
 
 <Tb>
 <tb> 21232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4198 <SEP> 2123.2 <SEP> F <SEP> GGAATACGTCAGTCCAGAGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10237 <SEP> 2123 <SEP> 2.R <SEP> AATGACACCCTTTTCAACTG <SEP> 1719 <SEP> 2049 <SEP> 331 <SEP> SetB
 <Tb>
 
 EMI132.29
 21222 SEQ ID No 4199 2122 2 F ATAATACTGTTGCAGGTGGG SEQ ID No 10238 2122 2.R TAATTTGGCTCATTCTCTGG 491 866 376 SetB 2121 2 SEQ ID No 4200 2121 2 F CAATTTCCATACCTATTGGC SEQ ID No 10239 2121 2.R CTTTTGATABUCC12018 2115 1 TAACGTACACGTGTTAAGCG SEQ ID No 10240 2115 IR

  ACATCACCATAAGTAAGCGG 1881 2201 321 Sets 2112 SEQ 10 No 4202 2112 1 F ATAGTGGTGACAGAGTTGGG SEQ ID No 10241 2112 1 ACGCACTTATATTTCCTTGG 803 1159 357 SetB
 EMI132.30
 
 <Tb>
 <tb> 2111 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4203 <SEP> 2111 <SEP> 1 <SEP> F <SEP> CATAAAGAGCAGTACCGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10242 <SEP> 2111 <SEP> 1 <SEP> ACTTCTCATAGAAACCGGC <SEP> 688 <SEP> 996 <SEP> 309 <SEP> Sets
 <Tb>
 
 EMI132.31
 21091 SEQ ID No 4204 2109 1 TATCAATTGTGGTGTCATGG SEQ ID No 10243 2109 1 R TTATCATCGGTGGATAAAGC 358 740 383 s.te 21062 SEQ ID No 4205 2106 2 F CAAAGAAAGAGATTTGTGGC SEQ ID No 10244 2106 2 R AGAACTT2 304 AGATTT2 .F GAGTCCGAGAAAGAATTGG SEQ 10 No 10245 2104 2.R CCAAAGATAATCTCAATGCC 358 700 343 SetA
 EMI132.32
 
 <Tb>
 <tb> 21001 <SEP> SEQ <SEP> ON.

    <SEP> 4207 <SEP> 2100 <SEP> 1.F <SEP> ATAAAACACGACGACATTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10246 <SEP> 2100.1 <SEP> R <SEP> ATTTCTATAGGGAACATGCG <SEP> 595 <SEP> 975 <SEP> 381 <SEP> Sets
 <tb> 2102 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4208 <SEP> 2102 <SEP> 1 <SEP> F <SEP> GGAGAATTCAGATTGACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10247 <SEP> 2102.1 <SEP> R <SEP> AATCTTTGACCATGATGACC <SEP> 2056 <SEP> 2438 <SEP> 383 <SEP> Sets
 <tb> 2097 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4209 <SEP> 2097 <SEP> 2.F <SEP> GTGGAGTTGATGAAACAAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10248 <SEP> 2097 <SEP> 2 <SEP> R <SEP> CTCATTTGGTTTATATCCCG <SEP> 2078 <SEP> 2448 <SEP> 371 <SEP> sets
 <tb> 20962 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4210 <SEP> 2096 <SEP> 2 <SEP> F <SEP> CATGTTTGTATTGGAGACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10249 <SEP> 2096 <SEP> 2 <SEP> R <SEP> TTATAGCCCAGTTTTTACCG <SEP> 856 <SEP> 1177 <SEP> 322 <SEP> SetA
 <tb> 20952 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4211 <SEP> 2095 <SEP> 2.F <SEP> TTATGATGATATGACAAGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10250 <SEP> 2095 <SEP> 2 <SEP> R <SEP> AAAATTTTCAATCGAGATGC <SEP> 57 <SEP> 363 <SEP> 307 <SEP> SetB
 <Tb>
 
 EMI132.33
 20942 SEQ ID No 4212 2094 2 F TACAACCATTGCAATCTAGC SEQ ID No 10251 2094 2.R TCCACTAACACTGACACACC 8 362 355 SetB
 EMI132.34
 
 <Tb>
 <tb> 20932 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4213 <SEP> 2093 <SEP> 2 <SEP> F <SEP> AGAAGTTGAAATTGAGGACG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10252 <SEP> 2093 <SEP> 2 <SEP> R <SEP> CAATTGCTTCTTCTTTTTGG <SEP> 1419 <SEP> 1728 <SEP> 310 <SEP> SetA
 <tb> 2091. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4214 <SEP> 2091 <SEP> 2.F <SEP> CCTACTGGATCATCTCAACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10253 <SEP> 2091 <SEP> 2 <SEP> ATCGTAAAGTCCACCTCTCC <SEP> 136 <SEP> 449 <SEP> 314 <SEP> SetA
 <Tb>
 
 EMI132.35
 2090 SEQ 1D No 4215 2090 2.F TCCACAGTCATTATCAAACG SEQ ID No. 10254 2090 2 R TTAGTTCTTTGACACCCAGG 666 973 308 SetA
 EMI132.36
 
 <Tb>
 <tb> 20891 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4216 <SEP> 2089.1 <SEP> F <SEP> GTCTTTTTCATCGAGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10255 <SEP> 2089 <SEP> R <SEP> CATTAATGGTGGTTTTCCC <SEP> 23 <SEP> 186 <SEP> 164 <SEP> Sets
 <tb> 20872 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4217 <SEP> 2087 <SEP> 2 <SEP> F <SEP> AATACATTGGCTTGAGAAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 10256 <SEP> 2087 <SEP> 2.R <SEP> CAGAGGAAGACCATAAATGC <SEP> 1091 <SEP> 1430 <SEP> 340 <SEP> SetA
 <tb> 2086 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4218 <SEP> 2086.2 <SEP> F <SEP> CACTTTGAAAAAGAAGGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10257 <SEP> 2086 <SEP> 2.R <SEP> TATCCCATTTCTTGACTTCC <SEP> 876 <SEP> 1237 <SEP> 362 <SEP> Sets
 <tb> 20852 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4219 <SEP> 2085 <SEP> 2 <SEP> F <SEP> CTGTGGTAGATTTTTCGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10258 <SEP> 2085 <SEP> 2.

    <SEP> R <SEP> TATCCATTATTTCGTCAGGC <SEP> 471 <SEP> 778 <SEP> 308 <SEP> SetB
 <Tb>
 
 EMI132.37
 2083 SEQ 10 No. 4220 2083 F CAAGAATGATACCGAAATCC SEQ ID No 10259 2083 R ACAAAATCAGGCTTGTTAGC 297 641 345 SetA 20821 SEQ ID No 4221 2082 1 F CCACCAACACTACCACTAGC SEQ ID No 10260 2082 1 7TAAGTrTGATGAAGTTGGTGGTGGTGGTGGGTG No 10261 2079 2.R GTTGTGGAAGACAGTGAAGC 919 1220 302 SetA 20751 SEQ ID No 4223 20751.F TATGGATCCTCTTCATTTGG SEQ ID No-10262 2075 lR TTGGAAGAACCGTAACTGTC 100 410 311 SetC 20712 SEQ ID No 4224 20713 F GGATT 714 342 SetB 36162 SEQ 10 No.

   4225 3616 2 F ATTTGTGGGATTTATTGTGG SEQ ID No 10264 3616 2 AACCAAGATCAAAG7TGGC 440 750 311 SetB
 EMI132.38
 
 <Tb>
 <tb> 36182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4226 <SEP> 3618 <SEP> 2 <SEP> F <SEP> AACCAAAGGTGTACAAAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10265 <SEP> 3618 <SEP> 2 <SEP> R <SEP> TGTAGTTTTCCTTGAATGGC <SEP> 887 <SEP> 1226 <SEP> 340 <SEP> Sets
 <tb> 3621 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4227 <SEP> 3621 <SEP> 2 <SEP> F <SEP> GTTCGTTCACTGAGATAGGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10266 <SEP> 3621.2.R <SEP> TTCTTTATCCTTGATGACCG <SEP> 1526 <SEP> 1839 <SEP> 314 <SEP> Sets
 <tb> 36241 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4228 <SEP> 3624.1 <SEP> F <SEP> CTAATGCTACGACTGTTAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10267 <SEP> 3624 <SEP> 1 <SEP> R <SEP> GTTTGTTATCGTCAATTTGG <SEP> ND <SEP> ND <SEP> 258 <SEP> SetC
 <Tb>
 
 EMI132.39
 3629 SEQ 1O No 4229 3629 1 F TCCTCTGATTTCATAAAGGC SEQ D No 10268 3629 1 CCTATGTAAAATGCCACTGC 1003 1403 401 SetA 3630.1 SEQ ID No 4230 36301 F AATTATTGGGTTTTCACAGG SEQ ID No 10269 3630.1 R TAGGAACATAAQ31BAG IDBAG 31Q 1D No 10270 3631.1 R TAGTATCGACCAAACGAAGC 7 340 334 Sets 3633.1 SEQ:

  0 No 4232 3633 1 F GGCTAATGTCAAATTGTTGC SEQ ID No 10271 3633 1 R ACGATTTCTGTTTGGTAACG 4251 4573 323 SetA 36341 SEQ ID No 4233 36341 1 F TAGAAGAGGAATTGAGTGGC SEQ 10 No 10272 3634 1 R TCATTGTCTGAATTTCT 368
 EMI132.40
 
 <Tb>
 <tb> 36362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4234 <SEP> 3636 <SEP> 2 <SEP> F <SEP> ATCACTGCTAGAGAAGGAGG <SEP> SEQ <SEP> ID <SEP> No, <SEP> 10273 <SEP> 3636. <SEP> 2 <SEP> R <SEP> TTGTCGGAAACAATAAATCC <SEP> 1714 <SEP> 2018 <SEP> 305 <SEP> SetA
 <tb> 36382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4235 <SEP> 3638 <SEP> 2.F <SEP> AAACCCACAAAATACATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10274 <SEP> 3638. <SEP> 2 <SEP> R <SEP> AGGAGTAGTCCCTTACTCGG <SEP> 1416 <SEP> 1739 <SEP> 324 <SEP> Sets
 <Tb>
 
 EMI132.41
 3640.2 SEQ 10 No.

   4236 3640.2 F TTGCTGAAGGTAAATTGGAC SEQ ID N., 10275 36402.R AATTCTTGGCCCAAAGTC 314 677 364 sets 182251 SEQ ID No 4237 18225 lF GACCAGTCTTGAATGGAAAA SEQ ID No 10276 18225 1 R TGCCAAACTTGTTGTACTAG 46AT 13041 Set 36Q 13041 3641 130C Na 10277 3641.2.R AGCATCGTAACCAATCTTTG 50 441 392 SetB 36421 SEQ ID No 4239 3642 LF CATTAGACACTAAATCGGGC SEQ ID No 10278 3642 1.R ATTTCATCTGCACCATAACC 470 782 313 SetB 36451 SEQ ID No 4240 3645 1 F TTGATATCCC. 856 1223 368 Sets 36472 SEQ 1O No 4241 3647 2 TTATTCGGTAA7TTCCTTGG SEQ ID No 10280 3647 2 AGCAGCTTCTACAACACTGG 3276 3624 349 Sets 36491 SEQ ID No. 4242 3649.1.F ACGACACCAAACATAAATCC SEQ ID No.

   10281 3649 155 466 312 1.R TTTTTCTTTCAGCTTCTTCG Sets 36512 SEO ID NO 4243 3651.2.F AGAATCACCTTCAAATTTTCC SEQ tD No 2 10282 3651 AAGAATTTGGTCAATTGGG 20255236 198001 Sets 1 1O SEQ No. 1 19800 4244 F ATCTCAGCAAATCAAATTCC SEQ ID NO 10 283 19 800 1 270 629 360 TTTGATTTATCCCACAATCC SetS 60671 SEQ 1O No 4245 6067 1 F AAATCAACATCAACCACAGC SEQ ID No 10284 6067 1 ATAGTTGACCACTCTTTCGG 1881 2243 363 SetB
 EMI132.42
 
 <Tb>
 <tb> 60541 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4246 <SEP> 6054 <SEP> 1 <SEP> GTTGATTCAATTTTACAACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10285 <SEP> 6054 <SEP> 1 <SEP> GTCACTGGTAATGGTCTTCC <SEP> 1357 <SEP> 1692 <SEP> 336 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 133>

 
 EMI133.1
 
 <Tb>
 <tb> 6050 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4247 <SEP> 6050 <SEP> 1 <SEP> ACCAGTAGTCAAATTAGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10286 <SEP> 6050 <SEP> 1 <SEP> GAATTCAGTTTCAAATTCGC <SEP> 358 <SEP> 714 <SEP> 357 <SEP> SetB
 <tb> 161042 <SEP> SEQ <SEP> No <SEP> 4248 <SEP> 161042F <SEP> ACAGGAGATTGAAACAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10287 <SEP> 16104 <SEP> 2 <SEP> R <SEP> TGGTTTCTTCAATCAATTCC <SEP> 1776 <SEP> 2155 <SEP> 380 <SEP> SetA
 <tb> 5264 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4249 <SEP> 5264 <SEP> 1 <SEP> F <SEP> TGTTGGTCAAGAACATTACG <SEP> SEQ <SEP> No <SEP> 10288 <SEP> 5264 <SEP> 1 <SEP> R <SEP> ATTTTTCAGCTTTAGCAACG <September>

  1188 <SEP> 1519 <SEP> 332 <SEP> SetB
 <tb> 5265 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4250 <SEP> 5265 <SEP> 1 <SEP> TCATGAAATTGGTCACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10289 <SEP> 5265 <SEP> 1 <SEP> R <SEP> TCAAAGATCTGCTCAATTCC <SEP> 930 <SEP> 1231 <SEP> 302 <SEP> SetB
 <Tb>
 
 EMI133.2
 52662 SEQ No 4251 5266 2 F AGAGTGTTGCCTATCACTGC SEQ No 10290 5266 2 R TTAGGGTTAGTACCCACTGC 235 548 314 SetB 52682 SEQ No 4252 5268 2 F ATCAAGTCCAAGATTGATGG SEQ No 10291 5268 2 R TTCATTTCAGGAGTCAAACC 235 545 311
 EMI133.3
 
 <Tb>
 <tb> 5271 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4253 <SEP> 5271 <SEP> 2 <SEP> F <SEP> GTATATTGCCTTTTGATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10292 <SEP> 5271 <SEP> 2 <SEP> R <SEP> GGTCTCCTATTTCCTTAGCC <SEP> 2441 <SEP> 2785 <SEP> 345 <SEP> SetB
 <tb> 5272 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4254 <SEP> 5272 <SEP> 1 <SEP> TCCTTACGTGGACTACAACC <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 10293 <SEP> 5272 <SEP> 1 <SEP> R <SEP> ACAACGCCTTATAATGTTCC <SEP> 576 <SEP> 967 <SEP> 392 <SEP> SetB
 <tb> 5275 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4255 <SEP> 5275 <SEP> 1 <SEP> F <SEP> CTTTCGAAACGTTTATTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10294 <SEP> 5275 <SEP> 1 <SEP> R <SEP> AACAAATGACCACAATTTGC <SEP> 361 <SEP> 713 <SEP> 353 <SEP> SetA
 <Tb>
 
 EMI133.4
 5277 1 SEQ No 4256 5277 1 F TAACGATTCTAAAGCCTTGC SEQ No 10295 5277 1 R TTAAGATATTCCCTTTTGGG 20 265 246 SetB
 EMI133.5
 
 <Tb>
 <tb> 5279 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4257 <SEP> 5279 <SEP> 1 <SEP> F <SEP> CCAAATTGATTAACGAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10296 <SEP> 5279 <SEP> 1 <SEP> R <SEP> CCACCAAGATATTTTTGACC <SEP> 632 <SEP> 1010 <SEP> 379 <SEP> SetB
 <tb> 5281 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4258 <SEP> 5281 <SEP> 1 <SEP> F <SEP> AGTATGAGCAACTCGTAGGC <SEP> SEQ <SEP> ID <September>

  No. <SEP> 10297 <SEP> 5281 <SEP> 1 <SEP> ACTTTTGCTCATTCATCACC <SEP> 851 <SEP> 1201 <SEP> 351 <SEP> SetB
 <tb> 5282 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4259 <SEP> 5282 <SEP> 1 <SEP> TTATGTTCCAATCGTTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10298 <SEP> 5282 <SEP> 1 <SEP> R <SEP> GATTATGTGATCCATCCTGC <SEP> 743 <SEP> 1072 <SEP> 330 <SEP> SetA
 <tb> 52872 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4260 <SEP> 5287 <SEP> 2 <SEP> F <SEP> ATACCCAAGATACCAGAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10299 <SEP> 5287 <SEP> 2 <SEP> R <SEP> GGCTTGAATGAATATCTTGC <SEP> 1351 <SEP> 1655 <SEP> 305 <SEP> SetB
 <tb> 52882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4261 <SEP> 5288 <SEP> 2 <SEP> F <SEP> TTTACTCAAAAGTGAAGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10300 <SEP> 5288 <SEP> 2 <SEP> R <SEP> TTCTTCTTTCAATTTTTCGG <SEP> 435 <SEP> 756 <SEP> 322 <SEP> SetB
 <Tb>
 
 EMI133.6
 113092 SEQ ID No 4262 113092 F GTTGGATCTGAAGAAACAGG SEQ ID

  No 10301 11309 2 CTTTCTGTTCACTTTCCTGC 54 364 311 SetS 113072 SEQID No 4263 113072 F ATTAAAGCTTTCAGCAAACG SEQ No 10302 11307 2 R TAAACCGGTTACTC7TCTCG 2002 2391 390 SetS 11301 1 SEQ 10 NoGTATT 1TGATT 11A No 4265 11299 2 F AGCATTCGTTCAACTACACC SEQ No 10304 11299 2 R AAACGTAGGAATCTCTTCGC 2089 2397 309 Sets
 EMI133.7
 
 <Tb>
 <tb> 127382 <SEP> SEQID <SEP> No <SEP> 4266 <SEP> 12738 <SEP> F <SEP> CAATTGGGGTATCAGTTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10305 <SEP> 12738 <SEP> 2 <SEP> TTTTAGCTTCTCCTGAGTCG <SEP> 1138 <SEP> 1438 <SEP> 301 <SEP> Sets
 <tb> 12736 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4267 <SEP> 12736 <SEP> 2 <SEP> GTGTACCCATCAACTATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10306 <SEP> 12736 <SEP> 2 <SEP> R <SEP> CTGTGCTTGTATCTGAATGC <SEP> 1685 <SEP> 2078 <SEP> 394 <SEP> SetB
 <Tb>
 
 EMI133.8
 

  20169 SEQ No 4268 20169 1 GTGGTGCTATTGGTGACTG SEQ No 10307 20169 1 R GACGTCTCTTTAGCTCTGGA 248 596 349 SetB 85762 SEQ No 4269 8576 2 F TCCTTGTTTGACTTAATGGC SEQ No 10308 8576 2 R ATACCACGTTCAQAQAQAGBQAQAGAQA 1 R GCTCTTGTCTTGACATCTCC 1408 1756 349 SetB 85702 SEQ ID No 4271 85702 2 AATCAAACAAGAAAGTTCGG SEQ No 10310 8570 2 R AGATTTGTTTGGTGATTTGC 1593 1948 356 Sets 149782 SEQ ID No 4272 14978 2 GATGCCTCTTACTACCACC 2TACC # 1072 12412 2 F GAATTACCCTGAAAACATGC SEQ No 10312 12412 2 R CTGTTGATTGAGACAGTTGC 219 535 317 SetB 124142.F GTTGTGCGTACATATTGTGG SEQID No 10313 12414 2TTTATTCTGGTACAGGTCC 811 1112 3016 1T G & C

  
 EMI133.9
 
 <Tb>
 <tb> 124191 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4276 <SEP> 12419 <SEP> 1 <SEP> F <SEP> AGTTAGTTCGTGACGCATTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10315 <SEP> 12419 <SEP> 1 <SEP> TAGATCTGGCCAATTCTCTC <SEP> 767 <SEP> 1135 <SEP> 369 <SEP> SetC
 <Tb>
 
 EMI133.10
 12420 1 SED No 4277 12420 1 TGGATTGGTTTGATTGTTTT SEQ ID No 10316 12420 1 CATCAGGTCTCACTGAAGAAG 6 225 220 SetC 12422 SEQ ID No 4278 12422 2 F TTTAAGGTGGTCATCAAAGG SEQ ID No 10317 12422 2 R TTTCATTTTCTTGGTQ30CT 32CT 118CT 12ATIBCT 328 ID No 10318 12303 2 R TTCAAATCCTTCTTTGAT <3C 395 729 335 SetA 123001 SEQ No 4280 12300 1 AGAATGAATGGGTTGTATGG SEQ No 10319 12300 1 AGATCATTCCTTGAAAGACG 1153 1525 373 SetA 122971 SEQ ID No 4281 12297 1 CTATTTACCCTCCTGTTCCC SEQ ID No 10320 12297.1 RAG

  SEQ ID No 10321 12295 1 R AATCTCGACAAGTAAGCACC 280 602 323 SetA 122942 SEQID No 4283 12294 2 AAAAACCAAGAAGAAATCCC SEQ ID No 10322 12294 2 TTACCTTCTCAAACTGGTCC 567 964 398 SetA
 EMI133.11
 
 <Tb>
 <tb> 143692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4284 <SEP> 14369 <SEP> 2 <SEP> F <SEP> TCAAGGCACAATAGATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10323 <SEP> 14369 <SEP> 2 <SEP> R <SEP> CAGAATGAAGAGCAATCTGG <SEP> 318 <SEP> 664 <SEP> 347 <SEP> SetA
 <tb> 14367 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4285 <SEP> 14367 <SEP> 2 <SEP> F <SEP> TTCCACTCCATTCTTATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10324 <SEP> 14367 <SEP> 2 <SEP> R <SEP> CAATTAAACCAGTCCAAAGG <SEP> 970 <SEP> 1282 <SEP> 313 <SEP> SetA
 <Tb>
 
 EMI133.12
 143641 SEQ No 4286 14364 1 F ACTTATCCCAACTATGCTCC SEQ No 10325 14364 lR TGTTGATGAGAACTTGAGGC 455 821 367 SetA 8781 SEQ No 4287 8781 2 F AAACAAGCTTAACATTTGGG SEQ No 10326 8781 2 R

  AGGTTCATGTAAAGTGACGG 1659 1980 322 Sets 8780 SEQ No 4288 8780 1 ACCGAATGACATAATCAAGG SEQ No 10327 8780 1 R ATTCGTAACATCGACAATGC 258 593 336 SetA
 EMI133.13
 
 <Tb>
 <tb> 8778 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4289 <SEP> 8778 <SEP> 1 <SEP> CTATGCTTCATTGGGTAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10328 <SEP> 8778 <SEP> 1 <SEP> R <SEP> ATCACACGGCTATGTGTACC <SEP> 81 <SEP> 386 <SEP> 306 <SEP> SetA
 <Tb>
 
 EMI133.14
 87772 SEQ No. 4290 8777 2 CTTTGTTTGTTTCTGCAACC SEQ No. 10329 8777 2 ACTCTTGAAATTTGCCACC 81438358 SetA 8775 SEQ No 4291 8775 2 AAGGTCGAACAAAAATATCG SEQ No. 10330 8775 2 ACAGTAGAATGCCAATCACC 262 650 389 SetA 87732 SEQ No. 4292 8773 2 F AACATGGTTATTCCACAAGG SEQ ID NO 10331 8773 2 TTTGTCTTGGTCAGTAGTGC 1141 1488 348 SetA 87722 SEQ No 4293 8772 2 GTATGTCCACGATAAAACCG SEQ No 10332 8772 2 R ACAGTAAACAACAGGCAACC 513 819 307 SetA 131552 SEQ No 4294 13155 2 AGGGTTGCCTAATATCTTCC

  SEQ No 10333 13155 2 R TAGTTTTCTCAAACGAAGCC 3789 4147 359 SetB
 EMI133.15
 
 <Tb>
 <tb> 131522 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4295 <SEP> 13152 <SEP> 2 <SEP> GGATAACAAGAATGTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10334 <SEP> 13152 <SEP> 2 <SEP> R <SEP> ACTTGTCTCACTCTTCCAGG <SEP> 282 <SEP> 596 <SEP> 315 <SEP> SetA
 <Tb>
 
 EMI133.16
 13151 SEQ No 4296 13151 2 CAAGAGGTTAGCCATAAAGG SEQ No 10335 13151 2 R CTGCTAGCACAAATTTAGCC 2700 3016 317 SetB
 EMI133.17
 
 <Tb>
 <tb> 17542 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4297 <SEP> 1754 <SEP> 2 <SEP> AAGTTGGGTGAATCTTATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10336 <SEP> 1754 <SEP> 2 <SEP> GGTGGTTATTGCTATCTTGC <SEP> 634 <SEP> 946 <SEP> 313 <SEP> SetA
 <tb> 1751 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4298 <SEP> 1751 <SEP> 2 <SEP> F <SEP> ATGTACTCAGCACAATGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10337 <SEP> 1751 <SEP> 2 <SEP> TGACGAGTCTTACTATCGCC

   <SEP> 5496 <SEP> 5801 <SEP> 306 <SEP> SetB
 <Tb>
 
 EMI133.18
 1749 SEQ ID No 4299 17491 F ACAGATATGGTGGTCACTCC SEQ No 10338 17491 R TTTTGAAATCCCAACTATCG 860 1177 318 StB 17461 SEQ ID No 4300 17461 F GGAACATCTACTTACGACGG SEQ No 10339 1746 1.ft CTCGTAAC1ATIT130 # 118 GCAGACCTTCTCTGTACTGG 473 812 340 SetA
 EMI133.19
 
 <Tb>
 <tb> 118881 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4302 <SEP> 118881 <SEP> F <SEP> GTCAAATTTCCAATTATCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10341 <SEP> 11888 <SEP> 1 <SEP> TAGGAAACAAAACTCTTGCC <SEP> 286 <SEP> 613 <SEP> 328 <SEP> SetA
 <Tb>
 
 EMI133.20
 5395 SEQ No 4303 5395 2 GTTCCAAAAATACCCGTG SEQ No 10342 5395 2 R TGCTGCTTTGAAATAGTTAGC 988 1287 300 SetB 5398 SEQ ID No 4304 5398 1 ATTCCAACATTGTATCCTGC SEQ 10 No 10343 53981.R TTAATGGGTCTCTTTTCTT43CC
 EMI133.21
 

  
 <Tb>
 <tb> 5401 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4305 <SEP> 5401 <SEP> 2 <SEP> F <SEP> CTAAAGCATGTCTTTGTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10344 <SEP> 5401 <SEP> 2 <SEP> CGAAGGCAATATCACATAGG <SEP> ND <SEP> ND <SEP> 238 <SEP> SetC
 <tb> 54042 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4306 <SEP> 5404 <SEP> 2 <SEP> F <SEP> GCATTAGTTTACGTAACTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10345 <SEP> 5404 <SEP> 2 <SEP> R <SEP> CATTTTCAATTGCTCTACCC <SEP> 3100 <SEP> 3403 <SEP> 304 <SEP> SetB
 <tb> 5405 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4307 <SEP> 5405 <SEP> 2 <SEP> CATGTCTTCTACCAAACATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10346 <SEP> 5405 <SEP> 2 <SEP> R <SEP> GCCTTTTCTATTTTATAACTCTGC <SEP> ND <SEP> ND <SEP> 327 <SEP> SetC
 <tb> 54062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4308 <SEP> 5406 <SEP> 2 <SEP> F <SEP> CAACAATCACTGCTTGACAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10347 <SEP> 5406 <SEP> 2 <SEP> R <September>

  AGGTGGTTTGTTAGAAAATCTG <SEP> 261 <SEP> 630 <SEP> 370 <SEP> SetC
 <Tb>
 
 EMI133.22
 54072 SEQ ID No 4309 5407 2 TCACTGGTGGGTTTGTTC SEQ ID No 10348 5407.2 R TTTCCTGACTTCAAACTTGC 155 533 379 SetC
 EMI133.23
 
 <Tb>
 <tb> 5408 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4310 <SEP> 5408 <SEP> 1 <SEP> CCATTTAGTGGTTGGGATTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10349 <SEP> 54081 <SEP> R <SEP> TTGCTTTTCCTCAACAGATT <SEP> 2221 <SEP> 2568 <SEP> 348 <SEP> SetB
 <Tb>
 
 EMI133.24
 5411 2 SEQ ID No 4311 5411 2 TGTAATGACATGGTGTGCTT SEQ ID No 10350 5411.2 R TGCGTACTTTTGAAATGGAT 2820 3165 346 S.te 55872 SED No 4312 5587 2 F CACAAGAGATCAGTTGAGGG SEQ 10 No 10351 5587 2 R AAGATCA
 EMI133.25
 
 <Tb>
 <tb> 5584 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4313 <SEP> 5584 <SEP> 1 <SEP> TTGAAATGTTTTCCAACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10352 <SEP> 5584 <SEP> 1 <SEP> R <September>

  GCATCAAAATTTTCTTCTGG <September> 923 <SEP> 1247 <SEP> 325 <SEP> SetA
 <Tb>
 
 EMI133.26
 5581 2 SEQ ID No 4314 5581 2 F ACAGTGATATCGAACTTGCC SEQ No 10353 5581 2 CCACAGTAAACCTCTTGACC 1814 2153 340 Set8 55781 SEQ No 4315 55781 F AGACAAGGTTGATGAAGAGG SED No 10354 5578.1 R ACAGTTCTCACAATAACCCG108
 EMI133.27
 
 <Tb>
 <tb> 55772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4316 <SEP> 5577 <SEP> F <SEP> TTGAGGACGGAATAACTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10355 <SEP> 5577 <SEP> 2.R <SEP> CAAAAAGTTTTCCACTTTGG <SEP> 584 <SEP> 897 <SEP> 314 <SEP> Sets
 <Tb>
 
 EMI133.28
 55752 SEQ No 4317 5575 2 F CTAGTTTCAATTACCCAGGC SEQ No 10356 5575.2.R TGAACTGTTCCAAATTCTCC 1190 1571 382 Sets 55742 SEQ ID No 4318 5574 2 F TACAACAAAAACATCAAGCG SEQ No 10357 5574 2 R TTTTAGGTGT72.CC 55NT. SEQ ID No.

   10358 5572.2 R GGGTCTATAGTGAAGCATCG 3479 3833 355 SetB 55692 SEQ 10 No 4320 5569 2 F TGCTACCAGGTTATATTCGG SEQ ID No 10359 5569 2 R TGATTTCAACAACACTGGC 48 367 320 SetS 55672 SEQ ID No. 4321 5567 2.F AACTGTGTGTTGTG sets
 EMI133.29
 
 <Tb>
 <tb> 138682 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4322 <SEP> 13868 <SEP> 2.F <SEP> CATTCAATTCTTCGTAAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10361 <SEP> 13868 <SEP> 2 <SEP> R <SEP> CTATAGGGTGCATCAACACC <SEP> 520 <SEP> 877 <SEP> 358 <SEP> Sets
 <tb> 138672 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4323 <SEP> 13867 <SEP> 2 <SEP> F <SEP> TTCACAACTCATCTATCCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10362 <SEP> 13867 <SEP> 2.R <SEP> GGAAGCAATGGTATTTATCG <SEP> 50 <SEP> 423 <SEP> 374 <SEP> Sets
 <Tb>
 
 EMI133.30
 13866 SEQ ID No.

   4324 13866.1 F TTTTATTTCAGTGTTTCCGC SEQ ID No 10363 13866.LR ACCAACCAATATGGTGTAGC 56 392 337 Sets 13865.1 SEQ No 4325 13865 1 ACCAACAAAACCACTACTGC SEQ No 10364 138651 1 CAACCGTAATAGAATCCTGC. 124 500 377 Sets 13864 SEQ No 4326 13864 1.F ATAATGGCAAGTTTTTCAGC SEQID ID No 10365 13864.1.R TCAACAAATTCATAGGGTCC 1898 2225 328 SetS 2268.1 SEQ No 4327 2268.1 F CTGCTCTATCCAGTGATGGT SEQ No 10366 2268.1R TTTTT
 EMI133.31
 
 <Tb>
 <tb> 3537 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4328 <SEP> 3537.1 <SEP> F <SEP> CTCAACTTGAATGTTGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10367 <SEP> 3537 <SEP> 1.R <SEP> TGAATGTCTTCCTTCTCACC <SEP> 358 <SEP> 704 <SEP> 347 <SEP> SetA
 <tb> 3535 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4329 <SEP> 3535 <SEP> 2 <SEP> F <SEP> AACTATCATGAATTCCCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10368 <SEP> 3535 <SEP> 2 <SEP> R <SEP> AGCTGCAATAATCCTGAGC <SEP> 60 <September>

  363 <SEP> 304 <SEP> SetA
 <tb> 3533. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4330 <SEP> 3533.2.F <SEP> CACAAATAGATAACGGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10369 <SEP> 3533 <SEP> 2. <SEP> R <SEP> TGGCGTATTCTTTGTAAACC <SEP> 3596 <SEP> 3943 <SEP> 348 <SEP> Sets
 <Tb>
 
 EMI133.32
 35302 SEQ ID No 4331 3530 2 F TTCCAATCTGAGAAAGAACG SEQ ID No 10370 3530 2.R GTCTTGTCATCATTAGCATCC 729 1100 372 Sets
 EMI133.33
 
 <Tb>
 <tb> 35271 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4332 <SEP> 3527 <SEP> 1.F <SEP> TAGAGCTTCTGCTCCTTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10371 <SEP> 3527.1.R <SEP> TGACCGTAAGCTTTCATACC <SEP> 1167 <SEP> 1475 <SEP> 309 <SEP> SetA
 <tb> 35232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4333 <SEP> 3523 <SEP> 2.F <SEP> AAATTTGGAACAATTGATGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10372 <SEP> 3523.

    <SEP> 2 <SEP> R <SEP> AGGATTGTCGTCATATTTGC <SEP> 1015 <SEP> 1410 <SEP> 396 <SEP> Sets
 <tb> 35222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4334 <SEP> 3522.2.F <SEP> CATCTATTGATATTTGGTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10373 <SEP> 3522.2.R <SEP> GCATTGTTATCTCATGAAACC <SEP> No <SEP> ND <SEP> 330 <SEP> SetC
 <tb> 35202 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4335 <SEP> 3520.2 <SEP> F <SEP> AAAATCCATGACAGAACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10374 <SEP> 35202.R <SEP> TGAACTAACAAACCATTCCC <SEP> 603 <SEP> 941 <SEP> 339 <SEP> Sets
 <Tb>
 
 EMI133.34
 3518.1 SEQ 10 No.

   4336 3518.l.F ATATTAAAGCGGATGATTGC SEQ ID No 10375 3518 1 TTTCTGAATGCCTCTAATGC 2392 2738 347 SetA
 EMI133.35
 
 <Tb>
 <tb> 3516 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4337 <SEP> 35161.F <SEP> TTGTTACATTAGTTTCCTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10376 <SEP> 3516.1.R <SEP> TTTCACCAATAGTTCAAGGG <SEP> 23 <SEP> 282 <SEP> 260 <SEP> SetA
 <tb> 35142 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4338 <SEP> 3514.2 <SEP> F <SEP> GTTTCAAAGTGTTTTAGCTGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10377 <SEP> 3514 <SEP> 2 <SEP> ACAGCCTGTGTTGTGTAACC <SEP> 1275 <SEP> 1589 <SEP> 315 <SEP> SetA
 <tb> 15162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4339 <SEP> 15162.2.F <SEP> AGAAAATTGCAAATCTACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10378 <SEP> 15162 <SEP> 2.R <SEP> CACCTTCTTCACCTGTTAGC <SEP> 962 <SEP> 1345 <SEP> 384 <SEP> SetA
 <tb> 151602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4340 <SEP> 15160.2 <SEP> GGATTGAGATCATTTCATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10379 <SEP> 15160 <SEP> 2.R <SEP> CCGTCATCTACTTTCTGTCC <SEP> 433 <SEP> 746 <SEP> 314 <SEP> SetA
 <Tb>
 
 EMI133.36
 8454.2 SEQ ID No 4341 8454.2.F GCTGAAGATTTCTTTTACGG SEQ ID No.

   10380 84542.R GAAAATGGTTTTGATATCCG 619 1002 384 s.te
 EMI133.37
 
 <Tb>
 <tb> 8458 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4342 <SEP> 84581.F <SEP> AGTGTGGACGAAACAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10381 <SEP> 8458.l.R <SEP> TAACTGCTCAAAGATTTGCC <SEP> 4 <SEP> 210 <SEP> 207 <SEP> Sets
 <tb> 84602 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4343 <SEP> 8460 <SEP> 2.F <SEP> CTATTAACGTCGGTTTGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10382 <SEP> 8460. <SEP> 2 <SEP> R <SEP> CGTTAGATTTCAAGTGACCC <SEP> 1022 <SEP> 1357 <SEP> 336 <SEP> Sets
 <tb> 8464 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4344 <SEP> 8464 <SEP> 2 <SEP> F <SEP> TATTGCCTTGTATGAATCCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10383 <SEP> 8464 <SEP> 2.

    <SEP> R <SEP> CCTCTTCGTATTGAAAGGC <SEP> 1290 <SEP> 1678 <SEP> 389 <SEP> Sets
 <tb> 84672 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4345 <SEP> 8467 <SEP> 2 <SEP> F <SEP> TGTTTTAAAAGTTTCCACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10384 <SEP> 8467. <SEP> 2.R <SEP> CTAGTATTGTCCACCAAGGC <SEP> 2043 <SEP> 2354 <SEP> 312 <SEP> Sets
 <tb> 8469 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4346 <SEP> 8469.2.F <SEP> ACTTTCGGAAATACAACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10385 <SEP> 8469.2.R <SEP> AGATTTGAAGTTGTGGATGC <SEP> 142 <SEP> 506 <SEP> 365 <SEP> SetB
 <Tb>
 
 EMI133.38
 8470.2 SEQ No 4347 8470 2.F TTATTTGAATCGTCAGGAGG SEQ No 10386 8470 2.R TCTCTCAAAGACATGTTCCC 1036 1403 368 SetB 17251 SEQ ID No 4348 17251.1 F GATGCCAAAGTTTCTGTAGC SEQ ID No 10387 17251 R AAACTGAAGGAACTACTAGAGACCACT43
 EMI133.39
 
 <Tb>
 <tb> 9827 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4349 <SEP> 9827 <SEP> 2.F <SEP> ATGGTAACTGATCGATGTGC

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 10388 <SEP> 9827.2.R <SEP> AACCAAATTGGAGTACTTGC <SEP> 274 <SEP> 602 <SEP> 329 <SEP> Sets
 <tb> 9828 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4350 <SEP> 9828 <SEP> 2 <SEP> F <SEP> TTCAGGTAATCCATATCGTGT <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10389 <SEP> 9828.2 <SEP> R <SEP> CACTGCTTCAACATAACCAA <SEP> 1932 <SEP> 2267 <SEP> 336 <SEP> SetC
 <tb> 9829.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4351 <SEP> 9829 <SEP> 1.F <SEP> CAGACTAACGTCCAACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10390 <SEP> 9829.1 <SEP> R <SEP> GATTATTGAAAACTCCTAATAATGG <SEP> ND <SEP> ND <SEP> 376 <SEP> SetC
 <Tb>
 
 EMI133.40
 98301 SEQ ID No 4352 98301.F AAATGCAGCTGAAGACGAT SEQ ID No 10391 9830.1.R ATGGTTCAAAAGCAGAACC 2052 2431 380 SetS 98301 SEQ ID No 4353 9830:

   F2 GATrTTAAAAACAATACTT.6TGTTG (SEQ ID No 10392 9330 1 R2 ATTATTCATGGCC "aTAAACG ND NO 306 Sets 9833 SEQ ID No. 4354 9833.1.F GATCACCAAAGTCTTACAACC SEQ ID No 10393 9833 l.R TTCTTTTTCAAGTGAGGG6
 EMI133.41
 
 <Tb>
 <tb> 9721 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4355 <SEP> 9721 <SEP> 2 <SEP> F <SEP> AAGTATCCACCACACAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10394 <SEP> 9721 <SEP> 2.R <SEP> ACATTTTAAATTCCCCATCC <SEP> 1647 <SEP> 1969 <SEP> 323 <SEP> SetB
 <tb> 97192 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4356 <SEP> 9719 <SEP> 2.F <SEP> GTCATCCATATTGATTTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10395 <SEP> 9719 <SEP> 2.R <SEP> TCTTTTTCGTCAATCTGTCC <SEP> 3622 <SEP> 3956 <SEP> 335 <SEP> Sets
 <tb> 97172 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4357 <SEP> 9717 <SEP> 2.F <SEP> AGCTCAACTCACCTATCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10396 <SEP> 9717.2.R <SEP> CCTCCATGTTGTAACTAGGC <SEP> 1189 <September>

  1528 <SEP> 340 <SEP> SetA
 <tb> 97162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4358 <SEP> 9716.2.F <SEP> GCATCTCCTTCACTAACACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10397 <SEP> 9716 <SEP> 2.R <SEP> CATTGATAGCACGAGTAACG <SEP> 2221 <SEP> 2524 <SEP> 304 <SEP> SetA
 <tb> 6444 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4359 <SEP> 6444 <SEP> 2.F <SEP> TCTGATGGTAGGATTGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10398 <SEP> 6444 <SEP> 2. <SEP> R <SEP> AGTCTTTACCTTCCGTTTCC <SEP> 1003 <SEP> 1330 <SEP> 328 <SEP> SetA
 <tb> 6447. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4360 <SEP> 6447 <SEP> 1 <SEP> ACAAAGACCTTCTCACATGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10399 <SEP> 6447.1 <SEP> R <SEP> TGGCTCTTGTCCTTTATAGC <SEP> 462 <SEP> 804 <SEP> 343 <SEP> SetB
 <tb> 6450.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4361 <SEP> 6450.2.F <SEP> GATGCTTCTATTACCGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10400 <SEP> 6450 <SEP> 2 <SEP> GTCTTTGAAAAGGTTGATGG <SEP> 1558 <SEP> 1893 <SEP> 336 <SEP> SetA
 <tb> 6455 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4362 <SEP> 6455.2 <SEP> F <SEP> TTGTTTCTTCATATTGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10401 <SEP> 6455 <SEP> 2.R <SEP> TCTTTTCAAAGGTGAACTGG <SEP> 1967 <SEP> 2328 <SEP> 362 <SEP> Sets
 <Tb>
 
 EMI133.42
 64562 SEQ No 4363 64562.F TCAGAAGAAAGGCTTACTGG SEQ No 10402 6456 2 CTTGTCCAAGTCGTAGATGG 830 1227 398 SetA
 EMI133.43
 
 <Tb>
 <tb> 64591 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4364 <SEP> 6459 <SEP> 1.F <SEP> ATTACATTTACTCCCCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10403 <SEP> 6459.1 <SEP> R <SEP> ATCACCATTGATAGCAAACC <SEP> 941 <SEP> 1317 <SEP> 377 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 134>

 
 EMI134.1
 6461 2 SEQ ID No

  4365 6461 2 F AAGAGAGCACAACGTACCTC SEQ ID No 10404 6461 2 R AAAATTAATTGGGGATlGGT 211 608 398 SetS
 EMI134.2
 
 <Tb>
 <tb> 6462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4366 <SEP> 6462 <SEP> 1 <SEP> F <SEP> TTACCCATAAAGTCATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10405 <SEP> 6462 <SEP> 1 <SEP> R <SEP> TTCTTTGTTTGTAAATCCGC <SEP> 593 <SEP> 989 <SEP> 397 <SEP> SetB
 <tb> 64642 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4367 <SEP> 6464 <SEP> 2 <SEP> F <SEP> GACACTACCTGGTTCAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10406 <SEP> 6464 <SEP> 2 <SEP> R <SEP> ATACCAGCACAATCTTTTCG <SEP> 1231 <SEP> 1597 <SEP> 367 <SEP> SetA
 <tb> 9150 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4368 <SEP> 9150 <SEP> 1 <SEP> GAAAATGGTGAATCAAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10407 <SEP> 9150 <SEP> 1 <SEP> R <SEP> TTACAGCATTTCTCGTACCC <SEP> 745 <SEP> 1063 <SEP> 319 <SEP> SetB
 <tb> 91542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4369 <SEP> 9154 <September>

  2 <SEP> F <SEP> GGGTCAATTGTCATCTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10408 <SEP> 9154 <SEP> 2 <SEP> TTTTGTAGGGTATGGTTTGC <SEP> 3138 <SEP> 3460 <SEP> 323 <SEP> SetA
 <tb> 91562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4370 <SEP> 91562 <SEP> F <SEP> ATTGCAATATCATTTTTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10409 <SEP> 9156 <SEP> 2 <SEP> R <SEP> TTATAAGCGTCTTTCAACCC <SEP> 1381 <SEP> 1727 <SEP> 347 <SEP> SetB
 <Tb>
 
 EMI134.3
 91582 SEQ ID No 4371 9158 2 GTTTGGCAATCTCAAGTAGG SEQ ID No 10410 9158 2 CCTTGTGCTCTTTCACTACC 784 1115 332 SetA 91602 SEQ fO No 4372 9160 2 F TACCAAAATTACCCAAATCG SEQ ID No 10411 9160 2 R TTGTAGTCATT 88
 EMI134.4
 
 <Tb>
 <tb> 9162 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4373 <SEP> 9162 <SEP> 2 <SEP> F <SEP> CACTATTTCTGAACCCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10412 <SEP> 9162 <SEP> 2 <SEP> R <SEP> GCCAAAGACTATTCACTTCG <SEP> 224 <SEP> 559 <SEP> 336

   <SEP> SetB
 <tb> 40392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4374 <SEP> 4039 <SEP> 2 <SEP> ACAAGCTTTACAATTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10413 <SEP> 4039 <SEP> 2.R <SEP> GGGTGATGATAAATAGCTGG <SEP> 883 <SEP> 1196 <SEP> 314 <SEP> SetA
 <Tb>
 
 EMI134.5
 4041 1 SEQ ID No 4375 4041 1 F TTGGGTACAACAACAGAACC SEQ JO No 10414 4041 1 R TTTTCTTTGCAATTTGATCC 308 669 362 SetA
 EMI134.6
 
 <Tb>
 <tb> 4045 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4376 <SEP> 4045 <SEP> 1 <SEP> F <SEP> ATCCATATGCCAAATACGAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10415 <SEP> 4045 <SEP> 1 <SEP> R <SEP> GTAGGCAGCTTGATTATTGG <SEP> 188 <SEP> 558 <SEP> 371 <SEP> SetB
 <Tb>
 
 EMI134.7
 40502 SEQ ID No 4377 4050 2 CCAATATTATCAAGAAGGCG SEQ ID No 10416 4050 2 GCATTAGTTTCTGTTGGAGC 4490 4814 325 SetS 4053 1 SEQ ID No 4378 4053 F TATTTTTCAGTGGCTCGTTT SEQ ID No 10417 4053 1 R CCATAAAATCAABGGT 10

  4379 4055 2 F GTTTTACGGGTCAATGTAGC SEQ ID N. 10418 4055 2 TAAACAAACTCCGAAAATGG 704 1080 377 SetB 40562 SEQ ID No 4380 4056 2 CCAATCATTATTGAAAACCG SEQ ID No 10419 4056 2 CAAAAGTGGATTTGATACTGG 15 256 242 SetS
 EMI134.8
 
 <Tb>
 <tb> 4059 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4381 <SEP> 40591.F <SEP> TACCAACATCCCAATTATCC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 10420 <SEP> 4059 <SEP> 1 <SEP> AGACTTGGCATTACACAACC <SEP> 1207 <SEP> 1572 <SEP> 366 <SEP> SetB
 <tb> 4062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4382 <SEP> 4062 <SEP> 2 <SEP> F <SEP> TGCAGAACTCGAATAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10421 <SEP> 4062 <SEP> 2 <SEP> R <SEP> TTATTTCATCAAAATTGCCC <SEP> 1763 <SEP> 2107 <SEP> 345 <SEP> SetB
 <tb> 40642 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4383 <SEP> 4064 <SEP> 2 <SEP> F <SEP> TTATGACATCTGGTGTGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10422 <SEP> 4064 <SEP> 2 <SEP> R <SEP> GTGTAAGCCTTTGCTTATGG <SEP> 1335

   <SEP> 1710 <SEP> 376 <SEP> Sets
 <Tb>
 
 EMI134.9
 113152 SEQ (D No 4384 11315 2 GTTGAACTTACCAACGAACC SEQ ID NQ 10423 11315 2 ATTTTTCATCCCATTCAGC 2676 2992 317 SetS 113161 SEQ ID No 4385 113161 F TCAATAGAGCCAAGTGAAGC SEQ ID No 10424 113161 R CATTGCTGTCT1CT23CT 27CT

   10425 11319 2 TATATTGCTGTGAAGCTTGG 930 1234 305 SetB
 EMI134.10
 
 <Tb>
 <tb> 164222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4387 <SEP> 16422 <SEP> 2 <SEP> F <SEP> AAACAAATGAATGACGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10426 <SEP> 16422 <SEP> 2 <SEP> AAACCAAGATCCGTGAGTAA <SEP> 1051 <SEP> 1439 <SEP> 389 <SEP> Sets
 <tb> 103911 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4388 <SEP> 10391.1 <SEP> F <SEP> GAACAAGAGATTGAATTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10427 <SEP> 10391 <SEP> 1 <SEP> ATTGACTAGCACATTGGACC <SEP> 790 <SEP> 1180 <SEP> 391 <SEP> SetB
 <Tb>
 
 EMI134.11
 103892 SEQ 10 No 4389 10389 2 AGAAGGAGTTGATTGACGG SEQ ID No 10428 10389 2 R TGCGACAAATAGATAGTCCC 1151 1469 319 SetA 103882 SEQ ID No 4390 10388 2 F CCAGAGATATTGTTTCAGCC SEQ ID No 10429 10388 2 AGCTGTCTTCACT39 304
 EMI134.12
 
 <Tb>
 <tb> 15042 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4391 <SEP> 15042 <SEP> 2

   <SEP> F <SEP> AAAGCAGTTGTTATTGTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10430 <SEP> 15042 <SEP> 2 <SEP> R <SEP> GAAATATCGTGTGGAGAAGG <SEP> 1368 <SEP> 1682 <SEP> 315 <SEP> Sets
 <tb> 150382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4392 <SEP> 15038 <SEP> 2 <SEP> TGAATTGGAAACTAAGACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10431 <SEP> 15038 <SEP> 2 <SEP> R <SEP> CCTGGAATAGTTTGGTATGG <SEP> 777 <SEP> 1175 <SEP> 399 <SEP> SetB
 <tb> 20015 <SEP> SEQ <SEP> iD <SEP> No <SEP> 4393 <SEP> 20015 <SEP> 1 <SEP> F <SEP> TTATTGACTTCCAATCCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10432 <SEP> 20015 <SEP> 1 <SEP> R <SEP> AAAATCTGAACCATTCAACC <SEP> 562 <SEP> 879 <SEP> 318 <SEP> SetB
 <Tb>
 
 EMI134.13
 89742 SEQ D No 4394 8974 2 F TIVICAAACTICAITIGCC SEQ ID No 10433 8974 2 ACGATTTACCTTTTCTCACG 1043 1384 342 Sets
 EMI134.14
 
 <Tb>
 <tb> 89732 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4395 <SEP> 89732F <SEP> F <September>

  GAACGAGACAAAGAACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10434 <SEP> 8973 <SEP> 2 <SEP> R <SEP> CGTCTTACTCTGACGTTTGG <SEP> 968 <SEP> 1319 <SEP> 352 <SEP> SetA
 <tb> 89701 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4396 <SEP> 8970 <SEP> 1 <SEP> CTGAAAAGGCAACTATAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10435 <SEP> 89701 <SEP> R <SEP> GTATGGTCGATAACAAAGCC <SEP> 2282 <SEP> 2663 <SEP> 382 <SEP> SetB
 <tb> 89662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4397 <SEP> 89662F <SEP> F <SEP> TTCTGAAATTCAAGGAAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10436 <SEP> 8966 <SEP> 2 <SEP> R <SEP> AGGCAGGATTTGTCTTCC <SEP> ND <SEP> ND <SEP> 338 <SEP> SetC
 <Tb>
 
 EMI134.15
 8963 SEQ ID No 4398 8963 2.F ACCATCTAGACCAGACAAGG SEQ ID No 10437 8963 2 R TCTCTGTGTTTGTGAACTGG 123 479 357 SetC 149072 SEQ ID No 4399 149072F F TGCTGTTGATTTGACTATCG SEQ ID No 10438 14907 2 R TAATGGTTGGGTCTG399
 EMI134.16
 
 <Tb>
 <Tb>

  200161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4400 <SEP> 20016 <SEP> 1 <SEP> CTGATGTTAGAATCGGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10439 <SEP> 200161 <SEP> R <SEP> CATCTTCACTTTCTTCCTCG <SEP> 1631 <SEP> 1969 <SEP> 339 <SEP> SetB
 <tb> 166522 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4401 <SEP> 16652 <SEP> 2 <SEP> F <SEP> CAGGGATATTATAGCGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10440 <SEP> 16652 <SEP> 2 <SEP> R <SEP> AATAACTTCTTCCCAATCCC <SEP> 6 <SEP> 338 <SEP> 333 <SEP> SetB
 <Tb>
 
 EMI134.17
 182071 SEQ ID No 4402 18207 1 GCAGTCCACTAGACGTATCC SEQ ID No 10441 18207 R TTATGATTTCTCCTCAACGG 80 468 389 Sets 70862 SEQ ID No 4403 7086 2 GTTCAAGGTATCATTCAGGG SEQ ID No 10442 7086 2 R AATCGATCTTAQT 72A8 7087 2 TCGTCTTCTTCCTTGATAGC 978 1316 339 SetA
 EMI134.18
 
 <Tb>
 <tb> 70882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4405

   <SEP> 70882.F <SEP> TGAGTACAACACTGTTTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10444 <SEP> 7088 <SEP> 2 <SEP> TCTTCAAGAACAAGAGCAGC <SEP> 2324 <SEP> 2633 <SEP> 310 <SEP> SetA
 <tb> 7089 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4406 <SEP> 70891 <SEP> F <SEP> TCATTCACGAATATGACACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10445 <SEP> 7089 <SEP> 1 <SEP> AATTTTCCACTCAAACATGG <SEP> 314 <SEP> 636 <SEP> 323 <SEP> SetA
 <tb> 7091 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4407 <SEP> 7091 <SEP> 1 <SEP> F <SEP> AACTCAATAGCCAAGTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10446 <SEP> 7091 <SEP> 1 <SEP> R <SEP> ATGTCTTTTGAAAATCGTGG <SEP> 601 <SEP> 931 <SEP> 331 <SEP> SetA
 <tb> 7093 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4408 <SEP> 7093 <SEP> F <SEP> TTGATACATTGGGACAGACA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10447 <SEP> 70931 <SEP> R <SEP> AATCCAATTTACCCTCCAAT <SEP> 917 <SEP> 1273 <SEP> 357 <SEP> SetC
 <tb> 70941 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 4409 <SEP> 70941 <SEP> F <SEP> CTCAAAACACACAAGCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10448 <SEP> 7094 <SEP> 1 <SEP> GTTATGAGCTACCTCGTTGG <SEP> 956 <SEP> 1257 <SEP> 302 <SEP> SetA
 <tb> 70972 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4410 <SEP> 70972.F <SEP> TGAGGATATTGAAGACTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10449 <SEP> 7097 <SEP> 2 <SEP> R <SEP> TCTTTTTCAAAGGACTTTCÇ <SEP> 336 <SEP> 715 <SEP> 380 <SEP> SetB
 <Tb>
 
 EMI134.19
 70982 SEQ 10 No 4411 70982F AACAGTCATGGTAACGAAGC SEQ ID Na 10450 7098 2 R AAAACAAAAATCAAACCAGC 229 566 338 SetB
 EMI134.20
 
 <Tb>
 <tb> 71002 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4412 <SEP> 7100 <SEP> 2 <SEP> F <SEP> AGCAAAAACTCTTTTGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10451 <SEP> 7100 <SEP> 2 <SEP> CATGAAGCCAGTTATATCCC <SEP> 1450 <SEP> 1782 <SEP> 333 <SEP> SetA
 <tb> 43982 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4413 <SEP> 4398 <SEP> 2 <SEP> F <September>

  TGTGGTATACCCACTTGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10452 <SEP> 4398 <SEP> 2 <SEP> R <SEP> AGGATAGTTATGTGGTTGCG <SEP> 1834 <SEP> 2223 <SEP> 390 <SEP> Sets
 <tb> 43961 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4414 <SEP> 43961 <SEP> F <SEP> TGAAATTTTGAGACAACACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10453 <SEP> 4396 <SEP> 1 <SEP> CCAATTTTCTGATGTGAAGG <SEP> 1764 <SEP> 2115 <SEP> 352 <SEP> SetA
 <Tb>
 
 EMI134.21
 4395 SEQ)

  O No 4415 4395 1 TTCATTTGATTTGTATCCCC SEQ ID No 10454 4395 1 R CCATGTCCATAAAATTGAGC 77 395 319 StB
 EMI134.22
 
 <Tb>
 <tb> 4394 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4416 <SEP> 4394 <SEP> 1 <SEP> GTTGTTATCCTTACCCATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10455 <SEP> 4394 <SEP> 1 <SEP> R <SEP> TTCTTGAATGAGTACCCACC <SEP> 1089 <SEP> 1441 <SEP> 353 <SEP> Sets
 <tb> 4392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4417 <SEP> 4392 <SEP> 1 <SEP> GTTCCAACACAAAGAACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10456 <SEP> 4392 <SEP> 1 <SEP> TGTAGCTTGTTGAGAAAATGG <SEP> ND <SEP> ND <SEP> 348 <SEP> SetC
 <tb> 4386 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4418 <SEP> 4386 <SEP> 1 <SEP> GCTGTAATAGTCGGTTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10457 <SEP> 4386 <SEP> 1 <SEP> R <SEP> AAGTCTGGATGTATGGTTGG <SEP> 568 <SEP> 953 <SEP> 386 <SEP> Sets
 <Tb>
 
 EMI134.23
 20017 1 SEQ ID No 4419 20017 F TTATTAAGTGCCAAAGCTGC SEQ 10 No 10458

  20017 1 TGGTCTTGTTCTGGAGTACC 67 365 299 SetA 43802 SEQ ID No 4420 4380 2 CAAGAAAGGTAGAGGTCACG SEQ ID No 10459 4380 2 AATCTCTTTCTTTGTGGTGG 33 308 276 Set8
 EMI134.24
 
 <Tb>
 <tb> 4377 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4421 <SEP> 4377 <SEP> 1 <SEP> F <SEP> AGACAACCAGTTTGACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10460 <SEP> 4377 <SEP> 1 <SEP> R <SEP> CAGAGTTTTCTTTTGGATGC <SEP> ND <SEP> ND <SEP> 260 <SEP> SetC
 <tb> 4376 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4422 <SEP> 4376 <SEP> 1 <SEP> ATGAGTTAGCTTACAAGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10461 <SEP> 4376 <SEP> 1 <SEP> AACATGTCTGTTAACATCGG <SEP> 74 <SEP> 393 <SEP> 320 <SEP> Sets
 <tb> 4375 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4423 <SEP> 4375 <SEP> 1 <SEP> TAAGAACTGGTTTATTGGCG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 10462 <SEP> 4375 <SEP> 1 <SEP> CTTTGGTTTCCTCTTCTGG <SEP> 371 <SEP> 685 <SEP> 315 <SEP> SetB
 <tb> 20018 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 4424 <SEP> 200181.F <SEP> CCAGAACAAAGATGTTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10463 <SEP> 20018 <SEP> 1 <SEP> CTAAATTTTCAAATCCCACC <SEP> 91 <SEP> 481 <SEP> 391 <SEP> SetB
 <tb> 62602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4425 <SEP> 62602 <SEP> F <SEP> ATACAATTTTGCTGGTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10464 <SEP> 6260 <SEP> 2 <SEP> R <SEP> TAATCTTGAAAACCACCACC <SEP> 1320 <SEP> 1628 <SEP> 309 <SEP> SetB
 <tb> 62592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4426 <SEP> 6259 <SEP> 2 <SEP> GATTATATGCAAAACCATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10465 <SEP> 6259 <SEP> 2 <SEP> AATGAAGAACCAGAAGTTGG <SEP> ND <SEP> ND <SEP> 344 <SEP> SetC
 <tb> 6257 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4427 <SEP> 6257 <SEP> 1 <SEP> F <SEP> ACACCACTGTTGAATATGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10466 <SEP> 6257 <SEP> 1 <SEP> R <SEP> GCATAAATTTGTTCAGGAGC <SEP> 692 <SEP> 1016 <SEP> 325 <SEP> Sets
 <tb> 62551

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 4428 <SEP> 6255 <SEP> 1 <SEP> GAGTTTTTAACTGCCACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10467 <SEP> 6255 <SEP> 1 <SEP> R <SEP> GATTGACTAAAAATGGTCGC <SEP> 1702 <SEP> 2047 <SEP> 346 <SEP> SetA
 <tb> 62541 <SEP> SEQ <SEP> OJ <SEP> No <SEP> 4429 <SEP> 62541 <SEP> F <SEP> AGAAGACCACTCCTGTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10468 <SEP> 6254 <SEP> 1 <SEP> R <SEP> AATCCTCATGAACAAAATGC <SEP> 631 <SEP> 964 <SEP> 334 <SEP> Sets
 <tb> 6252 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4430 <SEP> 6252 <SEP> 1 <SEP> AGTATCGGGGGTATATGTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10469 <SEP> 62521 <SEP> R <SEP> TAATTTGTCCCAACTCATCC <SEP> 370 <SEP> 685 <SEP> 316 <SEP> SetA
 <Tb>
 
 EMI134.25
 62501 SEQ ID No 4431 62501 F ATTCAAACAAATAAGCCAGC SEQ 10 No 10470 62501.R CTTGTGAGCATTTTAAACACC 1015 1348 334 SetA
 EMI134.26
 
 <Tb>
 <tb> 6247 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4432 <SEP> 6247

   <SEP> 1 <SEP> ATTTAAGATTTATCGGTGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10471 <SEP> 6247 <SEP> 1 <SEP> TCCTCCCTTATTTCTATCCC <SEP> 2375 <SEP> 2745 <SEP> 371 <SEP> SetB
 <tb> 62422 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4433 <SEP> 6242 <SEP> 2 <SEP> F <SEP> GGTGTGATACCTAAAGTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10472 <SEP> 6242 <SEP> 2 <SEP> R <SEP> TACAGCATTTATATGCCACG <SEP> 4621 <SEP> 4950 <SEP> 330 <SEP> SetA
 <tb> 7862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4434 <SEP> 7862 <SEP> 1 <SEP> F <SEP> CTCCAATAAACCAAGTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10473 <SEP> 78621 <SEP> R <SEP> TTATGTACATGGTTTCCTTCG <SEP> 683 <SEP> 1037 <SEP> 355 <SEP> SetA
 <tb> 7863 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4435 <SEP> 7863 <SEP> 1 <SEP> AGATGTCGTTTGAGACATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10474 <SEP> 7863 <SEP> 1 <SEP> R <SEP> AGGGTTTCAATTCATTTTCC <SEP> 305 <SEP> 610 <SEP> 306 <SEP> SetB
 <Tb>
 

  
 EMI134.27
 7865 1 SEQ ID No 4436 78651 F CTTTTGAAAATTAAAAATGCC SEQ ID No 10475 7865 l.R rrGAAAGCATCTGATTTGG 9 250 242 S.tB
 EMI134.28
 
 <Tb>
 <tb> 7867 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4437 <SEP> 7867 <SEP> 1 <SEP> F <SEP> AAACAATTCCCTAACTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10476 <SEP> 7867 <SEP> 1 <SEP> R <SEP> TCTGCTCCTGTTTTCTTAGC <SEP> 28 <SEP> 425 <SEP> 398 <SEP> Sets
 <tb> 78691 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4438 <SEP> 78691 <SEP> F <SEP> ACCAGAGACATTTGAATTGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10477 <SEP> 7869 <SEP> 1 <SEP> R <SEP> TAGAACGACCCATAAATTCC <SEP> 1287 <SEP> 1612 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI134.29
 78732 SEQ JO No 4439 7873 2.F GACCATCTTTATGTTGTGCC SEQ ID No 10478 7873 2 TAATGTTAGCCTATGGGTCG 1127 1428 302 SetA 78742 SEQ ID No 4440 7874 2 f TCATATATCATCAAAGGGGG SEQ ID No 10479 7874 2 R TTTGAT55 SEQ ID No 10480 17555 2 R TAAGCAGGATTGATTTGTGG ND ND 295 SetC
 EMI134.30
 
 <Tb>
 <tb> 80442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4442 <SEP> 8044 <SEP> 2 <SEP> F <SEP> AGATTAGGTGGAGGAGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10481 <SEP> 8044 <SEP> 2 <SEP> R <SEP> ATCACTTGCAGGTTTGTAGC <SEP> 505 <SEP> 882 <SEP> 378 <SEP> SetA
 <tb> 8043.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4443 <SEP> 8043 <SEP> 1 <SEP> TTGAGTATCAAAGACCTCCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10482 <SEP> 80431 <SEP> R <SEP> GATCAACAATTACACCGACG <SEP> 55 <SEP> 382 <SEP> 328 <SEP> SetB
 <tb> 80421 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4444 <SEP> 8042 <SEP> 1 <SEP> F <SEP> AACTGTTGTTTTTGGACCAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10483 <SEP> 8042.1 <SEP> R <SEP> CCACTGGAACGTAATCAAAT <SEP> 591 <SEP> 973 <SEP> 383 <SEP> SetC
 <Tb>
 
 EMI134.31
 8041 1 SEQ ID No 4445 8041 1 F GTTTTGGAAAATGTCAAGGA SEQ ID No 10484 8041.1 R TTGAGCTGTACCGGTCTTAT 652 1014 363 SetS
 EMI134.32
 
 <Tb>
 <tb> 8038.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4446 <SEP> 8038.2 <SEP> F <SEP> GATTATTTCAACATGAAAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10485 <SEP> 8038 <SEP> 2.R <SEP> AATCCATTCAATTTACCACC <SEP> 3656 <SEP> 4019 <SEP> 364 <SEP> SetA
 <tb> 8031 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4447 <SEP> 8031.2 <SEP> F <SEP> GTAGAAATGAATTGGGTTGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10486 <SEP> 8031.2.R <SEP> AGTAGTGAATTCTGGATGGC <SEP> 425 <SEP> 774 <SEP> 350 <SEP> SetA
 <tb> 65652 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4448 <SEP> 6565 <SEP> 2 <SEP> F <SEP> TTAGAACCAACACCTTGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10487 <SEP> 6565 <SEP> 2.R <SEP> TCACCTTCCAAGATGTAACC <SEP> 272 <SEP> 578 <SEP> 307 <SEP> SetB
 <tb> 65661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4449 <SEP> 6566 <SEP> F <SEP> CTTCCAAATCTTCAGGTTCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10488 <SEP> 6566.1.R <SEP> TTCAATATCCATGTCCCTGT <SEP> 19 <SEP> 150 <SEP> 132 <SEP> SetC
 <tb> 6572. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4450 <SEP> 6572 <SEP> 2 <SEP> F <SEP> CTTCAAGAAGATCAAGCACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10489 <SEP> 6572.2 <SEP> R <SEP> TTGCCTACTTTTTCATCACC <SEP> 1415 <SEP> 1790 <SEP> 376 <SEP> SetA
 <Tb>
 
 EMI134.33
 6573 SEQ ID No 4451 6573.1 F GAACCTAAATTGGAGGAACC SEQ ID No 10490 6573 l.R GCTTCAACAATAACACCTCC 2434 2776 343 SetA 19801.1 SEQ ID No 4452 19801.1 F ACCGATATTACATTTGGTGC SEQ ID No 10491 19801.1 R TTTCATGATGTTTCAT4 24
 EMI134.34
 
 <Tb>
 <tb> 9555.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4453 <SEP> 9555.1 <SEP> F <SEP> CCCCTCAAGCTAATAATATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10492 <SEP> 9555 <SEP> 1 <SEP> R <SEP> TCACCACCAAATTTTATTCC <SEP> 214 <SEP> 551 <SEP> 338 <SEP> SetB
 <tb> 9554.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4454 <SEP> 9554 <SEP> 1 <SEP> F <SEP> CTTTGGAGTAAATTGTTGCG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10493 <SEP> 95541 <SEP> R <SEP> TCGTCAAAATCATCTCTTCC <SEP> 2293 <SEP> 2600 <SEP> 308 <SEP> SetA
 <Tb>
 
 EMI134.35
 95521 SEQ 10 No 4455 9552 1 GTAAAAAGGGTGATCATTGC SEQ ID No 10494 9552.1.R CATTTGTATCAAATTATCGGG 236 570 335 SetA 95501 SEQ ID No 4456 95501 F CATCGAGTTCTACAAGTCCC SEQ ID 14495 9550.1 R GCACTTACT No. 10496 9548 1 GAAGTTAGCTCTGACTAAACCG 26 249 224 Sets 94342 SEQ ID No 4458 9434 2.F AATATAGTGGACGTGGTTGG SEQ (O No 10497 9434.2 R CTAGTTTCCCAAGTTATGCC 698 1088 391 Sets 9431.1 SEQ ID Na 4459 9431 AGTT SEQ ID

   10498 9431.1.R AGTAGAAGTAAGGTTCCCCG 950 1263 314 Sets 9430 SEQ ID No 4460 9430 2.F TTGGTTAAGATAAAAACGCC SEQ 10 No 10499 9430 2 R CRTCTCTTCAAACCAACAGG 1009 1367 359 SetB 9428.2 SEQ ID No 4461 94282.F TAATGAC NoAGAGAGAGAGAGAGAGAGAGG 1112 351 SetA
 EMI134.36
 
 <Tb>
 <tb> 9425.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4462 <SEP> 9425 <SEP> 2 <SEP> F <SEP> AGATGCCTGTTATGCTATGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10501 <SEP> 9425 <SEP> 2.R <SEP> TTAGATCCATAAGTGGCTCG <SEP> 843 <SEP> 1201 <SEP> 359 <SEP> SetA
 <Tb>
 
 EMI134.37
 14309.2 SEQ ID No 4463 14309 2.F TTGCTTCTACTTTTGTTGGG SEQ t0 No 10502 14309.2 R TCACCTTCTCTTTCAGTTGG 953 1297 345 SetA 14308.2 SEQ ID No 4464 143082.F ATTGCAGTACCATACAAGGG SEQ ID No. 10503 14T34CAT F AAGTTTTGAGCAAGTTCAGG SEQ ID No.

   10504 2234 l.R AATATTGTCATCGGATTTCG 482 810 329 SetA 22331 SEQ ID No. 4466 2233 1.F TTTA4IGCCTTTTCAACACC SEQ ID No 10505 2233.1.R AGTTTGTTATTCCAACTGCC 21 273 253 Sets
 EMI134.38
 
 <Tb>
 <tb> 22321 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4467 <SEP> 2232.1 <SEP> F <SEP> CCGTTTAATTTTGAAAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10506 <SEP> 2232 <SEP> 1 <SEP> R <SEP> TATCCTGAACTTTCACTGGC <SEP> 730 <SEP> 1084 <SEP> 355 <SEP> SetA
 <Tb>
 
 EMI134.39
 2231 1 SEQ ID No 4468 2231.1 ACCCAATTTCATATCATTGC SEQ ID No.

   10507 2231 R AAAATTTCTCAACTTTCCCC 777 1090 314 SelS
 EMI134.40
 
 <Tb>
 <tb> 22291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4469 <SEP> 2229.1.F <SEP> CATGATAAGTCTCCCACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10508 <SEP> 2229 <SEP> l.R <SEP> TTGGTGTAATACTGTCCATCC <SEP> 454 <SEP> 824 <SEP> 371 <SEP> Sets
 <Tb>
 
 EMI134.41
 22281 SEQ 10 No 4470 22281.F TTGGGTAATGAAGGTAATGC SEQ 10 No 10509 2228 lR TTCACATTGAAAAACTCACG 1660 1994 335 SetB 2227.1 SEQ ID No 4471 2227 F ACAAAATTCAAGAATGGGG SEQ ID No 10510 2227 1 TTTCCAAATTAGTTTQT24Q 10511 2224 1 R AGGTGTGAAATCAACAAACC 538 846 309 SetA 22231 SEQ ID No. 4473 2223 1 F AAGAAATATGTCCAACTGCC SEQ 10 No.

   10512 2223.1 R CCTTAACACAAGTGACACCC 977 1363 387 SetA 2221 SEQ ID Na 4474 2221 l.F CCAAAGAAATCATTCAAAGG SEQ ID No 10513 2221.1R TAGATGATTGGTCAGATGGG 172 493 322 SetA
 EMI134.42
 
 <Tb>
 <tb> 2220 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4475 <SEP> 2220 <SEP> 1.F <SEP> GCTGACTACTCTGTCAACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10514 <SEP> 2220 <SEP> 1.R <SEP> TCTGGGTCTTTAGCAGTAGC <SEP> 13 <SEP> 326 <SEP> 314 <SEP> Sets
 <tb> 22181 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4476 <SEP> 2218.1 <SEP> F <SEP> ATTATCGGTTTCATGTGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10515 <SEP> 22181 <SEP> R <SEP> AGTACATACTGCAGGAACGG <SEP> 1344 <SEP> 1743 <SEP> 400 <SEP> SetA
 <tb> 22161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4477 <SEP> 2216.1.F <SEP> CGTAAACAAGAACCAGAAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10516 <SEP> 2216 <SEP> l.R <SEP> CAATTGGCTATTTCTCTTAGC <SEP> 919 <SEP> 1292 <SEP> 374 <SEP> SetA
 <Tb>
 
 EMI134.43
 22151 SEQ 10 No 4478 2215.1 F TTTTTCTCAACAAACTTCCG SEQ ID No 10517 2215.1.R tCATTAGTTTCTACTTGGTTGG 144 452 309 SetA 2214 SEQ ID No 4479 22141 F AGCATATGAAAAGTCAAGAGC SEQ ID No. 10518 2214 1 ATGAAAAT22 .

   10519 2212 2.R ACTGGGTT7GATATTGATGG 1290 1589 300 Sets 22092 SEQ ID No 4481 2209 2 F GTTAAAAATGATGCTCCTCG SEQ ID No 10520 2209 2 R TTGAAGACACCAAAATACACC 4954 5257 304 Sets 2205.1 SEQ ID No 4482 2205.1 F TGGAACT21AAGATATT 220G.1AATATGATGATGAGGAT

  <Desc / Clms Page number 135>

 
 EMI135.1
 
 <Tb>
 <tb> 2203 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4483 <SEP> 2203 <SEP> 1 <SEP> F <SEP> CAAAACCTCAACAAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10522 <SEP> 2203 <SEP> 1 <SEP> R <SEP> CATCAATATCAAATTCAGCG <SEP> 599 <SEP> 931 <SEP> 333 <SEP> SetA
 <Tb>
 
 EMI135.2
 200191 SEQ ID No 4484 20019 1 F TTCACTAATTATCAATCCTTGC SEQ ID No 10523 20019 R CAACGAGATTTACATGATGG 6 324 319 SetA 22002 SEQ ID No 4485 2200 2 F TAGAGATCAATCAACTGGGG SEQ ID No 10524 2200 2 ATCATTCGATTCACTTGTGCT 21CT 26TBTCTTCTQGTGCT 2QT128 ID

  No 10525 2199 2 R TTTAGCTT7GGATAAAATTCTTG ND NO 212 SetC 21951 SEQ ID No 4487 2195 1 F GATCA7GGATTCAAAATTGG SEQ ID No 10526 2195 1 TCTTGTAATGAAATCCCCC 3 323 321 SetB
 EMI135.3
 
 <Tb>
 <tb> 62312 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4488 <SEP> 6231 <SEP> 2 <SEP> F <SEP> ATTCCGTGTATTACGTCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10527 <SEP> 6231 <SEP> R <SEP> GCAGTGTCTTTCATCTGTAGG <SEP> 48 <SEP> 357 <SEP> 310 <SEP> SetA
 <tb> 62302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4489 <SEP> 6230 <SEP> 2 <SEP> F <SEP> TTGTCTGGTTTTAATTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10528 <SEP> 6230 <SEP> 2 <SEP> R <SEP> AAGCTGACCAGTTACCTACG <SEP> 505 <SEP> 808 <SEP> 304 <SEP> SetA
 <tb> 62282 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4490 <SEP> 6228 <SEP> 2 <SEP> F <SEP> CTTCACAATTAAATGCTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10529 <SEP> 6228 <SEP> 2 <SEP> R <SEP> AAGGCTCTTTCTAATTTGGC <SEP> 89 <SEP> 398 <SEP> 310 <September>

  SetB
 <Tb>
 
 EMI135.4
 62262 SEQ ID Na 4491 6226 2 F AATGGTTGAAACAATTGAGG SEQ ID Na 10530 6226 2 R GTTTCCAACCGACATATAGC 1107 1412 306 SetA
 EMI135.5
 
 <Tb>
 <tb> 6224 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4492 <SEP> 6224 <SEP> 1 <SEP> F <SEP> ACCTTGAGTTGACTGACTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10531 <SEP> 6224 <SEP> 1 <SEP> R <SEP> CAAATGTCTCTTTTTCCTGG <SEP> 1127 <SEP> 1431 <SEP> 305 <SEP> SetA
 <tb> 6223 <SEP> 1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4493 <SEP> 6223 <SEP> 1 <SEP> F <SEP> CAGTTTTGGAATCCTAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10532 <SEP> 6223 <SEP> 1 <SEP> R <SEP> TCTTCTTCTTAGGAGCACCC <SEP> 76 <SEP> 301 <SEP> 226 <SEP> SetB
 <tb> 62222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4494 <SEP> 6222 <SEP> 2 <SEP> F <SEP> TCAAGGATACAAATCTTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10533 <SEP> 6222 <SEP> 2 <SEP> R <SEP> CTTCAGGATCCATAAACGG <SEP> 6263 <SEP> 6634 <SEP> 372 <September>

  SetA
 <tb> 62152 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4495 <SEP> 6215 <SEP> 2 <SEP> F <SEP> GAAGTTAAAACTGGTGGTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10534 <SEP> 6215 <SEP> 2 <SEP> R <SEP> GAAGAAGCTAATGGATCTTCC <SEP> 1012 <SEP> 1361 <SEP> 350 <SEP> SetB
 <Tb>
 
 EMI135.6
 198021 SEQ 10 No 4496 19802 I F GATCGACATTTACTCCAAGC SEQ ID No 10535 19802 1 TCACCATTTTCTAATCCqGC 1850 2183 334 Sets 10727 1 SEQ io No 4497 10727 1 ATCGAAATTGGATACTACGG SEQ ID No 10536 10727 1 CTGCTATTTCTACTGCCACC 1590 1982 393
 EMI135.7
 
 <Tb>
 <tb> 107242 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4498 <SEP> 10724 <SEP> 2 <SEP> F <SEP> ACGTACCAATTGTCAACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10537 <SEP> 10724 <SEP> 2 <SEP> R <SEP> CCAAATGAATAACACACAGC <SEP> 1682 <SEP> 2033 <SEP> 352 <SEP> SetB
 <tb> 79502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4499 <SEP> 7950 <SEP> 2 <SEP> F <SEP> ATTATCTTTTTGGGCTTTCC <SEP> SEQ <SEP> ID <September>

  No. <SEP> 10538 <SEP> 7950 <SEP> 2 <SEP> R <SEP> TCTCTTGATCTTCACCTTGG <SEP> 300 <SEP> 679 <SEP> 380 <SEP> SetB
 <Tb>
 
 EMI135.8
 79522 SEQ 10 No 4500 7952 2 F AACGTCATGTGTTTTACGC SEQ ID No 10539 7952 2 R ATCCAATGTCTCAATGTTCC 1727 2037 311 SetB
 EMI135.9
 
 <Tb>
 <tb> 7955 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4501 <SEP> 7955 <SEP> 2 <SEP> F <SEP> TCACTACAGGTAACGAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10540 <SEP> 7955 <SEP> 2 <SEP> R <SEP> TCTTCTGGTAAAAATTTGGG <SEP> 1327 <SEP> 1702 <SEP> 376 <SEP> SetB
 <tb> 5761 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4502 <SEP> 5761 <SEP> 2 <SEP> TTATTCCAATGCCAATATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10541 <SEP> 5761 <SEP> 2 <SEP> TTTCCTTCTGCTCTTAAACG <SEP> 1028 <SEP> 1370 <SEP> 343 <SEP> SetB
 <Tb>
 
 EMI135.10
 57602 SEQ ID No 4503 5760 2 F CTGGTTCCTTGGTATACTGC SEQ ID No 10542 5760 2 GCAACTATCCAGTCACTTCC 1417 1733 317 SetB
 EMI135.11
 
 <Tb>

  
 <tb> 5757 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4504 <SEP> 5757 <SEP> 1 <SEP> TTATGAAGCATTCTTTTGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10543 <SEP> 5757 <SEP> 1 <SEP> TCTACGTGACAAAGTAGCCC <SEP> 809 <SEP> 1191 <SEP> 383 <SEP> SetA
 <Tb>
 
 EMI135.12
 57561 SEQ 10 No 4505 5756 1 F GAGTCGGAATACCAGAACG SEQ ID No 10544 5756 1 R GAAGTTTGATGAAGACTGGC 313 683 371 SetA 5754 1 SEQ ID No 4506 5754 1 F CAAGGACTTGCCAGATACAT SEQ ID No 10545 5754 1 CAACAACAGCCATACTCA 573 538 1 F TTGATTGCTATTGCTTCTCC SEQ ID No 10546 5753 1 R TGGTCTCAACAAGAATACCC 1474 1804 331 SetA 5751 SEQ ID No 4508 5751 1 F TTTCT7CGTTTAAAAGTGCC SEQ ID No 10547 5751 1 AAATCTGGTGATACAATCGC 65 413 349 Sets
 EMI135.13
 
 <Tb>
 <tb> 57502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4509 <SEP> 5750 <SEP> 2 <SEP> F <SEP> TGCATCCAAAGTACTAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10548 <SEP> 5750.

  * <SEP> 2 <SEP> R <SEP> TTCTACCCAATTCAGTTTCG <SEP> 832 <SEP> 1205 <SEP> 374 <SEP> SetA
 <Tb>
 
 EMI135.14
 5747 SEQ ID No 4510 5747 2 F GGAATTTCAAAACATAGTTGC SEQ ID No 10549 5747 2.R CAAATCAAGAGACAAAGAAGC 1689 2025 337 SetB
 EMI135.15
 
 <Tb>
 <tb> 5742 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4511 <SEP> 5742 <SEP> 1 <SEP> F <SEP> TCCCTTCTTGAACATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10550 <SEP> 5742 <SEP> R <SEP> TTCCTTGCTCTTTACTTTCG <SEP> 576 <SEP> 958 <SEP> 383 <SEP> Sets
 <tb> 57391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4512 <SEP> 5739 <SEP> 1 <SEP> F <SEP> GAGATGATTTGGAAACATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10551 <SEP> 5739 <SEP> 1 <SEP> CCTTCTACAGGATCATCAGC <SEP> 1052 <SEP> 1412 <SEP> 361 <SEP> SetB
 <Tb>
 
 EMI135.16
 5736 SEQ 10 No 4513 5736 1 F TGACTTCAGAAGACCAATCC SEQ ID No 10552 5736 1 ACTTCACCACGATAATCAGC 2 305 304 SetA 137042 SEQ ID No 4514 137042.F TTCTGTAAGTGGGAATAGTGG SEQ ID

  No 10553 13704 2.R TTCAGTCAACCTTTGTTGC 43 145 103 SetB 137092 SEQ ID Na 4515 13709 2 F TCCCGAGAAGTACAATTACC SEQ ID No 10554 13709 2 R CTTTTGGCTTTACATAACCC 2114 2426 313 SetB 1537 1 SEQ 10 No 4516 1537 1 FACAACATT 55CC 400 314 Set8 1535 SEQ 10 No 4517 1535 1 F TAAAATCAATTGAAGGAGCC SEQ ID Na 10556 1535 1 AATTTGTTCTCTTTGTGATCG 101 474 374 Sets 1531 SEQ ID No 4518 1531 2 GATAGTGGTCGAGGATTAGG SEQ ID No 10557 1531 2 TCTTCACT29 29 CTTTTACCAAATACCCACCA SEQ ID No 10558 15291 R GCACTTGGTTCTTGACTGAT 1319 1666 348 SetB 1526 SEQ ID No 4520 1526 1 F AGCATATCAAGAAAAGCAGC SEQ ID No 10559 1526 1 R GTCATCTGTCGACTGTC RCT 2CTTTC 2NTCT 15242 SEK 2NT 1865 372 SetB 15201 SEQ ID No 4522 1520 1

  CTTATACCCAATTCCATTGC SEQ iD No 10561 1520 1 CTTCACTCCTTGTTTTATTGC 1567 1929 363 SetA 15142 SEQ ID No 4523 1514 2 F CAATACCAACATCCATACCC SEQ ID No 10562 1514 2 R TATTTTAGTTCCTTCCACGG 362 759 398 SetAA 15G IDQ AT24 105 366 SetB 15092 SEQ ID No 4525 1509 2 AAGGTGATCCTAGTTACCCC SEQ ID No 10564 1509 2.R TCAATCCATTCTTTACCTGG 1163 1511 349 SetA 15061 SEQ 10 No 4526 15061 F ACTAATTCCACCACTCATGC SEQ ID No 10565 1506 1 ATTGAGTGT7TTGAGTT 372 522 522 ACAGTTTACCCACAAGCATT SEQ ID No 10566 1505 2 RI AGCAACCAATTAACGAATGT 1831 2155 325 SetB 1505 SEQ ID No 4528 1505 2 F2 TTCTTCTTATCCATCTTCTTCC SEQ ID No 10567 1505 2 R2 GATGGTGTTTCAGACTGATAGG N0 NDAQAQQ 2A 1500 TGGTAGTGACATCAAATTGC 1717 2053 337 Sets 1499 SEQ

  ! 0 No 4530 1499 1 TTGTACGACGAAGAGATTCC SEQ ID No 10569 1499 1 AACACTTTGTTGTCTTTGCC 298 671 374 SetA 1497 1 SEQ ID No 4531 1497 1 F CATCAGTTCAACAAATGTGC SEQ ID No 10570 1497 1 TGATCCTGCTTGATAAATAGA 1261 366 SEAGTAGA 12322 No 10571 1496 R CTGTCCTTTGTCGTTTCG 1178 1514 337 SetA 1495 1 SEQ 10 No 4533 1495 1 ATGTTGAGAGTTTATTGCCC SEQ iD No 10572 1495 1 R TGTCTAAGCTCATTTCGTCC 596 979 384 SetA
 EMI135.17
 
 <Tb>
 <tb> 1493 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4534 <SEP> 1493 <SEP> 1 <SEP> GTGCATTACTTTGTGTAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10573 <SEP> 1493 <SEP> 1 <SEP> TCAATACGTAAGCCTATGCC <SEP> 1068 <SEP> 1370 <SEP> 303 <SEP> SetB
 <Tb>
 
 EMI135.18
 9864 SEQ ID No 4535 9864 1 AACACAAGTTGGAGAAATCG SEQ ID No 10574 9864 1 CCAAACAATTATCATCGACC 3353 3703 351 5et8 98602 SEQ! 0 No 4536 9860 2 F GGGCAACGAGTTATTATCAA SEQ 10 No 10575 9860

  2 TTCATTATGGGGAAACTGAC 3 302 300 SetB
 EMI135.19
 
 <Tb>
 <tb> 98592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4537 <SEP> 9859 <SEP> 2 <SEP> F <SEP> ATGGTCGTAATTCTATTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10576 <SEP> 9859 <SEP> 2 <SEP> AATTGTACCAACAAAAACCG <SEP> 2498 <SEP> 2801 <SEP> 304 <SEP> SetB
 <tb> 3121 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4538 <SEP> 312 <SEP> 11FGTAAGCATTGCAACACTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10577 <SEP> 3121 <SEP> R <SEP> AGTGCTTTTCACGTTTATGG <SEP> 1118 <SEP> 1453 <SEP> 336 <SEP> SetA
 <tb> 3105 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4539 <SEP> 3105 <SEP> 2 <SEP> F <SEP> ACCCAATTCTTGAGACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10578 <SEP> 3105 <SEP> 2 <SEP> R <SEP> TGTGAACAAATAATCCAGCC <SEP> 58 <SEP> 364 <SEP> 307 <SEP> Sets
 <tb> 3102 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4540 <SEP> 3102 <SEP> 1 <SEP> GAATCTGGTAACCTAGTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10579 <September>

  3102 <SEP> 1 <SEP> AGTGTTAGCTTTGCTTTTCG <SEP> 2101 <SEP> 2418 <SEP> 318 <SEP> SetA
 <Tb>
 
 EMI135.20
 3101 1 SEQ 10 No 4541 3101 1 F ATAAACTTGCGAGTGATCGT SEQ ID No 10580 3101 1 R TGTAACCGACGAGAGGTACT 1322 1628 307 SetB
 EMI135.21
 
 <Tb>
 <tb> 30982 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4542 <SEP> 3098 <SEP> 2 <SEP> F <SEP> CTGCATCTTTCTTTTTACCACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10581 <SEP> 3098.2 <SEP> R <SEP> ACGGAATTATCCCTCTTAGC.

    <SEP> 1262 <SEP> 1621 <SEP> 360 <SEP> Sets
 <tb> 3095 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4543 <SEP> 3095.1 <SEP> F <SEP> ATTTGGAGAAATTGTCATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10582 <SEP> 3095 <SEP> 1 <SEP> AATGCATCCTCAATTAATGC <SEP> 179 <SEP> 494 <SEP> 316 <SEP> Sets
 <Tb>
 
 EMI135.22
 30941 SEQ ID No 4544 3094 1 AATGGAAAGTTGCTTATTGG SEQ ID No 10583 30941.R TTAAGCTCATGGAAATCACC 595 920 326 SetB 3092 SEQ 10 No 4545 3092 1 AGTGTTTTCAATTCAATGGC SEQ 10 No 10584 3092 1.R GTTTTG1GATT 76 SEQ 1D No 10585 17754 2 GTAGCCTTCGTATTGATTGG 1329 1683 355 SetB 6563 1 SEQ ID No 4547 6563 1 CAAACAGACGGAATTAAAGG SEQ ID No 10586 6563.1 R GCAGCTCTCAATATAGTCGG 484 842 359 SetS
 EMI135.23
 
 <Tb>
 <tb> 65612 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4548 <SEP> 6561 <SEP> 2 <SEP> F <SEP> GAAAAAGTTGTTTGCTGAGG <SEP> SEQ <SEP> ID <September>

  No. <SEP> 10587 <SEP> 6561 <SEP> 2 <SEP> R <SEP> AGGAAGCACTAATGTTGTCG <SEP> 1953 <SEP> 2337 <SEP> 385 <SEP> Sets
 <tb> 6557 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4549 <SEP> 6557 <SEP> 1 <SEP> F <SEP> CGAGTGAGATATCAAAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10588 <SEP> 65571 <SEP> R <SEP> GAACTAATGGTGGTTTCTGC <SEP> 155 <SEP> 488 <SEP> 334 <SEP> Sets
 <tb> 65542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4550 <SEP> 6554 <SEP> 2 <SEP> GTTACAACGGTCTCTTTTGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 10589 <SEP> 6554 <SEP> 2 <SEP> R <SEP> ATACAATTGGCAAGAATTGG <SEP> 1332 <SEP> 1699 <SEP> 368 <SEP> SetB
 <Tb>
 
 EMI135.24
 65482 SEQ ID No 4551 6548.2 TTCAATTGGTATTCAATGGG SEQ ID No 10590 6548 2 R GCCACAATAGTAAAGAARGG 2537 2852 316 SetB
 EMI135.25
 
 <Tb>
 <tb> 6542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4552 <SEP> 6542.1 <SEP> F <SEP> AAAGAGCACATGAACAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10591 <SEP> 6542 <September>

  1 <SEP> GTGAACTCGTTGATCGTACC <SEP> 1220 <SEP> 1596 <SEP> 377 <SEP> SetB
 <tb> 6541 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4553 <SEP> 6541 <SEP> 2 <SEP> F <SEP> TCTGCCATTGGTTTATTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10592 <SEP> 6541 <SEP> 2 <SEP> R <SEP> CACATCACAATCATCAAAGG <SEP> 1303 <SEP> 1643 <SEP> 341 <SEP> Sets
 <tb> 4544 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4554 <SEP> 45441 <SEP> F <SEP> TCAGTTCTGATCCAATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10593 <SEP> 4544 <SEP> 1 <SEP> R <SEP> AAGTAAGGGAAGAAAATCGC <SEP> 3641 <SEP> 3953 <SEP> 313 <SEP> Sets
 <tb> 45371 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4555 <SEP> 4537 <SEP> 1 <SEP> F <SEP> TATTTCGACAAAGACGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10594 <SEP> 4537 <SEP> R <SEP> AGATCATGACAGCTACACCC <SEP> 922 <SEP> 1294 <SEP> 373 <SEP> SetA
 <tb> 4536.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4556 <SEP> 45361 <SEP> F <SEP> ATTCTACGTACCAATGGGG <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 10595 <SEP> 4536 <SEP> 1 <SEP> CTTATGATCAGCAGGATTAGC <SEP> 283 <SEP> 666 <SEP> 384 <SEP> SetA
 <tb> 45352 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4557 <SEP> 4535 <SEP> 2 <SEP> TTACGGTCAAGAAAAATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10596 <SEP> 4535 <SEP> 2 <SEP> R <SEP> TTCAAGTTTTCGTCTAACTCG <SEP> 312 <SEP> 662 <SEP> 351 <SEP> SetB
 <tb> 36592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4558 <SEP> 3659.2 <SEP> F <SEP> GATACCAACTCCAAAGATGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10597 <SEP> 3659 <SEP> 2 <SEP> GTTCAATTTCTCCAACTTGC <SEP> 1738 <September> 2133 <SEP> 396 <SEP> Sets
 <tb> 3661.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4559 <SEP> 3661 <SEP> 2 <SEP> F <SEP> CCTTCAAGTTTGATTTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10598 <SEP> 3661. <SEP> 2 <SEP> R <SEP> TCTTTTCTCCGAATTTATCG <SEP> 514 <SEP> 820 <SEP> 307 <SEP> Sets
 <tb> 36632 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4560 <SEP> 3663 <SEP> 2 <SEP> F <SEP> AACTTGTATGGACCATTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10599 <SEP> 3663 <SEP> 2.R <SEP> CTCGTAAAAATCCTTGATGG <SEP> 643 <SEP> 964 <SEP> 322 <SEP> SetA
 <tb> 3664 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4561 <SEP> 3664 <SEP> 2 <SEP> F <SEP> AACTTGGAAAAGTTGATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10600 <SEP> 3664 <SEP> 2 <SEP> R <SEP> TTGGTGTTCGGTACTTTAGG <SEP> 238 <SEP> 569 <SEP> 332 <SEP> SetA
 <Tb>
 
 EMI135.26
 36682 SEQ ID No 4562 3668 2 F GAAGCATTTGGATAAATTGG SEQ 10 No. 10601 3668 2.R AGTTCATCTGGTAAAATGGG 7065 7373 309 SetA 36692 SEQ 10 No 4563 36692.F ACAGAATTATTGGGCTCACC SEQ ID No.

   10602 36692.R GTCTGCGTCATTAAAACTCC 688 987 300 SetA 36702 SEQ ID No 4564 3670 2 F CAACACAACAAAAGTCATCG SEQ ID No 10603 3670 2 R ATATCATTTTCCTCGTTTGC 1686 2003 318 Sets 36742 SEQ ID No 4565 36742.1GTTGACGAT 3677 SEQ 1. No 4566 3677.1 F GACTTCATACGG7ATTTCGC SEQ 1D No 10605 3677 1 R ATATCA7TTCCTTCGACACC 1827 2210 384 Sets
 EMI135.27
 
 <Tb>
 <tb> 3679 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4567 <SEP> 3679 <SEP> 2 <SEP> F <SEP> CATAAACAGAAACTTGCAACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10606 <SEP> 3679 <SEP> 2.R <SEP> TTCTTTTATCATTTGGAGGC <SEP> 1201 <SEP> 1570 <SEP> 370 <SEP> Sets
 <tb> 3687 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4568 <SEP> 3687 <SEP> 2 <SEP> F <SEP> GAACTGTCTTTCAGTCAGGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10607 <SEP> 3687 <SEP> 2 <SEP> ACTCTTCCAACTGTAGCACC <SEP> 3832 <SEP> 4187 <SEP> 356 <SEP> Sets
 <tb> 90072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4569 <SEP> 9007 <SEP> 2.F <SEP> CATATCAACAGCGAAGTCAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10608 <SEP> 9007 <SEP> 2 <SEP> GCATAGCCAATGGATCTAAC <SEP> 499 <SEP> 799 <SEP> 301 <SEP> SetB
 <tb> 90102 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4570 <SEP> 9010 <SEP> 2 <SEP> F <SEP> GTTCGTATCATGGACTCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10609 <SEP> 9010 <SEP> 2.R <SEP> CTTCTCTTGTAGCCTGTTCC <SEP> 868 <SEP> 1258 <SEP> 391 <SEP> salts
 <Tb>
 
 EMI135.28
 90132 SEQ ID No 4571 9013.2 F TCAGAGAAATTCAAACAGCC SEQ 10 No. 10610 9013 2.R TGCCTATTATTGCTAGACCC 1278 1622 345 Sets
 EMI135.29
 
 <Tb>
 <tb> 90152 <SEP> SEQ <SEP> 10 <SEP> No. <SEP> 4572 <SEP> 9015 <SEP> 2.F <SEP> ATTCTTTGTAATGGTGAGCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10611 <SEP> 9015.

    <SEP> 2 <SEP> R <SEP> AAATATTCAGCGAAACTTGG <SEP> 2566 <SEP> 2906 <SEP> 341 <SEP> SetB
 <tb> 9017. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4573 <SEP> 9017 <SEP> 2 <SEP> AACTTGAGCACAGAAGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10612 <SEP> 9017.2 <SEP> R <SEP> TTAGAATGATTTCCAGCAGC <SEP> 1885 <SEP> 2201 <SEP> 317 <SEP> SetB
 <tb> 90182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4574 <SEP> 9018 <SEP> 2 <SEP> F <SEP> AATGGCTTTTCTGATAGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10613 <SEP> 9018.

    <SEP> 2 <SEP> R <SEP> AACACAACTCCAATGAAACC <SEP> 415 <SEP> 804 <SEP> 390 <SEP> Sets
 <tb> 90202 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4575 <SEP> 9020 <SEP> 2 <SEP> ACTTCAGATACTGCTGTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10614 <SEP> 9020 <SEP> 2.R <SEP> AGTTGAATATACACCTGCGG <SEP> 340 <SEP> 726 <SEP> 387 <SEP> Sets
 <Tb>
 
 EMI135.30
 39592 SEQ ID No 4576 3959 2 F AAAATTATTGAAGCTGACCG SEQ 10 No 10615 3959 2 R AATTCACCTTGTTTCAAAGC 961 1268 308 SetB 3958 SEQ ID No 4577 3958 1.F ATCAATGTTCAACGTCAACC SEQ 10 No 10616 3958.1.R TCTATTTCTTAGAGGGCC 37 3955.2.F AAGCTTGGTATTGTTCTGGA SEQ ID No. 10617 3955.2 R AGAAmGAAAATGCTTACGA 82 278 197 SetC 3952.1 SEQ ID No.

   4579 3952 1.F GAAATTATTCCTGAGTTGCC SEQ ID No 10618 3952.1 R TCGTTTATAGAATGTCGTGC 763 1077 315 SetB
 EMI135.31
 
 <Tb>
 <tb> 39502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4580 <SEP> 3950 <SEP> 2 <SEP> F <SEP> TCGTTTTCAAGAACAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10619 <SEP> 3950 <SEP> 2 <SEP> R <SEP> ATTATTGGTTGTGGTTGAGG <SEP> 2489 <SEP> 2814 <SEP> 326 <SEP> SetB
 <tb> 42292 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4581 <SEP> 42292 <SEP> F <SEP> CAAATGGAGAGATTTGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10620 <SEP> 4229 <SEP> 2.R <SEP> ATTTTTCTTTTCCGACTTCC <SEP> 607 <SEP> 1004 <SEP> 398 <SEP> SetA
 <Tb>
 
 EMI135.32
 4226.2 SEQ ID No 4582 4226.2.F CTTCAACTTCAAGATCAGCC SEQ ID No.

   10621 4226 2 R AAGTTFTGATGGATGTTTGG 41 347 307 SetA
 EMI135.33
 
 <Tb>
 <tb> 42231 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4583 <SEP> 42231 <SEP> F <SEP> CTCCAGCTGAAAAGAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10622 <SEP> 4223 <SEP> 1 <SEP> R <SEP> GATGAGTATTTTGTGACGGC <SEP> 38 <SEP> 380 <SEP> 343 <SEP> SetA
 <tb> 4222 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4584 <SEP> 4222 <SEP> 2 <SEP> F <SEP> TTGACAGAGTTACCGAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10623 <SEP> 4222.2.R <SEP> GTACCTTCTGAAGTTGTGTGC <SEP> 3627 <SEP> 3976 <SEP> 350 <SEP> SetA
 <Tb>
 
 EMI135.34
 42201 SEQ ID No 4585 42201 F AGTGTGAAAATGGACGTAGG SEQ ID No 10624 42201.R CGTCTCTATAAGTTGGCACC 634 937 304 SetA
 EMI135.35
 
 <Tb>
 <tb> 4215.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4586 <SEP> 4215 <SEP> 2.F <SEP> AATACTCGAATTCAGTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10625 <SEP> 4215 <SEP> 2.R <SEP> CCCGAACTGTTAGTGATACC <SEP> 1181 <SEP> 1505 <SEP> 325 <SEP> SetA
 <tb> 42142 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4587 <SEP> 4214.2 <SEP> F <SEP> ATACTTTATGGCCATGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10626 <SEP> 4214 <SEP> 2.R <SEP> CTCTATTTCTCCATTCGTCG <SEP> 59 <SEP> 430 <SEP> 372 <SEP> Sets
 <Tb>
 
 EMI135.36
 42132 SEQ 10 No 4588 4213 2 F AACAAATTCCCCTTTACTCC SEQ ID No 10627 4213.2.R GTTCCTCAACTTTGCACG. 235 558 324 Sets 42122 SEQ ID No 4589 4212.2 F ATTGTTATTGGGAATGAACG SEQ ID No 10628 4212.2 R GATTGGTTTCATCTTTCTCG 883 1195 313 SotS 42072 SEQ ID No 4590 4207 2 F ACTCACCCACATATGAMCC SEQ ID No.

   10629 4207 2.R AGTATTAACGTGAGCATGGC 613 984 372 Sets
 EMI135.37
 
 <Tb>
 <tb> 4206.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4591 <SEP> 42061 <SEP> F <SEP> CACTCAATCAAAACCTAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10630 <SEP> 42061 <SEP> R <SEP> TTTGTTTTTGGATAGGATCG <SEP> 710 <SEP> 1057 <SEP> 348 <SEP> Sets
 <Tb>
 
 EMI135.38
 42051 SEQ ID No 4592 4205.1.F AGTCAAGCTAAGTGATTCCG SEQ 10 No 10631 4205 1.R ATATGTTGCAGTGACAATGG 1647 1970 324 SetB 42022 SEQ 10 No 4593 4202.2.F ATGTTATGACCATCCTTTGG SEQ ID No 10632 4202.2 R CAATATTCCG9490 582 72 AGTAAAGGGTTTTTGGAAGG SEQ ID No. 10633 5890 2 R TCTTTACCAATTTCACCACC 544 929 386 SetA 5895 SEQ 10 No 4595 5695 1.F TACGATTACGGGTTGTTACC SEQ ID No 10634 5895 1 R AATTCGACATCTCCATAACC 1399 1718 320 SetA 5897 SEQ ID No.

   4596 5897 IF AGAGCTACAATAGAGCGTGG SEQ 10 No 10635 5897 1 R TTTCCATATTGCCTTTTCC 1708 2040 333 Sets 5903 1 SEQ ID No 4597 5903.1.F CAGAGAGAGGTTGTTTCTGC SEQ 10 No 10636 5903 1 STGATATGAGACT 7741 5904 1 GTGGATACTCTTTTTCGACG 262 586 325 Salts 59092 SEQ ID No 4599 5909 2 F AAGTTGGTTATCACTGGTGG SEQ 10 No 10638 5909 2.R GCTGATGTTAATTCTCTGCC 361 677 317 sets
 EMI135.39
 
 <Tb>
 <tb> 5912.2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4600 <SEP> 5912 <SEP> 2 <SEP> ATGATAATGACAATGGGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10639 <SEP> 5912 <SEP> 2.R <SEP> GCCAATATCAAAAACAATCG <SEP> 362 <SEP> 756 <SEP> 395 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 136>

 
 EMI136.1
 16613 SEQ ID No 4601 16613 2 F TTGTTACGATATTGTGCTGG SEQ JO No 10640 16613 2 R CTCCATTCTTTTTGTGTTCC 1323 1654 332 sets 86662 SEQ iD No 4602 86662F TAAATGTGGAATGTGAAGGC SEQ ID No 10641 8666 2 R TTTGTCCAG32 AGB EQ ID No 10642 8663 2 R CACCTAAACTATCCCAAACG 1548 1879 332 SetB
 EMI136.2
 
 <Tb>
 <tb> 8661 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4604 <SEP> 8661 <SEP> 1 <SEP> F <SEP> AAGACGGGAAAAATAACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10643 <SEP> 8661 <SEP> 1 <SEP> TTCTTTTTGGAAGAGTTTGC <SEP> 1027 <SEP> 1391 <SEP> 365 <SEP> SetA
 <tb> 8658 <SEP> SEQ <SEP> 10 <SEP> No <September>

  4605 <SEP> 8658 <SEP> 2 <SEP> F <SEP> TAGCTGAATGTCTCTTGGCT <SEP> SEQ <SEP> 10 <SEP> No <SEP> 10644 <SEP> 8658 <SEP> 2 <SEP> R <SEP> TGGTGGTCTTGAGTTTCTTT <SEP> 1160 <SEP> 1497 <SEP> 338 <SEP> SetB
 <Tb>
 
 EMI136.3
 86562 SEQ ID No. 4606 8656 2 F AACAACGATTTGGTTTATGG SEQ ID No 10645 8656 2 TAGCTTTGGTAGCATCTTGC 1117 1507 391 SetS 156162 SEQ tD No 4607 15616 2.F TCCATGGTCACATAATTCG SEQ ID No 10646 15616 2 fi:

   TCATTAATAGTiGTTGGGTGC 1452 1771 320 SetA 15617 2 SEQ ID No 4608 15617 F TGTATCTTGTGCTTATTCCG SEQ ID No 10647 15617 2 R CCAAATTGAACCTTTAGGG 1323 1632 310 SetB 18177 SEQ 10 No 4609 181771 F TGGAATCATTTTGAACT 106T 4610 16151 2 F TCCAAATGGTTCATTAAAGC SEQ ID No 10649 16151 2 R TGAGGAAATGAAGTAGCTGG 1947 2306 360 SetS 161521 SEQ ID No 4611 161521 F AGACAATATTTCTTG7TGTTGC SEQ ID No 10650 16152 1 R AAAAAGTTC5AT12A 12255 2 R TATATCTGTTGGGATCAGCC 208 544 337 SetB
 EMI136.4
 
 <Tb>
 <tb> 12253 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4613 <SEP> 122531 <SEP> F <SEP> AAACACCAGAGTCGTATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10652 <SEP> 12253.1 <SEP> R <SEP> TTTCTTCTAAACCTGGTTGG <SEP> 402 <SEP> 770 <SEP> 369 <SEP> SetA
 <Tb>
 
 EMI136.5
 

  12250 2 SEQ ID No 4614 12250 F GACTTGATGTTTGACAAGGG SEQ ID No 10653 12250 2 TTTGTTCTCACCAATCTTCC 1357 1734 378 SetS 122492 SEQ ID No 4615 122492 F TGTTAAGGACCCAGTCTCC SEQ ID No 10654 12249 2 R CATACCTCCTA
 EMI136.6
 
 <Tb>
 <tb> 77372 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4616 <SEP> 7737 <SEP> 2 <SEP> F <SEP> ATGCTGCCAAATTGATACAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10655 <SEP> 7737 <SEP> 2 <SEP> R <SEP> TCCATTAAAGGAGTGCATTT <SEP> 377 <SEP> 740 <SEP> 364 <SEP> SetB
 <Tb>
 
 EMI136.7
 77362 SEQ ID No 4617 77362 F TCTGGGGAACAGTTTGTTAT SEQ 10 No 10656 7736 2 CCAATTGTGAGGCAGTAAGT 966 1330 365 SetB
 EMI136.8
 
 <Tb>
 <tb> 7733 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4618 <SEP> 7733 <SEP> 1 <SEP> F <SEP> TAACAAATTGAAATCAGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10657 <SEP> 7733 <SEP> 1 <SEP> R <SEP> TCAATATTCACTTTTTCGGG <SEP> 84 <SEP> 410 <SEP> 327 <SEP> SetB
 <Tb>
 

  
 EMI136.9
 77322 SEQ ID No 4619 7732 2 F ACCTGCAAACAACATTTACC SEQ ICI No 10658 7732 2 CTAATATTGGCGATGAGTGG 1293 1636 344 SetS
 EMI136.10
 
 <Tb>
 <tb> 7729 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4620 <SEP> 77291 <SEP> F <SEP> TATCCAATCGTGTCAGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10659 <SEP> 7729 <SEP> 1 <SEP> CTCTGAGGTTCAGGTGTAGC <SEP> 644 <SEP> 1025 <SEP> 382 <SEP> SetB
 <tb> 77262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4621 <SEP> 7726 <SEP> 2 <SEP> F <SEP> AAAGGCATTCAAAAAGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10660 <SEP> 7726 <SEP> 2 <SEP> R <SEP> AGCAAAGCATTTAGTGTTCC <SEP> 1254 <SEP> 1553 <SEP> 300 <SEP> Sets
 <tb> 45032 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4622 <SEP> 4503 <SEP> 2 <SEP> F <SEP> TTCTTTGCAATTTTTACACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10661 <SEP> 4503 <SEP> 2 <SEP> ACGATGTAACACCAGAGCC <SEP> 597 <SEP> 919 <SEP> 323 <SEP> SetB
 <tb> 45021 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4623 <SEP> 4502 <SEP> 1 <SEP> F <SEP> TTAGTTGTCCTCACTTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10662 <SEP> 4502.1 <SEP> R <SEP> ATGCATCGGAATACTGTACC <SEP> 3799 <SEP> 4108 <SEP> 310 <SEP> SetB
 <tb> 4500 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4624 <SEP> 45001F <SEP> TGATGACCTACCAGATGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10663 <SEP> 4500 <SEP> 1 <SEP> R <SEP> TAATACCACCAACACCTTCC <SEP> 849 <SEP> 1162 <SEP> 314 <SEP> SetA
 <Tb>
 
 EMI136.11
 44982 SEQ ID Na 4625 4498 2 F AATATTTTCCATTTGGGACC SEQ ID No 10664 4498 2 R ACATGTTCTCCAACTTGAGC 136 503 368 SetA
 EMI136.12
 
 <Tb>
 <tb> 4497 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4626 <SEP> 4497 <SEP> 2 <SEP> F <SEP> TTCAAAAGACTCAGAGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10665 <SEP> 4497 <SEP> 2 <SEP> R <SEP> TTATAACTCGACTTGGAGCC <SEP> 694 <SEP> 995 <SEP> 302 <SEP> SetA
 <tb> 4496 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4627 <SEP> 4496 <SEP> 1 <September>

  GAACACCACTCTGAGAAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10666 <SEP> 4496 <SEP> 1 <SEP> CTGCATTTAAATCCTCTTGG <SEP> 1785 <SEP> 2089 <SEP> 305 <SEP> SetA
 <Tb>
 
 EMI136.13
 4494 SEQ ID No 4628 4494 1 F ACGATCACATAGACTGGAGG SEQ i0 No 10667 4494 l.R TGTCTTTTCTTTTAGCTGCC 725 1063 339 SetA
 EMI136.14
 
 <Tb>
 <tb> 4491 <SEP> 1 <SEP> SEQ <SEP> iD <SEP> No <SEP> 4629 <SEP> 4491 <SEP> 1 <SEP> F <SEP> ACCTCTCCAACTTTCATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10668 <SEP> 4491 <SEP> 1 <SEP> R <SEP> TGACTAATGACAAGTCACCC <SEP> 560 <SEP> 862 <SEP> 303 <SEP> SetA
 <tb> 4489 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4630 <SEP> 4489 <SEP> 2 <SEP> F <SEP> GTCCAAGTAGAGAGCAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10669 <SEP> 4489 <SEP> 2 <SEP> R <SEP> TTGTGGTATTCTTGACACCC <SEP> 326 <SEP> 636 <SEP> 311 <SEP> SetB
 <tb> 44872 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4631 <SEP> 4487 <SEP> 2 <SEP> F <SEP> ATTAAGAGACTTGCAAAGCG

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 10670 <SEP> 4487 <SEP> 2 <SEP> TACCAAATCAGAGTCCTTGG <SEP> 786 <SEP> 1137 <SEP> 352 <SEP> SetB
 <tb> 4485 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4632 <SEP> 4485 <SEP> 1 <SEP> F <SEP> GACACTATCGCTCTTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10671 <SEP> 4485 <SEP> 1 <SEP> R <SEP> ATCTAGCTAAAGCTGGACCC <SEP> 1255 <SEP> 1576 <SEP> 322 <SEP> SetB
 <tb> 4484 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4633 <SEP> 4484 <SEP> 1 <SEP> TATTTTGGATCGTCATTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10672 <SEP> 4484 <SEP> 1 <SEP> TAGCAACTTTCACTCTTGGG <SEP> 285 <SEP> 617 <SEP> 333 <SEP> SetA
 <tb> 4483 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4634 <SEP> 4483 <SEP> 1 <SEP> AGCTTGGTTAAGAAATGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10673 <SEP> 4483 <SEP> 1 <SEP> R <SEP> TTCACCTGGTAAAGATCTGC <SEP> 1323 <SEP> 1647 <SEP> 325 <SEP> SetA
 <tb> 4481 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4635

   <SEP> 4481 <SEP> 1 <SEP> GTTGTATGGAATCTGTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10674 <SEP> 4481 <SEP> 1 <SEP> R <SEP> GTTGGTAAACTCCTTAGCCC <SEP> 1208 <SEP> 1530 <SEP> 323 <SEP> SetA
 <tb> 4477 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4636 <SEP> 4477 <SEP> 2 <SEP> F <SEP> ATAAATGTGGAAAATCCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10675 <SEP> 4477.2.R <SEP> ATCCATAAATTCGATAACCG <SEP> 1777 <SEP> 2094 <SEP> 318 <SEP> SetB
 <tb> 114732 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4637 <SEP> 11473 <SEP> F <SEP> TCAGCCAAAATATTGAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10676 <SEP> 11473 <SEP> 2 <SEP> R <SEP> TTGCTTCTTTGTGTTTCTCC <SEP> 922 <SEP> 1249 <SEP> 328 <SEP> SetA
 <tb> 11474.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4638 <SEP> 114741 <SEP> F <SEP> ATATTCCAACCTGATCAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10677 <SEP> 11474 <SEP> R <SEP> TAGAATCTCTAGCTGGACCG <SEP> 954 <SEP> 1267 <SEP> 314 <SEP> SetA
 <Tb>
 

  
 EMI136.15
 114751 SEQ 1D No 4639 114751 F AATTGCTAAA1TTGCTTTCG SEQ ID No 10678 11475 1 R ACAAAATCATAGCAGTTGGG 495 889 395 SetB
 EMI136.16
 
 <Tb>
 <tb> 114791 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4640 <SEP> 11479.1 <SEP> F <SEP> TCTTTCAAAAGCTGAATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10679 <SEP> 114791 <SEP> R <SEP> TAGAGACATTGTCAGCCTGG <SEP> 96 <SEP> 427 <SEP> 332 <SEP> SetB
 <tb> 114802 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4641 <SEP> 11480 <SEP> 2 <SEP> F <SEP> AGCCAAATTGATTGAACAAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10680 <SEP> 11480 <SEP> 2 <SEP> R <SEP> TCTCTTGATTGTGTCCATTG <SEP> 381 <SEP> 753 <SEP> 373 <SEP> SetB
 <Tb>
 
 EMI136.17
 117882 SEQ JO No 4642 11788 2 F ACCATTGGCAAAACTTTAGA SEQ ID No 10681 11788 2 R GAAATGTTGGGGTACAAGAA 949 1271 323 SetB 11790 1 SEQ ID No 4643 117901 F AACCTATTTACCCCAAGTCC SEQ ID No 10682 11790 1 R TAACTGAGATTG
 EMI136.18
 

  
 <Tb>
 <tb> 96612 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4644 <SEP> 9661 <SEP> 2 <SEP> F <SEP> CATCATCGAAAATATCACGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10683 <SEP> 9661.2 <SEP> R <SEP> TTTCTTTTCATCACGAATTG <SEP> 2150 <SEP> 2514 <SEP> 365 <SEP> SetB
 <tb> 9655 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4645 <SEP> 9655 <SEP> 1 <SEP> ACCACAACTACAAATGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10684 <SEP> 9655 <SEP> 1 <SEP> R <SEP> GGCTCAAATGAATGAGTAGG <SEP> 1276 <SEP> 1637 <SEP> 362 <SEP> SetA
 <tb> 96522 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4646 <SEP> 9652 <SEP> 2 <SEP> F <SEP> TACAATTGGTCGTTTAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10685 <SEP> 9652 <SEP> 2 <SEP> R <SEP> GAAGTTTCTTCACCAAATCG <SEP> 79 <SEP> 380 <SEP> 302 <SEP> SetA
 <Tb>
 
 EMI136.19
 9651 SEQ ID No 4647 9651 2 F GTGGTTGTCAAGATTAAGCC SEQ ID No 10686 9651 2 ACCATATCAGCAACTTCTCC 1642 2015 374 SetB
 EMI136.20
 
 <Tb>
 <tb> 9647 <SEP> SEQ <September>

  ID <SEP> No <SEP> 4648 <SEP> 9647 <SEP> 2 <SEP> F <SEP> TCAAGAGTTATTTGGTGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10687 <SEP> 9647 <SEP> 2 <SEP> R <SEP> ACCCAACACCTTTAACACC <SEP> 661 <SEP> 997 <SEP> 337 <SEP> SetB
 <tb> 9645 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4649 <SEP> 9645 <SEP> 2 <SEP> F <SEP> ACAATCACAAAAATTCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10688 <SEP> 9645 <SEP> 2 <SEP> R <SEP> ATCTCAACCACACATCTTCC <SEP> 1771 <SEP> 2123 <SEP> 353 <SEP> SetB
 <tb> 19803 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4650 <SEP> 19803.1 <SEP> F <SEP> TCCTATTCATCCAATTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10689 <SEP> 19803 <SEP> 1 <SEP> R <SEP> CTTTACCCAAATGAGTTTGC <SEP> 909 <SEP> 1288 <SEP> 380 <SEP> SetB
 <tb> 170602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4651 <SEP> 17060 <SEP> 2 <SEP> F <SEP> GTGCTGAAGCTTACGTTGAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10690 <SEP> 17060 <SEP> 2 <SEP> R <SEP> TCTGGCAAGTCAGATAAACC <September>

  905 <SEP> 1244 <SEP> 340 <SEP> SetB
 <tb> 130562 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4652 <SEP> 13056 <SEP> 2 <SEP> F <SEP> GTTCAAATCAAGAGTGGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10691 <SEP> 13056 <SEP> 2 <SEP> R <SEP> TTTATGGTTTGATCTCTGGC <SEP> 5 <SEP> 323 <SEP> 319 <SEP> SetB
 <tb> 130542 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4653 <SEP> 13054 <SEP> 2 <SEP> F <SEP> GAATCCTTGACGAGTACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10692 <SEP> 13054 <SEP> 2 <SEP> R <SEP> TGATTTGAATAAAGTCGTGC <SEP> 1840 <SEP> 2164 <SEP> 325 <SEP> SetA
 <tb> 93851 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4654 <SEP> 93851 <SEP> F <SEP> AACAACACCAATTCATACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10693 <SEP> 9385 <SEP> 1 <SEP> GCTAGTTCAAATGCAGATGG <SEP> 1471 <SEP> 1784 <SEP> 314 <SEP> SetB
 <Tb>
 
 EMI136.21
 93842 SEQ ID No 4655 9384 2 ATAAATCATGGATTTGGTGG SEQ ID No 10694 9384 2 R GCTCTCTGGTAATTCAGACG 772 1170 399 SetB 93822 SEQ ID No 4656 9382 2 TTTAGTGATGAATTGGGTCC SEQ ID No 10695 9382 2TTT 95 RGTCC
 EMI136.22
 
 <Tb>
 <tb> 33362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4657 <SEP> 3336 <SEP> 2 <SEP> F <SEP> CAAGAATAGCGAACTTGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10696 <SEP> 3336 <SEP> 2 <SEP> GTGTTTCTTGTTTGAAATTGG <SEP> 1845 <SEP> 2233 <SEP> 389 <SEP> SetB
 <Tb>
 
 EMI136.23
 33391 SEQ ID No 4658 3339 1 AGAAACGTCATGTTTGAACC SEQ ID No 10697 33391 R AAACAGGCACTTTCAATAGC 1195 1541 347 SetA
 EMI136.24
 
 <Tb>
 <tb> 33402 <SEP> SEQ <SEP> ID <SEP> No <September>

  4659 <SEP> 3340 <SEP> 2 <SEP> GGTAATTTGAACAGAGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10698 <SEP> 3340 <SEP> 2.R <SEP> CTCCTTATTTGACATTTGGC <SEP> 196 <SEP> 513 <SEP> 318 <SEP> SetB
 <Tb>
 
 EMI136.25
 3341 SEQ 10 No 4660 3341 2 F CTTTTTGATTGCAGAAATGG SEQ ID No 10699 3341 2 AATTTTGACAAGGAATCTGC 664 1055 392 SetA 3342 SEQ ID No 4661 3342 1 TAATTCCCGATAACAAATGG SEQ ID No 10700 3342 1 AGGTGTTGATGTTTTTCTA AQT444 332 ID No 10701 3344 2 R TTTGTTGTAGTTCCTCGTCC 10 400 391 SetA 33452 SEQ ID No 4663 3345 2 F AGCTCAGATRTCATTGAAGG SEQ ID No 10702 3345 2 R CGATGATTTCTTTCAATTCC 1768 2068 301 SetA 3348 SEQ ID No 4664 3348 1 AGAAATTG48 33G 2A
 EMI136.26
 
 <Tb>
 <tb> 3351 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4665 <SEP> 3351 <SEP> 1 <SEP> F <SEP> GAATCAACAATTCTTCAATGG <September>

  SEQ <SEP> ID <SEP> No <SEP> 10704 <SEP> 3351 <SEP> 1 <SEP> R <SEP> TAGGCTTTAACCTTCTTGGC <SEP> 544 <SEP> 914 <SEP> 371 <SEP> SetB
 <tb> 33522 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4666 <SEP> 3352 <SEP> 2 <SEP> F <SEP> CGATCAATAAGAAGTCTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10705 <SEP> 3352 <SEP> 2 <SEP> R <SEP> TAAACAACCATCATTACCCC <SEP> 932 <SEP> 1293 <SEP> 362 <SEP> SetB
 <Tb>
 
 EMI136.27
 33552 SEQ ID No 4667 3355 2 F CATTTGAACATACCAAAAAGC SEQ ID No 10706 3355 2 R TACTGACCACCAGAATACCC 1109 1414 306 SetA 33562 SEQ ID No 4668 3356 2 GTTATTTTCGGGTTACCTGG SEQ ID No 10707 3356 2 R TCATCAATCAAATCC15CC
 EMI136.28
 
 <Tb>
 <tb> 33582 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4669 <SEP> 3358 <SEP> 2 <SEP> F <SEP> CTTCACCAAAAAATTAGCATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10708 <SEP> 3358 <SEP> 2 <SEP> R <SEP> CCAGACCTTAGATTTACCCC <SEP> 845 <SEP> 1227 <SEP> 383 <SEP> SetA
 <tb> 33592

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 4670 <SEP> 3359 <SEP> 2 <SEP> F <SEP> TCTCATTTCCCTGTACTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10709 <SEP> 3359 <SEP> 2 <SEP> R <SEP> AATATTGGAACTTCCTGTGG <SEP> 521 <SEP> 849 <SEP> 329 <SEP> SetA
 <tb> 3361 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4671 <SEP> 3361 <SEP> 2 <SEP> CTACTGTTGACCAAATTGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10710 <SEP> 3361 <SEP> 2 <SEP> GCATTTATTATTTCTTCGGC <SEP> 284 <SEP> 671 <SEP> 388 <SEP> SetA
 <tb> 33622 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4672 <SEP> 3362 <SEP> 2 <SEP> F <SEP> TAGCTGAAATAGAGGCAACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10711 <SEP> 3362 <SEP> 2.R <SEP> ATCATTAATGGTAGCATGGG <SEP> 203 <SEP> 555 <SEP> 353 <SEP> SetB
 <tb> 33641 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4673 <SEP> 33641 <SEP> F <SEP> AGTACATACCTGTCAAGGCG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10712 <SEP> 3364 <SEP> 1 <SEP> CTTCTTGGTGATCTTGAAGG, <SEP> 590 <SEP> 905 <SEP> 316 <SEP> SetA
 <tb> 3365 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 4674 <SEP> 3365 <SEP> 1 <SEP> F <SEP> TCAGATTAATACCGGACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10713 <SEP> 3365 <SEP> l.R <SEP> CCCTAATGTCAACAATTTGC <SEP> 74 <SEP> 408 <SEP> 335 <SEP> SetA
 <Tb>
 
 EMI136.29
 3366 SEQ 10 No 4675 3366 1 CCCAGTCAAGTTTGAAATACC SEQ iD No 10714 3366 1 R GTCACGGATAACTGATTTGG 15 270 256 SetB 3367.1 SEQ ID No 4676 3367 1 F CTAGGAGATTTGAAACACGG SEQ 1D No 10715 3367 1.R TCCTTCTTGGCTAAGAQAQAQ 31 F TTAAAGTATCTGACGGCACC SEQ JO No 10716 3370 2.R GGGAGTTCAACTTGTGTACC 20 389 370 SetB
 EMI136.30
 
 <Tb>
 <tb> 33722 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4678 <SEP> 3372 <SEP> 2 <SEP> F <SEP> GGTGAAACTATGAAAGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10717 <SEP> 3372 <SEP> 2 <SEP> R <SEP> ATTCGTCCATTACATTACCG <SEP> 514 <SEP> 838 <SEP> 325 <SEP> SetA
 <tb> 33751 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4679 <SEP> 3375 <SEP> 1 <SEP> F <SEP> ACGAAAAACAATACTCGTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10718 <SEP> 3375 <SEP> 1 <SEP> CATGTATTTGTTAAACCCCC <SEP> 442 <SEP> 774 <SEP> 333 <SEP> SetB
 <tb> 3377 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4680 <SEP> 3377.1.F <SEP> TTAAAGGAGTTGAGAGTCCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10719 <SEP> 3377.1 <SEP> R <SEP> AATTGTAATTTGGTGATGGC <SEP> 746 <SEP> 1052 <SEP> 307 <SEP> SetB
 <Tb>
 
 EMI136.31
 3378 SEQ ID No 4681 3378.2.F TGATCCATTTGTTGAAATCC SEQ ID No 10720 3378.2 R CAATGGATCTTCTTCTCTCG 932 1266 335 SetA 33802 SEQ ID No.

   4682 3380.2 AAAAGGATTCTTCTGAAGGC SEQ ID No 10721 3380 2 R GGAAGTCAAGTAAATGTCGC 2156 2487 332 SetB 8798 1 SEQ 10 No. 4683 8798.1.F GTCTTGGAGAAACAAACTCG SEQ iD No 10722 8798.1 R AACTGTCTTGAAACATQ 880 820 10723 8801 2 CCAATTATCTTTCTWTGTCG 2653 2955 303 SetA
 EMI136.32
 
 <Tb>
 <tb> 8797 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4685 <SEP> 8797 <SEP> 1.F <SEP> TGCAAAAGAGAATTATTGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10724 <SEP> 8797 <SEP> 1 <SEP> R <SEP> AACTTTTCTGTTTGATTCCG <SEP> 440 <SEP> 793 <SEP> 354 <SEP> SetA
 <Tb>
 
 EMI136.33
 87961 SEQ ID No 4686 8796 1 F TACGAATACTCCGAAGAAGC SEQ ID No. 10725 8796 1 ACTTGATGCAGTAATGGAGG 856 1209 354 Set8 8795 SEQ iD No. 4687 8795 1.F AGCCAATAATGTTGAAGTGG SEQ iD No.

   10726 8795 l.R TGGTATTGTAATTTAGGCTCG 954 1253 300 SetB
 EMI136.34
 
 <Tb>
 <tb> 87902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4688 <SEP> 87902 <SEP> F <SEP> AGAGTATTCAACGACGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10727 <SEP> 8790.2.R <SEP> TTGTATCTTGGTTCTGGAGG <SEP> 1312 <SEP> 1700 <SEP> 389 <SEP> SetA
 <tb> 7214 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4689 <SEP> 72141 <SEP> F <SEP> CAAATAGTATCGCTAAGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10728 <SEP> 7214.1.R <SEP> TATACAAGTTTGCTGCATCG <SEP> 70 <SEP> 418 <SEP> 349 <SEP> SetB
 <Tb>
 
 EMI136.35
 11472 SEQ ID No 4690 11472F TGGCTTATTGGTTTAAGAGC SEQ 10 No 10729 1147 2.R GTTTTGTGTGATGGGTTAGC 1063 1373 311 SetB 11532 SEQ ID No.

   4691 1153.2 F TTTAATCAGCCTTTGGAAGA SEQ ID No 10730 1153 2.R TTCTTCGATTCTTCGTTTTC 2923 3231 309 SetB 11552 SEQ ID No 4692 1155.2 F TATTTGAATGTGCATGAI1GG SEQ ID No 10731 1155.2.R AAACTGTTCCAGATGTCAGB1782 10732 1158 2 CGGGAAATAATACTCAATGG 2445 2793 349 SetS 11601 SEQ ID No 4694 1160.1 F GCAAAGACATACGAAGAACC SEQ ID No 10733 1160 lR AAAATTGGGACTCACTTGC 1537 1843 307 SetB 1162.1 SEQ iD No 4695 1162.1 F ATAAACAAGAACAAC34 # 11695 No. 4696 1164 2.F ATAATTGCCAAATACCCTCC SEQ ID No 10735 1164.2 R ATTGGAGCATTAACACAAGC 169 527 359 SetB 11692 SEQ tO No. 4697 1169 2 TCTTATAGCTGAAAGTGGGC SEQ ID No.

   10736 1169 2 3450 3785 336 R TTTACCCAAACACCTTTACG Sets SEQ 10 No 1171.1 1171.1 4698 F CAAAAGTGTTTCAGGACAGC SEQ ID NO 10737 1171 354 695 342 CTCTTTATCTGCTGAGCCC lR SetB 11741 SEQ ID NO 4699 SEQ ID No 11741F AAGAAACAATTGAAAGCTGC 10738 1174 379 746 368 1.R GAGTCTGGTTTGTTTTCAGC SetB SEQ 1176.1 ID No. 4700 1176.1 F ACGATTCCTCCTATATTCCC SEQ ID No 10739 1176 1 TA7CTTCTTTTCTGAACCCG 581 904 324 SetB 200221 SEQ ID No.4701 200221 F AATTTGTTTGTATGGGATATGG SEQ ID No 10740 20022.1 R CCAGTAACGATTGTTTCACC 13AQ16AQTQAQU2AQU2AQUQAQAQAQUA No 10741 1183 2 R GATTGTACTTCTGTGGGAGC 83B 1199 362 SetB
 EMI136.36
 
 <Tb>
 <tb> 1191.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4703 <SEP> 1191.2 <SEP> F <SEP> GTCGTTTTGAAAGATTAGCG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 10742 <SEP> 1191 <SEP> 2 <SEP> GAGGCTTGCCATTACTACC <SEP> 3353 <SEP> 3711 <SEP> 359 <SEP> SetA
 <Tb>
 
 EMI136.37
 1193.1 SEQ ID No. 4704 1193.1.F GAAATTGCTATTCGTCAAGG SEQ ID No. 10743 1193 1 TGCTTTTGAATAGCTTCTGC 31 323 293 SetB 11942 SEQ 10 No 4705 1194 2 F GATTACCTATCACGCAGAGC SEQ ID N .. 10744 1194 2.R A4CTTTTG3CTAGAG9CTAG9 4706 1196.2.F TCAATTGTGCATATTTTCCC SEQ ID No. 10745 1196 2.R ATCCCCATTCTTTCATTACC 2119 2485 367 SetA 11971 SEQ ID No. 4707 1197 1 F GGGIGICAAACIA4TTGIGG SEQ ID No 10746 1197 1.R TTCTATCCAACAAAACCCC 498 821 332 331

   4708 11991 CAAGAAACAACTTGTCAGCC SEQ ID No 10747 1199 1 CTTATTGGCATTATCTTCCG $ 89 1254 366 SetB 12032 SEQ ID No 4709 1203 2 F CTAATTTTAT7GGTGGGCAG SEQ ID No 10748 1203 2.R CCAATCCATAAACCAAAGAC 1319 16CT 120BA 3682 3682 36824 10749 1204 2-R TCAAAGTCCAATCTGCTACC 1257 1594 338 SetB
 EMI136.38
 
 <Tb>
 <tb> 1205.2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4711 <SEP> 1205 <SEP> 2 <SEP> F <SEP> CCACTATTCATCCAAAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10750 <SEP> 1205 <SEP> 2 <SEP> AGACCTTGATCTTATGAACTGG <SEP> 92 <SEP> 414 <SEP> 323 <SEP> SetB
 <tb> 1206 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4712 <SEP> 1206 <SEP> 2 <SEP> F <SEP> AAACAAGATTTGGTCAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10751 <SEP> 1206 <SEP> 2 <SEP> CGGTTCAGTTTAGTGGTAGC <SEP> 1177 <SEP> 1505 <SEP> 329 <SEP> SetB
 <Tb>
 
 EMI136.39
 12071 SEQ 10 No 4713 1201 I ATTGTCAATGTTGTTTTCGG SEQ ID No. 10752 1207 1 TAAAAGTGGGGTAGACTCGT 1074 1392 319 SetB
 EMI136.40
 
 <Tb>
 <tb> 12092 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4714 <SEP> 1209.2.F <SEP> ATTTGTATACCGTGCTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10753 <SEP> 1209 <SEP> 2 <SEP> R <SEP> TGGCATCTTTATTGATTTCG <SEP> 1239 <SEP> 1573 <SEP> 335 <SEP> SetA
 <tb> 12101 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4715 <SEP> 1210.1 <SEP> F <SEP> CCTCTAAAAAGCATCCAGTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10754 <SEP> 12101.R <SEP> TTCGCCTTGACTATTACCAT <SEP> 314 <SEP> 693 <SEP> 380 <SEP> sets
 <Tb>
 
 EMI136.41
 1211 SEQ ID No 4716 1211.LF ATCAATGTATTTACCACCTTTG SEQ ID No 10755 1211 1 TATAAGGGATCAATTGCTTCAG 20 109 90 SetC
 EMI136.42
 
 <Tb>
 <tb> 1212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4717 <SEP> 1212 <SEP> 1.F <SEP> TCTTGCCAAAAATTATCACC <SEP> SEQ <SEP> i0 <SEP> No <SEP> 10756 <SEP> 1212 <SEP> 1 <SEP> R <SEP> CTCTAACTAACCATTTGCCG <SEP> 510 <SEP> 883 <SEP> 374 <SEP> SetB
 <tb> 1213.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4718 <SEP> 1213 <SEP> 1 <SEP> F <September>

  GATCAGCATTTTGGTACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10757 <SEP> 1213 <SEP> 1 <SEP> R <SEP> GCACGAATTCTTTTAACACC <SEP> 625 <SEP> 1010 <SEP> 386 <SEP> SetB
 <Tb>
 

  <Desc / Clms Page number 137>

 
 EMI137.1
 12162 SEQID No 4719 12162F GTTGGATTCTGTTTTCCAGA SEQ No 10758 1216 2 R TCGTCAACCAATATCCTTTC 2872 3257 386 Set8 1217 SEQ \ 0 No 4720 12172F GCATTTAACGAACTCGAAGA SEQ No 10759 1217 2 R TGACAACAATGATGAT18AT 12Q 1 AGTTCAATCTAGTGTTATTGTTGG NA NA 314 G & Cs 1222 SEQ No 4722 1222 2 F CCTTACAATGGAACCGTTAG SEQID No 10 761 1 222 2 R GAGGAGCAGTAGAAGCCATA 286 607 322 SetB 1228 SEQ No 4723 1228 2 F CACAATGGGTACTTTTAGCC SEQ ID NO 10 762 1 228 2 R TAAGAAAGTGCATTGGTTCC 468 827 360 SetA 1231 2 SEQID No 4724 1231 2 F CTTCAGTTACAAGTGGTGCC SEQ No 10763 1231 2 R TGGTTGTTCATTTTTGAAGG 2117 2511 395 SetB 12342 SEQ No 4725

  1234 2 AGGTGATTGATGATTTCTGG SEQ 10 No 10764 1234 2 1206 377 830 R AATGTCGTACACCAATTTCC SetB SEQID No 1235 4726 F 12351 10765 1235 CGACCATGATAAATATGTTGC SEQID No 1 TGTGTTTAGCCAATGTATCG 957 1318 362 10355 SetB SEQ No. 2 4727 10355 10766 10355 No GCAAGATTCTCACTTCAACC SEQ 2R ATTCTGGAAATGTAGAGCCC 1796 2098 303 SetB 6938 SEQ No 4728 6938 2 F ACAGATCAGAGATTGTTGGG SEQ No 10767 6938 2 R ATGGCAATTGTGACTTTACC 539 890 352 SetB 69402 SEQID No 4729 6940 2 F GATTTCCAAAATTGATGTGG SEQ No 10768 6940 2 R AAACTTTGCCAAT30 33 1 R CAATAACCTCTAAATTGGCG 1224 1531 308 SetB 69452 SEQ No 4731 6945 2 F ACACTAAAGGGAATGACAGC SEQ fD No 10770 6945 2 R CTCCTGGAACTAGACTGTGG 332 685 354 SetB 69462 SEQ No 4732 6946 2 F CCTTGAGAGAGAGAGAGAAGTAGAGTAAACC 4733 6951 2 F

  TCAGGTATTTTCAGGCTAGG SEQ No 10772 6951 2 R TCAAATAAACACCAACGG 2377 2741 365 S.tB 6953 1 SEQ No 4734 6953 1 F GAGTTTATCAAGTTGCTCCG SEQ No 10773 6953 1 R CTGCATCTTTGTCTTTCTCC 229 595 367 SetB 6954 345 SetB 3257 SEQ No 4736 3257 2 F CAAAGTGTTAAATTCGTCCC SEQ ID No 10775 3257 2 R CCTTGATTTTCATCCATAGG 1098 1424 327 SetA 5818 SEQ io No 4737 5818 1 F CCATTAACTACCCAACTTGC SEQ No 10776 5818 1 R AGAAGCITG19 58 No 10777 5819 1 GTATTGGTAAGCTCAGTGCC 739 1118 380 SetA 58232 SEQ No 4739 5823 2F ATTTCCAGTTCATGTTGAGC SEQ No 10778 5823 2 R GTTAATCCCAATCGAATCAC 4569 4881 313 SetB 5825 1 SEQ No 4740 5825 1 F GATAAGAQAT25A 1A 4741 5830 2 F

  GTTCTACTGCGGATATAGCG SEQ No 10780 5830 2 R ATGATCATTTATAGCGTGGG 443 786 344 SetA 15950 2 SEQ 10 No. 300 SetA 159291 SFQ O N.

   4744 15929 1 F TGATACCTCCCGTTTTGG SEQ No 10783 15929 1 R CCTTATCCCAAGTACTCAGC ND ND 350 SetC 15927 SEQ No 4745 15927 2 AAGGAATACACTTTTGACGG SEQ No 10784 15927 2 R AGCACCTTTTTCAATACACC 1648 2004 357 SetAIT AGT No 47AG 1980 474AQATAGATACC SetB 4094 SEQ No 4747 4094 1 F TAGATTTAAAGTTTTGGCCG SEQ No 10786 4094 1 AATCCATTCTTGTGTTCTGG 375 692 318 Sets 4091 1 SEQ No 4748 4091 I AGAAGATGACGAAGATGTCG SEQ No 10787 4091.1 R TACAATTTTTGCAT1AQ89 89 409 ACCACTAATGGTTGAACTGG 889 1254 366 Sets 4087 SEQ No 4750 4087 1 F ACAGGAAAATGCTGTAAAGG SEQ Na 10789 4087.1 R GTGCTTCTATGCAATAACCC 3849 4148 300 SetB 4085 SEQ No 4751 4085 1 AAAGACCTAGCTTTGAAACG SEQ No 10790 40TC 1

  TTGCCTAAAGATCAGAGACC SEQ No 10791 4083 1 R CTTATCAGCGTATGTTTCCC 220 579 360 SetB 4080 1 SEQ No 4753 40801 F GGTCACAGAATTACAAACCC SEQ No 10792 4080 LR ATCTTCATCGAAATTTTTGC 174 504 331 SetB 4078 SEQ No 4754 4078 1Q 4755 4077 2 TTTTACTCGAAAACCAAACC SEQ ID NO 10794 4077 2 R AATTATCGTCACCATCAACC 1639 1948 310 SetB 195681 SEQ No 4756 195681 F ATCTAAAGCTGCTATGTCGG SeqIO No. 10795 19568 1 R AA7GATTCTTGTCT7GGAGC 273 668 396 SetB 16802 SEQID No 4757 16802F AGTTATCAAATGCTGATGGG SEQID No. 10796 16802R AAATCAGATTCATTCCAACG 1199 1562 364 sets 1677 1 SET10 No 4758 1677 1 F AATGTTTTCAACAGCTCACC SEQID No 10797 1677 1.R TAATAGCATCATTGCTTCCC 1876 2235 360 SetS 1675 1 SEQ No 4759 1675 1 CTATATCTGCTCAAGGCTCG SEQ No 10798 1675 1 R CTTCTAGCTGGTTGTTGTCC 174QQAAAAQQQAQAQQQAQQAQAQQQAQQAQQQAQQAQQAQQQAQQAQQAQQQAQQAQQQAQQQAQQQAQQAQQQAQQAQQAQQAQQAQQAQQAQQAQQAQAQQAQAQA

  SEQ No 10799 1674 1 R CTATATCTTCAGCTGACCCG 473 778 306 set8 1673 SEQID No 4761 1673 1 F GTAAATGCTGCTTGGTTAGG SEQID No 10800 1673 1 TGTTCGTTAACTTCACTTGG 958 1301 344 Sets 16691 SEQ No 4762 16691 FAAAGCC 16GATAAAGTAC1GTACAAAGTACAGNAC No. 4763 1667 1 TTTAAGCCAATGAGAAAAGC SEQ No. 10802 1667 1 R TACTCATCAGTGAACGAACG 1402 1787 386 SetB 16631 SEQ No. 4764 1663 1 TTTTCTTCTTTGAGTAGCTTCC SEQ No. 10803 1663 1 R ATTGCTGTTGTTAGAGTGGG 721 1089 369 SetA 16601 SEQID No 4765 16601 F TCTAAAACTGGACACAACCC SEQ rD No 10804 1660 1 R TAGTTCATCACTTCCTTGGC 955 1280 326 SetA 16562 SEQID No 4766 1656 2 F CTTTGAAATTTGATTTTGCC SEQID No 10805 1656 2 R CATTTTGTGAATTTTCACTCC 3035 3366 332 SetA 16522 SEQID No 4767 1652 2 F AAAATGCTACTTTGGAATCG SEQ No 10806 1652 2 R CAAA1CTBCT 11CT No 10807

  1651 1 TCATAAGCTGACATTGATGG 652 1010 359 Sets 16492 SEQ No. 4769 1649 AGGGACAAAATTCAGAAACC SEQ Na 10808 1649 2 TGTTATCTTGTCCAAGTCCC 6191 6574 384 sets 16401 SEQ No. 4770 1640 1 GAAATCACTGAACATTTCCC SEQ ID NO 10809 1640 lR CATAATCTTGGTCCAGTTCC 1021 1370 350 SetB 16361 SEQ No. 4771 16361 F TTGTTATTGGTATTTTCTGGC SEQ No 10810 1636 1 R GCAAATTTGGATTTATGACG 1463 1817 355 Sets 16341 SEQ No 4772 16341 F AGTTTTAGGTAGAAAGGGGG SEQID No 10811 1634 1 ATGACACCAACTAAAGCACC 1275 1589 315 SetA 16321 SEQ O No 4773 16321 F AAGTATTGAT32 12-16 1631 2 F CCTGATCAAATTACTTCGGA SEQ ID No 10813 1631 2 R CCTTCAACTTCACTTTCTGG 181 494 314 Sets 16291 F CGATTATGGAGATTGATTCG SEQ No 10814 1629 1 TAATCTTGGGAAATTTGTGGGT 128

  50 371 322 SetB 1627 SEQ No 4777 1627 1 AATAATAGTAATGGGATGGGG SEQ No 10816 1627 1 ATTCTTCGTTCTCTTTCTGC 2497 2888 392 SetB 1623 SEQ Na 4778 1623 1 F TATTTTCTGGTCACCAAAGG SEQ No 10817 1623 1 R CACGTAA21 16 2005 1621 lR ACGTAATTGTAATCCATGCC 68 354 287 SetB 16172 SEQ 10 No 4780 1617 2 F AACAAGATGAATTAGCTGCC SEQ No 10819 1617 2.R ATGATGTTATGGTGATTGGG 452 784 333 SetB 18161 1 SEQ No 4781 18161 1 F ATTAGCATATAAT16A16A16A 1A No 4782 18160 1 GAGCAATATTTGATTTTTCTGC SEQID No 10821 18160 R ATCATCATCTTGGTGTATATGG ND ND 335 SetC 1463 SEQ No 4783 1463 1 F AGAAGTTGACGATGAAATGC SEQ No 10822 1463 1 R CTAGCTTCTTGGTATTGTTGA 4761 1AG 1284 1261 1AG 1284 1281 AACATGACATTGTTGTTTCC 5 285 281 Sets 1460 1

  SEQ No 4785 1460 1 F AATAAATAAACCAAAATCGGG SEQ No 10824 14601 R AGCACTGAAAAATCTATGCC 2457 2766 310 Sets 14591 SEQ No 4786 14591 F TTACACCTTTGGCCAATTAC SEQID No.10825 1459 IR CGGGACCAAATCTGTATCTA 1707 145AG 2011QTFGQATBAT 1360 1689 330 SetA 1455 SEQ No 4788 1455 1 GAGTGAAAATCCATTTTTGG SEQ No 10827 1455 1 R TTCAACAACTCTCTTTGTGC 567 920 354 SetA 1454 SEQ No 4789 1454 1 CAAGAAGAAGAACCATTTGC SEQ ID No 10828 1454 1 R AACAAATTCATGACTQAQAQTQA No 10829 1453 2 R TAGTTTCCATATTCTTGGCG 3394 3745 352 StE 1451 SEQ ID No 4791 1451 1 F AAAATGACGAAT7GTGGTCT SEQ No 10830 1451 1 R CTCTCAAGATCAACCGTAGC 1202 1601 400 Sets 14491 SEQ No 4792 1449 1 GAATACGCTATGATAAA 1A 4793 14481 1

  GAAAGAGTGGCATTGTT SEQID No 104832 1448 1 R CCAAGACAACAGTAGAACCC 1315 1687 373 SetA 14452 SEQID No 10833 1445 2.R 338 Sets 14371 SEQ No 4796 1437 1 TCTTAGAGATTGCACTTGGG SEQ No 10835 1437 IR CTGACGATCCTTTCTATTGC 485 860 376 SetA 1435.1 SEQ No 4797 1435 1 F ATCAAAAGGATCAAAACTGC SET No 10836 1435.1 R TATTGGTGATCACAGTAGA 1932 22AG 651 994 344 Sets 1431 1 SEQ No 4799 1431 1 F TTCAATTTTATTCACCCAGG SEQ ID No 10838 1431 1 R ACCTTTAACCCTTTTGATCC 1498 1851 354 SetA 1428 SEQ No 4800 1428.2.F ATATCAAGAAATCACAGCCG SEQ No.10839 1428.2.R ATGTTTAAA 1441A271AWA1 .F

  TGTTAAAGGAGTGGCC SEQ ID No. 10840 1427 1 CAAACAGGTTTGAAAATCG 2024 2349 326 SetA 1425.1 TATCAATGAGACCGGTAAGG SEQID No.10841 1425 1 TTGCTCGATAATTTCATTCC 117 423 307 1BTG 781 380 SetA 14221 SEQID No.4804 1422 F AAGTCATTGGAGTTTTACCG SEQID No 10843 1422 1.R TGTCACCAAACTTCTCTTCC 565 892 328 SetA 1421 1 SEQ No 4805 1421 1 F CTCAAGTTAAGAACAAGGTCG SEQ ID No 10844 1421.1 R TCCTAGACTAA 56 1 F CTATGGATCTTACGCTCTCG SEQ ID No.

   10845 1420 1.R AAAATCGTGTTGTTTTCAGC 1817 2174 358 SetB 1416.1 SEQ No.4807 1416 lF TGCTCGTATGTGATTAAACG SEQ No.10846 1416 1 R CTATAAGTTTCCGCCTTTCC 928 1256 329 SetA 1415 SEQ No 4808 1415ATT FTAGTA 1413 SEQ ID No 4809 1413 1 F CTCCCGAGCTCAATATACC SEQ Na 10848 1413.1 R TAAACAACTGATTACGGCG 9 276 268 SetB 1412 SEQ No 4810 1412 1.F AAAAGACCAAAAAATGACACC SEQ No 10849 1412.1.R CTTTTCTTTGTTTACGGAGC 105B 140A 1T8 1409 1408 IR ATATACAATCACCACCACGC 1286 1642 357 SetA 14041 SEQID No 4812 1404 lF TATAGATTACCCCCATGACG SEQID No 10851 1404 1 ATAGAAATCACACCAAACCG 552 864 313 SetA 1401 SEQ ID No.

   4813 1401 2 F ATGTTTTGATGCATGTTGC SEQ No 10852 1401.2.R ATGAACTCAGTGAGCAAACC 1286 1613 328 SetA 13992 SEQ No 4814 1399 2.F GCATTACAAGGAATGAAACC SEQ No 10853 1399 2.R TAACGTCGACTCTTTCAACC 646 972 33QTBTQ .R AATTCATATTCCGGGTTTTT 2795 3140 346 SetB 83812 SEQ iD No 4816 8381.2 GTATTCGAAGATCAAGACGC SEQ JO No 10855 83812.R ATCAATAATCTCGTGTTGCC 1735 2133 399 SetB 83782 SEQ ID No.

   4817 8378 2 F GACACGAAAATCAAGAGTCC SEQ ID No 10856 8378 2.R CTAGATCTCGAATGATTGGG 751 1081 331 Sets 83741 SEQID No.4818 8374 LF AACCATACTTGTTGTTTGCC SEQID Na 10857 8374.1.R CACATTTAACGTCATGT72GTB 72Q8BT72 8372 1 R GTTCAATTCATTGCTAACCC 229 585 357 Sets 8371 SEQID No 4820 8371.LF ATGGTGTCATCTACGCTACC SEQ No 10859 8371 1 R GATATCTCCAATTACGTGCC 1 391 391 SetB 83701 SEQID No 4H21 8370. \ F TTCAAGTACTCTAGAGCTCTAGAGCTCTCTAGAGTCCAGCTATAGACCTCTAGAGTCCAQCTAGTAGACCQCTAGAGTCCAQCTAGTAGACCQCTAGAGTQAQGTQAQCCTQAQGTQAQQGTQAQAQTQAQQGTQAQQAQTQAQQAQTQAQAQQAQQAQTQAQAQAQQAQAQAQ ... 4822 8369 2 F GATTCGTTTCAAAGGTATGG SEQID No 10861 8369.2.R TCTTTTCCAATACTTGAGGG 1200 1540 341 SetB 51672 SEQID No 4823 5167 2 F TATTACCCATCATTTGCTCC SEQ No.10862 5167 2.R ACAATCCCAACAAATAAACATIA 51ATIA TAG # 5166 187 496 310 SetB 5165 2 SEQ 10 No 4825 5165 2

  F CGTTGAATCGGTATTATTGG SEQ No 10864 5165 2 R ATGTTCACTGTACCTGAGGC 4473 4787 315 SetB 5163 SEQID No 4826 5163 2 F CAACATCAGCTGCTACTGC SEQID No 10865 5163.2 R GGAGATGTCACTTTCTTTGG 1. 472 319 Sets 5160 1 SEQID No 4826 319 Sets 5160 1 SEQID No 4865 SetB 51581 SEQ ID No 4828 5158 lof TTGTTTAGCAATTCAACAGC SEQ ID No 10867 5158 1 R AGCATTTTGAAACATTCACC 148 461 314 SetB 5156.2 SEQ No 4829 5156.2 F GAGATTATGTCACCATTGGC SEQ No 10868 5156.2 R TCCTCAATTCT42 5156 5156.

  F CAAATGCTAGCAAAAGAAGG SEQ 10 No 10869 5154 2 R TAGAACCCCTTTAATCCTCC 523 860 338 SetB 5151.1 F TTAAGCTGATGGGAATGG SEQ No 10870 5151 1.R ATTCCAAATCACTTTATCCG 2 173 172 SETB No ACC 853 1156 304 SetB 51491 SEQID No 4833 51491 F ACATGTAAACTATGGCGACC SEQ No 10872 5149 1 GAATCTTCATCGGTAGAACG 441 788 348 SetB 51451 SEQ No 4834 5145 1 ATTTCCTTATTGGATGACCC SEQ No 10873 5145 1 CATCTTCAAATIG 51A 1 IR GTTCTTATTGTCAGTTCCCG 134 456 323 SetA 136072 SEQID No 4836 13607 2.F GCTGGTATTGGTTATATCGG SEQ ID No 10875 13607 2 R TACCAATGGATACTTCCACC 2917 3241 325 Sets

  <Desc / Clms Page number 138>

 
 EMI138.1
 
 <Tb>
 <tb> 136092 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4837 <SEP> 13609 <SEP> 2 <September>

  TTTCCTTCCAGTTCATTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10876 <SEP> 13609 <SEP> 2 <SEP> R <SEP> ACAGTCGACTCTCTTGTTCC <SEP> 535 <SEP> 851 <SEP> 317 <SEP> SetA
 <Tb>
 
 EMI138.2
 45672 SEQ ID No 4838 45672F TCCCTCAAAGTAATAATGGC SEQ ID No 10877 4567 2 AATAAGCACTTTGTCTTCGC 1697 2035 339 SetB
 EMI138.3
 
 <Tb>
 <tb> 4568 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4839 <SEP> 4568 <SEP> 1 <SEP> F <SEP> ATGAAACAAGTTGCTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10878 <SEP> 4568 <SEP> 1 <SEP> R <SEP> TAGGATTACCATTAGCGTCG <SEP> 838 <SEP> 1141 <SEP> 304 <SEP> SetB
 <Tb>
 
 EMI138.4
 45802 SEQ ID No 4840 45802F CACTTTATATTCTGGGCAGC SEQ ID No 10879 4580 2 R CGAAAATCCAATCTTCTAGC 1254 1610 357 SetA
 EMI138.5
 
 <Tb>
 <tb> 45832 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4841 <SEP> 4583 <SEP> 2 <SEP> F <SEP> TATGCTCTCCCACTCATAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10880 <SEP> 4583 <SEP> 2 <SEP> R <September>

  CTTTTCTTCCTCAGTCATGG <SEP> 1231 <SEP> 1611 <SEP> 381 <SEP> SetA
 <Tb>
 
 EMI138.6
 45882 SEQ ID No 4842 4588 2 F ATTGCTAACCACGATACTCC SEQ ID No 10881 4588 2 R TTGAACCAAACTCTACCACC 1519 1877 359 SetA
 EMI138.7
 
 <Tb>
 <tb> 4591 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4843 <SEP> 4591 <SEP> 1 <SEP> AAGAGGATTATTTGCTCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10882 <SEP> 4591 <SEP> 1 <SEP> GTTTGTCTATATTCACGGGC <SEP> 791 <SEP> 1132 <SEP> 342 <SEP> SetB
 <tb> 45962 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4844 <SEP> 4596 <SEP> 2 <SEP> F <SEP> AAGAATACGAACCATTGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10883 <SEP> 4596 <SEP> 2 <SEP> R <SEP> AAACCAGAAGTCAACAATGC <SEP> 1625 <SEP> 1958 <SEP> 334 <SEP> SetA
 <tb> 39121 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4845 <SEP> 3912 <SEP> 1 <SEP> F <SEP> AGTACCCTCATACCAACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10884 <SEP> 3912 <SEP> 1 <SEP> R <SEP> AAATTGTTTCTCGTTTTTCG <SEP> 483

   <SEP> 842 <SEP> 360 <SEP> SetB
 <Tb>
 
 EMI138.8
 39162 SEQ \ 0 No 4846 3916 2.F ACAAAAAGTCAACCCAAGG SEQ D No 10885 3916 2 R AATAATGCCTCCTCAAACG 1454 1811 358 SetB
 EMI138.9
 
 <Tb>
 <tb> 39182 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4847 <SEP> 3918.2 <SEP> F <SEP> GTCAAGACTTTAGGCAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10886 <SEP> 3918 <SEP> 2 <SEP> R <SEP> ACATGCAAAGTATCGTCACC <SEP> 2113 <SEP> 2435 <SEP> 323 <SEP> SetB
 <tb> 39192 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4848 <SEP> 3919 <SEP> 2 <SEP> F <SEP> CACAAACTGAGAAAGAAATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10887 <SEP> 3919 <SEP> 2 <SEP> AATAATTCTTGCAATTTCCC <SEP> 59 <SEP> 353 <SEP> 295 <SEP> SetB
 <tb> 39201 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4849 <SEP> 39201 <SEP> F <SEP> ACAGAAACAAGACAACAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10888 <SEP> 3920 <SEP> 1 <SEP> AAAACATTAGGAACGGTACG <SEP> 28 <SEP> 389 <SEP> 362 <SEP> SetB
 <Tb>
 
 EMI138.10
 

  3921 SEQ ID No 4850 3921 2 F ATGTCTGACTTGTCAAAGCC SEQ 10 No 10889 3921 2 R CAITGGITA4TTCAGIIAGCG 373 736 364 SetA 3923 SEQ ID No 4851 3923 1 GAAGAAAACGAAGTT7ACGG SEQ ID No 10890 3923 1 R TTTGGT2QAG27A SEQ \ 0 No 10891 3927 2 AGATTTAATGCCTTTTGTCG 1526 1919 394 Sets
 EMI138.11
 
 <Tb>
 <tb> 39281 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4853 <SEP> 3928 <SEP> 1 <SEP> F <SEP> ATAAACTCACGGCAAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10892 <SEP> 3928 <SEP> 1 <SEP> GGTCTAAGAGGAAGTTTGGG <SEP> 74 <SEP> 452 <SEP> 379 <SEP> SetB
 <Tb>
 
 EMI138.12
 39302 SEQ ID No 4854 3930 2 ACTTATGAGTTGGGGTCTCC SEQ ID No 10893 3930 2 CGAAATATTCCTCAAAGACG 577 930 354 SetB 46962 SEQ ID No 4855 4696 2 AAGACATATCCATGTTTCGC SEQ ID No 10894 4696 2 R ATGATTGTACCAAG97 47CC

  10895 4697 2 R AATTGATTTGGAATTCTTGG 3106 3459 354 SetA 47012 SEQ ID No 4857 47012F F CTTTCAACACTCCATTCACC SEQ ID No 10896 4701 2 R TAATTGAGTCCAAATGACCC 1112 1500 389 SetB 47032 SEQ ID No 4858 4703 2 F CAGTGTA No 1058 1 SEQ ID No 4859 4704 1 F CCTGAACGTCCTTGTATTGT SEQ ID No 10898 4704 1 R ATTGTGGATTGACATCCTGT 502 886 385 SetB 47061 SEQ 10 No 4860 4706 1GTBTG SEQ ID No 10900 47081 R ACGTGACAAAAACATTCTCC 772 1105 334 SetS
 EMI138.13
 
 <Tb>
 <tb> 47101 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4862 <SEP> 47101 <SEP> F <SEP> AGAAAAAGATGAACACAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10901 <SEP> 4710.1 <SEP> R <SEP> CTTCTTTTGTTAATGGTGGG <SEP> 735 <SEP> 1051 <SEP> 317 <SEP> SetA
 <tb> 20652 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 4863 <SEP> 2065 <SEP> 2 <SEP> F <SEP> GAGTTACCAAAAAATGTTGATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10902 <SEP> 2065 <SEP> 2 <SEP> AACGTTCTGGAGAAATAGGG <SEP> NO <SEP> ND <SEP> 341 <SEP> SetC
 <tb> 2062 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4864 <SEP> 2062 <SEP> 1 <SEP> CAAACCAAATAGAATCAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10903 <SEP> 2062 <SEP> 1 <SEP> R <SEP> TGACTACAAAATTGTTTCCG <SEP> 1355 <SEP> 1703 <SEP> 349 <SEP> SetA
 <tb> 20591 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4865 <SEP> 2059 <SEP> 1 <SEP> ATCAAACGGGTCTATTGTTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10904 <SEP> 20591 <SEP> R <SEP> TTACTTCTTCCTTTGTTGCC <SEP> 624 <SEP> 931 <SEP> 308 <SEP> SetB
 <tb> 2057 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4866 <SEP> 2057 <SEP> 1 <SEP> F <SEP> CAGAAACGGCAACTACTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10905 <SEP> 2057 <SEP> 1 <SEP> CTGCTCTCACCATTAGAACG <SEP> 992 <SEP> 1358 <SEP> 367 <September>

  SetB
 <tb> 20541 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4867 <SEP> 2054 <SEP> 1 <SEP> GCTTTACCATCTACACCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10906 <SEP> 20541 <SEP> R <SEP> TTATCACCAAAAAATATCACG <SEP> 13 <SEP> 392 <SEP> 380 <SEP> SetA
 <Tb>
 
 EMI138.14
 2053 SEQ ID No 4868 2053 1 ACACCTTATGTCACTGCTACC SEQ ID No 10907 2053 1 ACCACTAATTCAAGAGCAGC 91 458 368 SetA
 EMI138.15
 
 <Tb>
 <tb> 2052 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4869 <SEP> 2052 <SEP> 1 <SEP> F <SEP> ATTGATTTAGGGTTGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10908 <SEP> 2052 <SEP> 1 <SEP> GTGAACAATTTCTTCCAAGG <SEP> 901 <SEP> 1265 <SEP> 365 <SEP> SetA
 <tb> 20501 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4870 <SEP> 2050 <SEP> 1 <SEP> AGTCAAATCTCCAAAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10909 <SEP> 2050 <SEP> 1 <SEP> ATCACCACTACCAAACATCC <SEP> 2212 <SEP> 2589 <SEP> 378 <SEP> SetB
 <tb> 20461 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4871 <September>

  2046 <SEP> 1 <SEP> F <SEP> GATAGTTTGAATGAATGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10910 <SEP> 2046 <SEP> 1 <SEP> AATATCACCTTGAGAATCGG <SEP> 961 <SEP> 1284 <SEP> 324 <SEP> SetA
 <tb> 20451 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4872 <SEP> 20451 <SEP> F <SEP> GAAGACGATGGTGATACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10911 <SEP> 20451 <SEP> R <SEP> CTTTTGGATTGTTCAGTTGC <SEP> 58 <SEP> 407 <SEP> 350 <SEP> SetB
 <tb> 20431 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4873 <SEP> 2043 <SEP> 1.F <SEP> CAATCTCAGAAAGAAGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10912 <SEP> 2043 <SEP> 1 <SEP> TCAATGTAAATGGTTCAGGC <SEP> 2449 <SEP> 2830 <SEP> 382 <SEP> SetA
 <tb> 2041 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4874 <SEP> 2041 <SEP> 2 <SEP> F <SEP> TTTAACCAACAATCCAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10913 <SEP> 2041 <SEP> 2 <SEP> R <SEP> GGCAATTTGTAAATGATTCC <SEP> 229 <SEP> 540 <SEP> 312 <SEP> SetA
 <tb> 2039 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 4875 <SEP> 20391 <SEP> F <SEP> CTCTTCAACAATGGGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10914 <SEP> 2039 <SEP> 1 <SEP> R <SEP> TATTGCTTCTTTATTTCGGG <SEP> 1397 <SEP> 1791 <SEP> 395 <SEP> SetA
 <tb> 20371 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4876 <SEP> 20371 <SEP> F <SEP> TGAACATCTTGTATGTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10915 <SEP> 2037 <SEP> 1 <SEP> R <SEP> TTTCTACAAAGTTCCCATCC <SEP> 1232 <SEP> 1576 <SEP> 345 <SEP> SetA
 <Tb>
 
 EMI138.16
 20361 SEQ 10 No 4877 2036 1 F CTTTAGAACTGGAA4CTGGG SEQ ID No 10916 2036 R CAATTTCTCCATACTGGTCC 854 1170 317 SetB 20342 SEQ 10 No 4878 2034 2 F AGATTCTGATAAGAACTGGGG SEQ ID No 10917 2034 2 TTCTGGTTTCTTTTCTC 328
 EMI138.17
 
 <Tb>
 <tb> 2033 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4879 <SEP> 2033 <SEP> 1 <SEP> F <SEP> ATCCTGGCATTTATTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10918 <SEP> 2033 <SEP> 1 <SEP> R <September>

  CCCTCTAATTCACTCATTCG <SEP> 23 <SEP> 332 <SEP> 310 <SEP> SetB
 <tb> 2032 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4880 <SEP> 2032 <SEP> 1 <SEP> F <SEP> GTGTACCGTTATTACCTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10919 <SEP> 20321 <SEP> R <SEP> TATGAAGACCAATTTGACCC <SEP> 1742 <SEP> 2077 <SEP> 336 <SEP> SetB
 <tb> 2029 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4881 <SEP> 2029 <SEP> 1.F <SEP> TGCTAATATTGCATTGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10920 <SEP> 2029 <SEP> 1 <SEP> TCTCGTGTAGTTTCTCACCC <SEP> 1866 <SEP> 2191 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI138.18
 20271 SEQ ID No 4882 2027 1.F AGTTGTCTCAAATGTCTCGG SEQ 10 No 10921 2027 R AAGTTGGCAGAAATCATACC 174 485 312 SetA
 EMI138.19
 
 <Tb>
 <tb> 2026 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4883 <SEP> 2026 <SEP> 1 <SEP> AATGTGTCGTATCCTATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10922 <SEP> 20261 <SEP> R <SEP> ATTTGCAAAGTTTTGAATCG <SEP> 4 <SEP> 303 <SEP> 300 <September>

  sets
 <tb> 2024 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4884 <SEP> 2024 <SEP> 1 <SEP> CCTATGTTGAGAAAGATGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10923 <SEP> 2024 <SEP> 1 <SEP> ACTCGAAGAACGTTGATAGC <SEP> 92 <SEP> 420 <SEP> 329 <SEP> SetB
 <tb> 20232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4885 <SEP> 2023 <SEP> 2 <SEP> F <SEP> TGTGAATAATTTCGATGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10924 <SEP> 2023 <SEP> 2 <SEP> TGATATAATCACCAGAGGGG <SEP> 684 <SEP> 1045 <SEP> 362 <SEP> SetA
 <tb> 2022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4886 <SEP> 2022 <SEP> 1 <SEP> CATGCATTTGAAAAGAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10925 <SEP> 2022 <SEP> 1 <SEP> TTCAACAGTGTCCACTAACG <SEP> 613 <SEP> 966 <SEP> 354 <SEP> SetA
 <Tb>
 
 EMI138.20
 2021 1 SEQ ID No 4887 2021 1 F ATGAAGAGTCAGAACCTCCC SEQ 10 No 10926 2021 1 R CCATTTATTTTCAAGTTGGC 1573 1901 329 SetB
 EMI138.21
 
 <Tb>
 <tb> 20192 <SEP> SEQ <SEP> ID <SEP> No <September>

  4888 <SEP> 2019 <SEP> 2 <SEP> TTTCGATCCATTTTCTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10927 <SEP> 2019 <SEP> 2 <SEP> R <SEP> TCGGAATTATATTCCACACC <SEP> 2547 <SEP> 2855 <SEP> 309 <SEP> SetB
 <tb> 2018 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4889 <SEP> 2018 <SEP> 2 <SEP> TTTAGAAAGTAGATTGGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10928 <SEP> 2018 <SEP> 2 <SEP> TTCCTGATAATGCAAGAACC <SEP> 1110 <SEP> 1429 <SEP> 320 <SEP> SetB
 <tb> 181491 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4890 <SEP> 181491 <SEP> F <SEP> ATCCACGTTGAAATAATGCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10929 <SEP> 181491 <SEP> R <SEP> ACCAAATCCAATAACTCACG,

    <SEP> 21 <SEP> 193 <SEP> 173 <SEP> SetC
 <Tb>
 
 EMI138.22
 125842 SEQ ID No 4891 12584 2 F ACTACCCCTAATCTTGCTCC SEQ! O No 10930 12584 2 R ATTAGCAACAATAGCATCCC 2605 2964 360 Sets 125792 SEQ ID No 4892 12579 2 F ATTAGAGGAGGTCATTCTCG SEQ '0 No 10931 12579 2 R CGCCACTTAATAAAAQA93 2 F ATGACGGTTGATGAAATACC SEQ ID No 10932 12577 2 R ATATTTTCAATTGGTGCTGG 1321 1670 350 SetA 139462 SEQ ID No 4894 13946.2 F ACAAAACATACATCCAACCC SEQ ID No 10933 13946 2 R A7ACAACCACTTCAGCAACC 194 541 348 SetA No ATC 13945 R TCATCTGGTCCATTTTATCG 48 253 206 Sets 139442 SEQ ID No 4896 13944 2 F ACT-r-fGAATGTT7GTTTCCC SEQ ID No 10935 13944 2 R GGGATAACTTCTTGAACACG 142 521 380 SetA 13943 SEQ ID No 4897 13943 2 F ACAAAATATGQATTTT 139CC 560 339 SetA

  
 EMI138.23
 
 <Tb>
 <tb> 13941 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4898 <SEP> 13941 <SEP> 2 <SEP> F <SEP> GTATACCCGTTAAAGGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10937 <SEP> 13941 <SEP> 2 <SEP> TGTTGAATATCACCACCAGC <SEP> 1607 <SEP> 1928 <SEP> 322 <SEP> SetA
 <Tb>
 
 EMI138.24
 111201 SEQ ID No. 4899 111201 F CGAATATGATTTCCAATATCC SEQ ID No 10938 ii120 R TTCATCTTGAGTATGGTCGG 1362 1665 304 Sets
 EMI138.25
 
 <Tb>
 <tb> 11118.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4900 <SEP> 111181 <SEP> F <SEP> TGTTGAAAAGAAAGACGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10939 <SEP> 11118 <SEP> 1 <SEP> R <SEP> TGGACTAGGAGAAGGACTAGC <SEP> 2961 <SEP> 3300 <SEP> 340 <SEP> SetB
 <tb> 7561 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4901 <SEP> 7561 <SEP> 2 <SEP> GCACAGATGATGAATTTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10940 <SEP> 7561 <SEP> 2 <SEP> R <SEP> AAATTCCAGAATATCATTCCC <SEP> 3010 <SEP> 3387 <SEP> 378 <SEP> Sets
 <Tb>
 

  
 EMI138.26
 7559 SEQ t0 No 4902 7559 2 F TTTCGATTTTGGTTAAGTCC SEQ ID No 10941 7559 2 R AACTAGTGAA4AATCCAACACC 589 934 346 SetB 75581 SEQ ID No 4903 75581 F TTTGGCAGATAATCGTCA7T SEQ 10 No 10942 7558.1 RCCAT
 EMI138.27
 
 <Tb>
 <tb> 7557 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4904 <SEP> 7557 <SEP> 1 <SEP> F <SEP> GCATGAGCAATTATTGGATG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10943 <SEP> 7557.1 <SEP> R <SEP> AATTTCGGTGACATCTTGAG <SEP> ND <SEP> ND <SEP> 259 <SEP> SetC
 <tb> 7556 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4905 <SEP> 7556 <SEP> 1 <SEP> F <SEP> ACCATGGCATTACTGTTTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10944 <SEP> 7556 <SEP> 1 <SEP> R <SEP> CACTTCATCTTCATTCCAAAC <SEP> 3340 <SEP> 3732 <SEP> 393 <SEP> SetB
 <tb> 7549 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4906 <SEP> 7549.1 <SEP> F <SEP> TTGTTACTGACCCAAGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10945 <SEP> 75491 <SEP> R <SEP> ATCTTCAGTTTCACCAGTCC <SEP> 275 <SEP> 633 <SEP> 359 <SEP> SetA
 <tb> 75472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4907 <SEP> 7547 <SEP> 2 <SEP> F <SEP> GGTCAAGTGAAGATGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10946 <SEP> 7547 <SEP> 2 <SEP> TATTAGCACCAAAAAAACCACC <SEP> 1259 <SEP> 1600 <SEP> 342 <September>

  sets
 <Tb>
 
 EMI138.28
 3009.2 SEQ ID No 4908 3009.2 F TTATTACCTACGGTATTRGCG SEQ \ 0 No 10947 3009 2 R TCCATAAGATTGAATCACGG 1528 1831 304 SetB 3003 1 SEQ ID No 4909 3003 1 CCAATGATTCCAATGGTAGT SEQ ID No 10948 3003.1 SEQ ID No 10949 3001 lR TTCCAGCATCTTTTAATCGT 1360 1750 391 SetB
 EMI138.29
 
 <Tb>
 <tb> 29992 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4911 <SEP> 2999 <SEP> 2.F <SEP> TATCCAATATCATCACGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10950 <SEP> 2999 <SEP> 2.R <SEP> CAATGACTTCATCAACAATAGG <SEP> 1273 <SEP> 1606 <SEP> 334 <SEP> Sets
 <tb> 29981 <SEP> SEQ <SEP> D <SEP> No <SEP> 4912 <SEP> 2998.1.F <SEP> ATAACAATGGTGGTAATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10951 <SEP> 2998 <SEP> 1 <SEP> TTTCTTTTCATCACAATCACC <SEP> 779 <SEP> 1143 <SEP> 365 <SEP> Sets
 <tb> 2997.1 <SEP> SEQ <SEP> ID <SEP> No <September>

  4913 <SEP> 2997.1 <SEP> F <SEP> GGAGGATCTAGAAGAAGATCAAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10952 <SEP> 2997 <SEP> 1 <SEP> R <SEP> GGTCCTTACACCTCCTTCA <SEP> 745 <SEP> 1056 <SEP> 312 <SEP> SetC
 <tb> 29881 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4914 <SEP> 2988 <SEP> F <SEP> ATTGTTCCCAGCTATCAAAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 10953 <SEP> 29881.R <SEP> TTTCAAATGAATTAATGGGG <SEP> 1818 <SEP> 2142 <SEP> 325 <SEP> Sets
 <Tb>
 
 EMI138.30
 200231 SEQ ID No 4915 20023 1.F TCAATCAATTGAAAGCAATG SEQ ID No 10954 20023 1 R GATAATGGAGTTGGTGCTTC ND ND 207 SetC 2982.1 SEQ 10 No. 4916 2982 F CAATTCTGAAGATGACAACG SEQ ID No. 10955 2982 1 GCCGGTAATATAATTCTQG 2917 2030 2917 2030 2017 No. F ATAATCATCATAACGGTGGG SEQ ID No. 10956 29801.R AATTCTATGCATTTTTCACG 2180 2552 373 SetA
 EMI138.31
 
 <Tb>
 <tb> 45322 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4918 <SEP> 4532.2.F <SEP> AGGAACTAGAAACCATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10957 <SEP> 4532.2.R <SEP> GATACATTTTGAAATTCGGC <SEP> 825 <SEP> 1166 <SEP> 342 <SEP> Sets
 <Tb>
 
 EMI138.32
 4531.1 SEQ 10 No 4919 4531 l.F TCTTTATATGAATTTTTCGGC SEQ ID No 10958 4531.1 R ATTGTTCTTGTCGTAATGCC 64 289 226 Sets
 EMI138.33
 
 <Tb>
 <tb> 4530 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4920 <SEP> 4530.1.F <SEP> GCTGGACCAAATACTAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10959 <SEP> 4530.1 <SEP> R <SEP> AGTGATTTGATCACGTCTGG <SEP> 418 <SEP> 777 <SEP> 360 <SEP> SetB
 <tb> 4529 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4921 <SEP> 4529.1.F <SEP> ACAACCGGTTCATATATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10960 <SEP> 4529.1 <SEP> R <SEP> ATATATGACGACCCTGAACC <SEP> 118 <SEP> 467 <SEP> 350 <SEP> Sets
 <tb> 4526.1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4922 <SEP> 45261.F <SEP> TTTACCATTGGACGAAAGAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10961 <SEP> 45261.R <SEP> ATACTATCTAAAACCCCGGC <SEP> 1062 <SEP> 1364 <SEP> 303 <SEP> sets
 <tb> 45232 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4923 <SEP> 4523 <SEP> 2 <SEP> CAAGGTAGACCGTTAGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10962 <SEP> 4523 <SEP> 2.R <SEP> TTGGTCCAGAGTTTATGACC <SEP> 1216 <SEP> 1613 <SEP> 398 <SEP> SetB
 <tb> 4517 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4924 <SEP> 4517 <SEP> 1 <SEP> GAAGTGGGTGCTATGAATGT <SEP> SEQ <SEP> ID <SEP> No <SEP> 10963 <SEP> 4517.1 <SEP> R <SEP> ACTACCAGCAGAAACTGGAA <SEP> 706 <SEP> 1017 <SEP> 312 <SEP> Sets
 <Tb>
 
 EMI138.34
 4516.1 SEQ 10 No. 4925 4516 F GGATTAATGTTGATTGGGTG SEQ 10 No 10964 4516 1.R ATGTTTTGCTGACAGCTTTT 526 838 313 SetS 4514.1 SEQ ID No 4926 4514 l.F GAAATATGTGCCAATCATCC SEQ 10 No.

   10965 45141 TATGCACACCACGTATACCC 1543 1853 311 Sets 4513.1 SEQ iD No 4927 4513.1 GAACATCCCGAACAATTAAA SEQ ID No. 10966 4513 1 AACCAAAGTGAAAGATCTGG 493 806 314 SetB 4511.1 SEQ ID No 4928 4511 1 CCACCAATTAACATCCGTCC 11CC . 4929 4510 1 F TGGAGCTCTACTTATGGTGC - SEQ ID No 10968 4510.1.R TT1GACACTACCCAATTCC 736 1072 337 SetA
 EMI138.35
 
 <Tb>
 <tb> 45061 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4930 <SEP> 4506 <SEP> 1 <SEP> F <SEP> TATGGACATCCTAATCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10969 <SEP> 4506.1 <SEP> R <SEP> TGTTGATATTGATCTGGTCG <SEP> 1045 <SEP> 1424 <SEP> 380 <SEP> SetA
 <Tb>
 
 EMI138.36
 4504.1 SEQ ID No 4931 4504 F GTGGTGAAACTTCTTTACGC SEQ ID No 10970 4504 1.R TTAAATTTCCCAGAATTTGC 770 1118 349 S.tA
 EMI138.37
 
 <Tb>
 <tb> 200241 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4932 <SEP> 200241 <SEP> 1 <September>

  TAATGCACTGGAACCTAAGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10971 <SEP> 20024.1.R <SEP> ATATTTTGAAACCCGTCACC <SEP> 2795 <SEP> 3127 <SEP> 333 <SEP> SetC
 <Tb>
 
 EMI138.38
 37142 SEQ 10 No 4933 3714 2.F CCAGGTCAGTTTGTAAGAGG SEQ 10 No 10972 3714 2 R CTGAACCTATGCTCTTCAGC 631 992 362 SetB
 EMI138.39
 
 <Tb>
 <tb> 37122 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4934 <SEP> 3712. <SEP> 2.F <SEP> GCTTTGATCAGAGATTACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10973 <SEP> 3712. <SEP> 2 <SEP> R <SEP> AATGACAAGCTCTATCTGGG <SEP> 241 <SEP> 583 <SEP> 343 <SEP> SetB
 <Tb>
 
 EMI138.40
 3709.1 SEQ 10 No 4935 3709 1.F AAATCTAACAGATTGGGTGC SEQ ID No 10974 3709.1.R GTCTCGTTTAATGAAGCTGG 1207 1577 371 SetA
 EMI138.41
 
 <Tb>
 <tb> 3708.2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4936 <SEP> 3708 <SEP> 2 <SEP> TTAAGCCCAAAAAGAGAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10975 <SEP> 3708 <SEP> 2.R <SEP> TGTCCAAGACTTAACTTGCC <SEP>, <SEP> 28 <SEP> 341 <SEP> 314 <SEP> Sets
 <Tb>
 
 EMI138.42
 3707.2 SEQ ID No. 4937 3707.2 F ACAAATGAAAAATTGGATGC SEQ 10 No 10976 3707 2.R AATCGTTCATAAACCAATCC 712 1054 343 SetA 3704 2 SEQ 10 No 4938 3704 2 F AGGAGAGATCATTTTAGCCC SEQ ID No. 10977 3704 2.R TTCTATAATCCTCC01CC 14CC No 4939 3701 1 F AATTCGACTTTGAATCAAGC SEQ ID No 10978 3701.1 R TCACTTCAAACAGCTCACC 649 964 316 SetA
 EMI138.43
 
 <Tb>
 <tb> 3698 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4940 <SEP> 3698.1.F <SEP> TATGTGATCAATTCTGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10979 <SEP> 3698. <SEP> 1 <SEP> R <SEP> ATTGAAAGTGTCAACCAACC <SEP> 343 <SEP> 708 <SEP> 366 <SEP> Sets
 <Tb>
 
 EMI138.44
 3695 1 SEQ 10 No.

   4941 3695 1 F TAACGAGCAGAAATAGAGCC SEQ 10 No. 10980 3695 1.R TATTGTCATCGTCAACTTGC 1490 1834 345 SetA
 EMI138.45
 
 <Tb>
 <tb> 3692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4942 <SEP> 3692.2 <SEP> F <SEP> ATGCAATTCAAAAAGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10981 <SEP> 3692. <SEP> 2 <SEP> R <SEP> CAAAGCTATTGGTTTGCC <SEP> 1076 <SEP> 1338 <SEP> 263 <SEP> SetA
 <tb> 3691. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 4943 <SEP> 3691.2 <SEP> F <SEP> CAATGTCTTAATCACTGGGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10982 <SEP> 3691.2.R <SEP> CTGCAACTAAATCTTCACCC <SEP> 813 <SEP> 1123 <SEP> 311 <SEP> Sets
 <tb> 3690 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4944 <SEP> 3690 <SEP> 2.F <SEP> AGCAGAAAAGAATGATTTCG <SEP> SEQ <SEP> ION. <SEP> 10983 <SEP> 3690.2 <SEP> R <SEP> TTAATCTTCTCGTCGACACC <SEP> 1074 <SEP> 1430 <SEP> 357 <SEP> SetB
 <Tb>
 
 EMI138.46
 8495.2 SEQ ID No. 4945 8495.2 F CATCCATTTGTTCAAGATCC SEQ 10 No.

   10984 8495 2.R CCCAAmCAACTTTATTGG 1041 1440 400 SetS
 EMI138.47
 
 <Tb>
 <tb> 84942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4946 <SEP> 8494.2 <SEP> F <SEP> CAGAACCAATTGCTCTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10985 <SEP> 8494 <SEP> 2 <SEP> AATCTTACAATTGCAGTGGC <SEP> 286 <SEP> 602 <SEP> 317 <SEP> Sets
 <tb> 8493 <SEP> SEQ <SEP>] ON. <SEP> 4947 <SEP> 8493 <SEP> 1 <SEP> ATGAAACCACAAAAGATTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10986 <SEP> 8493. <SEP> 1 <SEP> R <SEP> TCTATCGGCTAAATAGGTGG <SEP> 1291 <SEP> 1653 <SEP> 363 <SEP> Sets
 <tb> 84892 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4948 <SEP> 84892.F <SEP> TCTGGTAATAGTAATGGCGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 10987 <SEP> 8489 <SEP> 2 <SEP> ACCACAAGTGCTTTCTTAGC <SEP> 3769 <SEP> 4150 <SEP> 382 <SEP> SetA
 <tb> 3584 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 4949 <SEP> 3584 <SEP> 2.F <SEP> AGGTAGAGGTCAACCATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10988 <SEP> 3584 <SEP> 2.R <SEP> CATACCAGTGATTTTACCAGC <SEP> 1431 <SEP> 1749 <SEP> 319 <SEP> SetA
 <tb> 3588. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4950 <SEP> 3588 <SEP> 2 <SEP> F <SEP> CAAGAAAAGCATCCTACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10989 <SEP> 3588 <SEP> 2 <SEP> AAGACACACTATTGGCAAGG <SEP> 2212 <SEP> 2563 <SEP> 352 <SEP> Sets
 <tb> 3589.

    <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4951 <SEP> 3589.2.F <SEP> TTTATTGAGTCCTGCTTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 10990 <SEP> 3589 <SEP> 2 <SEP> AAAATTCACCATTCAGTTGG <SEP> 843 <SEP> 1222 <SEP> 380 <SEP> SetA
 <Tb>
 
 EMI138.48
 3592 SEQ 1D No 4952 3592 2 F GAATGAATCAGGAGATCTGG SEQ ID No 10991 3592 2 R ACACTGACGCTTTCACTACC 1392 1772 381 Sets 3593 SEQ ID No 4953 3593 2 F GAGGGTGTCAACAATAATGG SEQ ID No 10992 3593.2.R ACACTCCTAATT 73CC.
 EMI138.49
 
 <Tb>
 <tb> 3594.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 4954 <SEP> 3594.2 <SEP> F <SEP> CTTACGACAATTTCGACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 10993 <SEP> 3594 <SEP> 2.R <SEP> CTTTCCACACTCACAAGACC <SEP> 562 <SEP> 878 <SEP> 317 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 139>

 
 EMI139.1
 3597 SEQ ID No 4955 3597 2 ATGTATGAGTACCGACAGGG SEQ io No 10994 3597 2 CAAATAGATGCCTTCAATCC 906 1289 384 SetB 35982 SEQ ID

  No 4956 3598 2 F TAGGAGCGCTAGTAAATTGG SEQ ID No 10995 3598 2 CTGAGCTTCACTCATAAGCC 3096 3450 355 SetS 36032 SEQ ID No 4957 3603 2 AAATACAGAATCAGTTGCCG SEQ ID No 10996 3603 2 GTTGTGTACATTCTGTTGA IDA484 36011 2.R TCGAGTTCTTCCACAATAGC 1022 1397 376 SetB 36102 SEQ 10 No 4959 3610 2 CACATCACCAGAATAAGATCC SEQ ID No 10998 3610 2 TTCAAATTGATATCAGCACC 2299 2600 302 SetS 153012 SEQ ID No 4960 15301.2 F CTAGGCTCAACTQATTATAA4ACCTATACCA 4961 15299 2 F TATTATAGAGGGGCACATGG SEQ ID No 11000 15299 2 R CAAATTCACATTAGATTTGCC 229 579 351 SetB 15297 SEQ ID No 4962 15297 1 TGACAAAACATTGAACTTGG SEQ ID No 11001 15297 1 CATCGAAATAGAAAGTTGGB 120 422 307 928 ATTCTTTGGTCAAACTCTGC 930 1289 360

  Sets 92682 SEQ ID No 4964 9268 2 TTTAGATCGATTAATGCACG SEQ ID No 11003 9268 2 R TCATTGAAATCACTGAACCC 1266 1586 321 SetS 92732 SEQ ID No 4965 9273 2 CGATTATCCAAATTCAATCC SEQ ID No 11004 9273 2 R TGTAGTTTATCFAGGBQ 722 726 GACTAATGTGCCTCGTAAGG SEQ 10 No 11005 9274 2 R TCAGATATCTTGGATGGAGG 579 905 327 SetA 92781 SEQ ID No 4967 9278 1 F CCAAGAAT7GGAATACAACC SEQ ID No 11006 9278 1 R GAATGCTCAAAATAAATCCG 457 763 1 077 923 927 927 927 927 927 927 923 927 CAATTTTCCCTGTAATGAGC 145 472 328 StB 92802 SEQ ID No 4969 9280 2 F ACCGAATTGTCTAGCTGGTA SEQ ID No 11008 9280 2 CTTTTTGCCAACAACAAAAC 95 323 229 SetC 20025 SEQ ID No 4970 200251 F ATGCTTCGGAAGATGGGG SEQ ID 1CC 9758 1 F AAATGGATCCTGAATACACC SEQ ID No 11010 9758 1 R

  AAATTCAACGTTTGTTGACC 221 581 361 sets 97571 SEQ 10 No 4972 9757 1 F GCA7TAAC7GGTAAACAGGG SEQ ID No 11011 97571 R GTATGTAGCCTTCCTGTTCC 124 433 310 Seta 97552 SEQ 10 No 4973 9755 2 F ATACAGTTGGGTGTTGAAGG SEQ ID NO 11012 9755 2 AAGCTTCCTTGATATCCTCC 676 1019 344 Sets 97512 SEQ ID NO 4974 9751 2 ATGTTTGACTGGTTCTCTGG SEQ ID No 11013 9751 2 R CTTTCTAACCAACGATGAGG 2845 3219 375 Sets 1394 1 SEQ ID No 4975 1394 1 AACGTGAGTATTTTGATGCC SEQ ID No 11014 1394 1 R AGCTAGAAGCAAGCTCGTTA 23 492 363 AR 2 R AATTTGCTGGGTCTTGTN1A 1448 1801 354 SetS 13872 SEQ ID No 4977 1387 2 F AAATGACGATGAATCTGAGC SEQ ID No 11016 1387 2 AGATACTCTGGATTTGGACG 1761 2069 309 SetA 13861 SEQ ID No 4978 1386 1 F TCAAGCTAGCTAGAA 13A ID No 4979 1384.1 F GGTTGAGTACTGGGTTGTTG SEQ ID No

  11018 1384 1 R GTTGGCGTGGTTTATGTATT 446 819 374 SetS 13822 SEQ ID No 4980 1382 2 F CCGCAAAATAAAAATTAAGG SEQ ID No 11019 1382 2 GAAAACAGCTGTAAGTTCGG 1632 2013 382 Sets 13802 SEQ ID 7281 1380 2 GCAAATCTGTGT 2Q ID No 4982 1378 2 F TTTTGAAATCACCAAAGAGG SEQ ID No 11021 1378 2 TTTGCTTCCTCTTCATTACC 6921 7229 309 Ste 1372 2 SEQ ID No 4983 1372 2 F ATCCAACACGACATACTTGG SEQ ID No 11022 1372 2 R GCTCTCACAAATAGCAAAGAAGTAG 1334 2084 2048 No 11023 1370 2 TATCAACAAATGTGGTGGC 1321 1626 306 Sets 13682 SEQ ID No.

   4985 1368 2 TCGATCAATTAGAAGAAGCC SEQ ID No 11024 1368 2 ATATGCCTCCTCAAACTTCC 1346 1647 302 SetS 13671 SEQ ID No 4986 1367 1.F CATCGACTTTACCTTTACCG SEQ ID No 11025 1367 R CCATTTCATTATCTTCCACG 515 880 366 SetS 13641 342 339 Sets 1363 SEQ ID No 4988 1363 1 F ATTGGTGGACATGTTAGAGC SEQ 10 No 11027 1363.1 R AGGTCTTTTTCATCAAACCC 588 950 363 SetS 1361 SEQ ID No 4989 1361 1 F GTTGGTGAATCAGAAAGAGC SEQ ID No 11028 1361 1.G AAT20 AGTG 20G 1358 F ACACACTACGTAAATTGGGG SEQ ID No 11029 1358 1 TGTCCAATAGTTTTTCGTCC 401 733 333 SetB 13541 SEQ ID No 4991 1354 1 F AGAACCCAAGAAGAAGAACC SEQ 10 No 11030 1354 1 R GCACAAAACACAATATCACG 3346 37Q 37CT 1TB AAACACACAGTCCCACTAGG 102 461 360 Set8 13471 SEQ ID

  No 4993 1347 1 F CTTTGAGAAGAACCCAACAG SEQ ID No 11032 1347 1 R ATCAAGGTGTGCAATGGTAT 512 869 358 SetB 1345 1 SEQ D No 4994 13451FCATTGTTAATTCCATTGAAGC SEQ ID No 11033 13451 R TCGCTATTCTCAGAAACACC 2130 2480 351 351 351 341 351 351 351 351 351 351 R CATACTGTCCATCACCAACC 785 1097 313 SetA 200261 SEQ ID No 4996 20026 1.F TTTGATTGGGATAAACTTGG SEQ ID No 11035 20026 R GATTGGTCTCATCGGTAGC 790 1099 310 Sets 1334 SEQ ID No 4997 1334 1 F CAACAA7AA7CCAAACAACGTACQCCQCCQQACCQQQAQQAQAQAQGQQQQQQQQQQQQAQAQAQAQAQAQAQAQAQAQAQQAQQAQAQAQAQAQAQAQAQQAQAQQAQAQAQAQAQAQAQAQAQAQAQAQAAQAQAQAQAQAAQAQAQAQAQAQAQAAQAQAQAAQAQAQAAQAQAAQAQAQAQAAQAQAAQAAQAAQAAQAAQAAQAQAQAQA13 No 4998 1331 1.F ATTTCTTGACTGGACTTTGG SEQ ID No 11037 1331 1 GTGACAAAACTAGCCAAACC 926 1304 379 SetS 1325 SEQ iD No 4999 1325 1 FATTGGAACAAGAAAATTTGG SEQ ID No 11038 1325 1 R ATTGTTGACTGATTTCGTCC 75 45Q ID 233 233 ID 2 TCATCATGTTGACTAGTGCC 1534 1850 317 SetA 1321

  SEQ ID No 5001 1321 1 GCATAGAAATTGAGAATGCC SEQ 10 No 11040 1321 1 TAATTCTGTTCGCAGTTTCC 1502 1819 318 Sets 13201 SEQ ID No 5002 1320 1 AAGATTGGCAATTATTTTCG SEQ ID No 11041 13201 R GAGTCGACAAGTGAAATTGG 2075 24TT SEGA 3217 3643A 1317 2 R CGTCTTCTTTTGTTTTGAGC 1278 1577 300 StB 13102 SEQ 10 No 5004 1310 2 F GATGAACCAAAAAAGGTAAGC SEQ ID No 11043 1310 2 R TTGTTTTGTGGCATAGTACG 895 1236 342 SetA 1308 SEQ ID No 5005 1308 F AAATACTCC1CCTCCTCCAQAQAQA ID No 5006 1306 1 AAGCTACTTGTGTTTTTCGG SEQ ID No 11045 1306 1 GACGCTATTCGTATCTGTGG 307 654 348 StB 13042 SEQ ID No 5007 1304 2 AGTTATCAGGAACCAAGAAGG SEQ ID No 11046 1304 2 TATCCTCGTGAAACCA111 511 2 ACTTATTATTAGTCAACGCCG 3 309 307 Sets 5113 2

  SEQ ID No 5009 5113 2 ATTTGTTTGAGCAATTAGCG SEQ ID No 11048 5113 2 GTCGCAAACTCTTATTCAGC 695 1069 375 SetB 51152 SEQ ID No 5010 51152F AACTCTGCTCAAAGAATTGC SEQ ID No 11049 5115 2 ACCAAGTCATCG11AG IDA1111 ACGCATCTATGAAACTAGCC 179 568 390 SetA 5119 SEQ ID NO 5012 51191 F ACAACCAATGGCTTAGTAGG SEQ ID No 11051 5119.1 R CACTGCCAATAGCATATTCC 472 823 352 SetB 51211 SEQ ID NO 5013 5121 1 F AGAAAGATTGGAAGGATTGC SEQ ID NO 11052 5121 1 AATTGTGGTTGAGTTGTTCC 693 1005 313 SetA 51241 SEQ ID NO 5014 5124 1 F AAACATCACAAACTCCACG SEQ ID No 11053 5124 lR GCAAATAGTAAAR-ACCAGGG 3573 3967 395 SetA 51282 SEQ ID No 5015 5128 2 F ATTGAGTAACGGAAACATCG SEQ ID No 11054 5128 2 R TTTGCATTAACTGGTTTTGG ND ND 338 IDGTG1691

   11055 5129.1 R AGCTGTTTGTTTACCTTTGC 457 791 335 SetA 5131 SEQ JO No 5017 5131 1.F ATTGCCTAGATTCAACATCG SEQ ID No 11056 5131 1 ATAACCAACATCTTGAAGGG 488 827 340 SetA 51372 SEQ ID Na 5018 5137 2 AAGGAATATAT 51 51 2 AAGGAATATAT37 51392 SEQ ID No 5019 5139 2 F TGTTTCATGATATTTGCAGG SEQ ID No 11058 5139 2 R ATTACACGACCACATCGC 26 294 269 Sets 10322 SEQ ID No 5020 1032.2 F GATGAAGATGCTTTGGTAGC SEQ ID No 11059 1032 2 ACTTACAATTCCGTCATGB 1G13 1 SEQ ID No 11060 1031 1.R CTAATAACAAAATCGCCACC 1273 1627 355 SetB 10271 SEQ ID No 5022 1027 1 F AT7TGCGTTTTTATGACACC SEQ ID No 11061 10271 R TCCTCA4TTCATCCATATCC '2924 3247 324 SetA 10241 SEQ ID No 5023 1024ACC C

   11062 10241.R TCTCAACAAAAACTTCAAGC 14 241 228 set8 10232 SEQ ID No 5024 1023.2.F AACTTAGTTCCATACCTCGC SEQ ID No 11063 1023 2 R TCTACTTCAACTCCACAACG 293 641 349 SetA 1022.1 SEQ D No. 5025 10221 F TGTTTTAGAGAGATAT22 10201 SEQ JO No 5026 1020 1 F TTCCAAGAATTTCAAGATGG SEQ ID No 11065 1020 1 R TGTTTGATCCCAGGTATAGG 64 419 356 SetB 1019.1 SEQ ID No 5027 10191 F GTTTTTAAAATACGGATGGG SEQ io No 11066 1019 1 R GTTTTG1GAQ 10AG 1GTGTGAQA 10A ID No 11067 1018 1 GCTTCCTCACTTCTTGATCC 367 691 325 SetC 10171 SEQ ID No 5029 1017 1.F AGTGGTCCTATTGATGTTGC SEQ io No. 11068 1017 1 R GAATSATCTTAATATGGCGG 493 873 381 SetA 10161 SEQ ID No 5030 1016ATT FATTT7.1G16AQA. 1327 309 SetA 10151 SEQ ID No.

   5031 1015 1.F ATTGGACGAAACTATCAAGG SEQ ID No 11070 1015 1 GAACTAGCTTCCCATCAACC 1515 1816 302 SetA 10131 SEQ 10 No 5032 10131 F CTAAGGTTTTGGmTCACG SEQ ID No. 11071 1013 1 R ATCTGCCACCTGTTCTACC 593 978 386 IDATT1111 11072 1011.1 R TTCTCTTTGACCAGAAAACC 1019 1380 362 SetA 10091 SEQ D No 5034 10091F ACTGGTAACCCTTCAGTTCC SEQ 10 No. 11073 1009.1 R GATGAACTACTGCCAATTCC 2884 3221 338 SetA 10061 SEQ ID Na 5035 1006.1 F TTACGTTCAAATGTTGGAGTGATGTGATGATGTGATGATGTGATGATGTGATGATGATGTGATGATGATGATGTGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGTGATGTGATGAT 100GTGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGATGAT 100G) No. 5036 10032F AGTGGGTCAGAAAATAATGC SEQ ID No. 11075 1003.2.R TCCTATCATCGCAATTATCC 1171 1569 399 SetA 1000 1 SEQ io No 5037 10001F F GAAACAATTAAACCGAGTGG SEQ ID No.

   11076 1000.1.R TCGGTCATTTCTTTTACACC 3117 3470 354 SetS 9951 SEQ 10 No 5038 995 1 F ACGGATCAAGTATTCAATGG SEQ ID No 11077 995.1.R ATGGCAAGACTATCTGGATT 59 238 180 SetC 994 SEQ 1D No 5039 994 1.F CAGGTGTTATT 99A 1.T CAGGTGTTATT 99. 124 468 345 set8 9931 SEQ ID No 5040 9931 F CAAATATGAATTGGATTCAGC SEQ ID No. 11079 993 1 R TTCATGATTTTCCAAATTGC 878 1211 334 SetA 9921 SEQ ID No. 5041 992 1 TCAATCCAAATCTTCAGAGG SEQ ID No. 11080 992.1.R TCACCTTCTTTTC 931. No. 5042 990 1 F AGAAACAGAAGACAAA7CGG SEQ ID No 11081 990 1 AATCATCCA4CTTTTTGTCG 465 835 371 Sets 988.1 SEQ ID No 5043 988 1 AGTTTGGGTTTTGTGTTACG SEQ ID No 11082 988 1.R ATGATACCAGCAATCAAQ ID25 1748 # 983 No.

   11083 983.1.R ATACTCGAATTGAAACAGGC 280 655 376 SetA 982.1 SEQ ID No 5045 982.1 F TTGTTTTGTAGAAATCTTTTGC SEQ ID No. 11084 982 1 CAGGATTAACAATTTTTGCC 22 261 240 Sets 6022.2 SEQ ID No 5046 6022 2 F TTAATGACTCTTC22 AT FTC. 60252 SEQ ID No. 5047 6025 2 F GGTCACTCTGGTGTTACCAT SEQ ID No. 11086 6025 2.R TTTGACTTGAGCTTCTTCGT 571 933 363 Sets 60271 SEQ ID No. 5048 6027 SF TTAAACATATGGGATTTGGG SEQ ID No 11087 6027 1.R TCCACATIAGTA 533 5049 60291.F TTTTCTTTGAGCAAAACTCC SEQ ID No 11088 6029.1.R TGGGTATCTTCAAATTCACG 904 1226 323 Sets 60302 SEQ ID No 5050 6030.2.F ATGACCAGCTTAATAGTGCC SEQ ID No.

   11089 6030.2.R AATTTCCCACTTGATTTTCC 869 1183 315 S.tA 60321 SEQ ID Na 5051 6032.1 F TCCAATTCTTGGTTATTATGG SEQ ID No 11090 6032.1 R CTAACTGATGGCAATAACCC 797 1166 370 SetB 60361 SEQ 10 No 5052 60361 F ATTTTGM91 SetA 60371 SEQ 10 No 5053 6037.1 F TCAAGGAAGAGTTAAAGCCA SEQ ID No 11092 6037 1.R TGTCACCTCTAACAGCAAAA 329 637 309 SetB 6038.2 SEQ ID No 5054 6038 2.F AAGCCAATAATGTTGACTGC SEQ 10 No. 11093 6038 2.R GGCAATACAAGTT 538R 5055 18130.1 F TGATATAATTGAAGGTGGCG SEQ ID No 11094 18130.1.R TTACCGGTAGAAAGAAATGG 168 533 366 Set8 6040.1 SEQ ID No 5056 6040.1 F GGTTGCCTCTTTAGCTGATA SEQ 10 No 11095 6040.1.R TAACTTATCTTGCACTGGQATI41 541 861 .

   11096 6041 2.R GGAGCAAACACTTGATCTGT 230 530 301 sets 6045.2 SEQ ID No 5058 6045 2.F GAGATG7GGAAGGATTTGC SEQ ID N. 11097 6045 2 R TGGACATTTTCTTCAGTAACC 3104 3425 322 Sets 111012 SEQ ID No 5059 111012.F AATAGAT1010. R TATCGTTTTAATGCAGTCGG 423 758 336 Sets 200271 SEQ ID No. 5060 20027 1 F ATGCCAAGTAGTGATTTTGC SEQ ID No 11099 20027 1.R TCAAATAACCTCCAGATTGC 415 742 328 SetB 110981 SEQ ID No 5061 11098 1 F AATGGGTTACCATATIATIAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQA SetB 110962 2 SEQ ID No 5062 11096 2 TGGTTAGAAATGGAAATTGG SEQ ID N .. 11101 11096.2.R AAGTTGACCTTGACAACACC 508 863 356 SetB 110941 1 SEQ ID No 5063 110941F F TGTCGGTATTTTTAGGAAGC SEQ ID No 11102 11094 1 298 1 5064 110932F CCATTTTGGAAATTACAAGG SEQ ID No 11103 11093 2.R TTACTTGCTTCATTTTTGACC 1765 2099 335 SetB 110901 SEQ ID No.

   5065 11090 1.F AAGCATACCAAGCAGTAACG SEQ ID N .. 11104 11090 1 R ACTGGTTCATCTTCAACAGG 579 971 393 Sets 110862 SEO ID No 5066 11086 2.F AACAACAAGTTTCTTCTGCC SEQ ID No. 11105 11086 2.R GGGTATTGTTG168Q1631 SEQA1616 1 TCTTTTTAGCG TATTCAGCC SEQ ID No 11106 10163.1 R CAGGTGAAAGAAAGAAGTCC 13 273 261 Sets 10162.2 SEQ ID No. 5068 10162 2 F TGACCCTGAATTTTATCCC SEQ ID No 11107 10162.2 R AGCTTTACAAGTACGCAAGS 900 CAG 101AG 01AG 10160160160160 10160 1 R ACAT7CAATTCCAAATCACC 5 341 337 Sets 101592 SEQ ID No 5070 10159 2 GACGATGATTATGGATTTACG SEQ ID No 11109 10159 2.R TTTCATCTTTCCAATCATCC 811 1141 331 Sets 10158.2 SEQ ID No.

   5071 10158 2 F GGTCAACAACAATAAGACGC SEQ ID No 11110 101582 2 TCTTCATCTAAAT1'TTTCAACC 3021 3326 306 Sets 101552 SEQ ID No 5072 10155 2 F AAGCGGTTTTAACATCACC SEQ ID No 11111 10155.2 R CCTGGTTG8AGATT 741

  <Desc / Clms Page number 140>

 
 EMI140.1
 
 <Tb>
 <tb> 19538 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5073 <SEP> 19538 <SEP> 1 <SEP> F <SEP> TTATCTGACCAATCCATAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11112 <SEP> 19538 <SEP> 1 <SEP> R <SEP> AATCCAAGTCCTACATATTTGC <SEP> 2 <SEP> 123 <SEP> 122 <SEP> SetB
 <tb> 174472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5074 <SEP> 17447 <SEP> 2 <SEP> ATTTAATAGAAATCCCAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11113 <SEP> 17447 <SEP> 2 <SEP> R <SEP> GAGGCAAGAAAGTGAGAGG <SEP> 72 <SEP> 402 <SEP> 331 <SEP> Sets
 <Tb>
 
 EMI140.2
 11756 SEQ 10 No 5075 11756 2 F GTGTATGAAAATTCCGAACC SEQ ID No.

   11114 11756 2.R GCAGTTTCAGGAATAAGAGC 2569 2873 305 SetS 23362 SEQ ID No 5076 23362F AAAACGGTAAATTTCCTTCC SEQ ID No 11115 2336 2 CCAATAATCTTTCTTGAGCG 623 938 316 SetB 23381 SEQ 10 No 5077 2338 1 F AGATATAGGA 11A 10 N. 5078 2342 1 F AATAGACACAGAAAGGCTGG SEQ ID No 11117 23421 R TCTGCATCATCATCAGACC 3223 3563 341 SetA 23431 SEQ ID No 5079 23431FCTCCAATAATGTCAGTTGCC SEQ ID No 11118 2343 R CTGATTTCTTCAACCACAGGG11 4744 3780 R CATTTTGACTTGTCTTTTGG 863 1184 322 SetA 23471 $ EQ ID No 5081 23471 F TTTCCGATGTTAAGGTTGTT SEQ ID No 11120 2347 1 R ACAGCTTCAGAACCTTCGTA 458 788 331 s.tB 23491 SEQ ID No 5082 2349 1 F TACATTCTA 23 231 SEQ ID No 5083 2351 1 F ATTTGCTTTAGGAACAACCC

  SEQ ID No 11122 2351 1 CTAGCAGGTTTTGGTAATGG 573 881 309 SetB 2353 1 SEO ID No 5084 2353 1 F GAATCAAGATCATGTACGCC SEQ ID No 11123 2353 1 ACCTCTAACTTTCAATCCCC 44 375 332 SetB 23541 SEQ ID No 5085 2354 1 FTAGTAGAGT 11G 347 Sets 2356 SEQ ID No 5086 2356 1 F TGA7ATCGTCATCTACTGCG SEQ ID No 11125 23561 R TTCGATCCAGTGATTTTACC 1565 1916 352 SetB 23571 SEQ ION No 5087 23571FTTTTTGTTTGGTAACTTGGC SEQ ID No 11126 2357 1 R ACATTCCAAAT84 ID No 11127 2359 1 CTTTTAGTCAATTGTTCCCC 450 749 300 SetS 23611 SEQ ID No 5089 2361 1 F CCAGTGATTGAAATTGATCC SEQ ID No 11128 2361 1 CAATTCATCATTTGGTTTCC 589 963 375 SetS 2363 SEQ ID No 5090 2363 1 F TCTCAAGAAGAAA 11A 23732 SEQ ID No 5091 2373 2 F

  TTATCAATTGCCAA4ATTCC SEQ ID No 11130 2373 2 CAACGTGTTCTTTCAATGC ND ND 320 SetC 18125 SEQ 10 No 5092 181251 F ATATTCAGATTCAAGGAGCG SEQ ID No 11131 18125 1 R TCGTTTTCATTCTTATCCCT 471 779 309 SetC
 EMI140.3
 
 <Tb>
 <tb> 30502 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5093 <SEP> 3050 <SEP> 2 <SEP> F <SEP> TTTTTATCAAGTGGTGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11132 <SEP> 3050 <SEP> 2 <SEP> R <SEP> AATTGAACATCAAATTGTTTACC <SEP> ND <SEP> ND <SEP> 314 <SEP> SetC
 <tb> 30541 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5094 <SEP> 3054 <SEP> 1 <SEP> CCACCAGCTTGTTTATTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11133 <SEP> 3054 <SEP> 1 <SEP> CCTTGGCTGAACTAGATTCTT <SEP> 70 <SEP> 403 <SEP> 334 <SEP> SetB
 <Tb>
 
 EMI140.4
 19807 SEQ ID No 5095 19807 1 f TTCACAAATCTTAACAAATGG SEQ ID No 11134 19807 R R ACAGAATGTTTTCCATCAGG 2529 2912 384 SetA 30631 SEQ ID No 5096 3063 F GCCCATTCTCACCATATTAC SEQ 1D No 11135 3063 1

  CAACTTCCTTATCCCTCTCA 2122 2485 364 SetB 30692 SEQ ID No 5097 3069 2 F ATTTATCAACAAACAACCGC SEQ ID No 11136 3069 2 R GTTGAGACTGAGATTGAGGC 1947 2284 338 SetS 30702 SEQ ID No 5098 30702F F GCGGCTAAATTAAGGTAGAAGTACAGQAAQAGTGAAQAGQAAQ 30 5099 3073 F TTGAAAACTAATCCACCACC SEQ io No.

   11138 3073 1 TGATTTGAATAATTCTGGGG 847 1158 312 SetB 30741 SEQ ID No 5100 3074 F GTTGATGGGATAACTCAAGC SEQ 10 No 11139 3074 1 TCATTTCATTTCATTCTCCC 208 543 336 SetB 3075 SEQ ID No 5101 3075 1 F ATGTTTAAATTCCATTGGAA5ACCBTAGTAACCAQAQAQATACCAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAAQAQAQAQAQAQAQAQAQAQAQAAQAQAAQAQAQAQAQAAQAQAQAQAQAQAAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQAQA] SEQ ID No 5102 3076 F AGAACAAACAAGTGGATTGC SEQ ID No 11141 3076 1 GACGAATCAACATTAGGTGC 582 881 300 SetB 30792 SEQ ID No 5103 30792F F AATGGCTTAATGAAGAATGG SEQ ID No 11142 30792 R CACATTTGTA2Q IDAQ102 2 TCAAAATTGTAAAACCCTCC 489 812 324 SetB 3081 SEQ ID No 5105 3081 1 F TCATATTCCCATAACAATTTTC SEQ ID No 11144 3081.1 R ACCAAATTAAGCAAACAAAAG 42 346 305 SetS 30821 SEQ 10 No 5106 30821 F CCTTTTCAGCATCTTCTAGA 30 ID82 AT82 SE82 ID. No 5107 30861 F ATTCGAGATTTTTCATCGC SEQ

  ID No 11146 30861 R TTAACTTGTGATGTTGCTCG 5218 5546 329 SetB 30871 SEQ 1O No 5108 3087 F CTGTTCCATCAACAGAGGTT SEQ 1D No 11147 3087 1.R TTTCTAATTCTGCTGCCTTC 56 427 372 SetB 30882 SEQ 10ATT. SetB 104251 SEQ ID No.5110 10425 F AATGTTCTTAAACTTGCCGA SEQ ID No 11149 10425 1 R TCATCAATAAACGGGTCTTC 1201 1550 350 SetC 104241 SEQ ID No 5111 10424 I TAAGCAATTGTTGATT AGT22A ID No 11151 10422 1 R AACAATCCATATAACGAGCC 87 440 354 SetS 104211 SEQ ID No 5113 104211FTGATGGTGACACCTACTTCA SEQ ID No 11152 10421 1 R AAACAAATTTAGCAGAACCG 774 1111 338 Sets
 EMI140.5
 
 <Tb>
 <tb> 3012 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5114 <SEP> 3012 <SEP> 2 <SEP> F <SEP> TACTAGCAGCAAAGGAAAGC <SEP> SEQ <SEP> ID <September>

  No. <SEP> 11153 <SEP> 3012 <SEP> 2 <SEP> TTACATTTTTCCCAATTTCG <SEP> 1434 <SEP> 1777 <SEP> 344 <SEP> Sets
 <Tb>
 
 EMI140.6
 3014 SEQ 10 No 5115 30141.F GATTAAGAATTTCAATGCCG SEQ ID No 11154 3014 1 TCTTTGGTTGATTTACCACC 663 998 336 S.tB 30151 SEQ 10 No 5116 3015 F TGATCATCCTCAATCATGG SEQ 10 No 11155 3015 1 R GATCCGT17A 1B CTGGTGAAGGTAAAGAAAGG SEQ ID No 11156 3017 1 TCACCAGGAACTTTACATCC 1277 1637 361 Sets 3021 SEQ 1O No 5118 30211 F GTTCGAGAAACTGCTAGACG SEQ ID No 11157 3021 R CAATTCCTTCCGATAAAGC 3019 3346 328 SetS 3022 SEQ IDAAC 30282 SEQ ID No 5120 30282F CAGAAAGAAACCAGACTTGG SEQ ID No 11159 3028 2 GTTGAAGAAACATCACCACC 1221 1538 318 SetA 30321 SEQ 10 No 5121 3032 F TTTGTCATTTGTATCCCTCC SEQ 10 No 11160 3032 1R ATTTGTTCATTGTAGCCACC 10

  1454 386 set8 30341 SEQ 10B FGCTCTGGAAGAGAAGAGAQGTQAWGGGQAQAQGGQAQA SEQ ID No 11163 30401 R GACGTTGTTTCCATTAGACC 526 834 309 SetA 3043 F AATAGAAGAGAATGGTGACCC SEQ 10 No 11164 3043 R TCTCCAATAATGTCAATGGG 1611 1922 312 SetA 30482 SEQ 10A 198081 08 SEQ 10 No 5127 19808 1 F AATGTCTTCAGCTAAACCCC SEQ ID No 11166 198081 R TCTTGTTGATTTCTTCTGGC 24 355 332 SetS 135312 SEQ 1O No 5128 13531 2 GAGTCATTTGTTACAAGCTGC SEQ ID No 11167 13531 2 R GCTTCAGTBTGA22

   5129 1828 1 F TTAATGATTCGTTTA7GTGGG SEQ ID NO 11168 1828 R TTTTCTTAATAACTTGGCACG 313 636 324 SetA 18272 SEQ OJ No. 5130 18272 TTATTTTCAATCCTGAAGCC SEQ 10 No 11169 1827 2 ATCTTCCATTTGGATATTGG 1181 1525 345 SetA 18262 SEQ 1O No. 5131 1826 2 TCCGATAAACCATCTTTCC SEQ 1D No 11 170 1826 2 TTTTAGTTGATTTCCCTTCG 100 409 310 SetA 18241 SEQ ID No 5132 1824 IF GATTCAAAAGATGAAAACCC SEQ ID No 11171 1824 1 AGTTCACCACAATCAAATGC 1939 2219 281 SetA 1822 1 SEQ 1O No 513318221FGATTTTAATGAATGGGATGG SEQ 10 No 11172 1822.1 R TACAT 1 11173 1821 1 TTCAACAACTTCACCTACACC ND ND 210 SetC 18201 SEQ 10 No 5135 18201 F TTTATTATTTTCGTCACGGG SEQ ID No 11174 1820.1 R TGTCAAATTCTTCATCTAATCC 50 300 251 SetB 18191 SET ID No 5136 1819 F CTTCTTCTCAATCTTCTGCC TCT1CT 11CT
 EMI140.7
 

  
 <Tb>
 <tb> 1811 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5137 <SEP> 1811 <SEP> 1 <SEP> F <SEP> ATGAACAGCAATTGGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11176 <SEP> 1811 <SEP> 1 <SEP> ACAAAGTGGCAGAAAGAGG <SEP> 11 <SEP> 210 <SEP> 200 <SEP> SetB
 <Tb>
 
 EMI140.8
 18091 SEQ 1O No 5138 1809 F CTTTCTCCACATTTTCAACC SEQ ID No. 11177 18091 R ACAACTTCACCATCAACTGG 59 359 301 SetA 18081 SEQ ID No 5139 1808 1 f AAATTGAGTTTTGGTGATGG SEQ ID No 11178 1808 1 GCAATTGATTCTTTACCACCt 14T 1801 511 511 517 511 517 517 517 SEQ 1D No 11179 1807 1 CAAATGATTCCAAGTTGTGG 2093 2451 359 SetA 18052 SEQ 1D No 5141 1805 2 F AGACGATAAGGAGAACAAGC SEQ ID No 11180 1805 2 TTTCTTGTAATCGACATAAACG 804 1129 326 Sets
 EMI140.9
 
 <Tb>
 <tb> 18041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5142 <SEP> 1804 <SEP> F <SEP> TTTTTCGATGATCCTTATGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11181 <SEP> 1804 <SEP> 1 <SEP> R <SEP> TAGACGTTATATTGGGGTGG <SEP> 1321 <SEP> 1642 <SEP> 322 <SEP> SetB
 <tb> 1801 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5143 <SEP> 1801 <SEP> 1 <SEP> F <SEP> GTTGGAAAGATTTGAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11182 <SEP> 1801 <SEP> 1 <SEP> R <SEP> ATGGCATATAAAAATGGACG <SEP> 1139 <SEP> 1463 <SEP> 325 <SEP> SetB
 <tb> 17982 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5144 <SEP> 17982.F <SEP> AAAACATGAATACCACGACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11183 <SEP> 1798 <SEP> 2 <SEP> TTGCTCTTGTTGAACTTGC <SEP> 1536 <SEP> 1878 <SEP> 343 <SEP> SetB
 <Tb>
 
 EMI140.10
 17921 SEQ ID No 5145 1792 1 F CATCATCATCTGGT7CTGG SEQ ID No. 11184 1792 1 TTTGTGTGACAAATTTACCC 1838 2209 372 Sets 17891 SEQ 1D No 5146 1789 1 AAACATCCAGATAACAACACG SEQ 1D No.

   11185 1789 1 R ATCTTTTTCTTCAAACGACG 502 890 389 SetB 17871 SEQ 10 No 5147 1787 1 AATCAAACAATGGAGATTGC SEQ ID No 11186 1787 1 GCAACAATAGGTGAAGATGG 826 1181 356 SetB
 EMI140.11
 
 <Tb>
 <tb> 17862 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5148 <SEP> 1786.2 <SEP> TTGGTATGGGAGAACTTCG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11187 <SEP> 1786.2 <SEP> R <SEP> TCAATATGTTTAATTGGTGGG <SEP> 782 <SEP> 1082 <SEP> 301 <SEP> SetA
 <tb> 17842 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5149 <SEP> 1784.2.F <SEP> TAATCATGATGAATTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11188 <SEP> 1784 <SEP> 2 <SEP> R <SEP> TGAAATTCAGCATCTAACCC <SEP> 456 <SEP> 842 <SEP> 387 <SEP> Sets
 <tb> 17771 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5150 <SEP> 17771 <SEP> 1 <SEP> F <SEP> GTATCATCATTTCAATCGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11189 <SEP> 1777.1 <SEP> R <SEP> GTGGTGTATAGCTTTGAGCC <SEP> 2320 <SEP> 2620 <SEP> 301 <SEP> SetB
 <Tb>
 
 EMI140.12
 17701 SEQ D No 5151 17701 F AACAAAATTGATTGATTGGG SEQ 1D No. 11190 1770 1 R TCTATTCGTTTCAATTGTCG 1080 1403 324 SetB
 EMI140.13
 
 <Tb>
 <tb> 1766. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5152 <SEP> 17662 <SEP> F <SEP> AGTATTATCAACCAAGCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11191 <SEP> 1766. <SEP> 2 <SEP> R <SEP> CCATTGTTTCAGTCAATTCC <SEP> 963 <SEP> 1312 <SEP> 350 <SEP> Sets
 <tb> 17642 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5153 <SEP> 1764 <SEP> 2 <SEP> F <SEP> TCGATCTTATAATCGTTGGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11192 <SEP> 1764 <SEP> 2 <SEP> TTCCACATTCCATCAGTACC <SEP> ' <SEP> 1296 <SEP> 1616 <SEP> 321 <SEP> Sets
 <tb> 17602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5154 <SEP> 1760.2.F <SEP> GGTGGTTTAGCAAATTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11193 <SEP> 1760 <SEP> 2. <SEP> R <SEP> TCTAACCAAAGAGCAGATCC <SEP> 745 <SEP> 1061 <SEP> 317 <SEP> Sets
 <tb> 1759.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5155 <SEP> 1759 <SEP> F <SEP> GCAACGTTATTGATTCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11194 <SEP> 1759 <SEP> 1.R <SEP> GCTTTATTTGGACATTCAGG <SEP> 41 <SEP> 359 <SEP> 319 <SEP> Sets
 <tb> 18921 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5156 <SEP> 18921 <SEP> F <SEP> TTAGCTTGGAAGACCTACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11195 <SEP> 1892 <SEP> 1 <SEP> TTCTAGACCAAACAGTGTCG <SEP> 2 <SEP> 342 <SEP> 341 <SEP> Sets
 <tb> 1893.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5157 <SEP> 1893 <SEP> 1 <SEP> F <SEP> ACATCAAACTCTTCGTTTGC

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 11196 <SEP> 1893.1.R <SEP> CTACGAGGACCTAAAATTGG <SEP> 33 <SEP> 185 <SEP> 153 <SEP> SetB
 <Tb>
 
 EMI140.14
 1895.1 SEQ ID No. 5158 18951 F TTAACCATGGAGA7ACGACC SEQ ID No 11197 18951.R CCAATAGGACAGCACTTAGC 20 400 381 SetA
 EMI140.15
 
 <Tb>
 <tb> 1899 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5159 <SEP> 1899 <SEP> 2 <SEP> F <SEP> ACGCTATCCAGAACTCTACG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11198 <SEP> 1899 <SEP> 2 <SEP> R <SEP> GTTTCGAATAACTGCATTCC <SEP> 722 <SEP> 1022 <SEP> 301 <SEP> SetB
 <tb> 1910.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5160 <SEP> 19101 <SEP> F <SEP> GACAAGAAATATCCAGCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11199 <SEP> 1910.1 <SEP> R <SEP> TCATAGCAAAACACATACGC <SEP> 3606 <SEP> 4001 <SEP> 396 <SEP> SetB
 <tb> 19111 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5161 <SEP> 1911.1 <SEP> F <SEP> AAAGAGAAGAGGAGAGAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11200 <SEP> 1911.1 <SEP> R <SEP> TGATATAGCTATCAGCATCAGC <SEP> 22 <SEP> 352 <SEP> 331 <SEP> Sets
 <tb> 19121 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5162 <SEP> 1912.1 <SEP> F <SEP> TACAGTTTCGAGCTTAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11201 <SEP> 1912 <SEP> 1.R <SEP> AATAAACTCCTTTCCTTCGG <SEP> 268 <SEP> 642 <SEP> 375 <SEP> SetB
 <tb> 1914.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5163 <SEP> 19141 <SEP> F <SEP> GTGGTTCAGTTTCCTAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11202 <SEP> 19141.R <SEP> TTCATATTGAGAAATTCCTGG <SEP> 342 <SEP> 650 <SEP> 309

   <SEP> SetB
 <Tb>
 
 EMI140.16
 19181 SEQ ID N .. 5164 1918U TGATCAGATTAGAATTGGGG SEQ ID No. 11203 1918 1.R GCCTAGCACTTTATTGTCGT 993 1293 301 Sets
 EMI140.17
 
 <Tb>
 <tb> 1922. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5165 <SEP> 1922 <SEP> 2 <SEP> TTCTAGGTGTGATTATCGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11204 <SEP> 1922. <SEP> 2 <SEP> R <SEP> ATTTGATGAGAAAACAACGG <SEP> 1196 <SEP> 1559 <SEP> 364 <SEP> SetB
 <tb> 19282 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5166 <SEP> 1928 <SEP> 2.F <SEP> TAAACCATTTATCGTTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11205 <SEP> 1928 <SEP> 2.R <SEP> TAAAGTCTAGGTCACCACCG <SEP> 1355 <SEP> 1654 <SEP> 300 <SEP> Sets
 <tb> 1932.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5167 <SEP> 1932 <SEP> 1 <SEP> F <SEP> ACACTACAACAACCTCAGCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11206 <SEP> 1932.1 <SEP> R <SEP> CATTGGTGTTTTCTCTCTCCCC <SEP> 121 <SEP> 515 <SEP> 395 <SEP> SetB
 <tb> 19432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5168 <SEP> 1943 <SEP> 2 <SEP> F <SEP> TTAGACGGTAAGGTTGATGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11207 <SEP> 1943 <SEP> 2 <SEP> R <SEP> CGAGATACAATCCTTCTTCG <SEP> 574 <SEP> 901 <SEP> 328 <SEP> SetA
 <tb> 19452 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5169 <SEP> 1945 <SEP> 2 <SEP> F <SEP> AAAAATTCCCTTAAACGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11208 <SEP> 1945 <SEP> 2 <SEP> R <SEP> AATATGGCAATTTCTTGAGC <SEP> 2506 <SEP> 2894 <SEP> 389 <SEP> SetB
 <tb> 1948 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5170 <SEP> 19481 <SEP> 1 <SEP> ATTCTGCTGGTGAAGTATGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11209 <SEP> 1948 <SEP> 1.R <SEP> ACCTTACCTAAAGGTGTGCC <SEP> 1175 <SEP> 1568 <SEP> 394 <SEP> SetA
 <tb> 1949.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5171 <SEP> 19491 <SEP> F <SEP> GTTATTGACCCAACTTTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11210 <SEP> 1949.1.R <SEP> TCTTATTTTCATTGTTGGGG <SEP> 1857 <SEP> 2157 <SEP> 301 <SEP> Sets
 <tb> 1952.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5172 <SEP> 19521 <SEP> F <SEP> CCATCAATCCATCTTAAAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11211 <SEP> 1952 <SEP> 1.R <SEP> TCAACACCTCATCTGATACG <SEP> 52 <SEP> 355 <SEP> 304 <SEP> Sets
 <tb> 1954. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5173 <SEP> 19541 <SEP> F <SEP> CCTTGGTTGCTCCATTATAC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11212 <SEP> 1954 <SEP> 1.R <SEP> ACAACAACAACGGGATTAAC <SEP> 1199 <SEP> 1522 <SEP> 324 <SEP> SetB
 <Tb>
 
 EMI140.18
 19561 SEQ ID No. 5174 1956 1 f CGGTATATTCAAAGAGCAGG SEQ ID No.

   11213 1956.1 R TGCTTTTGTACTGCTGAGG 2425 2761 337 Sets
 EMI140.19
 
 <Tb>
 <tb> 1957.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5175 <SEP> 1957 <SEP> F <SEP> GAAAGACGATGTCAAACAGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11214 <SEP> 1957.1.R <SEP> CATCTGCCAATTTACTTTCC <SEP> 225 <SEP> 535 <SEP> 311 <SEP> SetB
 <tb> 198091 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5176 <SEP> 19809.1 <SEP> F <SEP> ACAGAATCTACCAATGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11215 <SEP> 19809.1.R <SEP> ACAGATTCCATTTGTTTTGG <SEP> 325 <SEP> 662 <SEP> 338 <SEP> SetB
 <Tb>
 
 EMI140.20
 2190.1 SEQ ID NO 5177 2190 I ACTTTACCGTATAGAGCCCC SEQ ID NO 11216 2190 1.R GTCTCGTTAATTCCAAGACG 769 1081 313 2189 SEQ 1O Sets No. 5178 2189 1 F AATACAACAAACCCAACAGG SEQ ID NO 11217 2189 183 499 317 1R ATTTCAACCTTAGACTCCCC SetB 2186.1 SEQ ID NO 5179 2186 F SEQ CGTCTACTACCAGGATGAGC 1D No 11218 2186 1 TCAAGGTAAAGATGGTGTCC 954 1280 327 SetB 201751 SEQ ID No. 5180 201751 F CACCAGCTACCACTTCTTGT SEQ 10 No 11219 20175 1 R GTCTGAATCATTATCGGTGC 341 675 335 SetC
 EMI140.21
 
 <Tb>
 <tb> 2180.1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5181 <SEP> 21801 <SEP> F <SEP> TTCCGTTGAAGCTACTTTTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11220 <SEP> 2180.1.R <SEP> CCACCCAATAAACCTTCAAT <SEP> 42 <SEP> 383 <SEP> 342 <SEP> SetC
 <Tb>
 
 EMI140.22
 2178.1 SEQ 1O No. 5182 21781 F TAGTGGGAGGAGTTCAAAAA SEQ ID No 11221 21781.R AATTTCGTGCAATTTCTGTT 1284 1683 400 SetB 2175.1 SEQ ID No. 5183 21751.F GAACAAACTGGACCTAATGG SEQ 1D No. 11222 2175 1 TTGTTGTGA. 2173.1 F GCCTTGACAGATACTTTTGG SEQ ID No 11223 2173 1 R TGATCACCCATATTCTTTCC 781 1178 398 Sets
 EMI140.23
 
 <Tb>
 <tb> 2172 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5185 <SEP> 2172 <SEP> 1 <SEP> F <SEP> CTAGGATTGCCATGAAAGAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11224 <SEP> 2172.1 <SEP> R <SEP> GGTATCTCAATTTTTCACCG <SEP> 2423 <SEP> 2779 <SEP> 357 <SEP> Sets
 <tb> 2171 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5186 <SEP> 2171.1 <SEP> F <SEP> CACCTTTTTGAGTTTCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11225 <SEP> 2171 <SEP> 1 <SEP> R <SEP> R <SEP> TCGCCATCTCTATTTCTAGC <SEP> 427 <SEP> 746 <SEP> 320 <SEP> Sets
 <Tb>
 
 EMI140.24
 2170.1 SEQIDNo 5187 21701 CAAGACACCATATCCAAAGG SEQ iD Na. 11226 2170.i GCATTTCGTTTACTTTTTGG 1494 1846 353 21671 SetB SEQ ID NO 5188 2167 F GCCATGTTTATTCAGAAAGG SEQ 1D No 11 227 1203 1565 363 21671.R AACGTTTCAACTTCTTCTGC SetA 21661 SEQ ID NO 5189 2166 I.F TATTGATCCAGAGGTTTTGG SEQ ID No. 11 228 360 661 302 21661.R AGTGTCCGTGACTATTACCC Sets
 EMI140.25
 
 <Tb>
 <tb> 2165 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5190 <SEP> 21651 <SEP> TAAGAAGACAAAGCATGACG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11229 <SEP> 2165 <SEP> 1 <SEP> AATTTTCTTGGGTTCTTTCC <SEP> 132 <SEP> 51 @ <SEP> 379 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 141>

 
 EMI141.1
 21632 SEQ No 5191 2163 2 CAGTAATTCTATCGGTTGGG SEQID No 11230 2163 2 R GfGCCATAAATCAACAAACC 65 386 322 SetB
 EMI141.2
 
 <Tb>
 <tb> 21612 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5192 <SEP> 2161 <SEP> 2 <SEP> F <SEP> TTTGAAAAATCTCGATGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11231 <SEP> 2161 <SEP> 2 <SEP> TTTTTGTATCCTCTTCTCCG <SEP> 1119 <SEP> 1447 <SEP> 329 <SEP> Sets
 <tb> 21592 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5193 <SEP> 2159 <SEP> 2 <SEP> F <SEP> GTTTATTGCTGCCAAATACG <SEP> SEQ <SEP> No <SEP> 11232 <SEP> 2159 <SEP> 2 <SEP> AAAAACATGCAATTCTGTCC <SEP> 942 <SEP> 1287 <SEP> 346 <SEP> SetB
 <tb> 21571 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5194 <SEP> 2157 <SEP> 1 <SEP> F <SEP> ACCAGGTAATGCTAATGTCG <SEP> SEQ <SEP> No <SEP> 11233 <SEP> 2157 <SEP> 1

   <SEP> R <SEP> CAACTTGCAAAGATTCATCC <SEP> 285 <SEP> 664 <SEP> 380 <SEP> SetB
 <Tb>
 
 EMI141.3
 2156 SEQ ID No 5195 2156 F TAATCGAATAAACCGAAACC SIED No 11234 2156 R ATACGCTGCTTTAATCTTAGC 3 305 303 SetB 21541 SEQ ID No 5196 2154 1 F CCAGAAGCATTATCAAAACC SEQ ID No 11235 2154 1 AAAAACTCTAATGGCAGC 505AAA2 1431 1824 394 SetB
 EMI141.4
 
 <Tb>
 <tb> 2147 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5198 <SEP> 2147 <SEP> 2.F <SEP> TGGAATAATCCAAATGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11237 <SEP> 2147 <SEP> 2 <SEP> R <SEP> TTCTTCAACCTTTCTTGTCG <SEP> 475 <SEP> 800 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI141.5
 21451 SEQID No 5199 2145 1 F ATAGGGCCTTCAGATACACC SEQID No 11238 2145 I ATCTTCAGCTTCATCCTCG 13 393 381 SetA
 EMI141.6
 
 <Tb>
 <tb> 21441 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5200 <SEP> 2144 <SEP> 1

   <SEP> F <SEP> AAAGCTGGTTTACATTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11239 <SEP> 2144 <SEP> 1 <SEP> R <SEP> ATGGAGAAATACCATCAGCA <SEP> 1021 <SEP> 1351 <SEP> 331 <SEP> SetB
 <tb> 21421 <SEP> SEQ <SEP> No <SEP> 5201 <SEP> 2142 <SEP> 1 <SEP> F <SEP> ATTATTTTAACCGATTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11240 <SEP> 2142 <SEP> 1 <SEP> R <SEP> AATTCTTTCTTCGGTGTTCC <SEP> 1705 <SEP> 2052 <SEP> 348 <SEP> SetB
 <tb> 21401 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5202 <SEP> 21401 <SEP> F <SEP> TGGCATTATTACAATGTGTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11241 <SEP> 2140 <SEP> 1 <SEP> R <SEP> TCAAACGTAGTACAAACATAAGC <SEP> ND <SEP> ND <SEP> 331 <SEP> SetC
 <tb> 2138 <SEP> 1 <SEP> SEQ <SEP> No <SEP> 5203 <SEP> 2138 <SEP> 1 <SEP> F <SEP> CATTAGCTCGTTCATTAGCC <SEP> SEQ <SEP> No <SEP> 11242 <SEP> 2138 <SEP> 1 <SEP> CCACTAATTGTCAAAGCACC <SEP> 104 <SEP> 428 <SEP> 325 <SEP> SetB
 <tb> 2137 <SEP> SEQ <SEP> ID <September>

  No. <SEP> 5204 <SEP> 2137 <SEP> 1 <SEP> GATATGTCCTGTGATTGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11243 <SEP> 2137 <SEP> 1 <SEP> R <SEP> AATTTTGGGATACTTACCACC <SEP> 34 <SEP> 380 <SEP> 347 <SEP> SetB
 <Tb>
 
 EMI141.7
 21361 SEQID No 5205 2136 1 F TGCATCTAATGAAGTTGCG SEQ ID N. 11244 2136 1 TCTGCAAGTCTTTTACGAGC 2838 3146 309 SetB
 EMI141.8
 
 <Tb>
 <tb> 21322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5206 <SEP> 2132 <SEP> 2 <SEP> F <SEP> ACTTCACGTAGATGGATTGG <SEP> SEQ <SEP> No <SEP> 11245 <SEP> 2132 <SEP> 2 <SEP> R <SEP> ATTAAGGCAATTATTGTGGC <SEP> 109 <SEP> 452 <SEP> 344 <SEP> SetB
 <Tb>
 
 EMI141.9
 2131 SED No 5207 2131 2 F TCAAAACAATTGGAAGATGC SEQ No 11246 2131 2 AATGGTTCAAATACTCCTGG 586 965 380 SetS
 EMI141.10
 
 <Tb>
 <tb> 21302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5208 <SEP> 2130 <SEP> 2 <SEP> F <SEP> ATGGGTACAGCATTTTTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11247 <SEP> 2130 <SEP> 2 <SEP> R

   <SEP> GTCCTGCCAAATAAAATCC <SEP> 946 <SEP> 1273 <SEP> 328 <SEP> SetB
 <tb> 901 <SEP> 1 <SEP> SEQ <SEP> No <SEP> 5209 <SEP> 901 <SEP> 1 <SEP> F <SEP> CTTGTTGGGTTCGTAGTAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11248 <SEP> 901 <SEP> 1 <SEP> R <SEP> CAACGGATTCAAAATTAACC <SEP> 1393 <SEP> 1714 <SEP> 322 <SEP> SetB
 <Tb>
 
 EMI141.11
 9002 SEQID No 5210 900 2 F TCCCTGAGATTTATGTACCG SEQID No 11249 900 2 R CGACCAGAATTGTAGTTTCC 173 561 389 SetB
 EMI141.12
 
 <Tb>
 <tb> 8991 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5211 <SEP> 899 <SEP> 1 <SEP> F <SEP> AAGTTTCTTTGGATGAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11250 <SEP> 899 <SEP> 1 <SEP> GTACTTGGCTTCTAACTGGG <SEP> 1889 <SEP> 2230 <SEP> 342 <SEP> Sets
 <Tb>
 
 EMI141.13
 8951 SEQ No 5212 895 1 F ACAAACTACGTAGCAACACG SEQ No 11251 895 1 GTAATCCCATTGTAGAAGGC 325 657 333 Ste
 EMI141.14
 
 <Tb>
 <tb> 8941 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5213 <SEP> 894 <September>

  1 <SEP> AAAAGAACCTTTTGATGTTCC <SEP> SEQID <SEP> No <SEP> 11252 <SEP> 894 <SEP> 1 <SEP> R <SEP> TGCAACTATTTCGAGATTCC <SEP> 60 <SEP> 402 <SEP> 343 <SEP> SetB
 <Tb>
 
 EMI141.15
 8931 SEQ No 5214 893 1 F TTTGGACAATGAAGAGAACC SEQ No 11253 893 1 TGGATTGCTTTGAGAATAGC 573 951 379 StB
 EMI141.16
 
 <Tb>
 <tb> 891 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5215 <SEP> 891 <SEP> 1 <SEP> F <SEP> ATTGGAGATTGTTGTCTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11254 <SEP> 891 <SEP> 1 <SEP> R <SEP> TCTTCTATAGGACATTCGCC <SEP> 1811 <SEP> 2166 <SEP> 356 <SEP> SetB
 <tb> 8892 <SEP> SEQID <SEP> No <SEP> 5216 <SEP> 8892F <SEP> CAGAGCCACAGAGTAAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11255 <SEP> 889 <SEP> 2 <SEP> GTCTCTGTTTCCAATTCTGG <SEP> 2977 <SEP> 3296 <SEP> 320 <SEP> Sets
 <tb> 885 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5217 <SEP> 885 <SEP> 1 <SEP> GGATAATGATAAAAATGCCG <SEP> SEQID <SEP> No <SEP> 11256 <SEP> 885

   <SEP> 1 <SEP> TTCCAAGCAATAGTAAACCC <SEP> 1011 <SEP> 1337 <SEP> 327 <SEP> SetB
 <tb> 8831 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5218 <SEP> 883 <SEP> 1 <SEP> F <SEP> GACGACTACTGGTCACAACA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11257 <SEP> 883 <SEP> 1 <SEP> AACTCTAACCAAACCACGTC <SEP> 5047 <SEP> 5412 <SEP> 366 <SEP> Sets
 <Tb>
 
 EMI141.17
 8781 SEQID No 5219 8781 F CATTGTTCGATAGAGTTTTGG SEQID No 11 258 878 IR TCTTCACCGACTTTAACTGG 35263229 Sets 877 1 SEQID No 5220 877 1 F GTAGCTCATTTCAAAAAGCC SEQID No 11 259 877 1 TCTATTCAAATCAACACCTCC 296 627 332 SetB 8751 SEQ No 5221 8751 F TAGATTCATCATCTGGACCC SEQ No 11 260 875 1 TTTAGCTTGTTCAACCTTGG 738 1047 310 SetB
 EMI141.18
 
 <Tb>
 <tb> 872 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5222 <SEP> 872 <SEP> 1 <SEP> F <SEP> GTCGAAACTACAACTCCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11261 <SEP> 872 <SEP> 1 <SEP> R <SEP> AGTGAAATCGACATTGTTCC <SEP> 259 <SEP> 624

   <SEP> 366 <SEP> SetB
 <Tb>
 
 EMI141.19
 8681 SEQ No 5223 8681 F TTCTGGTCCAGGTACTTACG SEQ No 11262 868 1 GTTTTCTTTGGATTCGATCA 744 1140 397 SetB
 EMI141.20
 
 <Tb>
 <tb> 8672 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5224 <SEP> 867 <SEP> 2 <SEP> TGAGAAGAAACCACCTATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11263 <SEP> 867 <SEP> 2 <SEP> TCATGCTTCCTATTGTCTCC <SEP> 2808 <SEP> 3128 <SEP> 321 <SEP> SetB
 <tb> 864 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5225 <SEP> 8641 <SEP> F <SEP> AACGTGATATTCACTGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11264 <SEP> 864 <SEP> 1 <SEP> R <SEP> TTCTTTAACGTATCCATCGC <SEP> 22 <SEP> 311 <SEP> 290 <SEP> Sets
 <Tb>
 
 EMI141.21
 863 1 SEQ No 5226 863 1 F ACATAATCACGATGAGGAGG SEQID No 11265 863 1 R GTTCACTATGTTTGCTTGACC 1344 1690 347 Sets 861 1 SEQ No 5227 8611 F TGTGACTCGTCTTTACATGG SEQ No 11266 861 1 R GTTGAAAACBAACAA72
 EMI141.22
 
 <Tb>
 <tb> 859

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 5228 <SEP> 8591 <SEP> F <SEP> ATTTGGTTTGCTATGATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11267 <SEP> 859 <SEP> 1 <SEP> R <SEP> AATATCAGGTACCGTGTTGG <SEP> 1151 <SEP> 1485 <SEP> 335 <SEP> SetA
 <tb> 857 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5229 <SEP> 857 <SEP> 1 <SEP> F <SEP> AAACAACTACAACGACTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11268 <SEP> 857 <SEP> 1 <SEP> R <SEP> R <SEP> TGATTGGTTTTTGTAATGGG <SEP> 41 <SEP> 357 <SEP> 317 <SEP> SetB
 <tb> 8561 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5230 <SEP> 856 <SEP> 1 <SEP> F <SEP> TTGGTGTTTGCTATATGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11269 <SEP> 856 <SEP> 1 <SEP> F <SEP> AAAGTAAATGTCGACCATGC <SEP> 648 <SEP> 987 <SEP> 340 <SEP> Sets
 <tb> 855 <SEP> SEQ <SEP> No <SEP> 5231 <SEP> 8551 <SEP> F <SEP> AGTCATGATTTGGAGATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11270 <SEP> 855 <SEP> 1 <SEP> TTTCTCATACAATGCAGTCG <SEP> 2113 <September>

  2412 <SEP> 300 <SEP> SetA
 <tb> 853 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5232 <SEP> 853 <SEP> 1 <SEP> F <SEP> CGGGTACATATGACATTTCC <SEP> SEQ <SEP> No <SEP> 11271 <SEP> 853 <SEP> 1 <SEP> R <SEP> CGTCAATTTCTTGAACATCA <SEP> 755 <SEP> 1105 <SEP> 351 <SEP> SetB
 <tb> 8501 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5233 <SEP> 8501 <SEP> F <SEP> AAAGGAAAAGATTTGGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11272 <SEP> 850 <SEP> 1 <SEP> AGGAACATCAACTTCAATGG <SEP> 933 <SEP> 1257 <SEP> 325 <SEP> Sets
 <tb> 8492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5234 <SEP> 849 <SEP> 2 <SEP> F <SEP> AGAGTTTGTTGAAGGTGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11273 <SEP> 849 <SEP> 2 <SEP> R <SEP> AGCTAGAAAATTCAGCAACG <SEP> 1599 <SEP> 1966 <SEP> 368 <SEP> SetB
 <tb> 8481 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5235 <SEP> 8481 <SEP> F <SEP> ATCACAAAGCTTGGTACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11274 <SEP> 848 <SEP> 1 <SEP> R <September>

  CTGGTTTAAGCAAGTCATCC <SEP> 1188 <SEP> 1522 <SEP> 335 <SEP> Sets
 <tb> 8461 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5236 <SEP> 8461 <SEP> F <SEP> ATAAGAAGAGCCTTGACACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11275 <SEP> 846 <SEP> 1 <SEP> TTGATTTAAAGTAGGCTGGG <SEP> 2128 <SEP> 2523 <SEP> 396 <SEP> SetB
 <tb> 8421 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5237 <SEP> 8421 <SEP> F <SEP> TCAAATGTAGAGTGTGTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11276 <SEP> 842 <SEP> 1 <SEP> R <SEP> GTTGCAAAGGAAACATAAGC <SEP> 374 <SEP> 743 <SEP> 370 <SEP> SetB
 <Tb>
 
 EMI141.23
 839 SEQ ID No 5238 8391 F TCTCCAGAGATCAAACATCC SEQID No 11277 839 I AACTAAGTTGGGTTGAGTCG 208 574 367 Sets
 EMI141.24
 
 <Tb>
 <tb> 837 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5239 <SEP> 837 <SEP> 1 <SEP> TTTGAAAATGAAGATGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11278 <SEP> 837 <SEP> 1 <SEP> R <SEP> CTTTGTCTAACAATGGAATAGC <SEP> ND <SEP> ND <SEP> 310 <September>

  G & C
 <tb> 8361 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5240 <SEP> 836 <SEP> 1 <SEP> F <SEP> GAAATACTCACGAAACAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11279 <SEP> 836 <SEP> 1 <SEP> R <SEP> ACTGTGTTTTTCCTCTCTGG <SEP> 1583 <SEP> 1892 <SEP> 310 <SEP> SetB
 <tb> 8291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5241 <SEP> 829 <SEP> F <SEP> F <SEP> AACATCGGTGGAGTATTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11280 <SEP> 829 <SEP> 1 <SEP> R <SEP> AATTTTGTCAACGTGACTCC <SEP> 3328 <SEP> 3638 <SEP> 311 <SEP> SetA
 <tb> 8251 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5242 <SEP> 8251 <SEP> F <SEP> CTCGATTGAGACCTACTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11281 <SEP> 825 <SEP> 1 <SEP> TTGGACAATTTTTATCGAGC <SEP> 545 <SEP> 888 <SEP> 344 <SEP> SetB
 <Tb>
 
 EMI141.25
 8241 SEQID No 5243 8241 F TGATATGACAGCAAGAAACG SEQID No 11282 824 1 ATTGAGCTTCAACCTTATCG 291 613 323 SetB 823 1 SEQID No 5244 823 1 F ATATCAAACCACAGATTCGG SEQ No 11283 823

  1 R ATTCTAACTGCGTCAATTCC 683 1054 372 SetB 8222 SEQ No 5245 822 2 F TCTTATCCTCAAATCAACCG SEQ No 11284 822 2 R TTTGTTCTTTGCTCTTTTCC 1588 1933 346 Sets
 EMI141.26
 
 <Tb>
 <tb> 5257 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5246 <SEP> 5257 <SEP> 1 <SEP> TAACGTTCTACGTTTGAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11285 <SEP> 5257 <SEP> 1 <SEP> CTCGTCTTCATCTTTATCGC <SEP> 39 <SEP> 354 <SEP> 316 <SEP> SetB
 <Tb>
 
 EMI141.27
 5256 SEQ No 5247 5256 1 ACGAAGAGAACCAATACAGC 5EQ10 No 11286 5256 1 TTGTGTCTGGATCTAATCTGG 947 1249 303 SetB
 EMI141.28
 
 <Tb>
 <tb> 52481 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5248 <SEP> 52481 <SEP> F <SEP> TGGTATATGAGGCTACTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11287 <SEP> 5248 <SEP> 1 <SEP> R <SEP> TCTACTAGCAATGCCTTTGG <SEP> 1382 <SEP> 1719 <SEP> 338 <SEP> SetB
 <tb> 52461 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5249 <SEP> 52461 <SEP> F <SEP> GTACCATTCTCTTTGTTCTGG <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 11288 <SEP> 5246 <SEP> 1 <SEP> R <SEP> CCATCATCTATCTCACATGC <SEP> 19 <SEP> 190 <SEP> 172 <SEP> Sets
 <Tb>
 
 EMI141.29
 52431 SEQ No.5250 5243 1 F GTCAACAATCATGTCAGACG SEQ No 11289 5243 1 GTGGCCACCATTTAATAGC 66 285 220 SetB
 EMI141.30
 
 <Tb>
 <tb> 52452 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5251 <SEP> 5245 <SEP> 2 <SEP> F <SEP> CAAGTTTATTTTATTGGCGG <SEP> SEQID <SEP> No <SEP> 11290 <SEP> 5245 <SEP> 2 <SEP> R <SEP> GAACCAGTTGTCAAAGTTGG <SEP> 1341 <SEP> 1716 <SEP> 376 <SEP> Sets
 <tb> 52412 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5252 <SEP> 5241 <SEP> 2 <SEP> F <SEP> AATTAATGGTGTTGAGCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11291 <SEP> 5241 <SEP> 2 <SEP> R <SEP> GATTCACTCAAAAAAACTTGGC <SEP> 576 <SEP> 920 <SEP> 345 <SEP> SetA
 <tb> 52392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5253 <SEP> 5239 <SEP> 2 <SEP> F <SEP> TGTTGTTAATCCACTTTCCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11292 <SEP> 5239 <SEP> 2 <SEP> TTGAACGATGTAGTGATTGG <SEP> 341 <SEP> 737 <SEP> 397 <SEP> SetA
 <tb> 52372 <SEP> SEQID <SEP> No <SEP> 5254 <SEP> 52372F <SEP> CATTTGTATTTTGGACCACC <SEP> SEQID <SEP> No <SEP> 11293 <SEP> 5237 <SEP> 2.R <SEP> CTCTTGGAGAGGTAGATCCC <SEP> 912 <SEP> 1217 <SEP> 306 <SEP> SetB
 <tb> 52342 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5255 <SEP> 5234 <SEP> 2.F <SEP> GATTCAGGGGTTTTTAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11294 <SEP> 5234 <SEP> 2 <SEP> R <SEP> TTGTAAAAATCTCGTACCCG <SEP> 888 <SEP> 1276 <SEP> 389 <SEP> SetA
 <tb> 52311 <SEP> SEQ <SEP> iD <SEP> No <SEP> 5256 <SEP> 5231.1 <SEP> F <SEP> ATTGACCCTATTCAGTCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11295 <SEP> 5231 <SEP> 1 <SEP> R <SEP> CAATGCTAACCATCTTCTCC <SEP> 439 <SEP> 760 <SEP> 322 <SEP> SetA
 <tb> 52281 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5257 <SEP> 52281 <SEP> F <SEP> TATGAGCTACCTCAGGATCG <SEP> SEQ <SEP> ID <September>

  No. <SEP> 11296 <SEP> 5228 <SEP> R <SEP> CTATTCATAAACTCGTGGGG <SEP> 229 <SEP> 566 <SEP> 338 <SEP> SetB
 <tb> 52241 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5258 <SEP> 52241.F <SEP> CAAGAATAAACTTGCCTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11297 <SEP> 5224 <SEP> 1 <SEP> TGTTGGGAGTATAGTTTGGG <SEP> 201 <SEP> 563 <SEP> 363 <SEP> SetB
 <tb> 5222 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5259 <SEP> 5222 <SEP> 1 <SEP> GTGAAAAGTTCAACTACCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11298 <SEP> 5222 <SEP> I.R <SEP> CTTGGTTGGATAATTTTTGG <SEP> 110 <SEP> 508 <SEP> 399 <SEP> SetA
 <tb> 5217 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5260 <SEP> 5217 <SEP> 1 <SEP> TTTGTGGGGTTCTTTATACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11299 <SEP> 5217 <SEP> 1 <SEP> R <SEP> CCCAACAACATTTTCATACC <SEP> 568 <SEP> 900 <SEP> 333 <SEP> SetA
 <tb> 140001 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5261 <SEP> 140001.F <SEP> CAACATGGTTTTATTCCAGG <SEP> SEQID <September>

  No. <SEP> 11300 <SEP> 14000 <SEP> 1 <SEP> R <SEP> CCTATGTTGAAAAGTGCAGG <SEP> 31 <SEP> 356 <SEP> 326 <SEP> Sets
 <Tb>
 
 EMI141.31
 140011 SEQ No 5262 14001.1 F GAAAACTATCTAGCCAAGTTCC SEQ No 11301 14001 1.R ARTCTTTGAAAGTCCTTGGG 70 314 245 SetB
 EMI141.32
 
 <Tb>
 <tb> 140031 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5263 <SEP> 14003 <SEP> 1 <SEP> ATCCAAATCCAAAATACACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11302 <SEP> 14003 <SEP> 1 <SEP> TGTGATGATACATGGAATCG <SEP> 28 <SEP> 374 <SEP> 347 <SEP> SetB
 <tb> 140051 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5264 <SEP> 140051 <SEP> F <SEP> TCTACTAACCACCCAACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11303 <SEP> 14005 <SEP> 1 <SEP> R <SEP> GGAACTATTGGTTGTTGACC <SEP> 121 <SEP> 443 <SEP> 323 <SEP> SetB
 <tb> 140062 <SEP> SEQID <SEP> No <SEP> 5265 <SEP> 140062F <SEP> CAAACTCTTCGTTTACGTGG <SEP> SEQID <SEP> No <SEP> 11304 <SEP> 14006 <SEP> 2 <SEP> AACATGGACTACGAGGACC <September>

  37 <SEP> 193 <SEP> 157 <SEP> Sets
 <tb> 65362 <SEP> SEQ <SEP> No <SEP> 5266 <SEP> 6536 <SEP> 2 <SEP> F <SEP> ATTGCTGGTTTGTACAGAGG <SEP> SEQID <SEP> No <SEP> 11305 <SEP> 6536. <SEP> 2 <SEP> R <SEP> AAGATGTTAGCACCACAACC <SEP> 505 <SEP> 827 <SEP> 323 <SEP> SetA
 <tb> 65332 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5267 <SEP> 6533 <SEP> 2 <SEP> F <SEP> AATTACGTGCTGAGTGGTTT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11306 <SEP> 6533.2 <SEP> R <SEP> CATACGTGAAGAATATGGGAC <SEP> 1544 <SEP> 1938 <SEP> 395 <SEP> SetC
 <tb> 65322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5268 <SEP> 6532 <SEP> 2 <SEP> F <SEP> GATCCTACTGATCCAAATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11307 <SEP> 6532 <SEP> 2.R <SEP> CTAGCAATTATTCCTGGTGG <SEP> 4621 <SEP> 4946 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI141.33
 181091 SEQ No 5269 181091 F AAATTATCACCATCAGCAGC SEQ No 11308 18109 l.R TTCTGAATCCGTTGTTTAGC 10 269 260 SetA
 EMI141.34
 
 <Tb>
 <tb> 10571

   <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5270 <SEP> 10571 <SEP> 2 <SEP> TTATCCAATGATGGATTTGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11309 <SEP> 10571.2.R <SEP> GCAGTACTAGCCGTTATTGG <SEP> 631 <SEP> 1016 <SEP> 386 <SEP> Sets
 <tb> 93981 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5271 <SEP> 93981.F <SEP> GCAGTGTATGTTAACTGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11310 <SEP> 9398.1 <SEP> R <SEP> AGAGAACCATCGTTGTTAGC <SEP> 1896 <SEP> 2237 <SEP> 342 <SEP> Sets
 <Tb>
 
 EMI141.35
 9400 1 SEQ ID No. 5272 9400 1.F TTATTCGAATGCTAACAAAGC SEQ ID No. 11311 9400 l.R AGCTTFCACTACTTGATGGC 104 442 339 Sets 94011 SEQ t0 No.5273 9401.1F AGACCAATACCAAACACTGC SEQ No 11312 9401.1.R GAATAGCTGCTTAATTT 33
 EMI141.36
 
 <Tb>
 <tb> 9662. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5274 <SEP> 9662 <SEP> 2 <SEP> F <SEP> AGAGGTAAATTTGGTGTTGC <SEP> SEQ <SEP> iD <SEP> No <SEP> 11313 <SEP> 9662.

    <SEP> 2 <SEP> R <SEP> TAAAAATTCAATCCAGCAGC <SEP> 2731 <SEP> 3059 <SEP> 329 <SEP> SetB
 <tb> 96632 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5275 <SEP> 9663.2.F <SEP> AGATCAAATTATATGGGATTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11314 <SEP> 9663 <SEP> 2 <SEP> R <SEP> TGGATTCTTTGAAGTATTTGG <SEP> 3297 <SEP> 3687 <SEP> 391 <SEP> SetB
 <tb> 96661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5276 <SEP> 9666.1 <SEP> F <SEP> TTGGTATGGGAATATGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11315 <SEP> 9666 <SEP> 1.R <SEP> ACTGGTAAATTTTGAGGTGG <SEP> 439 <SEP> 785 <SEP> 347 <SEP> SetA
 <tb> 15382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5277 <SEP> 1538.2.F <SEP> TTCCATTTCAAATTTTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11316 <SEP> 1538 <SEP> 2.R <SEP> ATCAAATCCTGCTTGATACC <SEP> 1403 <SEP> 1797 <SEP> 395 <SEP> SetA
 <Tb>
 
 EMI141.37
 1539.1 SEQ ID No 5278 1539 1 CCATCGTCTTGTTTGAGATT SEQ ID No.

   11317 1539 1 R GGGAGAGTCACTACCTAGCA 83 182 100 SetC 15402 SEQ No 5279 1540 2.F ATCCTGAATTCCCTATGGTT SEQ ID No. 11318 1540.2.R AATCCAGCTGGTAAAGGATT 1391 1706 316 SetB 15402 SEQIDNO 5280 15402.F2 7.4A7CCTAC2GTAC219 ND 324 SetB 1541 1 SEQ No 5281 154U F AAGTTGGGGTGATAGAGAGC SEQ No 11320 1541l.R TGATATCCATAACCTGAGGC 15 341 327 SetA
 EMI141.38
 
 <Tb>
 <tb> 1542. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5282 <SEP> 1542.1 <SEP> F <SEP> ATTACAAGCCATTTCATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11321 <SEP> 1542.1 <SEP> R <SEP> TCAGCTTGTTCAATATTCCC <SEP> 258 <SEP> 608 <SEP> 351 <SEP> SetB
 <tb> 1543. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5283 <SEP> 1543.1.F <SEP> GAAGAATTTCTGAAGTTGCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11322 <SEP> 1543.1 <SEP> R <SEP> GCTTGTTCAACAGAAAGTCC <SEP> 248 <SEP> 554 <SEP> 307 <SEP> SetA
 <tb> 15441 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5284 <SEP> 1544.1 <SEP> F <SEP> AACAGATCCATTGAATACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11323 <SEP> 1544.1 <SEP> R <SEP> TGGATTCAAATTATGTGTCAAA <SEP> 33 <SEP> 321 <SEP> 289 <SEP> SetB
 <tb> 15471 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5285 <SEP> 1547 <SEP> 1.F <SEP> TGATAGTCACGATTTTCTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11324 <SEP> 1547 <SEP> 1.R <SEP> TTAACCGTCTTATCACCTCC <SEP> 1992 <SEP> 2291 <SEP> 300 <SEP> SetA
 <tb> 15481 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5286 <SEP> 1548.1 <SEP> TAAATTGGTTTGTTTCGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11325 <SEP> 1548 <SEP> l.R <SEP> TTAACCAGGGGATTTAACTTT <SEP> 1 <SEP> 251 <SEP> 354 <SEP> SetB
 <Tb>
 
 EMI141.39
 1551.1 SEQ No.5287 1551.1 F CCATATACATCAACATGAGTATCC SEQ ID No 11326 1551.1 R GGTAGAATTAGCATTCTTTTGC ND ND 364 setc 15541 SEQ ID No 5288 1554.1 F TCAATGATTTAAAATTGGGC SEQ ID No 11327 1554.1 R GTACCTTGAAC77 .

   Il 328 1557 1 AACTCGATACTTGCTTCTGG 887 1217 331 SetA 1558 SEQ ID No 5290 1558.1 F CATTAACCGGAATAATGTCG SEQ 10 No. 11329 1558.1.R CCAATTTCCTCATCAATACC 627 941 315 StA 15661 SEQ ID No 5291 1566.1 F TGTTTCATCT15TGTT15T66TGT15T66GTTQATCTATCT15GTGTQTGTTQTGTQTQTGTQTQTQTQTGTQTQTGTQTGTQTQTQTQTQTQTQAQA SEQ No 5292 1567 1 F TGACTTAAGAACCATCTACCC SEQ ID No. 11331 1567.1 R TTAAGACAAAGCAGTAGGGG 6 280 275 sotb 1568.1 SEQ Na 5293 1568 1.F CAAAAAGAGCTATTCCATCG SEQ ID No. 11332 1568.1 R AACTTGATCTTTTTGTTGTGTA. ID No. 11333 1574 1 R CTTTCCTTGATGTAATTGGC 3665 3974 310 SetB
 EMI141.40
 
 <Tb>
 <tb> 1576.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5295 <SEP> 1576 <SEP> 1 <SEP> F <SEP> ACTGCCAAAGACAAGTATGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11334 <SEP> 1576.1 <SEP> R <SEP> AAACATCTCAACAGCACTCC <SEP> 424 <SEP> 792 <SEP> 369 <SEP> SetB
 <tb> 1578.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5296 <SEP> 1578.IF <SEP> CGTTAGAGTTATGACTGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11335 <SEP> 1578.1.R <SEP> TTACTTGTTTGCACAAATCC <SEP> 576 <SEP> 889 <SEP> 314 <SEP> SetB
 <tb> 1580. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5297 <SEP> 1580 <SEP> 1 <SEP> F <SEP> CCACTGTTTTTGCTATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11336 <SEP> 1580 <SEP> 1 <SEP> R <SEP> CAACAGCTAAGACACCAGC <SEP> 20 <SEP> 376 <SEP> 357 <SEP> SetB
 <tb> 1582. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5298 <SEP> 1582.1.F <SEP> TGAACATCTAGCCAAAGAGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11337 <SEP> 1582 <SEP> 1 <SEP> ATTTGCTCTTTTGAAATTGG <SEP> 741 <SEP> 1091 <SEP> 351 <SEP> SetB
 <Tb>
 
 EMI141.41
 15831 SEQ No 5299 15B3 1.F CAA7CGAGAAAGAATTCACC SEQ ID No 11338 1583.1 R AATCGGTAAAGGAAGTACCC 236 601 366 SetS 15861 SEQ ID No. 5300 1586.lF GTTCTTCGAGTGTTCCTACG SEQ ID No. 11339 1586 1 TCGTTATCC 115 ID No. 11340 1588 LR TTAGATGAAAAGCATGGTCC 396 700 305 sets 15911 SEQ No 5302 1591.1F CCAGTAACTGATGAAGGAGC SEQ No 11341 1591.1 R AATCTTTTTGGCGTTAATGA 2116 2463 348 SetB 1598.2 SEQ ID No. 5303 1598 2.F CATACTAAGTCTAGCA2 1604 2 SEQIO No 5304 1604 2.F AATGAGAAAAGAGTTGGACG SEQ ID No. 11343 1604 2.R TACGATCTTCCAATTGATCC 1548 1888 341 SetB 1611 2 SEQ ID No 5305 1611.2 F AACAGTATGTTGC7GCTGG SEQ ID No.

   11344 1611.2 R TACCAATCAAATCTTGAGGC 5651 5989 339 SetA
 EMI141.42
 
 <Tb>
 <tb> 16152 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5306 <SEP> 1615.2 <SEP> F <SEP> TGACATGAAGAAAAACGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11345 <SEP> 1615.2.R <SEP> CAACGAGACTCTTGAAAACC <SEP> 1824 <SEP> 2196 <SEP> 373 <SEP> SetA
 <tb> 1791 <SEP> SEQID <SEP> No <SEP> 5307 <SEP> 1791 <SEP> F <SEP> GAACTTTTGACTTACAGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11346 <SEP> 179 <SEP> 1 <SEP> R <SEP> AATAAGGGTGTTCTAATGCG <SEP> 3134 <SEP> 3482 <SEP> 349 <SEP> SetA
 <Tb>
 
 EMI141.43
 1851 SEQ No 5308 185.1 F TTGGTGATTATGAAAAAGCC SEQ ID No.

   11347 185.1.R AATGATTCCATAGCTTCACG 2216 2615 400 Sets

  <Desc / Clms Page number 142>

 
 EMI142.1
 
 <Tb>
 <tb> 191 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5309 <SEP> 191 <SEP> 1 <SEP> F <SEP> F <SEP> TTATGTTTGACTGCTCCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11348 <SEP> 191 <SEP> 1 <SEP> R <SEP> AGTTACAGCAGAATGCAACC <SEP> 1030 <SEP> 1405 <SEP> 376 <SEP> SetA
 <tb> 1951 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5310 <SEP> 195 <SEP> 1 <SEP> F <SEP> TAAATATGGAGCTCGTCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11349 <SEP> 195 <SEP> 1 <SEP> R <SEP> GAACTTCTTGGTGTGAGCC <SEP> 1005 <SEP> 1348 <SEP> 344 <SEP> SetA
 <Tb>
 
 EMI142.2
 1971 SEQ ID No 5311 197 1 F GTTGTTGAAGGTCGTTTTTC SEQ ID No 11350 197 1 AAGCAACACCGAATACTTTG 820 1171 352 SetB 198 SEQ 10 Na 5312 1981 F CCAAATTATAAAGAATCCAAGC SEQ ID No 11351 198 1 R TCAGAACCACCGTAGATCAT 23 219 197 s.tc
 EMI142.3
 
 <Tb>
 <tb> 1992 <SEP> SEQ <SEP> ID <SEP> No <September>

  5313 <SEP> 199 <SEP> 2 <SEP> F <SEP> ACTGAACAAGGAATCAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11352 <SEP> 199 <SEP> 2 <SEP> R <SEP> AATTACCAATAGCAGACCCC <SEP> 502 <SEP> 808 <SEP> 307 <SEP> SetB
 <tb> 2041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5314 <SEP> 204 <SEP> 1 <SEP> F <SEP> GGTAGTGATACCCTCGTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11353 <SEP> 204 <SEP> 1 <SEP> R <SEP> R <SEP> CCAATAGGTAATTTTGGTGC <SEP> 4582 <SEP> 4937 <SEP> 356 <SEP> SetB
 <tb> 217 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5315 <SEP> 217 <SEP> 1 <SEP> F <SEP> F <SEP> TGTTTAGAAAGGATTGCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11354 <SEP> 217 <SEP> 1 <SEP> R <SEP> AGGGTTTTCGATCTTTTAGC <SEP> 2080 <SEP> 2396 <SEP> 317 <SEP> SetB
 <Tb>
 
 EMI142.4
 2181 SEQ ID No 5316 2181 I F GACAAGTTTCTCGTTTTTCC SEQ ID No 11355 218 1 R TTTGATCCTTCAACTTTTCG 717 1018 302 SetB
 EMI142.5
 
 <Tb>
 <tb> 2231 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5317

   <SEP> 223 <SEP> 1 <SEP> F <SEP> TATCCTTTGAAGAAATTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11356 <SEP> 223 <SEP> 1 <SEP> R <SEP> TTGTATTCCATGAGTTTGGG <SEP> 3712 <SEP> 4075 <SEP> 364 <SEP> SetB
 <tb> 224 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5318 <SEP> 224 <SEP> 1 <SEP> F <SEP> CCTACAGGTACAGCTAACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11357 <SEP> 224 <SEP> 1 <SEP> GTCAAGGTCTGTTGATTTGC <SEP> 214 <SEP> 572 <SEP> 359 <SEP> SetB
 <Tb>
 
 EMI142.6
 225 S [Q 10 No 5319 2251 F AGCAGAATCGTCAGAGTAGC SEQ ID No 11358 225 1 R ATCATCTTTTGCATCATTCC 1252 1640 389 SMA 227 SEQ ID No 5320 227 1 F GCAGATACACCCATAATTCC SEQ ID No 11359 227 1 R AGAAATCTTTCCGACQB 8321 229 F AATTATCGGAAAGTATACCGC SEQ ID No 11360 228 2 R ACAACTGC7TCAGTCAGACC 1444 1763 320 Sets 181051 SEQ ID No 5322 18105 F GACCATGCAATAAATGAACC SEQ iD No 11361 18105 1 R 7ACATCTTG7CGAAGAGCG 253 627 375 SetB 2302

  ID No 5323 230 2 ACTTTCTTACGTGCTGAASG SEQ 1D No 11362 230 2 GTTTCTTTTGGTTGTCATCG 6072 6394 323 SetB 232 1 SEQ ID No 5324 232 1 F ATGCTTAAATCAACACCACC SEQ ID No 11363 232 1 R TTAGATGGGTTGGAGAACC 53431 233 1 R AAAAAGTGATTGGCTGTGAG 688 1072 385 Sets 234 1 SEQ io No 5326 234 1 F TAGTTGATTCGGTGATTTCC SEQ D No 11365 234 1 R TAACAAATCTTGTCCCTTCC 1232 1564 333 Sets
 EMI142.7
 
 <Tb>
 <tb> 235 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5327 <SEP> 235 <SEP> 1 <SEP> TTTAAATCCCATGATTATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11366 <SEP> 235 <SEP> 1 <SEP> GGAATCAAAAATGATTCAGC <SEP> 150 <SEP> 509 <SEP> 360 <SEP> SetB
 <tb> 2362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5328 <SEP> 236 <SEP> 2 <SEP> AATGTCTTCATCCACAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11367 <SEP> 236 <SEP> 2 <SEP> ATGGTGATTCTCTAATTGGC <SEP> 2109 <SEP> 2455 <SEP> 347

   <SEP> SetB
 <tb> 243 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5329 <SEP> 243 <SEP> 2 <SEP> F <SEP> GAACCTAGATTTGAACGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11368 <SEP> 243 <SEP> 2 <SEP> R <SEP> TGTACTGATTTGGTTGATCC <SEP> 1384 <SEP> 1748 <SEP> 365 <SEP> SetB
 <Tb>
 
 EMI142.8
 2502 SEQ ID No 5330 250 2 F ACCACTTCATCTCATTCCG SEQ ID No 11369 250 2 R TTAATCCATCAACT7CAGGC 3622 3928 307 SetA 252 SEQ ID No 5331 252 1 F 7GA7AGCCAATTCTCATTCC SEQ ID No 11370 252 1 R TGGTAAATATCCTTTCACGA 256 QTC 317 SEQ 10 No 11371 256 1 TTTTATTGACAACATTCAAACC ND ND 313 SetC 257 1 SEQ \ 0 No 5333 2571 F TACCAAACTCATGTTTCACG SEQ 1D No 11372 257 1 AAACTGAAAATAGCCCAAGC 59 368 310 SetB 263 1 SEQ ID No 5334 263 1 F TGTCAAGT 11GTGTAGTAGTGTAGTAGTGTG3 2 367 366 SetC 267 1 SEQ ID No 5335 267 1 F AAAGAACGAGATCAGCAGG SEQ ID No 11374 267 1 R

  CCAAATGTTGAAATTGACG 470 859 390 S.tB 272 1 SEQ ID No 5336 272 1 F CAATATACGAAAGCAGTGGG SEQ 10 No 11375 272 I R GGGTTTTCTTGATATCTCACC 1237 1634 398 SetA
 EMI142.9
 
 <Tb>
 <tb> 2741 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5337 <SEP> 2741 <SEP> F <SEP> GGGAGTAACACATCATCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11376 <SEP> 274 <SEP> 1 <SEP> R <SEP> AAATAACAAAAGGTTGCACG <SEP> 658 <SEP> 1018 <SEP> 361 <SEP> SetA
 <tb> 2761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5338 <SEP> 276 <SEP> 1 <SEP> F <SEP> AACATGTTAGGATACGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11377 <SEP> 2761 <SEP> R <SEP> CATTTCCATCTAAGATTGCC <SEP> 601 <SEP> 907 <SEP> 307 <SEP> SetA
 <tb> 277 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5339 <SEP> 277 <SEP> 1 <SEP> CTTTGAAGACGTTATTTCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11378 <SEP> 277 <SEP> 1 <SEP> R <SEP> TTCACCAGTGTAGAATTCCC <SEP> 9 <SEP> 399 <SEP> 391 <SEP> SetA
 <Tb>
 
 EMI142.10
 2791 SEQ

  \ 0 No 5340 2791 F GGTCCAGTACATTTAATGCC SEQ 11) N. 11379 279 1 R ATTCATGAAACCAGAAATGG 1876 2235 360 SetB
 EMI142.11
 
 <Tb>
 <tb> 282 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5341 <SEP> 282 <SEP> 1 <SEP> F <SEP> AGCGAGATGTCTTATTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11380 <SEP> 282 <SEP> 1 <SEP> R <SEP> ATTTGTAGGAGCATCGTAGG <SEP> 2254 <SEP> 2598 <SEP> 345 <SEP> SetA
 <tb> 2841 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5342 <SEP> 284 <SEP> 1 <SEP> F <SEP> GCAGCAGCAACTAAAGAAAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11381 <SEP> 284 <SEP> 1 <SEP> R <SEP> CACATTAGCAAGGAAAGGTC <SEP> 511 <SEP> 908 <SEP> 398 <SEP> SetB
 <tb> 285 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5343 <SEP> 285 <SEP> 1 <SEP> TATTGAAGCAATTTATCCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11382 <SEP> 285 <SEP> 1 <SEP> GCTTGTTTGGATTGTTTCTC <SEP> 36 <SEP> 401 <SEP> 366 <SEP> SetB
 <tb> 286 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5344 <SEP> 286

   <SEP> 1 <SEP> TTCTTTGCATTAGTAGTCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11383 <SEP> 286 <SEP> 1 <SEP> CAAGATTGTGATGATGATGG <SEP> 15 <SEP> 344 <SEP> 330 <SEP> SetB
 <tb> 2901 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5345 <SEP> 2901 <SEP> F <SEP> AAGAATCTCCGCATATTGAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11384 <SEP> 290.1 <SEP> R <SEP> TCATCCTCTTCATCGCTACT <SEP> 2351 <SEP> 2747 <SEP> 397 <SEP> SetB
 <tb> 294 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5346 <SEP> 2941 <SEP> F <SEP> TTCTTGAATGCTAACAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11385 <SEP> 294 <SEP> 1 <SEP> R <SEP> TCTTTGTCTTCTGGATTTCG <SEP> 1408 <SEP> 1713 <SEP> 306 <SEP> SetS
 <Tb>
 
 EMI142.12
 2961 SEQ ID No 5347 2961 F TGCTAAAACTCACATTCACG SEQ 10 No 11386 296 1 ATCCGACTTAAAAGTGTTGG 3120 3519 400 SetB
 EMI142.13
 
 <Tb>
 <tb> 298 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5348 <SEP> 2981.F <SEP> TAAATCCTGGTGTCTTGAGC <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 11387 <SEP> 298 <SEP> 1 <SEP> R <SEP> TTACCATCTTCATCCTCACC <SEP> 903 <SEP> 1274 <SEP> 372 <SEP> SetB
 <tb> 3001 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5349 <SEP> 3001 <SEP> F <SEP> CGTCCACACCTTATTTTGAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11388 <SEP> 300 <SEP> 1 <SEP> R <SEP> CAAAACTGGATCACTGGATT <SEP> 1366 <SEP> 1677 <SEP> 312 <SEP> SetB
 <tb> 3022 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5350 <SEP> 302 <SEP> 2 <SEP> F <SEP> CAATCATTACTGGAACTAGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11389 <SEP> 302 <SEP> 2 <SEP> R <SEP> CCTTAGATGCAGCATACACC <SEP> 127 <SEP> 475 <SEP> 349 <SEP> SetB
 <tb> 169482 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5351 <SEP> 16948 <SEP> 2 <SEP> AACATTGAGGAGTTGAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11390 <SEP> 16948 <SEP> 2 <SEP> R <SEP> GATGCTATAGAAAGGCAACC <SEP> 372 <SEP> SetC
 <tb> 169472 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5352 <SEP> 16947 <SEP> 2 <SEP> F <SEP> TCTTTCGAATAAAGACGAGG

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 11391 <SEP> 16947 <SEP> 2 <SEP> R <SEP> ATGCTCTTAAAAAATGTCGTCC <SEP> 777 <SEP> 1111 <SEP> 335 <SEP> Sets
 <Tb>
 
 EMI142.14
 169442 SEQ ID NO 5353 16944 2 F CT7CAGAAGAGGAGTCAAGC SEQ ID NO 11 392 16 944 2 125 491 367 RAATTTTGCCTTTAACTCACG S.te 85322 SEQ ID NO 5354 85322 F CCGAAGATGGAAGTGTTAAG SEQ ID No 2 11393 8532 314 696 383 G & Cs AGAAGTCTTTGGTGGAGCTT
 EMI142.15
 
 <Tb>
 <tb> 85271 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5355 <SEP> 8527 <SEP> F <SEP> F <SEP> GACGTTTACGAATTAGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11394 <SEP> 8527 <SEP> 1 <SEP> R <SEP> ACTAATCCAGCAACAACAGC <SEP> 256 <SEP> 608 <SEP> 353 <SEP> SetB
 <tb> 18101 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5356 <SEP> 18101 <SEP> 1 <SEP> F <SEP> GTATTGGCGATAATAGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11395 <SEP> 18101 <SEP> 1 <SEP> R <SEP> AGATTCATTGAAACAAACGG <SEP> 31 <SEP> 336 <SEP> 306 <SEP> SetB
 <Tb>

  81961 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5357 <SEP> 8196 <SEP> F <SEP> CTGTTGTTAATGTGTGTGCC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11396 <SEP> 8196 <SEP> 1 <SEP> R <SEP> AATCGTGAATTTGTTCTTCG <SEP> 986 <SEP> 1321 <SEP> 336 <SEP> SetB
 <tb> 82051 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5358 <SEP> 82051 <SEP> F <SEP> AAATCAGGTGATAGCACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11397 <SEP> 8205 <SEP> 1 <SEP> R <SEP> CTCTTATCCAACCTTCTCCC <SEP> 1954 <SEP> 2311 <SEP> 358 <SEP> SetB
 <tb> 82101 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5359 <SEP> 82101 <SEP> F <SEP> CCCTTCGAATCAATAACAGT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11398 <SEP> 82101 <SEP> R <SEP> TTTGTGTTCCCTTTTCAATTA <SEP> 710 <SEP> 1105 <SEP> 396 <SEP> SetC
 <Tb>
 
 EMI142.16
 198101 SEQ ID No 5360 198101 F GACCATTTCAAAATCAAACC SEQ ID No 11399 19810 1 TGCATCATGACAAAGTATGC 1934 2330 397 SetB 77481 SEQ 1D No 5361 77481 F AATTGCAAATTTCGTAAAGG SEQ 10 No 11400

  7748 1 R CGAAAAGAAACAAGTAGAAGG 1029 1400 372 SetC
 EMI142.17
 
 <Tb>
 <tb> 8171 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5362 <SEP> 817 <SEP> 1 <SEP> GTACCAAGACAACCACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11401 <SEP> 817 <SEP> 1 <SEP> R <SEP> GATTCGAACTCATCTTCTGG <SEP> 1939 <SEP> 2273 <SEP> 335 <SEP> Sets
 <tb> 8152 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5363 <SEP> 815 <SEP> 2 <SEP> F <SEP> CGAAGTACAAGAGATGAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11402 <SEP> 815 <SEP> 2 <SEP> R <SEP> TTAACTGCATTGATTCCAGG <SEP> 1342 <SEP> 1643 <SEP> 302 <SEP> SetB
 <Tb>
 
 EMI142.18
 180991 SEQ ID Na 5364 180991 F CCGTTAGCTACCAAGTTGAA SEQ ID No 11403 18099 1 R ATCAAGATTTATCAAGCCCA 787 1182 396 SetB
 EMI142.19
 
 <Tb>
 <tb> 813 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5365 <SEP> 8131 <SEP> F <SEP> TGAAGAATGGAAACAGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11404 <SEP> 813 <SEP> 1 <SEP> R <SEP> ATACATAGCTTGCATCGTCC <SEP> 84

   <SEP> 454 <SEP> 371 <SEP> SetA
 <tb> 8121 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5366 <SEP> 812 <SEP> 1 <SEP> FCGGATAATATTTTTGGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11405 <SEP> 8121 <SEP> R <SEP> TTTTTCTTGTAGCATCTGGC <SEP> 1475 <SEP> 1808 <SEP> 334 <SEP> Sets
 <tb> 810 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5367 <SEP> 8101 <SEP> F <SEP> TATGAGTCATCTGACAACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11406 <SEP> 8101 <SEP> R <SEP> CTCGACAACTTCTTTCAAGG <SEP> 301 <SEP> 660 <SEP> 360 <SEP> SetB
 <tb> 807 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5368 <SEP> 807 <SEP> 1 <SEP> F <SEP> CTTTGTCTATGGCCTATGCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11407 <SEP> 807 <SEP> 1 <SEP> R <SEP> GTACCTTGAGTGATTGAGCC <SEP> 695 <SEP> 1001 <SEP> 307 <SEP> SetB
 <tb> 802 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5369 <SEP> 8021 <SEP> F <SEP> AAAGGAAATGGAATTGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11408 <SEP> 802.1 <SEP> R <September>

  GGACTCACATCTTCAAGTGG <SEP> 852 <SEP> 1175 <SEP> 324 <SEP> SetB
 <tb> 798 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5370 <SEP> 7981 <SEP> F <SEP> ACAGACTATTTTGGCAAACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11409 <SEP> 7981 <SEP> R <SEP> TAGCATTGAAGGTTTGAAGG ' <SEP> 409 <SEP> 744 <SEP> 336 <SEP> SetB
 <tb> 797 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5371 <SEP> 797 <SEP> 1 <SEP> F <SEP> GCTTGGTGTTGAGAGTAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11410 <SEP> 797 <SEP> 1 <SEP> GTATAATCCCCAATAGACCG <SEP> 2025 <SEP> 2357 <SEP> 333 <SEP> Sets
 <tb> 7931 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5372 <SEP> 7931 <SEP> F <SEP> GAGATTGCTATGGTTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11411 <SEP> 793.1R <SEP> R <SEP> TATGGAGAAAACTGTGACCC <SEP> 4384 <SEP> 4706 <SEP> 323 <SEP> SetB
 <tb> 7851 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5373 <SEP> 785 <SEP> 1 <SEP> F <SEP> TACTTATTCCAGCAGCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11412

   <SEP> 785 <SEP> 1 <SEP> R <SEP> GTGTTTCAATTCATTCTCGC <SEP> 181 <SEP> 510 <SEP> 330 <SEP> SetA
 <tb> 783 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5374 <SEP> 7831 <SEP> F <SEP> AGATTGTCGGTGAAGTTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11413 <SEP> 7831 <SEP> R <SEP> TTAAAATAATTCCCTGAGCG <SEP> 3140 <SEP> 3515 <SEP> 376 <SEP> Sets
 <Tb>
 
 EMI142.20
 7791 SEO iD No 5375 7791 F GTTATACCCAGATGACGAGG SEQ iD No 11414 779.1 R AGTTCTTTGGGTTTGTTGG 141 496 356 SetB
 EMI142.21
 
 <Tb>
 <tb> 776 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5376 <SEP> 7761 <SEP> F <SEP> TCAATCACCTACCCTTTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11415 <SEP> 776 <SEP> 1.R <SEP> ATTGCTGGTAGAAACTGACG <SEP> 379 <SEP> 690 <SEP> 312 <SEP> SetB
 <tb> 772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5377 <SEP> 772 <SEP> 1 <SEP> F <SEP> ATTTATCAAGGACGACAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11416 <SEP> 772 <SEP> 1 <SEP> R <September>

  CGTTAACCAAATCAGGTAGG <SEP> 1047 <SEP> 1384 <SEP> 338 <SEP> SetB
 <tb> 771 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5378 <SEP> 771 <SEP> 1 <SEP> F <SEP> GATTGAAGTATGCTTTGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11417 <SEP> 771 <SEP> 1 <SEP> TAGCCAAATCGATCTTAACG <SEP> 152 <SEP> 496 <SEP> 345 <SEP> SetC
 <tb> 7681 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5379 <SEP> 7681 <SEP> 1 <SEP> CTCCAAATTTATTGTCTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11418 <SEP> 768.1 <SEP> R <SEP> CTACCTCATCGTTGATTTCC <SEP> 1206 <SEP> 1531 <SEP> 326 <SEP> SetB
 <Tb>
 
 EMI142.22
 767 1 SEQ 10 No 5380 767 1 F TFTCTCAAACGA7TTCTTGC SEQ ID No 11419 767 1 R CCAAATAGGTCTTTGATTGG 28 414 387 SetB
 EMI142.23
 
 <Tb>
 <tb> 7632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5381 <SEP> 763 <SEP> 2 <SEP> TTCATTCCAATATCACCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11420 <SEP> 763 <SEP> 2.R <SEP> CATGCAATACAGCTATAACCC <SEP> 1000 <SEP> 1316 <SEP> 317

   <SEP> Sets
 <tb> 761 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5382 <SEP> 7611 <SEP> F <SEP> AGAAGTATGATGCAGATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11421 <SEP> 761 <SEP> 1 <SEP> R <SEP> ATTGCACCTTGAACACTACC <SEP> 655 <SEP> 995 <SEP> 341 <SEP> SetB
 <Tb>
 
 EMI142.24
 758 SEQ ID No 5383 758 1 ACCATACTCCACACTCAAGC SEQ ID No 11422 7581 R TTGTACGACAACCAAA71CC 783 1113 331 SetB 753 SEQ ID No 5384 753 1 F TACAATGGGTGAAACAATCC SEQ ID No 11423 753.1 R TAGCAGCAGTCTTTT 744
 EMI142.25
 
 <Tb>
 <tb> 7481 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5385 <SEP> 7481 <SEP> F <SEP> TGAAGAGTTTACCAAATCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11424 <SEP> 7481 <SEP> R <SEP> ATTAACAAACTCGTCTTCGG <SEP> 438 <SEP> 762 <SEP> 325 <SEP> SetA
 <tb> 747 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5386 <SEP> 747 <SEP> 1 <SEP> TAAATCATCCGGTAAAGGAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11425 <SEP> 747 <SEP> 1 <SEP> TTCGAAATTGACCTCTTCAT <SEP> 6 <SEP> 402 <SEP> 397 <SEP> SetB
 <tb> 745 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5387 <SEP> 7451 <SEP> F <SEP> TTGTTTTTGATTGTTGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11426 <SEP> 745 <SEP> l.R <SEP> CCGAAGTTCTATTGATTTGC <SEP> 640 <SEP> 1015 <SEP> 376 <SEP> SetA
 <Tb>
 
 EMI142.26
 7431 SEQ 10 No 5388 743 1 TTITAGAATCAAAGCMGGC SEQ ID No 11427 743 lR TCAGACTCCATCTTGGTAGC 599 920 322 SetB 741 1 SEQ ID No 5389 7411 F AGAGAGATTGTCGCACTACC SEQ ID No 11428 741.1 R AGACATTAATGACCTCACCAGAG 2328 23AG No. 11429 737.1 R TGAGCTTCTAATCTTGAGCC 1752 2103 352 Sets 733.1 SEQ ID No. 5391 7331 F TCAATGCATCATTGTTATGG SEQ ID No.

   11430 733.1 R TGGAAGTAATGAACTCGTCC 1574 1918 345 Sets 731 1 SEQ ID No 5392 731 1 F ATGC7ACTTATATCCGCTGG SEQ ION. 11 431 731.1 R CGTAGTCATTGGTTCATCG 31 291 261 SetB
 EMI142.27
 
 <Tb>
 <tb> 730 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5393 <SEP> 730 <SEP> 1.F <SEP> CGATGTATGTACCAGTGACG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11432 <SEP> 7301 <SEP> R <SEP> TGGTTAATAGTTCGGTTTCG <SEP> 1095 <SEP> 1483 <SEP> 389 <SEP> SetB
 <tb> 728 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5394 <SEP> 7281 <SEP> F <SEP> ACATCCCTGCAGTACATACC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11433 <SEP> 728 <SEP> 1.R <SEP> TACCATAATACTCGACACGG <SEP> 301 <SEP> 649 <SEP> 349 <SEP> SetB
 <Tb>
 
 EMI142.28
 7261 SEQ ID No 5395 726 l.F AGATATGCGGAACAGTATGG SEQ ID No. 11434 726 1.R GTTTAGTTTTCACCACCACC 559 871 313 SetA 7242 SEQ ID No 5396 724 2.F CAAAGGTGATAAACTGTGGC SEQ ID No.

   11435 724 2 R TTGCAAAACAGTCATAAAGG 1235 1618 384 SetA
 EMI142.29
 
 <Tb>
 <tb> 7212 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5397 <SEP> 7212 <SEP> F <SEP> AGCTACTAAACGAATGACCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11436 <SEP> 721.2.R <SEP> TCTCTGTGGGGATATATTGG <SEP> 1500 <SEP> 1825 <SEP> 326 <SEP> SetA
 <tb> 7181 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5398 <SEP> 7181.F <SEP> TTATAGGCTATTCACCACGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11437 <SEP> 718.1.R <SEP> ACCTCTGGATTGTAGTGTCG <SEP> 1911 <SEP> 2282 <SEP> 372 <SEP> Sets
 <tb> 714 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5399 <SEP> 714 <SEP> 1.F <SEP> TACTCGTAAACCTCAAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11438 <SEP> 714 <SEP> 1 <SEP> R <SEP> TTCTGTTGATCGCTAAGTCC <SEP> 1247 <SEP> 1556 <SEP> 310 <SEP> SetA
 <tb> 712. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5400 <SEP> 712.1.F <SEP> ACAAACTCTTGCAAGCTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11439 <SEP> 712.1.R <SEP> AACTTTAACAGCGTTTTTGG <SEP> 551 <SEP> 870 <SEP> 320 <SEP> Sets
 <tb> 7081 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5401 <SEP> 7081 <SEP> F <SEP> TATTGTCTTGGGGTTACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11440 <SEP> 708.1.R <SEP> ACCAGATATCAACCCATACG <SEP> 453 <SEP> 780 <SEP> 328 <SEP> SetC
 <tb> 2865. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5402 <SEP> 28651 <SEP> F <SEP> AGAGCTGAATTCTGTTGAGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11441 <SEP> 2865 <SEP> 1.R <SEP> CTCGTCAGTGTACTTTTCCC <SEP> 387 <SEP> 765 <SEP> 379 <SEP> SetB
 <Tb>
 
 EMI142.30
 2861 SEQ ID No 5403 2861 I> F AAGATGCTATTGAAACTGCC SEQ ID N .. 11442 2861.1 R ATGGCAATGTCTTCTGTACC 950 1256 307 SetB 28591 SEQ 1D No 5404 2859 F TTGCTCAAATGTTAGAAGCC SEQ ID No 11443 2859.1 R TGAATAG7

   5405 28571 F GCAATTAACCAGAAAACAGG SEQ ID No. 11444 2857 1 R TCTGCTAAGACTTTTCCTGC 277 635 359 SetA 2856.1 SEQ ID No 5406 2856 1 F TCGAAGTTTTTACCATTTGC SEQ ID No. 11445 2856 1 R TGTATCCTCCTATTTGACCG 529 85Q SEQAID 11446 2855 1.R TTTCAATTATCCCATTCACC 714 1078 365 5etB 2852.1 SEQ ID No 5408 2852.1 F TATCCAGATACGGACAAAGC SEQ 10 No. 11447 2852.1 R ATTTGCTACGTTGAGTT7CC 965 1318 354 SetA
 EMI142.31
 
 <Tb>
 <tb> 28501 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5409 <SEP> 2850 <SEP> 1 <SEP> F <SEP> CGATAGTTGGTTCAGTGGAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11448 <SEP> 2850.1.R <SEP> TGTTGTTCTTTCAACTCACG <SEP> 107 <SEP> 413 <SEP> 307 <SEP> Sets
 <tb> 28481 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5410 <SEP> 2848 <SEP> 1 <SEP> F <SEP> TGGAATATGTTGTTTCTCCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11449 <SEP> 2848.1 <SEP> R <SEP> AGGAATCTTACAAGCAAACG <SEP> 612 <SEP> 999 <SEP> 388 <SEP> SetB
 <Tb>
 
 EMI142.32
 2847.1 SEQ ID No 5411 2847 F ATGCTTTTAACAGAACAGCC SEQ ID No. 11450 2847 1.R GCCACAATTGTTTTAATTCC 512 883 372 SetB 2846 SEQ ID No 5412 28461 F GAACCAGATTGGTACACCC SEQ lD No 11451 2846 1.R ATTGTCCATCTATBG43T43G43T43G43TQ43 ATGGCAAGATTSTTTAGTCC SEQ 10 No 11452 2843 757 1079 323 1.R CTATGTCTTGATGGTGGAGG SetB 28391 5414 2839 SEQ ID NO lF TCCAAGATCATTAGAAAGGC SEQ O No 11453 2839 1051 301 751 IR ATACTCTCATGGCTTCTTGC SetA 28372 SEQ ID NO 5415 28372 F TGGTGCTGATATTGTTATGC SEQ ID No 11454 2837.2 R GAAAACACAGGACTTTGACC 555 902 348 sets
 EMI142.33
 
 <Tb>
 <tb> 2836.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5416 <SEP> 2836 <SEP> 1 <SEP> F <SEP> AAATCATTGGGTGAAGCTAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11455 <SEP> 2836.1.R <SEP> ATGCCACTGTCCATAAAATC <SEP> ' <SEP> 2602 <SEP> 2938 <SEP> 337 <SEP> Sets
 <tb> 28301 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5417 <SEP> 2830 <SEP> 1.F <SEP> ATAATCGATCCCAAATTACG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11456 <SEP> 28301 <SEP> R <SEP> TTTCTGTTCAATATCATTGGG <SEP> 391 <SEP> 690 <SEP> 300 <SEP> SetA
 <Tb>
 
 EMI142.34
 2827.2 SEQ ID No. 5418 2827 2.F TTCATTGTAAAACTTCAAAACC SEQ ID No 11457 2827 2 R TCATTGATTTCAAAAACTCG 386 713 328 Sets 19812 SEQ ID No. 5419 19812 1 ATTGTCGTTACGGTTTTAGC SEQ ID No 11458 19812 1 R AAACTCCAGATAAACCAAAGA888AQA108 F CTTTTATTTGTGTCGG7TGC SEQ 10 No.

   11459 5988 1.R TMTAGTACAAGGCCGATCC 802 1139 338 SetB 59871 SEQ ID No 5421 5987 1 TACATTTTTGGCATCAATCC SEQ 10 No 11460 5987 1.R CCACTAATTGGATATTTGGC 672 1007 336 SetA 59861 SEQ ID No 5422 59861.F AGGGGTTTT46 11G SetA 5983.1 SEQ 10 No. 5423 59831 F ACCTGTTTGTTATACCGTGG SEQ 10 No. 11462 5983 1 TCAGGGAAAGAATCAGTACC 934 1316 383 SetA 5981.1 SET 1D No 5424 5981 1.F AATAGCAATGCCTATGATGC SEQ ID No 11463 5981 1 TTCAATT747. F ACTTGCTGCATTATAAACCC SEQ 10 No 11464 5978 1 TTCGTAGCTCAAGAACTTCC 190 558 369 SetB 5977 SEQ 10 No.

   5426 5977 1.F GTTTAGCCAAAGATGAAACG SEQ ID No 11465 59771 R TTT7CTCTCAACTCAATGGC 923 1238 316 SetS

  <Desc / Clms Page number 143>

 
 EMI143.1
 
 <Tb>
 <tb> 59761 <SEP> SEQ <SEP> No <SEP> 5427 <SEP> 5976 <SEP> 1.F <SEP> GTCTTTCAGGATTTGTTTCG <SEP> SEQ <SEP> No <SEP> 11466 <SEP> 5976 <SEP> 1 <SEP> R <SEP> TTTTGAATGAATACACCACG <SEP> 1058 <SEP> 1390 <SEP> 333 <SEP> SetB
 <Tb>
 
 EMI143.2
 5972 SEQID No 5428 5972 1 CAATTATTGGCTGGTAAAGG SEQ No 11467 5972 1 TCTGCATTGTAATTCTTCCC 235 552 318 SetB 5971.1 SEQID No 5429 5971 1 AACCAACAACAAAGACATCC SEQID No 11468 5971 I TTACATGAAATGCATAAGCG 425 814 390
 EMI143.3
 
 <Tb>
 <tb> 59692 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5430 <SEP> 5969 <SEP> 2 <SEP> F <SEP> AAAAGGTCGATCATTTAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11469 <SEP> 5969 <SEP> 2 <SEP> AAGATTCTTTGACAATCTCCC <SEP> 395 <SEP> 763 <SEP> 369 <SEP> SetB
 <Tb>
 
 EMI143.4
 19602 SEQ No 5431

  1960 2 F CCGGAACCTATATTTTCTCC SEQ \ 0 NQ 11470 1960 2 GAAACCAGTTTTGAGTGTCC 259 632 374 SetS
 EMI143.5
 
 <Tb>
 <tb> 19621 <SEP> SEQ <SEP> No <SEP> 5432 <SEP> 19621 <SEP> F <SEP> TGAATCAAATGGACCTGG <SEP> SEQ <SEP> No <SEP> 11471 <SEP> 1962 <SEP> 1 <SEP> CCTGAATAAAATACAAGCGG <SEP> 1149 <SEP> 1457 <SEP> 309 <SEP> SetA
 <tb> 19642 <SEP> SEQ <SEP> No <SEP> 5433 <SEP> 1964 <SEP> 2 <SEP> ACTAGCAAATGAGTATCGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11472 <SEP> 1964 <SEP> 2 <SEP> ATTCCACCTCTTTTCAATCC <SEP> 738 <SEP> 1134 <SEP> 397 <SEP> SetB
 <Tb>
 
 EMI143.6
 19682 SEQ No 5434 1968 2 F ATGGATTGTGTATTTCAGGG SEQ No.11473 1968 2 TGTCTTTCCATCAACATCG 1472 1773 302 SetB 19691 SEQID No 5435 19691 F CAACAAGCTGAAACTTACTGG SEQ 10 No 11474 1969 1 GAAATCCAGTCATTCAAACC 79 431IDGCC 54ATIQA TATTGACCATGTCTAAAGCG 988 1367 380 SetA
 EMI143.7
 

  
 <Tb>
 <tb> 19741 <SEP> SEQ <SEP> No <SEP> 5437 <SEP> 1974 <SEP> 1 <SEP> GAAGCTTTGAAAGAACAAGG <SEP> SEQ <SEP> No <SEP> 11476 <SEP> 1974 <SEP> 1 <SEP> R <SEP> TTAACCTTTCTCCAATCACG <SEP> 508 <SEP> 839 <SEP> 332 <SEP> SetB
 <tb> 1975 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5438 <SEP> 1975 <SEP> 1 <SEP> AAAAGACGAGAAATGGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11477 <SEP> 1975 <SEP> 1 <SEP> TGGAAGTCCTTTAAGTACGC <SEP> 307 <SEP> 614 <SEP> 308 <SEP> SetB
 <tb> 19772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5439 <SEP> 1977 <SEP> 2 <SEP> ATTAGAGTCGCAATTTCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11478 <SEP> 1977 <SEP> 2 <SEP> ACACTCTTGTTCTTTACCCC <SEP> 1401 <SEP> 1713 <SEP> 313 <SEP> SetA
 <tb> 19781 <SEP> SEQID <SEP> No <SEP> 5440 <SEP> 1978 <SEP> 1 <SEP> TTTTGTTCTACACCAGAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11479 <SEP> 1978 <SEP> 1 <SEP> CTTTTCAAATCACCAGAAGC <SEP> 83 <SEP> 455 <SEP> 373 <SEP> SetA
 <tb> 19801

   <SEP> SEQID <SEP> No <SEP> 5441 <SEP> 1980 <SEP> 1 <SEP> F <SEP> ATACGAGGTGAAACATTTGG <SEP> SEQ <SEP> No <SEP> 11480 <SEP> 1980 <SEP> 1 <SEP> TGAATAGCTATCAATTCGGC <SEP> 2229 <SEP> 2627 <SEP> 399 <SEP> SetA
 <Tb>
 
 EMI143.8
 1981 SEQ No 5442 1981 1 TCAACAATTATCAAGGGACC SEQ No 11481 1981 1 GATTTGGATCTTCACCAGG 45 310 266 SetA 19831 SEQ 10 No 5443 1983 1 AATCAGCCATTATTTTGGG SEQ 10 No 11482 1983 1 AACCCATTTAGAAAAATATGTGGUCCAQG2AQAQG2AQAQAQAQAQA 343 SetA 19891 SEQID No 5445 1989 1 F GTCAAAGTGGTTATTGCTGG SEQID No 11484 1989 I TCTTTTTAACTGGTTCTGGC 3100 3415 316 SetA 19901 SEQID No 5446 1990 1 F ATGACATATAGTGGGATGGG S ± QID No 11485 1990 1 CCACATGA3ACCCT 22 22

   5447 19921 F GATCATTAGGTGGTACCGTG SEQID No 11486 1992 1 ATCGATTGGAGTTTGTTCAT 1418 1737 320 SetB
 EMI143.9
 
 <Tb>
 <tb> 2001 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5448 <SEP> 2001 <SEP> 1 <SEP> F <SEP> F <SEP> GTACGACCAGTACGACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11487 <SEP> 2001 <SEP> 1 <SEP> R <SEP> GTAACAATATTCGGAGCAGC <SEP> 1748 <SEP> 2081 <SEP> 334 <SEP> SetB
 <tb> 20041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5449 <SEP> 2004 <SEP> 1 <SEP> ATATCCGGGAGATTTTAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11488 <SEP> 2004 <SEP> R <SEP> TTCTCCACATAATTCAACCC <SEP> 2055 <SEP> 2430 <SEP> 376 <SEP> SetB
 <tb> 20051 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5450 <SEP> 2005 <SEP> 1 <SEP> GGGTAATAACCTTCAGAGCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11489 <SEP> 2005 <SEP> 1 <SEP> R <SEP> CGACAATTCCATAAGTTTCAG <SEP> 18 <SEP> 206 <SEP> 189 <SEP> SetC
 <tb> 20071 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5451 <SEP> 2007 <SEP> 1

   <SEP> CAAAAACCGAGATAAGATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11490 <SEP> 2007 <SEP> 1 <SEP> R <SEP> AGTTGGAGTTTGTACACTTGG <SEP> ND <SEP> ND <SEP> 316 <SEP> SetC
 <Tb>
 
 EMI143.10
 19813 1 SEQ 10 No 5452 19813 1 F ATCTTGGATGAATTGAATCG SEQID ID No 11491 19813 1 R AGGTTTAGGTTCATAATTGCC 3544 3930 387 SetB '
 EMI143.11
 
 <Tb>
 <tb> 125382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5453 <SEP> 12538 <SEP> 2 <SEP> F <SEP> TCACAAAAACATTATTTCATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11492 <SEP> 12538 <SEP> 2 <SEP> TTTCGAGTTTCCTTAAATCC <SEP> ND <SEP> ND <SEP> 366 <SEP> SetC
 <Tb>
 
 EMI143.12
 12537 SEQ No 5454 12537 1 F GATGAACAATTTAAAATATGGG SEQ No 11493 12537 R GAGTTATTCCTCGATTTTTCC 2116 2500 385 SetS 125362 SEQ ID No 5455 125362 F TTATTTACAAACCAAATATCATCC SEQ No 11494 12536 2.R CTTGTCATTAGATCG56 56ACC 56 R

  GTACCGT7GTAGCTCTCTCG 335 G & Cs 5657 SEQID No 5457 56571 F TTACATGCAGAGTGTCAAGG SEQ No. 11496 5657 1 AGTACCCCTCAGTACAGAACC 276 661 386 sets 56491 SEQ ID NO 5458 5649 1 F GCGAGACTAGAGTTTATGCG SEQ No. 11497 5649 1 GAAACTGCTGTTGGTACTCC 1834 2179 346 SetB 56461 SEQ No. 5459 56461 F TTACAA7CGTTGTCTTC7GG SEQ ID No 11498 5646 R TGTACACTCTCCCACTAGCC 88 430 343 SetB
 EMI143.13
 
 <Tb>
 <tb> 56441 <SEP> SEQ <SEP> No <SEP> 5460 <SEP> 5644 <SEP> 1 <SEP> F <SEP> TCATTTATTGGTGAAGAGCC <SEP> SEQ <SEP> No <SEP> 11499 <SEP> 5644 <SEP> 1 <SEP> R <SEP> CATCATTCTCATCATACCCC <SEP> 417 <SEP> 766 <SEP> 350 <SEP> SetB
 <tb> 56421 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5461 <SEP> 5642 <SEP> 1 <SEP> F <SEP> ACTCGTATAAATTGTTGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11500 <SEP> 5642 <SEP> 1 <SEP> R <SEP> ACTTATCCAGTTGGTGAACG <SEP> 1451 <SEP> 1846 <SEP> 396 <SEP> SetB
 <tb> 5641 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5462 <September>

  5641 <SEP> 1 <SEP> F <SEP> AGCTGCTCATAAGACTGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11501 <SEP> 5641 <SEP> R <SEP> ACCAGAAGAAACTGTCTTGG <SEP> 2616 <SEP> 2919 <SEP> 304 <SEP> SetA
 <tb> 56251 <SEP> SEQ <SEP> No <SEP> 5463 <SEP> 56251 <SEP> F <SEP> GTGGCTAAAAACTATTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11502 <SEP> 5625 <SEP> R <SEP> CTTCCAAAGTTGTCATTTCC <SEP> 1309 <SEP> 1694 <SEP> 386 <SEP> SetB
 <tb> 5622 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5464 <SEP> 56221 <SEP> F <SEP> ATGTTGCTTATGTAAACGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11503 <SEP> 5622 <SEP> R <SEP> TTGACTATAAATGCCCAACC <SEP> 5 <SEP> 311 <SEP> 307 <SEP> SetB
 <Tb>
 
 EMI143.14
 56211 SEQ No 5465 5621 1 TAAATTCAGAAGAGCCAACG SEQ No 11504 5621 R CAATACCAATTAACCCTTCG 86 394 309 SetB 56191 SEQ ID No 5466 5619 1 AAGATTATGTTGTTAGCGGG SEQ SD No 11505 56191R GTTCAGAATCACCGTAG18 56

  GAGCAAATATTGGAATCTGC SEQ No. 11506 5618 1 CTGGAAACATAATCTTTGGG 37410374 SetB SEQID No 56161 56161 5468 F GAACAAGATTCGATCTACCG SEQ ID No. 1 11507 5616 283 648 366 GTGTTGGAGTGTTTGAACG SetA SEQID No 56151 5469 56151 F 5615 11508 GAACTACGGCTACAAGATCG SEQID No l.R AATACCCATTCTTTTGATGG 92412321 SetB
 EMI143.15
 
 <Tb>
 <tb> 198141 <SEP> SEQ <SEP> No <SEP> 5470 <SEP> 198141 <SEP> F <SEP> ACAACTCCACTGTTTCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11509 <SEP> 19814 <SEP> 1 <SEP> R <SEP> TATTGTGGTGTCTGATACGG <SEP> 1733 <SEP> 2083 <SEP> 351 <SEP> SetB
 <tb> 5682 <SEP> SEQ <SEP> No <SEP> 5471 <SEP> 568 <SEP> 2 <SEP> ACATCCCATTACTACCTCCC <SEP> SEQ <SEP> No <SEP> 11510 <SEP> 568 <SEP> 2 <SEP> R <SEP> ATCGTAATTTACCTGCATCG <SEP> 1916 <SEP> 2278 <SEP> 363 <SEP> SetB
 <tb> 5642 <SEP> SEQ <SEP> No <SEP> 5472 <SEP> 564 <SEP> 2 <SEP> F <SEP> CTCAATTGAACAGTGGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11511

   <SEP> 564 <SEP> 2 <SEP> R <SEP> CACGTAAGGTCTTTGCTACC <SEP> 584 <SEP> 914 <SEP> 331 <SEP> SetB
 <Tb>
 
 EMI143.16
 563 SEQID No 5473 563 1 ATAATGAGTGAGCGTGAAGC SEQID No 11512 563 1 CAATCTGTACCTAACCCTCG 517 864 348 StB
 EMI143.17
 
 <Tb>
 <tb> 5601 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5474 <SEP> 560 <SEP> 1 <SEP> TACCGAAAGCTGACAGTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11513 <SEP> 5601 <SEP> R <SEP> CAACTGCATTAGTTTCATGG <SEP> 511 <SEP> 813 <SEP> 303 <SEP> SetB
 <tb> 562 <SEP> SEQ <SEP> No <SEP> 5475 <SEP> 5621 <SEP> F <SEP> GCAAGGTAGTTAGGGTATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11514 <SEP> 562 <SEP> 1 <SEP> TTAGTTACCAAAAAACTCGGG <SEP> 1826 <SEP> 2198 <SEP> 373 <SEP> SetB
 <Tb>
 
 EMI143.18
 559 SEQ No 5476 5591 TGGGTTGATTTGTTTAGTCC SEQ No 11515 559 1 AAACCTCTAATTTTGGAGCC 1383 1685 303 SetB 556 SEQID No 5477 5561 F TTATTGCTAATCACATCCCC SEQID No 11516 556 1 CTGAAACTTTCCAGCTATCG 107 442 336

  Sets 554 SEQ No 5478 5541 F AAACTGCCAAGTTGAGAGAA SEQID No 11517 554 1 CAATTGACGTTCCCTAAAAG 89 402 314 SetB 553 1 SEQID ID No 5479 553 1 AATATTTGGTGGTGTCATGG SEQ No 11518 553 1 GATATCGCCTATGT8080
 EMI143.19
 
 <Tb>
 <tb> 5491 <SEP> SEQID <SEP> No <SEP> 5480 <SEP> 5491 <SEP> F <SEP> TTGGCGCTCTTTTAAGATAC <SEP> SEQID <SEP> No <SEP> 11519 <SEP> 549 <SEP> 1 <SEP> R <SEP> GTCAAGTCCAACACTCCAAT <SEP> 809 <SEP> 1170 <SEP> 362 <SEP> SetB
 <tb> 5461 <SEP> SEQ <SEP> tD <SEP> No <SEP> 5481 <SEP> 5461 <SEP> GTGAATCCTTTGCTTTGAAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11520 <SEP> 5461 <SEP> R <SEP> AGAGATGTGCTCAATATCGC <SEP> 1202 <SEP> 1533 <SEP> 332 <SEP> SetB
 <tb> 5422 <SEP> SEQ <SEP> No <SEP> 5482 <SEP> 542 <SEP> 2 <SEP> F <SEP> CGGTGTCTCTTTCTCTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11521 <SEP> 542 <SEP> 2 <SEP> ATTACTCCAGTTGCTTTCCA <SEP> 71 <SEP> 268 <SEP> 198 <SEP> SetC
 <Tb>
 

  
 EMI143.20
 5412 SEQID Na 5483 541 2 F CTTTTTGGCTTCATTATTGG SEQ No 11522 5412 R AACCATAAAGTTGAAAAGCC 1062 1386 325 SetB
 EMI143.21
 
 <Tb>
 <tb> 539 <SEP> SEQ <SEP> No <SEP> 5484 <SEP> 5391 <SEP> F <SEP> CAATATAATGGGAAGCAACC <SEP> SEQ <SEP> No <SEP> 11523 <SEP> 539 <SEP> 1 <SEP> R <SEP> CATTCTTTTAACCCAACACC <SEP> 318 <SEP> 659 <SEP> 342 <SEP> SetB
 <tb> 538 <SEP> SEQ <SEP> No <SEP> 5485 <SEP> 5381 <SEP> F <SEP> GATTGGAAACTGCATACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11524 <SEP> 538 <SEP> 1 <SEP> CGATTTTAAACTGTCCAACC <SEP> 441 <SEP> 813 <SEP> 373 <SEP> SetA
 <Tb>
 
 EMI143.22
 5342 SEQ No 5486 5342 F CGTAACGATGTGATTCTTACC SEQ No 11525 534 2 AGTTTAGAGCCTCTGTTTGG 2311 2635 325 SetA 5291 SEQ ID No.

   5487 5291 F GACAGCAGGAAAATTAGAGC SEQ 10 No 11526 5291 R ATAGCAGCTTTGCTTAATCG 753 1121 369 SetB
 EMI143.23
 
 <Tb>
 <tb> 527.1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5488 <SEP> 527 <SEP> 1 <SEP> CGAAGTTACCAGAGGATACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11527 <SEP> 527 <SEP> 1 <SEP> TTCTTCAATCCTTCATCAGC <SEP> 2409 <SEP> 2798 <SEP> 390 <SEP> SetB
 <tb> 5251 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5489 <SEP> 525 <SEP> 1 <SEP> F <SEP> CAAGAGCTTGAAGAGATTGC <SEP> SEQ <SEP> No <SEP> 11528 <SEP> 525 <SEP> 1 <SEP> GCTTAACTGGTTGAGTTTGC <SEP> 832 <SEP> 1159 <SEP> 328 <SEP> SetA
 <tb> 522.1 <SEP> SEQ <SEP> No <SEP> 5490 <SEP> 522 <SEP> 1 <SEP> F <SEP> TCGTCACCTACATCAAGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11529 <SEP> 522 <SEP> 1.R <SEP> TGAAGAACTCATCACTTCCC <SEP> 622 <SEP> 961 <SEP> 340 <SEP> SetA
 <Tb>
 
 EMI143.24
 520 SEQ No 5491 5201 F AAATTACACAGTGGTTTGGC SEQ ID N ..

   11530 520 1 R AATTGAGTCGACCTTTTTACC 644 957 314 SetB 5191 SEQID No 5492 5191 ATTCACGATGATTCAATTCC SEQID No 11531 5191R TCTTCGTTAATTCGGTATGG 471 805 335 SetB 5181 SEQ No 5493 5181 F TTAGCTCCTCCATTAGATAG 51Q No 972
 EMI143.25
 
 <Tb>
 <tb> 5161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5494 <SEP> 5161 <SEP> F <SEP> AGGATCTTTGGGTTTATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11533 <SEP> 516 <SEP> 1 <SEP> R <SEP> ATTTTAGTGACTGTTTCGGC <SEP> 798 <SEP> 1103 <SEP> 306 <SEP> SetA
 <tb> 514 <SEP> 1 <SEP> SEQID <SEP> No <SEP> 5495 <SEP> 5141 <SEP> ACAAAATCAGCCAATAGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11534 <SEP> 514.1.R <SEP> CCTGGTAGATGTAATGGTGG <SEP> 3007 <SEP> 3339 <SEP> 333 <SEP> SetB
 <Tb>
 
 EMI143.26
 511 1 SEQ No 5496 511 IF GTTACTTCGTTGACGAATCC SEQ No 11535 511 I R GTTTTTGCTAAGCTCATTCC 44 411 368 SetB 5072 SEQ ID No 5497 507 2 GCACATTTAGAGATCCAAGG

  SEQ No 11536 507.2 R AGAATACTTGTCACCGATGG 1232 1583 352 SetS 5061 SEQID No 5498 5061 F GAAGGATTTGATGAGAGACG SEQID No 11537 506 lR GTAGCAAATGGTAAGTTGGC 705 1070 366 SetB
 EMI143.27
 
 <Tb>
 <tb> 5021 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5499 <SEP> 5021.F <SEP> ACTAAAGCAAAACAAGCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11538 <SEP> 502 <SEP> 1.R <SEP> TGATTAAGTCTGACCCTTCG <SEP> 256 <SEP> 619 <SEP> 364 <SEP> SetB
 <tb> 501.1 <SEP> SEQ <SEP> No <SEP> 5500 <SEP> 5011 <SEP> 1 <SEP> F <SEP> ACACGAAATACAAATCAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11539 <SEP> 501 <SEP> 1.R <SEP> ATGTTGGATAGTTGACTGGG <SEP> 301 <SEP> 628 <SEP> 328 <SEP> SetB
 <tb> 4991 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5501 <SEP> 4991 <SEP> F <SEP> GGAATAGTGAACACTCCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11540 <SEP> 499 <SEP> 1 <SEP> ACTTAACAGCCAAATGAACC.

    <SEP> 1126 <SEP> 1486 <SEP> 361 <SEP> SetA
 <tb> 4981 <SEP> SEQ <SEP> No <SEP> 5502 <SEP> 4981 <SEP> F <SEP> TTCTTACCGGTATATTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11541 <SEP> 498 <SEP> 1 <SEP> R <SEP> AGGGGTATAGGCGTATAAGG <SEP> 1036 <SEP> 1338 <SEP> 303 <SEP> SetB
 <tb> 4951 <SEP> SEQ <SEP> No <SEP> 5503 <SEP> 4951 <SEP> F <SEP> TGGGTCTTCTACATTTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11542 <SEP> 495 <SEP> 1 <SEP> TTTCAATCAATGCTGAACG <SEP> 177 <SEP> 532 <SEP> 356 <SEP> SetC
 <tb> 4921 <SEP> SEQ <SEP> No <SEP> 5504 <SEP> 492 <SEP> 1 <SEP> F <SEP> TACCAATTGTGAAACTCACG <SEP> SEQ <SEP> 10 <SEP> No. <SEP> 11543 <SEP> 492 <SEP> 1.R <SEP> CACATCTTCTAGCGTATCTCG <SEP> 882 <SEP> 1251 <SEP> 370 <SEP> SetB
 <tb> 4891 <SEP> SEQID <SEP> No <SEP> 5505 <SEP> 4891 <SEP> F <SEP> AAGAAAAGATCCAAAAGGCT <SEP> SEQ <SEP> ID <SEP> ID <SEP> No.

    <SEP> 11544 <SEP> 489 <SEP> 1 <SEP> R <SEP> TCTTTTGCCGTTAGAGTTTC <SEP> 2765 <SEP> 3153 <SEP> 389 <SEP> SetS
 <Tb>
 
 EMI143.28
 486 SEQID No 5506 4862F TATTTAGAAGGAAACCCAGG SEQ 10 No 11545 486 2.R TAAATTTCCAAACTTCTGGC 91 401 311 SetB 4852 SEQ ID No. 5507 485 2.F GTTGGTTTGATGAGAGTTCC SEQ ID No. 11546 485.2.R ATGTTCATTGGAATATQTG4TCC4GTQT4GT4QT4GT4QT4GT4QT4GTQQT4QT4QGTQ4QTQQQQQQQQQQZQQZQQZQQZQQZQZQZZQQZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZIZZZZZZZZZZZZZZZZZZZING ID No.11547 480.2.R TACTTTTCCACCAAGAATCG 401 787 387 SetB 4791 SEQ No 5509 4791 F CGTTGTGACATTTACATTGG SEQ No.11548 479 IR TCCTTCATATTTGTCCAAGC 3241 3594 354 SetB 477 1 SEQ No 5510 4771 F GTTTCATTCAT47 47 4741 SEQ ID No 5511 474 1F AACAGGTCTAGCATCAATGG SEQ No 11550 474 1 R TTTTACGTTTCTTTCTTGGC 622 952 331 SetS 473.1 SEQ ID No.

   5512 4731 F CCAAAACCATGTTTCTTCC SEQ ID No 11551 473 l.R TATGGATAGGTGTCTTTCGG 849 1201 353 SetB 472 SEQ No 5513 472.1.F CAAACTCACCATGTCATACG SEQ No 11552 472 1 CATCCAAGTTATTCGACTQG 134425. 5514 470 1 AAGTCACTTTCATGGACTGG SEQ JO No. 11553 470 1 TCACCAGCTTTCAATTTACC 1754 2054 301 SetB 469.1 SEQ No 5515 469 IF ACTGCTAATGCTACTCTGGC SEQ ID No 11554 469.1 R TAAAAGATCAACACAAGGGG 1015 1322AQAQA 2.R CAGTAGATTGTGGTGGTGG 1631 1975 345 SetB
 EMI143.29
 
 <Tb>
 <tb> 451 <SEP> SEQ <SEP> No <SEP> 5517 <SEP> 451.1 <SEP> AATAGATCATCACCAGCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11556 <SEP> 451.1 <SEP> R <SEP> TTACGACCAGGAACTAATGG <SEP> 3028 <SEP> 3398 <SEP> 371 <SEP> SetB
 <tb> 4481 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5518 <SEP> 448 <SEP> 1 <SEP> F <SEP> GGTATTAAGGAAAACGGAGG <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 11557 <SEP> 448 <SEP> 1 <SEP> TGATATTTAAACCCACCAGC <SEP> 226 <SEP> 542 <SEP> 317 <SEP> SetA
 <tb> 4471 <SEP> SEQ <SEP> No <SEP> 5519 <SEP> 447.1 <SEP> F <SEP> TTCTCAATTTGGTGATGTGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11558 <SEP> 4471.R <SEP> TATATTGCGCTAACATCGAA <SEP> 432 <SEP> 803 <SEP> 372 <SEP> SetB
 <tb> 4431 <SEP> SEQ <SEP> No <SEP> 5520 <SEP> 4431 <SEP> F <SEP> TTATGGGTCGTTCTTAATGG <SEP> SEQ <SEP> ID <SEP> No.11559 <SEP> 443.1.R <SEP> TGTAATAATAAGCACCAAATGC <SEP> 67 <SEP> 364 <SEP> 298 <SEP> SetB
 <tb> 440.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5521 <SEP> 4401 <SEP> TCTTTCAGATTCCATCA4GC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11560 <SEP> 440.1.R <SEP> AAAACCCCAGTCACTTTAGC <SEP> 23 <SEP> 196 <SEP> 174 <SEP> SetB
 <tb> 4391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5522 <SEP> 439.1 <SEP> TGATCCATATCCATTAGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11561 <SEP> 439.1 <SEP> R <September>

  ATTTTCTTTTAGAATGTTGTGC <SEP> ND <SEP> ND <SEP> 299 <SEP> SetC
 <Tb>
 
 EMI143.30
 71161 SEQ ID No 5523 7116 1 F CGATTTAAACCCAATACTCG SEQ ID No. 11562 7116 1.R CTTTTTGATCACCTTGTTGC 235 568 334 SetA
 EMI143.31
 
 <Tb>
 <tb> 71121 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5524 <SEP> 7112.1 <SEP> F <SEP> GTGTGCTTGGTATTTAGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11563 <SEP> 7112.1 <SEP> R <SEP> TTTTCTTGAGCAAGAGATCC <SEP> 1902 <SEP> 2237 <SEP> 336 <SEP> SetA
 <tb> 71092 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5525 <SEP> 7109 <SEP> 2 <SEP> F <SEP> AATTAGGTGAAAAGGCACAA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11564 <SEP> 7109 <SEP> 2 <SEP> R <SEP> CCTTCGTGTCTTCTATCGTC <SEP> 158 <SEP> 470 <SEP> 313 <SEP> SetC
 <Tb>
 
 EMI143.32
 71052 SEQ ID No 5526 71052 F GTAGCAAGATCATCTCCACC SEQ ID No. 11565 7105 2 GCATTAACAGCAGTGATCG 2515 2830 316 SetB
 EMI143.33
 
 <Tb>
 <tb> 198151 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5527 <SEP> 198151 <SEP> F <SEP> TTAGTAATGCATGTGATGCC <SEP> SEQ <SEP> ID <SEP> No.11566 <SEP> 19815.1 <SEP> R <SEP> GTTGTCCTACTTCCTCCTCC <SEP> 779 <SEP> 1144 <SEP> 366 <SEP> SetB
 <Tb>
 
 EMI143.34
 155441 SEQ No 5528 155441 F ACTGCCCAAGAAACTCAAG SEQID No 11567 15544 1.R TTCAACAACTTCATCGAGATT 832 1206 375 SetB 15543.2 SEQ ID No 5529 155432.F CGAATTTAATAACTTTACTGACAGG SEQIO No 11568 15543 2 GCCATATCAAATATAAAAAQAATAAAA 18080 1 R ATTATCATTTTTGGCAATCC 438 819 382 Set8 14683.2 SEQID No 5531 14683 2 F GAGGACCAAATGATGTACG SEQ JO No. 11570 14683 2 TTTCATGAGTA4CCAATGGC 1139 1471 333 SetB 14682.2 SEQ NoTCA ATTC No2232 SEQ O N.

   5533 1242 2.F TCAAAGGCCGATTCTATATT SEQID No 11572 1242.2.R CGTTTCCGTTCTAAACACTT 46 374 329 SetB 1243 1 SEQ No 5534 1243 1 AATGTATGGAAACCATCACC SEQ ID No. 11573 1243 R ATAATAACTGATTGACCCCC 937 1286 350 1A TTG NoG 12A , 11574 1245 1 TTTGGGAAAGTATAACCAC 1790 2115 326 SetC 1249 SEQiD No 5536 12492F TCCTGATTATAATTGGGTGG SEQID No 11575 1249.2.R ATAATCGATTCTAAATGTGACG 1674 2055 382 SetB 1250.2 SEQID 12TA.2ATQAT 12A 5538 12511 F ATTTGTCATTTATATCAGCCG SEQ No 11577 1251.1 R TTAGGCTGGGAAAACTCTTA 1340 1719 380 SetB
 EMI143.35
 
 <Tb>
 <tb> 1252.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5539 <SEP> 12521 <SEP> F <SEP> TTAATTTTCCTCGTAATGGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11578 <SEP> 1252.1 <SEP> R <SEP> TCTAGCATCTCTTTCATTTGC <SEP> 572 <SEP> 957 <SEP> 386 <SEP> SetB
 <Tb>
 
 EMI143.36
 1255 SEQ io No. 5540 12551 F TCAGATTCATCAACAAGTTCC SEQ No 11579 1255 1 AACATAAATGTGCCTTGTCC ND ND 311 SetC 1257 1 SEQID No 5541 12571.F AATAACAATGGAACTGCTGG SEQ ID No 11580 1257.1 R CATTTCTTGGAA4GTTTTG 37
 EMI143.37
 
 <Tb>
 <tb> 12591 <SEP> SEQ <SEP> No <SEP> 5542 <SEP> 12591 <SEP> F <SEP> GATTTTTATTGTGGGATTGG <SEP> SEQ <SEP> No <SEP> 11581 <SEP> 1259 <SEP> 1 <SEP> TCCATGATTGTTTAGAACTGG <SEP> 742 <SEP> 1051 <SEP> 310 <SEP> SetB
 <Tb>
 
 EMI143.38
 1261 1 SEQID No 5543 1261 1 CATCAGGAGTTATTGGATGG SEQID No 11582 1261 1 AAAGTACCTAAAGATCCCGC 527 854 328 SetB 1264 2 SEQID No 5544 1264 2 F CAACCACAACAGAATATCCC SEQ ID No 11583 1264 2.R AAAAATTGATTAGGCAAAG Set 2803

  <Desc / Clms Page number 144>

 
 EMI144.1
 
 <Tb>
 <tb> 12661 <September>

  SEQ <SEP> ID <SEP> No <SEP> 5545 <SEP> 1266 <SEP> 1 <SEP> F <SEP> F <SEP> CAACTTCTTCTGAGTCCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11584 <SEP> 12661 <SEP> R <SEP> TTACTTTGTCCACCAAATCC <SEP> 2915 <SEP> 3245 <SEP> 331 <SEP> SetA
 <tb> 1269 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5546 <SEP> 1269 <SEP> 1 <SEP> F <SEP> ATCAAAATGACAGCAAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11585 <SEP> 12691 <SEP> R <SEP> CCTAAGACTCCATTGTCACG <SEP> 2573 <SEP> 2879 <SEP> 307 <SEP> SetA
 <tb> 1271 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5547 <SEP> 1271 <SEP> 1 <SEP> F <SEP> TTGAAGATATACCCAGTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11586 <SEP> 1271 <SEP> 1 <SEP> R <SEP> CCAAATTTTTCACTTTGACC <SEP> 164 <SEP> 502 <SEP> 339 <SEP> SetB
 <Tb>
 
 EMI144.2
 12721 SEQ ID No 5548 1272 1 F AGTTGTTAATCCAAACGGC SEQ 10 No 11587 1272 1 CTGAGTCCTTTTGAATCTCG 1817 2152 336 SetB 12742 SEQ ID No 5549 1274 2 F AAAGTAATGTCACGACCTGC SEQ ID

  No 11588 1274 2 R AGAAACATTAGTGGATTCGG 2167 2544 378 SetB 1276 SEQ ID No 5550 12761 F GGACAGATATCGATGAATGG SEQ ID No 11589 1276 R ACCAATATCACCAAAACTGC 1031 1362 332 SetS 1278 SEQ ID No 5551 1278 F ACAAATCACGAGTAGAAGTAGAAGTAGAGTAGAGTAGGATAGTQAAGGTQAGTQAGT7 ID No 5552 1286 1 F CAGTTCTCAGCAGTCTTGC SEQ ID No 11591 12861 R TGTGGCATACAGAAAAATCC ND ND 334 SetC 1292 1 SEQ ID No 5553 1292 1 F TTAATTATCCAGAAGCTGCC SEQ ID No 11592 12921 R AATGTAGCGTACAGTCCASG 1556 1852 307
 EMI144.3
 
 <Tb>
 <tb> 12991 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5554 <SEP> 12991FTTGAGATGGCTTTCATTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11593 <SEP> 12991 <SEP> R <SEP> TAATCACCAAGGAATTCAGC <SEP> 46 <SEP> 380 <SEP> 335 <SEP> SetC
 <tb> 13011 <SEP> SEQ)

  O <SEP> No <SEP> 5555 <SEP> 1301 <SEP> 1 <SEP> F <SEP> GCAGATATCGTTGAAACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11594 <SEP> 1301 <SEP> 1 <SEP> R <SEP> TTAACCATAACTGCACCTCC <SEP> 637 <SEP> 959 <SEP> 323 <SEP> SetA
 <Tb>
 
 EMI144.4
 13022 SEQ ID No 5556 1302 2 F AAGATGAAGACGCTGAAGAG SEQ ID No 11595 1302 2 ATCTCAAAGCACCATCATTC 1427 1777 351 SetS 3333 SEQ ID No 5557 3333 1 F TTATACCGAATCCAGTAGTTCC SEQ ID No 11596 33331 R TCAATCCATTAAAAATCATT AGAG31 AG 250 ACC 31Q ID No 11597 3331 1 TTGGATTCATGGAATAAACC 397 721 325 SetB 3330 SEQ ID No 5559 3330 1 F CGTGTGCAAAGAGATATTCC SEQ ID No 11598 3330 1 R TGGATCTCTGGAATGTAAGG 1087 1470 384 SetA 33291 SEQ ID No 5560 3329 1 F CTATGCTCCCC 296 sets
 EMI144.5
 
 <Tb>
 <tb> 33272 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5561 <SEP> 3327 <SEP> 2

   <SEP> AGTTTATTGTTGAACTCGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11600 <SEP> 3327 <SEP> 2 <SEP> ATCTCTTCCAACATCTTTGC <SEP> 3187 <SEP> 3548 <SEP> 362 <SEP> SetB
 <tb> 33252 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5562 <SEP> 3325 <SEP> 2 <SEP> F <SEP> AAAACCCAGGATTAAAGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11601 <SEP> 3325 <SEP> 2 <SEP> R <SEP> GAATTATATCGGCAATCACC <SEP> 444 <SEP> 751 <SEP> 308 <SEP> SetA
 <tb> 33241 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5563 <SEP> 3324 <SEP> 1 <SEP> CAACTGAAAAGAGGTCATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11602 <SEP> 33241 <SEP> R <SEP> CATGTGAATCTTTAGCACCC <SEP> 775 <SEP> 1123 <SEP> 349 <SEP> SetB
 <tb> 33201 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5564 <SEP> 3320 <SEP> 1 <SEP> F <SEP> TATTCCTAATGTTTCCCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11603 <SEP> 3320 <SEP> 1 <SEP> R <SEP> R <SEP> GATGAGGATGAATTACCACC <SEP> 1524 <SEP> 1907 <SEP> 384 <SEP> SetB
 <Tb>
 
 EMI144.6
 33161

  SEQ ID No 5565 3316 F TATTCAAGCTTCACCATTCC SEQ ID No 11604 3316 1 ATTAGCACATTCTTCGTTGC 1455 1767 313 5etB 3313 SEQIO N. 5566 3313 F AACCATGTTCTTTTAATGGG SEQ ID No 11605 33131 R TCCAACAATGGTAAAGAAG3AG82
 EMI144.7
 
 <Tb>
 <tb> 3311 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5567 <SEP> 3311 <SEP> 2 <SEP> F <SEP> GATCAACCTACGATTAGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11606 <SEP> 3311 <SEP> 2 <SEP> R <SEP> CTTATAAGCATAATTGGGGG <SEP> 684 <SEP> 1044 <SEP> 361 <SEP> SetB
 <Tb>
 
 EMI144.8
 33101 SEQ ID No 5568 33101 F ATGGACCTTGATGATAGACG SEQ ID No 11607 33101 R TTTTCTTGCCATTAGAAAGC 2799 3147 349 SetB 33091 SEQ ID No 5569 33091 F ACACAGCATTTACGCACC SEQ ID No 11608 3309 1 R AGTCGAAGCAAAGTCAT6
 EMI144.9
 
 <Tb>
 <tb> 180761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5570 <SEP> 180761 <SEP> F <SEP> TTAAGACACCGTAGTCTCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11609 <September>

  180761 <SEP> R <SEP> TGTTTGCCTCTACTGACTCC <SEP> 10 <SEP> 147 <SEP> 138 <SEP> SetB
 <tb> 198161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5571 <SEP> 198161 <SEP> F <SEP> ACTTTTGTTACGAGTTTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11610 <SEP> 198161.R <SEP> AGTCGTTGAAACTTGTTTGG <SEP> 5554 <SEP> 5877 <SEP> 324 <SEP> SetA
 <tb> 26302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5572 <SEP> 2630 <SEP> 2 <SEP> TGTCTCTATCAACTTTGGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11611 <SEP> 2630 <SEP> 2 <SEP> AAATTCTTGATGTCCAGGG <SEP> 9 <SEP> 408 <SEP> 400 <SEP> SetB
 <Tb>
 
 EMI144.10
 2633 SEQ ID No 5573 2633 1 F TTGAAAATTCAATACCCACC SEQ ID No.

   11612 2633.1 R TCTGGAGAGTG7TTTTCTCC 2782 3128 347 SetA
 EMI144.11
 
 <Tb>
 <tb> 26391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5574 <SEP> 26391 <SEP> F <SEP> AATTGAATGATGAAGTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11613 <SEP> 2639 <SEP> 1 <SEP> R <SEP> GATTCTGAAGAGTCAGTCGG <SEP> 3671 <SEP> 4013 <SEP> 343 <SEP> SetB
 <Tb>
 
 EMI144.12
 26431 SEQ 10 No 5575 2643 1 GAATTGAGTACCTCTTTGGC SEQ ID No 11614 2643 1 TCACTGTTTCTTTGTCTTCG 1810 2137 328 SetA
 EMI144.13
 
 <Tb>
 <tb> 26442 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5576 <SEP> 2644.2 <SEP> F <SEP> AATTGAAACTAAACAAGCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11615 <SEP> 2644 <SEP> 2 <SEP> R <SEP> TACTTGTTGATAGCCGATCC <SEP> 606 <SEP> 956 <SEP> 351 <SEP> Sets
 <tb> 26452 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5577 <SEP> 2645 <SEP> 2 <SEP> ATTCGTATACCGTAACTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11616 <SEP> 2645.2 <SEP> R <SEP> TGAATCATGTGAACAACACC <SEP> 299

   <SEP> 606 <SEP> 308 <SEP> SetB
 <tb> 26491 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5578 <SEP> 26491 <SEP> F <SEP> TTATTATTCCCTGTTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11617 <SEP> 26491 <SEP> R <SEP> TCTAAAATGCCCCTAAATCC <SEP> 1521 <SEP> 1868 <SEP> 348 <SEP> Sets
 <tb> 26512 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5579 <SEP> 2651.2 <SEP> F <SEP> GTCAATATCAAAACCGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11618 <SEP> 2651 <SEP> 2 <SEP> R <SEP> CTCTTGCTTTCAAGTAACGC <SEP> 145 <SEP> 505 <SEP> 361 <SEP> Sets
 <Tb>
 
 EMI144.14
 26522 SEQ ID No 5580 2652 2 CTGATAAAATCTTTCTTTGGC SEO ID No 11619 2652 2 R AAGCTAGAGCAAATACCACC 15 207 193 SetB 2653 SEQ ID No 5581 2653 1 F TAGGTAAGATTGGCTCTTCG SEQ ID No 11620 2653 1 R TTTTCAAAGAAGGCACTAGC 2585 2924 340S
 EMI144.15
 
 <Tb>
 <tb> 2654 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5582 <SEP> 2654 <SEP> 1 <SEP> F <SEP> ATAAGAATACCTGGGATGGG <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 11621 <SEP> 2654 <SEP> 1 <SEP> R <SEP> AATAATTGAGCCCAGAATCC <SEP> 587 <SEP> 956 <SEP> 370 <SEP> SetB
 <Tb>
 
 EMI144.16
 26561 SEQ 10 No 5583 2656 1 TGCATAGAAGTTGAAAGTCG SEQ ID No 11622 26561 R GTTACGATGACTCTTCCAGC 1786 2184 399 SetA 2657 1 SEQ ID No 5584 2657 1 F GAAGAA7ATGCAAAGTTGGG SEQ ID No 11623 2657 R CTGATCGGATTGG1212
 EMI144.17
 
 <Tb>
 <tb> 26632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5585 <SEP> 2663 <SEP> 2 <SEP> F <SEP> TCTTTTTCATTGAGTTCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11624 <SEP> 2663 <SEP> 2 <SEP> R <SEP> CTGTTCTGCTGAGGTTGG <SEP> 2542 <SEP> 2880 <SEP> 339 <SEP> SetC
 <tb> 2431 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5586 <SEP> 2431 <SEP> 1 <SEP> F <SEP> TGTTTGCCTCTACTGACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11625 <SEP> 2431 <SEP> 1 <SEP> R <SEP> TTGAAGTATTCCTTGGATGC <SEP> 209 <SEP> 575 <SEP> 367 <SEP> SetC
 <tb> 24341 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 5587 <SEP> 2434 <SEP> F <SEP> AGGTTTACAAGGCTGACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11626 <SEP> 2434 <SEP> 1 <SEP> R <SEP> TAAATTTTTCCAACTCACGG ' <SEP> 221 <SEP> 535 <SEP> 315 <SEP> SetB
 <Tb>
 
 EMI144.18
 2436 SEQ No 5588 2436 F GCTATCATATCTCAGACGGG SEQ ID No 11627 2436 1 AGTCTCTCAAGTGTGCTTCC 440 752 313 SetB 24381 SEQ ID No 5589 2438 F AACTTACCAAAGAACCCACC SEQ ID No 11628 2438 1 GTCCAACCACTTTGTTAAGB 824
 EMI144.19
 
 <Tb>
 <tb> 24401 <SEP> SEQ <SEP> ID <SEP> ID <SEP> No <SEP> 5590 <SEP> 24401 <SEP> F <SEP> ACCAAAGATATCAGCAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11629 <SEP> 2440 <SEP> 1 <SEP> R <SEP> GGATATCACGTTGTTTTTCC <SEP> 744 <SEP> 1045 <SEP> 302 <SEP> SetB
 <tb> 2441 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5591 <SEP> 2441 <SEP> F <SEP> GAAGAGATACGCTGAAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11630 <SEP> 2441 <SEP> 1 <SEP> R <September>

  TCCATTTTCACTGGTCTACG <SEP> 156 <SEP> 506 <SEP> 351 <SEP> SetC
 <Tb>
 
 EMI144.20
 24421 SEQ ID No 5592 2442 1 TTAATTTTAGGCCAAGATCC SEQ ID No 11631 2442 I CGACCTTGATTACTTGTTCC 493 805 313 SetB
 EMI144.21
 
 <Tb>
 <tb> 2443 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5593 <SEP> 2443 <SEP> 1 <SEP> F <SEP> AATGCCTCAAGTATCACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11632 <SEP> 2443 <SEP> 1 <SEP> ATCACCATTATTGCTCTTGG <SEP> 450 <SEP> 750 <SEP> 301 <SEP> SetB
 <tb> 24461 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5594 <SEP> 2446 <SEP> F <SEP> ATGCAACAGAGGATAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11633 <SEP> 2446 <SEP> 1 <SEP> R <SEP> CCTACTGTGACTGTCAAGGG <SEP> 689 <SEP> 1061 <SEP> 373 <SEP> SetB
 <tb> 2448 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5595 <SEP> 24481 <SEP> F <SEP> CTTGATTGGCTCTAATTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11634 <SEP> 2448 <SEP> 1 <SEP> R <SEP> TAAACCGAGTCATCATTTCC <SEP> 429

   <SEP> 785 <SEP> 357 <SEP> SetB
 <tb> 19817 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5596 <SEP> 19817 <SEP> F <SEP> CCAGAACCTTTAGATAAAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11635 <SEP> 198171 <SEP> R <SEP> CTGGCTTAGGCTTATTATCG <SEP> 2761 <SEP> 3088 <SEP> 328 <SEP> SetA
 <tb> 24602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5597 <SEP> 2460 <SEP> 2 <SEP> GTCTTAGCAAGTGATTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11636 <SEP> 2460 <SEP> 2 <SEP> TCTTGTTCCTCCTTTGTACC <SEP> 691 <SEP> 1040 <SEP> 350 <SEP> SetB
 <tb> 24681 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5598 <SEP> 24681 <SEP> F <SEP> CGTAAAAAGAGAGCTTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11637 <SEP> 2468 <SEP> 1 <SEP> R <SEP> GAGGTAATGAAGATTGCTGC <SEP> 1375 <SEP> 1738 <SEP> 364 <SEP> SetA
 <Tb>
 
 EMI144.22
 24691 SEQ ID No 5599 24691 F ATTGTTTTTCTTGTTGTGCC SEQ ID No 11638 24691 R GATTTGATTGGACAAATGC 7 166 160 SetB
 EMI144.23
 
 <Tb>
 <tb> 2471 <SEP> 1 <September>

  SEQ <SEP> ID <SEP> No <SEP> 5600 <SEP> 2471 <SEP> 1 <SEP> F <SEP> ACTACATGTTGGACTACGGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11639 <SEP> 2471 <SEP> 1 <SEP> R <SEP> GGTACAGCTTCCACATAACC <SEP> 371 <SEP> 735 <SEP> 365 <SEP> SetB
 <tb> 2475 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5601 <SEP> 24751.F <SEP> TAGTTACTGGGTTGGTTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11640 <SEP> 2475 <SEP> 1 <SEP> R <SEP> TCCTTAACTTTCTTTGGTGG <SEP> 2606 <SEP> 2918 <SEP> 313 <SEP> SetA
 <Tb>
 
 EMI144.24
 24792 SEQ ID No 5602 2479 2 F ACAACGATAATGATAACGGC SEQ ID No 11641 2479 2 R GTTGAAAATCACCTTGTTCC 3584 3919 336 SetA 28702 SEQ iD No 5603 2870 2 F TTTCAAAATTCAACGAATGA SEQ ID No 11642 2870 2 GGTGT72 TTCTTGTCTCAACCATTCG SEQ ID No 11643 2872 2 R CAATGCGATTGTRTAGTTGG 525 856 332 SetA 2873 SEQ ID No 5605 2873 1 F TI.ClICAGI:

  TlAAIC SEQ ID No 11644 2873 1 R ATAGGCTTGACCAAAATTGA 100 484 385 Sets 200291 SEQ ID No 5606 200291 F GGTCTTGTATGGACAAATCG SEQ ID No 11645 200291 R TTCAACCTCATACGAAGGC 585 920 336 SetB 28781 SEQ IDAAAA SetC 28801 SEQ ID No 5608 28801 F ATCAAGCATTAGAAACTCAACC SEQ ID No 11647 2880 1 CAAACACATAAATTGCAACG 299 598 300 Sets
 EMI144.25
 
 <Tb>
 <tb> 2882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5609 <SEP> 2882 <SEP> F <SEP> TATCCATCATTTTTCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11648 <SEP> 2882 <SEP> 1 <SEP> R <SEP> TTGCAAATCTCTATGGAACC <SEP> 1213 <SEP> 1548 <SEP> 336 <SEP> SetB
 <tb> 2883.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5610 <SEP> 28831FAAAGTGTTTGTTGACCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11649 <SEP> 28831 <SEP> R <SEP> TTTCTTTGGTACCATTAGCC <SEP> 760 <SEP> 1117 <SEP> 358 <SEP> SetB
 <tb> 2884 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5611 <SEP> 28841 <SEP> F <SEP> AAAGAGCAAGAACAAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11650 <SEP> 2884 <SEP> 1 <SEP> TCATCATCTGATTCGTAACC <SEP> 1408 <SEP> 1709 <SEP> 302 <SEP> SetB
 <Tb>
 
 EMI144.26
 200301 SEQ ID No 5612 20030 1 AAGGTCAATCACAATCAAGG SEQ ID No 11651 200301 R TAA7CAAATTTCCGAACCC 743 1091 349 Sets 2891 1 SEQ ID No 5613 2891.1.F TTCGTGACACTTACCACC SEQ ID Na 11652 2891 1 GAAAAAGCAGAAAA 31A 31A SEQ ID No 11653 2894.1 R TPA7TGTGGGTC7TTCATCC 3613 3937 325 SetS 28952 SEQ ID No. 5615 2895 2 F ATTATCAGTCAAAAGTGGCG SEQ ID No.

   11654 2895 2 R GACTTGGATAGTTTAGGAGGG 1782 2108 327 SetS 28982 SEQ ID No 5616 2898 2 F GTTGAGATGACTCCCAAGC SEQ ID No 11655 2898 2 R ATTCTAATGCAACTGGATCG 289 589 301 SetB 29001 SEQ ID Na 5617 29001.F IDGATTA
 EMI144.27
 
 <Tb>
 <tb> 29021 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5618 <SEP> 2902.1 <SEP> F <SEP> CGTTTCCAACAAATCTTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11657 <SEP> 2902 <SEP> 1 <SEP> R <SEP> ACTTCCAGTATCTTTGCTGC <SEP> 574 <SEP> 903 <SEP> 330 <SEP> SetB
 <tb> 2903 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5619 <SEP> 2903 <SEP> 1 <SEP> TCCAATGAAATTAGTCCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11658 <SEP> 2903 <SEP> 1 <SEP> CTTTCTTTTTGTAATTATCGGG <SEP> 631 <SEP> 1030 <SEP> 400 <SEP> SetB
 <Tb>
 
 EMI144.28
 29051 SEQ ID No 5620 2905 1 F CTATGCCTGAAT7AAATGGG SEQ ID No 11659 2905 1 AAATATGGCATCATATTCCC 329 690 362 SetS 29081 SEQ ID No 5621 29081 F AATTTAGCAATCGAAAGTGC SEQ ID No 11660 2908 l.R TCTCAAAAATTGAATAGCAG6AGCAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGCAG
 EMI144.29
 
 <Tb>
 <tb> 116602 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5622 <SEP> 11660 <SEP> 2 <SEP> F <SEP> TGATGAATTGGTGATGATTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11661 <SEP> 11660 <SEP> 2 <SEP> R <SEP> CTAAACAATGCTAACCCAGC <SEP> 2859 <SEP> 3206 <SEP> 348 <SEP> SetB
 <tb> 116632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5623 <SEP> 11663 <SEP> 2.F <SEP> TCAATTTCCTGAAGATGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11662 <SEP> 11663.2 <SEP> R <SEP> TATCATCTTTACCATTGCCC

   <SEP> 3612 <SEP> 3931 <SEP> 320 <SEP> sets
 <tb> 1055.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5624 <SEP> 1055 <SEP> 2 <SEP> F <SEP> GTTTTTAGTTGCATCAACCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11663 <SEP> 1055 <SEP> 2 <SEP> R <SEP> CCAATCGGTTCTTATGTAGC <SEP> 912 <SEP> 1225 <SEP> 314 <SEP> SetA
 <Tb>
 
 EMI144.30
 10592 SEQ ID No 5625 1059 2 F CAAGCAATCTTATCGAATCC SEQ ID No 11664 1059 2.R CGTTGTGTATTTGTTGATCC ND ND 361 SetC
 EMI144.31
 
 <Tb>
 <tb> 1060.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5626 <SEP> 1060.2 <SEP> F <SEP> GTCCAAATACAAATCAATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11665 <SEP> 1060.2.R <SEP> ACAGATCAATCATTTCAGTCC <SEP> ND <SEP> ND <SEP> 204 <SEP> SetC
 <tb> 10632 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5627 <SEP> 1063 <SEP> 2.F <SEP> AGATATTTCAAAACAAGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11666 <SEP> 1063.2 <SEP> R <SEP> AAATCGTTCTAATAAATCCCC <SEP> 3192 <SEP> 3552 <SEP> 361 <SEP> SetA
 <Tb>

  
 
 EMI144.32
 10651 SEQ ID No 5628 1065.1 F CACTAGTTTAGCCATTTGGG SEQ ID No 11667 1065 1.R AAGAACCTTGTACCAATCCC 1053 1399 347 SetS 10671 SEQ ID No. 5629 10671 F TCAAATTTTACTTGGGTTGG SEQ ID No 11668 1067 1 GAGAATTGAACAC1469 10AC CAAAAAGATTTTACGCAAGC SEQ ID No 11669 1069.1.R AGGCAATATAATCACAACCC 3319 3670 352 SetA 1071 1 SEQ ID No 5631 10711 F TGCAAAGATCAAAGAAAAGC SEQ ID No. 11670 1071 1.R TTTCTCATT7CTTCACGAGG 13 293 281 SetB
 EMI144.33
 
 <Tb>
 <tb> 10721 <SEP> SEQ <SEP> No <SEP> 5632 <SEP> 1072.1 <SEP> F <SEP> ATAATGAAGAGAGTGGCACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11671 <SEP> 1072.1 <SEP> R <SEP> CTTGACATTTTTGTCACTGG <SEP> 272 <SEP> 594 <SEP> 323 <SEP> SetA
 <tb> 10761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5633 <SEP> 1076.1.F <SEP> AAGCACCCAATCAAAAACTA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11672 <SEP> 1076.1.R <SEP> AATGTACCCGTTGTAACCAA <SEP> ' <SEP> 1056 <SEP> 1440 <SEP> 385 <SEP> SetB
 <tb> 10842 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5634 <SEP> 1084 <SEP> 2 <SEP> CCTTGACTTCCTGTGTTGAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11673 <SEP> 1084 <SEP> 2. <SEP> R <SEP> CTGTAGACGGAGTTAATGGC <SEP> 1673 <SEP> 2036 <SEP> 364 <SEP> SetB
 <tb> 10891 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5635 <SEP> 10891 <SEP> F <SEP> GGAAATCACTACTGCTACCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11674 <SEP> 10891 <SEP> R <SEP> CGAAGCAGTGTTATCATTACC <SEP> 1230 <SEP> 1620 <SEP> 391 <SEP> SetB
 <Tb>
 
 EMI144.34
 20031 1 SEQ ID No 5636 20031.1 F TCTTGA7GAAACTTTGGTCC SEO JO No.

   11675 20031.1 R GTATAGAA7GG7CTGGGTGG 831 1204 374 SetB 10951 SEQ ID No. 5637 10951 F ATGGAAGCATTTAATTTTGC SEQ ID No. 11676 1095.1 R T1TCCTTCAATTTGTCTTGG 814 1207 394 SetB 10971 SEQ IDGAG 11AG .t8 10981 SEQ ID No 5639 1098.1.F GTGAGTTATTGTTGGCACG SEQ ID No 11678 10981 R GCCTCTTCT7CCTTTAATCC 242 569 328 Sets 1099.1 SEQ ID No. 5640 1099.1 F TTTCTACCTTCTTTGCAAGC SEQ ID No 11679 1099 lR CATTGT2
 EMI144.35
 
 <Tb>
 <tb> 11012 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5641 <SEP> 1101.2.F <SEP> GTTAAAGATACGCCAGTTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11680 <SEP> 11012 <SEP> R <SEP> GTAAGTCGATATTTGGGTGG <SEP> 3 <SEP> 355 <SEP> 353 <SEP> S.tB
 <tb> 11032 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5642 <SEP> 11032.F <SEP> TAAACTCGAAGAAAAGCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11681 <SEP> 1103.2 <SEP> R <SEP> TTGCTTCTTGGAATGTATCC <SEP> 501 <SEP> 861 <SEP> 361 <SEP> Set8
 <tb> 11041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5643 <SEP> 1104.1.F <SEP> CTTGAGAAAACTGAAAACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11682 <SEP> 1104.1 <SEP> R <SEP> AAAGTTGAGGCATAAATTGC <SEP> 735 <SEP> 1097 <SEP> 363 <SEP> Sets
 <tb> 11071 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5644 <SEP> 1107.1.F <SEP> TGAAAGAAAAGTAGGTTCGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11683 <SEP> 1107 <SEP> 1 <SEP> GTTGTCCCTTGTAGTATCGC <SEP> 1092 <SEP> 1477 <SEP> 386 <SEP> S.tB
 <tb> 1111.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5645 <SEP> 1111 <SEP> 1 <SEP> F <SEP> GTTATTTTTGCTTTTCCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11684 <SEP> 1111 <SEP> 1 <SEP> TTTCTTGATCTCTTCTTCGG <SEP> 226 <SEP> 558 <SEP> 333 <SEP> SetB
 <tb> 11131 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5646 <SEP> 11131 <SEP> F <SEP> TTGCGTGATAGAGAAAATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11685 <SEP> 1113.1 <SEP> R <SEP> GTTCAGCAGACTGTTTCTCC <SEP> 892 <SEP> 1216 <SEP> 325 <SEP> SetB
 <tb> 11141 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5647 <SEP> 11141.F <SEP> TAACCAACCCATCATTAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11686 <SEP> 1114.1.R <SEP> CCGACTTCAACAACTAAACC <SEP> 203 <SEP> 545 <SEP> 343 <SEP> SetB
 <tb> 11161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5648 <SEP> 11161.F <SEP> AGATCTGCAGGTACTTTTGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11687 <SEP> 1116 <SEP> l.R <SEP> CTTATTTGATCTGGGTTTGG <SEP> 724 <SEP> 1064 <SEP> 341 <SEP> SetB
 <tb> 11181 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5649 <SEP> 11181.F <SEP> GAGAATCTGTCTTTGTTGCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11688 <SEP> 1118 <SEP> 1 <SEP> R <SEP> TAGCTTCTACAAAAGAGCGG <SEP> 319 <SEP> 629 <SEP> 311 <SEP> Sets
 <Tb>
 
 EMI144.36
 1119.2 SEQ 10 No 5650 1119 2 TTAATCATTGTGCTGATTGC SEQ ID No 11689 1119 2.R ATAACACTTTTTGACGGTGG 40 435 396 Sets 1121 2 SEQ ID No 5651 1121.2 F TTTTCAGGAGACACAAGACC SEQ ID No 11690 1121.2 R ATATCGCCATAACAAACACC
 EMI144.37
 
 <Tb>
 <tb> 1123.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5652 <SEP> 1123.2 <SEP> F <SEP> TGTATCAAGATCCAATTCCC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11691 <SEP> 11232.R <SEP> CATCTGAGTCATCATCATCG <SEP> 2355 <SEP> 2698 <SEP> 344 <SEP> Sets
 <tb> 11262 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5653 <SEP> 1126 <SEP> 2 <SEP> F <SEP> ATTTCATGGGATTATTGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11692 <SEP> 1126.2 <SEP> R <SEP> GTTGTGTCACTTTCAACGC <SEP> 342 <SEP> 716 <SEP> 375 <SEP> SetA
 <Tb>
 
 EMI144.38
 11272 SEQ ID No.

   5654 1127 2.F AAAATGCTAAAAA1TGGTGG SEQ ID No 11693 1127 2 TATCCATTCCGTGTAAAACC 1579 1906 328 SetS
 EMI144.39
 
 <Tb>
 <tb> 11281 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5655 <SEP> 11281F <SEP> GCAGAAGAGGTTACAACAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11694 <SEP> 1128 <SEP> 1 <SEP> R <SEP> R <SEP> TAGCAACTTTCTTCTTTGCC <SEP> 225 <SEP> 535 <SEP> 311 <SEP> Sets
 <tb> 11291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5656 <SEP> 11291 <SEP> F <SEP> AAATATGCCAGTGGTATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11695 <SEP> 1129 <SEP> 1 <SEP> R <SEP> TGTTCGGAGTTATAGTTGGG <SEP> 227 <SEP> 541 <SEP> 315 <SEP> SetB
 <Tb>
 
 EMI144.40
 1133 1 SEQ ID No 5657 11331.F TAACCTAACTCCAATGACCG SEQ ID No 11696 1133 1 CAATGCGATCMTAAACTCC 276 583 308 SetA
 EMI144.41
 
 <Tb>
 <tb> 1134 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5658 <SEP> 11341.F <SEP> TATAGAAACGCATTGAGAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11697 <SEP> 1134 <SEP> 1 <SEP> R <SEP> R <SEP> GATGGTTTCATTGTCACCC <SEP> 22 <SEP> 282 <SEP> 261 <SEP> SetA
 <tb> 11362 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5659 <SEP> 1136.2 <SEP> F <SEP> TGGTGAATTTTCTCGTAAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11698 <SEP> 1136 <SEP> 2 <SEP> TCCAAATGTGAAGTAGACCC <SEP> 1662 <SEP> 1982 <SEP> 321 <SEP> Sets
 <Tb>
 
 EMI144.42
 11391 SEQ ID No 5660 11391 F GTCACTTCTGGTACTTTGCC SEQ JO No 11699 1139 1 TGAGTCGATTCTAAAGCTGG 361 681 321 SetA
 EMI144.43
 
 <Tb>
 <tb> 1143 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5661 <SEP> 1143 <SEP> 1 <SEP> F <SEP> AACCAACATCTCTTCAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11700 <SEP> 1143 <SEP> 1 <SEP> R <SEP> GCCTTTTTCATTTTAAGTGG <SEP> 18 <SEP> 353 <SEP> 336 <SEP> Sets
 <tb> 1144 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5662 <SEP> 11442.F <SEP> TACCACATAAACTTCCACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11701 <SEP> 1144 <September>

  2 <SEP> AGAACACATTTGCAGAGTCC <September> 1781 <SEP> 2143 <SEP> 363 <SEP> Sets
 <Tb>
 

  <Desc / Clms Page number 145>

 
 EMI145.1
 41962 SEQ ID No 5663 4196 2 GAATCAGTTAGATGGGTTCG SEQ ID No 11702 4196 2 R AATCTTCAGCTTTGACTTGG 942 1258 317 SetB
 EMI145.2
 
 <Tb>
 <tb> 4195 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5664 <SEP> 4195 <SEP> 1 <SEP> F <SEP> TTGAAAATCAGAACAGACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11703 <SEP> 4195 <SEP> 1 <SEP> R <SEP> CATAATATTTTGCTTTGCCC <SEP> 2237 <SEP> 2574 <SEP> 338 <SEP> SetB
 <tb> 41921 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5665 <SEP> 4192 <SEP> 1 <SEP> F <SEP> CGATATTGTATTTGTTCCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11704 <SEP> 4192 <SEP> 1 <SEP> R <SEP> ACAAATCCTTGGTGTACTGC <SEP> 950 <SEP> 1282 <SEP> 333 <SEP> SetB
 <tb> 4191 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5666 <SEP> 4191 <SEP> 1 <SEP> F <SEP> GATGCTGTGGGATTAATAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11705 <SEP> 4191

   <SEP> 1 <SEP> GTTGTCTAGAGCCAACTTGC <SEP> 808 <SEP> 1107 <SEP> 300 <SEP> SetB
 <tb> 4189.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5667 <SEP> 4189 <SEP> 1 <SEP> F <SEP> F <SEP> AGGTTACTGGGTTCTTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11706 <SEP> 4189 <SEP> 1 <SEP> R <SEP> ATAACTGGAACATCGTTTGG <SEP> 758 <SEP> 1073 <SEP> 316 <SEP> SetB
 <tb> 41851 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5668 <SEP> 4185 <SEP> 1 <SEP> F <SEP> TGAAGAAGCAAAGAAGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11707 <SEP> 4185 <SEP> 1 <SEP> R <SEP> GCTTGTTCGTCAAATCTAGG <SEP> 774 <SEP> 1091 <SEP> 318 <SEP> SetB
 <Tb>
 
 EMI145.3
 4182 SEQ ID No 5669 4182 1 GACTTCGGTTTTATCGTTCC SEQ ID No 11708 4182 1 R GTGATTTGGGTATGAGTTGG 51 415 365 SetC 4181 SEQ ID No 5670 4181 AACTGGAGATTAATGCTTGG SEQ ID No 11709 4181 1 R TGCCTTGATAFAGATTAG156 360
 EMI145.4
 
 <Tb>
 <tb> 4176 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5671 <SEP> 4176 <SEP> 1

   <SEP> F <SEP> TTTATGGGAGTTGTATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 117104176 <SEP> It <SEP> R <SEP> CCACATTGAAAAATACCACC <SEP> 194 <SEP> 559 <SEP> 366 <SEP> SetB
 <tb> 41751 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5672 <SEP> 4175 <SEP> 1 <SEP> F <SEP> TGGTTTATTCAAAATGGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11711 <SEP> 4175 <SEP> 1 <SEP> R <SEP> CCATAAGTCAACATCAACCC <SEP> 508 <SEP> 824 <SEP> 317 <SEP> SetB
 <Tb>
 
 EMI145.5
 4171 SEQ ID No 5673 4171 1 F AACCACTGTTGTTTCTGACC SEQ ID No 11712 4171 1 R TAACCAACGTCTCCAATACC 1311 1681 371 SetA
 EMI145.6
 
 <Tb>
 <tb> 41641 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5674 <SEP> 4164.1 <SEP> F <SEP> TTACCAGCTAGAGTTGAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11713 <SEP> 41641RATACACAACATCGTTGGTCC <SEP> 28 <SEP> 296 <SEP> 269 <SEP> SetB
 <tb> 4163 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5675 <SEP> 4163 <SEP> 1 <SEP> F <SEP> TTGATATACCTGGAGTTGCC <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 11714 <SEP> 4163 <SEP> 1 <SEP> R <SEP> AAATACGTCTAGTCAACGGC <SEP> 883 <SEP> 1282 <SEP> 400 <SEP> SetB
 <tb> 41601 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5676 <SEP> 41601 <SEP> F <SEP> AAGAAAGCACAAGGAGTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11715 <SEP> 41601.R <SEP> TGTACCTTCTACCATACGGG <SEP> 1242 <SEP> 1564 <SEP> 323 <SEP> SetB
 <tb> 41532 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5677 <SEP> 41532F <SEP> TTGTTTACCAGGAAAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11716 <SEP> 4153 <SEP> 2 <SEP> AATCCTGAAACTCAAAATCG <SEP> 2155 <SEP> 2458 <SEP> 304 <SEP> SetA
 <tb> 4149 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5678 <SEP> 4149 <SEP> 1 <SEP> F <SEP> AAGTGCGATGAGTATATCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11717 <SEP> 4149 <SEP> 1 <SEP> R <SEP> CAAAATGGGTTCTTCTTACG <SEP> 133 <SEP> 437 <SEP> 305 <SEP> SetB
 <tb> 41461 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5679 <SEP> 4146 <SEP> 1 <SEP> F <September>

  AGAAAGGTTATTTCCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11718 <SEP> 4146 <SEP> 1 <SEP> R <SEP> TTGTTTTCTTTGTTGTCTGG <SEP> 28 <SEP> 330 <SEP> 303 <SEP> SetB
 <tb> 196661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5680 <SEP> 19666 <SEP> 1 <SEP> F <SEP> GACTATAATGCACCACCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11719 <SEP> 19666 <SEP> 1 <SEP> GTGTTTTCCCAGTTTTTGG <SEP> 14 <SEP> 244 <SEP> 231 <SEP> Sets
 <tb> 26901 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5681 <SEP> 2690 <SEP> 1 <SEP> F <SEP> TTTTGACTGTTTGAGGAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11720 <SEP> 2690 <SEP> 1 <SEP> R <SEP> TACTATCACCAACCCTCTGG <SEP> 2595 <SEP> 2914 <SEP> 320 <SEP> SetB
 <tb> 2681 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5682 <SEP> 26811F <SEP> F <SEP> AGAATGTGATGATGGTGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11721 <SEP> 2681 <SEP> 1 <SEP> R <SEP> CCTGTCTTCCATCTTAAACG <SEP> 486 <SEP> 849 <SEP> 365 <SEP> SetC
 <Tb>
 
 EMI145.7
 25221

  SEQ ID No 5683 2522 I AGCCACAAATAAAAAGAAGC SEQ ID No 11722 2522 1 AGTATACCATTTTCTTGTGCG 611 959 349 5etB
 EMI145.8
 
 <Tb>
 <tb> 2521 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5684 <SEP> 2521 <SEP> 1 <SEP> F <SEP> GCTAACTTATCTTTGGGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11723 <SEP> 2521 <SEP> 1 <SEP> R <SEP> ATTTTGGCTTAACAAGTTGG <SEP> 766 <SEP> 1113 <SEP> 348 <SEP> SetA
 <tb> 2517 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5685 <SEP> 2517 <SEP> 1 <SEP> F <SEP> CTTGTGTTTGTAGTTGCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11724 <SEP> 2517 <SEP> 1 <SEP> R <SEP> GACATTTCTATCAATTGCCC <SEP> 766 <SEP> 1082 <SEP> 317 <SEP> SetA
 <tb> 25161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5686 <SEP> 2516 <SEP> 1 <SEP> F <SEP> AAATGGACTGATGCTAGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11725 <SEP> 2516 <SEP> 1 <SEP> R <SEP> TTTCAACATAGTCTTTCATTGC <SEP> 6457 <SEP> 6769 <SEP> 313 <SEP> SetA
 <tb> 25111 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 5687 <SEP> 2511 <SEP> 1 <SEP> F <SEP> AATGAACTTTTGGAGAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11726 <SEP> 2511 <SEP> 1 <SEP> R <SEP> GGTAGAATTGATTGCTGAGG <SEP> 1219 <SEP> 1592 <SEP> 374 <SEP> SetA
 <tb> 25081 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5688 <SEP> 2508 <SEP> 1 <SEP> F <SEP> GGTTGTTATGAAACTCCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11727 <SEP> 2508 <SEP> 1 <SEP> R <SEP> TATCTTCTGGTGAGAATCCG <SEP> 1066 <SEP> 1396 <SEP> 331 <SEP> SetA
 <tb> 25071 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5689 <SEP> 2507 <SEP> 1 <SEP> F <SEP> GGAGATTTAGCTAGCACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11728 <SEP> 2507 <SEP> 1 <SEP> R <SEP> ATTGGAAATATTTGTTGATCC <SEP> 4222 <SEP> 4527 <SEP> 306 <SEP> SetA
 <tb> 25002 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5690 <SEP> 2500 <SEP> 2 <SEP> F <SEP> AATAGTAATCGTGGTAGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11729 <SEP> 2500 <SEP> 2 <SEP> R <SEP> TTTTCTTTAATGCCTTTTGC

   <SEP> 1930 <SEP> 2230 <SEP> 301 <SEP> SetB
 <tb> 24991 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5691 <SEP> 2499 <SEP> 1 <SEP> F <SEP> ATTCGCATTCTACTTCATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11730 <SEP> 2499 <SEP> 1 <SEP> F <SEP> ACATCATCAAATCTCAACCC <SEP> 3659 <SEP> 3962 <SEP> 304 <SEP> SetB
 <tb> 24941 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5692 <SEP> 2494 <SEP> 1 <SEP> F <SEP> AGAAGAAGAAGCTGATGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11731 <SEP> 24941 <SEP> R <SEP> AACCCAAGATCTATCAGAACC <SEP> 201 <SEP> 504 <SEP> 304 <SEP> SetA
 <tb> 24931 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5693 <SEP> 2493 <SEP> 1 <SEP> F <SEP> GAAATTAATGTCGAAGCAGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11732 <SEP> 2493 <SEP> 1 <SEP> R <SEP> GCTATTTCAACATCTCCTGG <SEP> 1030 <SEP> 1373 <SEP> 344 <SEP> SetA
 <tb> 24901 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5694 <SEP> 2490 <SEP> 1 <SEP> F <SEP> AAATTTGAAGAACATGGTGG <SEP> SEQ <SEP> ID <SEP> No

   <SEP> 11733 <SEP> 2490 <SEP> 1 <SEP> TATGAAGCATTAACCCAACC <SEP> 2260 <SEP> 2609 <SEP> 350 <SEP> SetA
 <tb> 24891 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5695 <SEP> 2489 <SEP> 1 <SEP> F <SEP> AGTTCTGTATTCCTCCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11734 <SEP> 24891 <SEP> R <SEP> GATGATGAGTCAAAACAAAGG <SEP> 213 <SEP> 536 <SEP> 324 <SEP> SetA
 <Tb>
 
 EMI145.9
 24861 SEQ ID No 5696 2486 1 F CTTATGCCGGTTATAGATTAGC SEQ ID No 11735 24861 R TTCTTT7GTAATTGTTCAATGG ND ND 265 SetC 24851 SEQ ID No 5697 2485 1 AAGAAGAAGGGGATAACGAT SEQ ID No 11736 2485 1 TGGAATTAT8ATAGTA 24 No 11737 2484 2 R TAATTAACCCACCAACTTGC 2815 3214 400 Sets 24821 SEQ ID No 5699 24821 F TTCACTCCTTCCACTAAAGC SEQ ID No 11738 2482 1 R GCTACACCATCTTTACCAGC 436 791 356 SetA 24802 SEQ ID Na 5700 2480 2 F TCACCAAAACAAAAGAGA7

  CCCTTGACAATCAATATTCC 415 785 371 Sets
 EMI145.10
 
 <Tb>
 <tb> 4382 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5701 <SEP> 438 <SEP> 2 <SEP> F <SEP> GATTCAACGATCATTATGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11740 <SEP> 438 <SEP> 2 <SEP> R <SEP> CATCAACAAATATACCTTTCCC <SEP> 327 <SEP> 664 <SEP> 338 <SEP> SetB
 <tb> 4361 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5702 <SEP> 4361 <SEP> F <SEP> AAACAAGATCAAGGTCATCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11741 <SEP> 4361 <SEP> R <SEP> TCAGTAATAACATTTGGCCC <SEP> 64 <SEP> 434 <SEP> 371 <SEP> SetB
 <Tb>
 
 EMI145.11
 4341 SEQ 10 No 5703 434 1 TTACTTTTTCAGTTGGGTCG SEQ ID No 11742 434 1 R CAGGTTTTTCTTTCAATTCC 3900 4276 377 SetS
 EMI145.12
 
 <Tb>
 <tb> 4291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5704 <SEP> 4291 <SEP> F <SEP> TTATAGATGTCCACCTTGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11743 <SEP> 4291 <SEP> R <SEP> ATCACCACCAGATTAAATGC <SEP> 2 <SEP> 229 <SEP> 228 <September>

  SetB
 <tb> 4281 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5705 <SEP> 4281 <SEP> F <SEP> TACTACATTTTGGTCTGGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11744 <SEP> 4281 <SEP> R <SEP> CTTGATTCTGCCAATAATCC <SEP> 1116 <SEP> 1472 <SEP> 357 <SEP> SetB
 <Tb>
 
 EMI145.13
 4261 SEQ ID NO 5706 4261 F AGTCTCTCTTGAGATGGTGG SEQ ID NO 11745 4261 R CTCCAAG7TTTCCTTACAGC 599 942 344 sets 424 SEQ 10 No 5707 4241 TTTCCAAACTCAACTTCAGC SEQ ID No 11746 4241RTTAATTCGTCGTATTTTGCC 1473 1816 344 sets 423 SEQ ID NO 5708 4231 F GAAACAGCTTGTTGAATTGC SEQ ID NO 11747 4231 RCAACCTGTAAGGACTCTTGC 4701 5020 320 SetA
 EMI145.14
 
 <Tb>
 <tb> 421 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5709 <SEP> 421 <SEP> 1 <SEP> F <SEP> GGTAAACTTATTCGTGCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11748 <SEP> 421 <SEP> 1 <SEP> R <SEP> AACTTAGTCACCGCAGACC <SEP> 946 <SEP> 1256 <SEP> 311 <SEP> SetB
 <tb> 4202 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5710 <September>

  4202 ' <SEP> GAATGCAAAGTTTAAATCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11749 <SEP> 420 <SEP> 2 <SEP> R <SEP> ATCAATATAATCAGTGGCTGG <SEP> 2196 <SEP> 2495 <SEP> 300 <SEP> SetA
 <tb> 4172 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5711 <SEP> 417 <SEP> 2 <SEP> F <SEP> CTTTTGCCAATCAGAATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11750 <SEP> 417 <SEP> 2 <SEP> R <SEP> ATTCTTGTGCTCTGTTACCG <SEP> 1990 <SEP> 2326 <SEP> 337 <SEP> SetB
 <Tb>
 
 EMI145.15
 4161 SEQ ID No 5712 4161 F CATTAACTCCTGCAGTCCC SEQ ID No 11751 4161 R CAAACTGCAAAGAAACAAGG 844 1171 328 SetA 4141 SEQ ID No 5713 4141 TTTTTACTTGCCACAAAAGG SEQ ID No 11752 414 1 R CTCCAAAGA7GGTCTAT6G 1869
 EMI145.16
 
 <Tb>
 <tb> 4121 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5714 <SEP> 4121 <SEP> F <SEP> TAAAGAAGAGGCTAACGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11753 <SEP> 4121 <SEP> R <SEP> TGTTGTTTACATTCTGGTGG <SEP> 1005 <SEP> 1304 <SEP> 300 <September>

  sets
 <tb> 4091 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5715 <SEP> 4091 <SEP> F <SEP> ATTGATAAACTCTGGGTTGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11754 <SEP> 409 <SEP> 1 <SEP> R <SEP> TCTTACCAATCAAATTTCCC <SEP> 237 <SEP> 559 <SEP> 323 <SEP> SetB
 <tb> 4081 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5716 <SEP> 408 <SEP> 1 <SEP> AATAGAATGGTCAATTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11755 <SEP> 4081RTTTCATGAATCATAATCCCC <SEP> 711 <SEP> 1027 <SEP> 317 <SEP> Sets
 <tb> 4071 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5717 <SEP> 407 <SEP> 1 <SEP> F <SEP> ATGTTACGACTGACTCCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11756 <SEP> 407 <SEP> 1 <SEP> R <SEP> TTCACTCTTTTGCTTTTTCC <SEP> 475 <SEP> 795 <SEP> 321 <SEP> SetB
 <tb> 404 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5718 <SEP> 404 <SEP> 1 <SEP> F <SEP> TATTATCCCTTGACCATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11757 <SEP> 404 <SEP> 1 <SEP> R <SEP> CTGTCTAATTCTTCTTGCCG.

    <SEP> 664 <SEP> 1019 <SEP> 356 <SEP> SetB
 <tb> 4031 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5719 <SEP> 403 <SEP> 1 <SEP> F <SEP> ACAAATGAGTTTAGCAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11758 <SEP> 403 <SEP> 1 <SEP> R <SEP> TAATCTCTTTCAACAAGGGC <SEP> 138 <SEP> 452 <SEP> 315 <SEP> SetB
 <tb> 4021 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5720 <SEP> 402 <SEP> 1 <SEP> F <SEP> AACTCTATTGGAAGCATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11759 <SEP> 402 <SEP> 1.R <SEP> GAATTTCAAACTTCAATGGC <SEP> 3172 <SEP> 3523 <SEP> 352 <SEP> SetA
 <tb> 3961 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5721 <SEP> 396 <SEP> 1 <SEP> F <SEP> F <SEP> CTAATGACCTTCATGTTGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11760 <SEP> 3961 <SEP> R <SEP> TCTACAACAAGTTACCACAAGG <SEP> 2 <SEP> 198 <SEP> 197 <SEP> SetB
 <tb> 395 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5722 <SEP> 395 <SEP> 1 <SEP> F <SEP> AACGAAATGTTAGTAAAACGC <SEP> SEQ <SEP> ID <SEP> No <September>

  11761 <SEP> 3951 <SEP> R <SEP> TTTTTGAGTGGAATAATAGGG <SEP> 7 <SEP> 238 <SEP> 232 <SEP> SetB
 <tb> 3932 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5723 <SEP> 393 <SEP> 2 <SEP> F <SEP> AAGTTTTTGCAGATTGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11762 <SEP> 393 <SEP> 2 <SEP> R <SEP> CCAATTCTTTCAACGATACC <SEP> 5119 <SEP> 5497 <SEP> 379 <SEP> SetA
 <Tb>
 
 EMI145.17
 3892 SEQ ID No 5724 389 2 F TGAGTCTTTGAGAGATGAAACC SEQ ID No 11763 389 2 R AACTGATCTCTTAACAC71TTGG ND ND 312 SetC 3871 SEQ ID Na 5725 387 1 F TCAGATTTACTGTTGATTCTGC SEQ ID No.

   11764 387 1 CAAAAAGACATAACCTTGTTGC ND ND 311 SetC 3851 SEQ ID No 5726 385 1 F TCATTTCTGGTTACACCTCC SEQ ID No 11765 385 1 R GAA7GAATCAGTACC7TGGG 1172 1560 389 Sets
 EMI145.18
 
 <Tb>
 <tb> 3801 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5727 <SEP> 3801 <SEP> F <SEP> CAGTGAGGCACAAAAATACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11766 <SEP> 380 <SEP> 1 <SEP> R <SEP> TCTTTAACTCCACGCATAGC <SEP> 2433 <SEP> 2804 <SEP> 372 <SEP> SetA
 <tb> 377 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5728 <SEP> 377 <SEP> 2 <SEP> F <SEP> CAAGAACTTATGGTGGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11767 <SEP> 377 <SEP> 2 <SEP> R <SEP> ATACTGTTTGATCTGCTGGG <September> 923 <SEP> 1246 <SEP> 324 <SEP> SetA
 <tb> 3761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5729 <SEP> 3761 <SEP> F <SEP> CACATGTTTGTATATTGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11768 <SEP> 376 <SEP> 1 <SEP> R <SEP> ATAGCATCATTCCAGTCAGG <SEP> 1392 <SEP> 1739 <SEP> 348 <September>

  SetA
 <Tb>
 
 EMI145.19
 373 1 SEQ 10 No 5730 373 1 F CACAACCTAAACCTCAAACC SEQ ID No 11769 373 1 R CTTCCTGAATCTGTTTT7CG 23 346 324 Sets
 EMI145.20
 
 <Tb>
 <tb> 372 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5731 <SEP> 372 <SEP> 1 <SEP> F <SEP> ATGAAGAGAAGTTTGGCTGA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11770 <SEP> 3721 <SEP> R <SEP> CCTTAATCAATATGGAGGCA <SEP> 829 <SEP> 1222 <SEP> 394 <SEP> Sets
 <tb> 3702 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5732 <SEP> 370 <SEP> 2 <SEP> CTTCTACGCTGAAAGAAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11771 <SEP> 370 <SEP> 2 <SEP> R <SEP> ACAGACTTGACATCCAAAGC <SEP> 1572 <SEP> 1922 <SEP> 351 <SEP> SetB
 <Tb>
 
 EMI145.21
 364 2 SEQ ID No 5733 364 2 F AACAC7ATTTCTGTTTCCGC SEQ ID No 11772 364 2 R TTCAAAA7A77CCGACAACC 796 1158 363 Sets 363.1 SEQ ID N.

  * 5734 363 1.F AGTTTCGTGAATTTGTGAGG SEQ ID No 11773 3631 1 R TC7TCTCCTGATGGTTTAGC 1136 1451 316 SetA
 EMI145.22
 
 <Tb>
 <tb> 361 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5735 <SEP> 3611 <SEP> F <SEP> ACGGTAAAATAATCGTGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11774 <SEP> 361 <SEP> 1 <SEP> R <SEP> TTAACCTGATTTCATAGAGCG <SEP> 1652 <SEP> 1969 <SEP> 318 <SEP> SetB
 <tb> 3551 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5736 <SEP> 3551 <SEP> ATCGAACTACATGAACGACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11775 <SEP> 3551 <SEP> R <SEP> TACACATCTGGGATACCTCC <SEP> 1707 <SEP> 2096 <SEP> 390 <SEP> Sets
 <Tb>
 
 EMI145.23
 3511 SEQ ID No 5737 351.1 F TTCGTTGAACTTTACCTTGG SEQ ID No 11776 351 1 R TTGATGATTCTGATTTTCCC 171 536 366 Sets
 EMI145.24
 
 <Tb>
 <tb> 3491 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5738 <SEP> 3491 <SEP> F <SEP> CATTGGAACAACAAAAGTACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11777 <SEP> 349 <SEP> 1 <SEP> R <September>

  CTTCTATTTCACCTTCGTCG <SEP> 2696 <SEP> 3067 <SEP> 372 <SEP> SetA
 <tb> 3451 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5739 <SEP> 3451 <SEP> F <SEP> AGCACACGTTGAAAATATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11778 <SEP> 3451 <SEP> R <SEP> TAAACTGTTCACTTTTGGGG <SEP> 4032 <SEP> 4408 <SEP> 377 <SEP> SetB
 <Tb>
 
 EMI145.25
 3361 SEQ ID No. 5740 336 1 ACTGGTGTTGAATGTTTTCC SEQ ID No 11779 3361 R CAACTCTAACCGATCTTTGC 1483 1782 300 SetB 3331 SEQ ID No 5741 333 1.F AAGCAAGAGTTGACAGAAGC SEQ ID No. 11780 333 1 R ATTATCAATTCGAG1AGCG1B 336. ACCACACACACTGTCTATCC SEQ ID No.

   11781 331 1 RTTTGATRATCTTCATCATCG 562 916 355 SetC 3282 SEQ ID No 5743 328.2 FCAAGAAGAAGGAAGAAGAGG SEQ ID No 11782 328 2 TCAACCCGTCTAGTATCAGC 318 673 356 SetC 3242 SEQ ID No 5744 324.2ATT AAGCC 32QTATICC 32A No 5745 12082 2.F AGTGTAAAATACTGGCGTCC SEQ ID No 11784 12082 2 TATTTGGTTTCATACCACCC 1420 1765 346 Sets 120801 SEQ ID No 5746 12080 lF CCAAAAATCTTATTGTCAACG SEQ ID No. 11785 12080.iR AA4IGAGIACCGTTTGAIGQ IDCC 12079797 11786 12079 R AACTGATTGCAAAGTCAACC 2257 2556 300 SetA
 EMI145.26
 
 <Tb>
 <tb> 12076. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5748 <SEP> 12076.1 <SEP> F <SEP> TTGAATGGACTTAACCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11787 <SEP> 12076 <SEP> 1 <SEP> R <SEP> R <SEP> CCTTCTTCAACAGTACCACC <SEP> 364 <SEP> 737 <SEP> 374 <SEP> SetA
 <tb> 12074. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5749 <SEP> 12074 <SEP> 2 <SEP> F <SEP> CGTTACAAGAACTCACAAACG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11788 <SEP> 12074 <SEP> 2 <SEP> R <SEP> AGCATCAGTATAGAGCACCC <SEP> 1379 <SEP> 1737 <SEP> 359 <SEP> SetB
 <Tb>
 
 EMI145.27
 24292 SEQ ID No 5750 2429 2 F CCCATCATAATGAAACCAAT SEQ 10 No. 11789 2429 2 R GCTGCTGAAGGATTAGPPAA 60 205 146 SetC 20032.1 SEQ ID No 5751 200321 F AAGAACTTGTGGAAAACTGG SEO ID No 11790 2oo32l.R CATCAGCTTCAATAQ 1 256 246 CCAAGAGCTTGATAATGAGC SEQ ID N .. 11791 2425 1 R CATTTGTATCCCCATTTACC 669 1007 339 S.tB 24241 SEQ ID No 5753 24241.F CACTCATCACCAATATTCCC SEQ ID No.

   11792 2424 R CTCTTCCAGTTCACAAGTCG 838 1181 344 SetS 24191 SEQ ID No 5754 24191F TGAACAAGTATTCCACCAGC SEQ 10 No 11793 2419 1 R TTCACAGTTTCTGTGTTTGC 914 1274 361 SetS 2417 1 SEQ ID No 5755 2417 1 AAGACTG79417 SEQ 10 No 5756 2415.1 F TTACGGAATTAACGAAAACC SEQ ID Na 11795 24151.R GTTTTGAAAAGCAATTTTGG 2045 2400 356 SetB 2414 SEQ ID No 5757 2414 1 F AACACCAAGTAACATACCCG SEQ D No. 11796 2414 R ACATTTTCAGCGTAT7CACC 1179 1514
 EMI145.28
 
 <Tb>
 <tb> 24092 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5758 <SEP> 2409 <SEP> 2 <SEP> F <SEP> AAAGTCTCGACTGATGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11797 <SEP> 2409 <SEP> 2 <SEP> R <SEP> TCATCTAAGGGTGATTCAGG <SEP> 3694 <SEP> 4073 <SEP> 380 <SEP> Sets
 <tb> 24041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5759 <SEP> 24041 <SEP> F <SEP> ATCCTTACCACATTGAGACG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11798 <SEP> 2404 <SEP> 1.R <SEP> AATGGTTGTGTAAAACTGGG <SEP> 1081 <SEP> 1424 <SEP> 344 <SEP> SetA
 <Tb>
 
 EMI145.29
 2400 1 SEQ ID NO 5760 2400 1 F GATGGATTAAAAACATTGGG SEQ ID No 11799 24001 413 731 319 R GATGGAGTTTTTGT1TTTGG SetA 23972 SEQ ID NO 2 5761 2397 TTGAAGAAGGTTTGATGACC SEQ ID NO 11800 2397 506 839 334 2R ACAGCATCTTCAGTGTAGCC SetA 2392.2 SEQ ID NO 2 5762 2392 TCGATTGATATCTCGTCAAGT SEQ ID No 11801 2392 2 R ACA4TATCTTGATATAATTTCCCA 300 638 339 Sets 23912 SEQ ID No 5763 2391 2 AGTTCCAGACACTGAAAAGC SEQ ID No. 11802 2391 2 AAGAAATGTAATCCCCATCC 1713 2012 300 SetB 2389.2 SEQ ID No 5764 2389 2 FCTAAACCTCTCATT.

   157 536 380 Se \ 8 2388.1 SEQ ID No 5765 2388.1 F GTTTATGCCATCAGAGAAGC SEQ i0 No 11804 2388 R GATTTAGCCACATTAAACCG 1414 1736 323 SetB 2384.1 SEQ ID No 5766 2384 1 F TGATGGTAAAATTGTTTGGG SEQ ID No 11805TC31AGT 2384TBAG. 5767 2383 1 F TGTTGGTGTTAGGACATCG SEQ 10 No 11806 2383 1 R CAATCGGAGATCGTTTACC 7 289 283 Sets 23821 SE ID No 5768 2382 1 F GTGTATACCATCCGATGTCC SEQ ID No. 11807 23821 R TTTACACCATCCAATTCAGC 1208 15C
 EMI145.30
 
 <Tb>
 <tb> 2379.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5769 <SEP> 2379 <SEP> 1 <SEP> F <SEP> GCCGTAGAGTCAAACGTAAG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11808 <SEP> 23791 <SEP> R <SEP> ATAGGGGTGCTAATGGTTTC <SEP> 6 <SEP> 220 <SEP> 215 <SEP> SetC
 <tb> 2374 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5770 <SEP> 2374 <SEP> 2 <SEP> F <SEP> ATCAATGAAGAACCTCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11809 <SEP> 2374 <SEP> 2 <SEP> R <SEP> CAATACATGAAACAAAGGAGG <SEP> 2419 <SEP> 2757 <SEP> 339 <SEP> SetB
 <Tb>
 
 EMI145.31
 59412 SEQ ID No 5771 5941.2 F AATCAAGAAATTTCCAATGC SEQ ID No. 11810 5941.2.R TCCACTGGAGTGGTAGTAGC 1375 1736 362 SetB
 EMI145.32
 
 <Tb>
 <tb> 5942.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5772 <SEP> 5942 <SEP> 1 <SEP> F <SEP> AGCTGGATTAGTCACATTAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11811 <SEP> 5942 <SEP> 1 <SEP> AATACTTGACCAATTGCACC <SEP> 531 <SEP> 887 <SEP> 357 <SEP> Sets
 <tb> 5944.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5773 <SEP> 5944 <SEP> 1 <SEP> F <SEP> ATGTTGCCATTTATTGTTGG <SEP> SEO <SEP> ID <SEP> No <SEP> 11812 <SEP> 5944.1.R <SEP> TAACCAGTTTCCAATTTTCC <SEP> 566 <SEP> 907 <SEP> 342 <SEP> Sets
 <tb> 59462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5774 <SEP> 5946 <SEP> 2.F <SEP> GATGTTGAAGAAGATACCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11813 <SEP> 5946 <SEP> 2 <SEP> R <SEP> CTAGTTTGTCTTCCACCACC <SEP> 1204 <SEP> 1531 <SEP> 328 <SEP> Set8
 <tb> 59492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5775 <SEP> 5949 <SEP> 2 <SEP> TGCATATTCACTATCATCGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11814 <SEP> 5949 <SEP> 2.R <SEP> GCTTCCACTACCACTACTGC <SEP> 870 <SEP> 1209 <SEP> 340 <SEP> Sets
 <Tb>
 
 EMI145.33
 59571 SEQ ID No 5776 5957 1 F AAAAGTTGAGGTACCACCG SEQ ID No 11815 59571 R TCAATCTT7CTCA7TGGAGG 2850 3215 366 Sets
 EMI145.34
 
 <Tb>
 <tb> 5960.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5777 <SEP> 59601 <SEP> F <SEP> TTGGTGTTTTTGGTTTATCA <SEP> SEQ <SEP> ID <SEP> No <SEP> 11816 <SEP> 59601 <SEP> R <SEP> TCATCGTTATCATCACCAGT <SEP> 2096 <SEP> 2408 <SEP> 313 <SEP> Sets
 <Tb>
 
 EMI145.35
 5962.1 SEQ ID No 5778 5962 1 F TGGTAATTCTCGAGTATGGG SEQ la No 11817 5962 R TCACCTGGTTCTAATTTTGG 183 566 384 SetB 5964 1 SEQ ID No 5779 5964 1 TGAATTAGATCAAATCAAATCG SEQ ID No 11818 5964 1 R TGTTTAATTIATTATTATTACCATT 57ACC 1 ID No 11819 5965 1 R GGGGATAACTCTATCACAACC 232 555 324 SetB

  <Desc / Clms Page number 146>

 
 EMI146.1
 
 <Tb>
 <tb> 59662 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5781 <SEP> 5966 <SEP> 2 <SEP> GAGACAAATTTGGGATAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11820 <SEP> 5966 <SEP> 2 <SEP> R <SEP> TTTAAAACAACTACCCAGCC <SEP> 738 <SEP> 1085 <SEP> 348 <SEP> SetB
 <Tb>
 
 EMI146.2
 

  107312 SEQ ID No 5782 107312F F TCCAATAGTACAACGATCCC SEQ Ip No 11821 10731 2 R TCCTCTTTTTCATTGACAGG 792 1097 306 Sets
 EMI146.3
 
 <Tb>
 <tb> 107331 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5783 <SEP> 10733 <SEP> 1 <SEP> F <SEP> GCAAGAACAAAACAAACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11822 <SEP> 10733 <SEP> 1 <SEP> R <SEP> CCACTAAATAAGCTTCAACAGC <SEP> 4 <SEP> 307 <SEP> 304 <SEP> SetB
 <tb> 107352 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5784 <SEP> 10735 <SEP> 2 <SEP> F <SEP> ACCATCAACATCTATGAGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11823 <SEP> 10735 <SEP> 2 <SEP> R <SEP> ACCATATTCTGCTCCATCG <SEP> ND <SEP> ND <SEP> 349 <SEP> SetC
 <tb> 198181 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5785 <SEP> 19818 <SEP> 1 <SEP> F <SEP> ATGCCATATCAACTTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11824 <SEP> 19818 <SEP> 1 <SEP> R <SEP> R <SEP> AAAGCTTCTATATCATCGGC <SEP> 3206 <SEP> 3566 <SEP> 361 <SEP> Sets
 <Tb>
 
 EMI146.4
 

  8923 1 SEQ ID No 5786 8923 1 F GATCCATTAAAACATACGCC SEQ ID No 11825 8923 R ATACACTTCCATTTCCAACC 409 725 317 SetB
 EMI146.5
 
 <Tb>
 <tb> 89242 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5787 <SEP> 8924 <SEP> 2 <SEP> GGTTTATTCCAGAAGCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11826 <SEP> 8924 <SEP> 2 <SEP> GTTCATCATTAACCAATGCC <SEP> 65 <SEP> 328 <SEP> 264 <SEP> SetB
 <Tb>
 
 EMI146.6
 89262 SEQ ID No 5788 8926 2 F ATGTAGCGAAAAATATTGCC SEQ ID No 11827 8926 2 ATTCGTTCAAGTGTAGGACG 1364 1679 316 SetS
 EMI146.7
 
 <Tb>
 <tb> 8927 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5789 <SEP> 89271.F <SEP> GTTGTTGAAGAACAATCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11828 <SEP> 8927 <SEP> 1 <SEP> R <SEP> GCACCAACAACTTTTCTAGC <SEP> 40 <SEP> 353 <SEP> 314 <SEP> Sets
 <Tb>
 
 EMI146.8
 89301 SEQ ID No 5790 8930 F ATAGTTCTAGTGCTCGTGGC SEQ ID N.

   11829 89301 R ACTGAATTCAAAAGCAGTCC 746 1052 307 SetB
 EMI146.9
 
 <Tb>
 <tb> 8931 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5791 <SEP> 8931 <SEP> 1 <SEP> F <SEP> GCTCAAGGCACTACTACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11830 <SEP> 8931 <SEP> 1 <SEP> R <SEP> AAAGAAATCATCAGTGGTCC <SEP> 1414 <SEP> 1725 <SEP> 312 <SEP> SetB
 <tb> 28252 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5792 <SEP> 2825 <SEP> 2 <SEP> F <SEP> CAATGGAAGAGAATATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11831 <SEP> 2825 <SEP> 2 <SEP> R <SEP> ACATCAACAGTAGCATCACG <SEP> 1569 <SEP> 1895 <SEP> 327 <SEP> SetB
 <tb> 2822.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5793 <SEP> 2822 <SEP> 1 <SEP> AGTCCTATAGTATTTGGATCGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11832 <SEP> 2822 <SEP> 1 <SEP> R <SEP> ATCATTCAAACTAAATCCAGC <SEP> 565 <SEP> 936 <SEP> 372 <SEP> SetB
 <tb> 2818 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5794 <SEP> 2818 <SEP> 1 <September>

  CGTATTCCTGTCAATATCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11833 <SEP> 28181 <SEP> R <SEP> AGGTGTAGAACTTGGTGGG <SEP> 415 <SEP> 756 <SEP> 342 <SEP> SetB
 <tb> 2817 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5795 <SEP> 2817 <SEP> 1 <SEP> F <SEP> AGTTACCATTCATGTCACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11834 <SEP> 2817 <SEP> 1 <SEP> R <SEP> AAATCTTGTTGATGCATTCC <SEP> 846 <SEP> 1146 <SEP> 301 <SEP> SetB
 <tb> 28161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5796 <SEP> 28161 <SEP> F <SEP> TGTACATTAACAGCATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11835 <SEP> 28161 <SEP> R <SEP> TTGCTTTTTGAAATTGTTCC <SEP> 3460 <SEP> 3814 <SEP> 355 <SEP> SetB
 <Tb>
 
 EMI146.10
 2815 1 SEQ ID No 5797 2815 1 AAAAGGTTTGATGTGTCTGG SEQ ID No 11836 2815 1 R TCAAATAAAACGTCCAATCC 259 601 343 Sets
 EMI146.11
 
 <Tb>
 <tb> 2813 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5798 <SEP> 2813 <SEP> F <SEP> ACGTCTTTACTCCAGAGTGG <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 11837 <SEP> 2813 <SEP> 1 <SEP> AGATCATCTGATTGGTCTGC <SEP> 1041 <SEP> 1343 <SEP> 303 <SEP> SetB
 <tb> 28102 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5799 <SEP> 2810 <SEP> 2 <SEP> TGACAGTGATGAAGAGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11838 <SEP> 2810 <SEP> 2 <SEP> GTTTTCAATAGAATCGACCG <SEP> 2358 <SEP> 2709 <SEP> 352 <SEP> Sets
 <tb> 28072 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5800 <SEP> 2807 <SEP> 2 <SEP> F <SEP> TAGTCATCCAGGTGTATCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11839 <SEP> 2807 <SEP> 2 <SEP> TGATCTATCACCAAATGACG <SEP> 2265 <SEP> 2571 <SEP> 307 <SEP> SetB
 <tb> 2805 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5801 <SEP> 2805 <SEP> 1 <SEP> AAGTCGAATCTTCTGACACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11840 <SEP> 2805 <SEP> 1 <SEP> CCACCTCTCAATCTTAAAACC <SEP> 275 <SEP> 455 <SEP> 181 <SEP> SetC
 <tb> 28041 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5802 <SEP> 28041 <SEP> F <September>

  ACAGATATGTTGGTTCCAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11841 <SEP> 28041 <SEP> R <SEP> ATGGTTGGTGAAGTATTTGG <SEP> 598 <September> 923 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI146.12
 28021 SEQ ID No 5803 28021 F ACACCAAATGTTTCAATTCC SEQ ID No 11842 2802 1 TTTCTCCATAATTCACCAGC 1741 2117 377 SetB
 EMI146.13
 
 <Tb>
 <tb> 27981 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5804 <SEP> 27981 <SEP> F <SEP> AGTCGAATTTTGTTTGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11843 <SEP> 2798 <SEP> 1 <SEP> AATCAAATTCAGGTTTGTCG <SEP> 640 <SEP> 991 <SEP> 352 <SEP> SetB
 <tb> 2795 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5805 <SEP> 2795 <SEP> 1 <SEP> F <SEP> TGACAAATTTAAAGGTTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11844 <SEP> 2795 <SEP> 1 <SEP> R <SEP> ATTCTTGGAAACAAAAATGC <SEP> 3087 <SEP> 3399 <SEP> 313 <SEP> SetB
 <tb> 27842 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5806 <SEP> 2784 <SEP> 2 <SEP> F <SEP> ATTACGTTCATTATGCAGCC <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 11845 <SEP> 2784 <SEP> 2 <SEP> R <SEP> GGGATAATTTTAATTTGGGG <SEP> 1601 <SEP> 1945 <SEP> 345 <SEP> SetB
 <tb> 34822 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5807 <SEP> 3482 <SEP> 2 <SEP> GTCAGCCAATCAGTTAAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11846 <SEP> 3482 <SEP> 2 <SEP> R <SEP> AACAATCCAAATATTCCACG <SEP> 1578 <SEP> 1970 <SEP> 393 <SEP> SetB
 <Tb>
 
 EMI146.14
 3484 1 SEQ ID No 5808 3484 1 F CAACTAAAGAACCATACCCG SEQ t0 No 11847 3484 l.R CTGTTTTTCTTTGAACAGCC 347 718 372 SetB
 EMI146.15
 
 <Tb>
 <tb> 34851 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5809 <SEP> 3485 <SEP> 1 <SEP> F <SEP> ATGTTGTTCCTGCTGTCAAC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11848 <SEP> 3485 <SEP> 1 <SEP> R <SEP> AGCTGGGTTACAAGTTCTGA <SEP> 512 <SEP> 867 <SEP> 356 <SEP> SetB
 <tb> 3486.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5810 <SEP> 34861 <SEP> F <SEP> GTTTTTGCTATTGTTTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11849

   <SEP> 3486.1 <SEP> R <SEP> AGTACGGAATAAAAGAGCCC <SEP> 514 <SEP> 869 <SEP> 356 <SEP> SetA
 <tb> 34881 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5811 <SEP> 3488 <SEP> F <SEP> CAGGAAGAATTGTTTTCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11850 <SEP> 3488.1 <SEP> R <SEP> TGTAAAAAGTTACGCTTGGC <SEP> 1129 <SEP> 1478 <SEP> 350 <SEP> SetB
 <tb> 34902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5812 <SEP> 3490 <SEP> 2 <SEP> F <SEP> TTTTAGCTACTTCTGTCGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11851 <SEP> 3490.

    <SEP> 2 <SEP> R <SEP> TCAAGTGGTGTTTGTACTGG <SEP> 92 <SEP> 464 <SEP> 373 <SEP> SetA
 <tb> 3491 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5813 <SEP> 3491.1 <SEP> F <SEP> TTCATTCTTGCATCGTAGTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11852 <SEP> 3491.1 <SEP> R <SEP> TATGATTGACTCCATGACCA <SEP> 1 <SEP> 274 <SEP> 314 <SEP> Sets
 <tb> 34921 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5814 <SEP> 3492 <SEP> F <SEP> CATTAAGATTGCCAAAGACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11853 <SEP> 3492.1 <SEP> R <SEP> TCGTGATAATTTAAGGACTCG <SEP> 224 <SEP> 587 <SEP> 364 <SEP> Sets
 <Tb>
 
 EMI146.16
 3493 I SEQ ID No 5815 34931 F AAAGTGATATGTGCCAAACC SEQ ID No 11854 3493 1 TCCAATGCCTTTTTATATGG 520 848 329 Sets
 EMI146.17
 
 <Tb>
 <tb> 34951 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5816 <SEP> 34951 <SEP> F <SEP> CAACATGATTGAAGAATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11855 <SEP> 3495 <SEP> 1 <SEP> R <SEP> ATTTGAGCTTCATCATCACC <SEP> 1197 <SEP> 1595 <SEP> 399 <SEP> Sets
 <tb> 34961 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5817 <SEP> 34961 <SEP> F <SEP> TGGATGTGTATTTGTCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11856 <SEP> 3496 <SEP> 1 <SEP> R <SEP> ATCTTGAAGGTTCATTTGGC <SEP> 557 <SEP> 868 <SEP> 312 <SEP> SetA
 <Tb>
 
 EMI146.18
 34981 SEQ ID No 5818 34-981 F ATGAGATGGAGTTGATTTGG SEQ ID No 11857 3498 1 ACAACCTTG7TTTCAAATGG 152 469 318 SetS
 EMI146.19
 
 <Tb>
 <tb> 3499 <SEP> 1

   <SEP> SEQ <SEP> ID <SEP> No <SEP> 5819 <SEP> 34991 <SEP> F <SEP> GTTGAGCAAAACAAACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11858 <SEP> 3499 <SEP> 1 <SEP> R <SEP> GAAACAATCTTGGAAACAGC <SEP> 151 <SEP> 464 <SEP> 314 <SEP> $ SetB
 <tb> 35001 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5820 <SEP> 35001 <SEP> F <SEP> CCTAATAACGGCTACTGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11859 <SEP> 3500 <SEP> 1 <SEP> R <SEP> CAATCAATATTTGCGTTGG <SEP> 448 <SEP> 820 <SEP> 373 <SEP> Sets
 <tb> 35031 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5821 <SEP> 3503.1 <SEP> F <SEP> GACATTGGAAGGGATAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11860 <SEP> 3503 <SEP> 1 <SEP> R <SEP> CAAAGCTTTCTGGTACTTGG <SEP> ND <SEP> ND <SEP> 358 <SEP> SetC
 <tb> 3506.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5822 <SEP> 3506 <SEP> 2 <SEP> F <SEP> ACAATTTGACTAATGCGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11861 <SEP> 3506 <SEP> 2 <SEP> R <SEP> GAAAAAGACAACCAAGATGC <SEP> 824

   <SEP> 1137 <SEP> 314 <SEP> SetB
 <tb> 35081 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5823 <SEP> 35081 <SEP> F <SEP> AAACATTCTCTTGTGGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11862 <SEP> 3508 <SEP> 1.R <SEP> TTCATGAGTTGCAGTAAACG <SEP> 769 <SEP> 1143 <SEP> 375 <SEP> Sets
 <tb> 3510 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5824 <SEP> 35101 <SEP> F <SEP> GCTGGGTATGCTAAGTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11863 <SEP> 3510.1 <SEP> R <SEP> GTCTCCCAACATTTAACAGC <SEP> 1405 <SEP> 1793 <SEP> 389 <SEP> SetB
 <Tb>
 
 EMI146.20
 3512 1 SEQ ID No 5825 3512 1 TACGATTTGA4CTCTTGGGT SEQ ID No 11864 3512 1 R CAACACTGAATCCCATTTTT 922 1225 304 Sets 171032 SEQ ID No 5826 17103 2 CAAAGAACAGCATTATTGGC SEQ ID No 11865 17103 2.R CATGAACATGTAATATATATAT2AT 588 2TBIT228 17 SEQ ID No 11866 17102 2 R TTTTCATACATTGGTTTTGG ND ND 344 SetC
 EMI146.21
 
 <Tb>
 <tb> 129362 <September>

  SEQ <SEP> ID <SEP> No <SEP> 5828 <SEP> 12936 <SEP> 2 <SEP> F <SEP> TTCAACAATTCAATTCAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11867 <SEP> 12936 <SEP> 2 <SEP> R <SEP> AGATTCATTTGTTCATTGGG <SEP> 47 <SEP> 398 <SEP> 352 <SEP> SetB
 <tb> 129341 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5829 <SEP> 129341.F <SEP> CTTTTACAACAATTCCTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11868 <SEP> 12934 <SEP> 1.R <SEP> TGTCATACAATCAATGTCCC <SEP> 1854 <SEP> 2166 <SEP> 313 <SEP> Sets
 <tb> 129302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5830 <SEP> 12930 <SEP> 2 <SEP> F <SEP> TCTTGATTGCTTTTCTGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11869 <SEP> 12930 <SEP> 2 <SEP> R <SEP> ATGTAACCCCATTCTTCTCC <SEP> 1730 <SEP> 2034 <SEP> 305 <SEP> Sets
 <tb> 9671 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5831 <SEP> 9671 <SEP> F <SEP> AATGCTACCATGTATCGTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11870 <SEP> 967 <SEP> 1 <SEP> TTACCAGAAAGGAACACACC <SEP> 1333 <SEP> 1637

   <SEP> 305 <SEP> SetA
 <tb> 9661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5832 <SEP> 9661 <SEP> F <SEP> ATTTGACATTACCTGGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11871 <SEP> 9661 <SEP> R <SEP> TTGAAAGGTGCTTTTAATGG <SEP> 2279 <SEP> 2615 <SEP> 337 <SEP> SetB
 <tb> 963 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5833 <SEP> 963 <SEP> 1 <SEP> CCTGAAAGAGTGGATATTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11872 <SEP> 963 <SEP> 1 <SEP> R <SEP> TCTTTTGAATAAGTGCTCCG <SEP> 376 <SEP> 707 <SEP> 332 <SEP> SetB
 <tb> 961 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5834 <SEP> 961 <SEP> 1 <SEP> F <SEP> TTAATGGGAACTGGAGTAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11873 <SEP> 961 <SEP> 1.R <SEP> CTGCTAATCAAACACAATGC <SEP> 1222 <SEP> 1610 <SEP> 389 <SEP> Sets
 <Tb>
 
 EMI146.22
 9591 SEQ \ 0 No 5835 959 1 F CAGAACCCTTAGATCCTGG SEQ ID No 11874 959 1 R GTCATAATCAGGC7CATTCC 171 537 367 Sets
 EMI146.23
 
 <Tb>
 <tb> 9551 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 5836 <SEP> 955 <SEP> 1 <SEP> F <SEP> ATGAGTTTTTGGTTCAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11875 <SEP> 955 <SEP> 1 <SEP> AGCTTATAGGACGAATTTGC <SEP> 1976 <SEP> 2356 <SEP> 381 <SEP> SetA
 <tb> 946 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5837 <SEP> 9461 <SEP> F <SEP> GAAGCAACAATCATCTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11876 <SEP> 946 <SEP> 1 <SEP> GTGCTTCTTGCTACTCTTCC <SEP> 2220 <SEP> 2594 <SEP> 375 <SEP> SetA
 <Tb>
 
 EMI146.24
 941 1 SEQ ID No 5838 941 1 F GTTT7AACTTTGATGGTGGG SEQ ID No 11877 941 1.R CATCTGTTTGATTACCAGGG 539 895 357 SetA
 EMI146.25
 
 <Tb>
 <tb> 9401 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5839 <SEP> 940.1 <SEP> F <SEP> CGAAATGACATTATTTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11878 <SEP> 940 <SEP> 1 <SEP> ATGTTAACCACTTTGCAACC <SEP> 1708 <SEP> 2033 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI146.26
 9371 SEQ ID No 5840 937 1 F CTCCTACTGGTATCTGGGGT SEQ 10 No

  11879 937 l.R AATGGTGCCTTTTCGTATC 1355 1664 310 SetB
 EMI146.27
 
 <Tb>
 <tb> 9341 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5841 <SEP> 934 <SEP> 1 <SEP> F <SEP> TTTCATTCATCATGTGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11880 <SEP> 934.1 <SEP> R <SEP> ATCTTCCAAAGCCAAAAGTT <SEP> 1271 <SEP> 1647 <SEP> 377 <SEP> SetB
 <tb> 931 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5842 <SEP> 931 <SEP> 1 <SEP> F <SEP> CGGTACTTTGGTAATGAAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11881 <SEP> 931.1 <SEP> R <SEP> TTTTAGATGCAGTGTCTTGG <SEP> 697 <SEP> 1033 <SEP> 337 <SEP> SetB
 <tb> 9302 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5843 <SEP> 9302 <SEP> F <SEP> ACTACACCAATCACCAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11882 <SEP> 930 <SEP> 2 <SEP> CTTTTTCCTTCTCCTTTTCG <SEP> 559 <SEP> 907 <SEP> 349 <SEP> Sets
 <Tb>
 
 EMI146.28
 9292 SEQ ID No 5844 929 2 F TTGGTGCTAGATTGATTTCC SEQ ID No 11883 929 2 R AAGCAGCTTTAATAGCATCG ND ND 363 SetC

  
 EMI146.29
 
 <Tb>
 <tb> 9281 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5845 <SEP> 9281 <SEP> F <SEP> ACAAATTGATGAATCCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11884 <SEP> 928 <SEP> 1 <SEP> R <SEP> GCTTACTCGACAAACATTCC <SEP> 1965 <SEP> 2310 <SEP> 346 <SEP> SetA
 <tb> 9261 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5846 <SEP> 9261 <SEP> F <SEP> CATTTCCCAACAGATTATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11885 <SEP> 926 <SEP> 1 <SEP> TTCTTAGTCCATTCTTTGGC <SEP> 157 <SEP> 425 <SEP> 269 <SEP> SetA
 <tb> 9251 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5847 <SEP> 9251 <SEP> F <SEP> GGTTTACCAAAGACAGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11886 <SEP> 9251 <SEP> R <SEP> GTTCAAACAAAGAATCAATGG <SEP> 3604 <SEP> 3910 <SEP> 307 <SEP> Sets
 <tb> 921 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5848 <SEP> 921 <SEP> 1 <SEP> F <SEP> AACATCAACAATCTTCCAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11887 <SEP> 921 <SEP> 1.R <SEP> ATTTTGCAAATTCTTGTTCC <SEP> 3883 <SEP> 4183 <SEP> 301 <SEP> Sets
 <tb> 9181 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5849 <SEP> 9181 <SEP> F <SEP> CATATGGGAAAGTCACAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11888 <SEP> 918 <SEP> 1 <SEP> R <SEP> GTCCATATCAACCATATGCC <SEP>, <SEP> 65 <SEP> 423 <SEP> 359 <SEP> Sets
 <tb> 917 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5850 <SEP> 917 <SEP> 1 <SEP> CATTTAATTGGTCCAGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11889 <SEP> 917 <SEP> 1 <SEP> CCATTTCTGGGTATAATTCG <SEP> 814 <SEP> 1168 <SEP> 355 <SEP> SetA
 <Tb>
 
 EMI146.30
 915 SEQ 10 No. 5851 915 1 F AGTTCATGAATTGAAATCGC SEQ ID No 11890 915 1 TAAATGGTGTCAATGGTACG 282 617 336 Sets 9131 SEQ ID No 5852 9131 F AACAGAGTCATTCGATTTGG SEQ ID No 11891 913 1 AATTTCA11AFFAGAC 1 SEQ ID No.

   11892 911 1.R TCATTTTCTGAATATTCCTCG 995 1352 358 SetA 907.2 SEQ ID No 5854 907 2 F CTTGTACTATCGTCCCATGC SEQ ID No 11893 907 2 R ACTGAATTTACAGGTGACGG 1503 1898 396 SetB 9041AQGGGA 11G TTGTGGA4 1463 329 SetA
 EMI146.31
 
 <Tb>
 <tb> 696.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5856 <SEP> 6961 <SEP> F <SEP> TCCAGTTCAACTAAACCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11895 <SEP> 696 <SEP> 1 <SEP> R <SEP> ACCACTGTACTTGGTTCAGC <SEP> 1354 <SEP> 1691 <SEP> 338 <SEP> SetA
 <tb> 6931 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5857 <SEP> 6931 <SEP> F <SEP> AATAATTCGTGAATTGTCTGG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11896 <SEP> 693.1.R <SEP> AATAATTTCCTTGCTTGTCG <SEP> 468 <SEP> 770 <SEP> 303 <SEP> Sets
 <tb> 692 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5858 <SEP> 692.1.F <SEP> TCCAAAGGTGATTCAATAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11897 <SEP> 6921 <SEP> R <SEP> CCTTGACCACCTTTATTTCC <SEP> 184 <SEP> 530 <SEP> 347 <SEP> Sets
 <tb> 6902 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5859 <SEP> 690.2 <SEP> F <SEP> GATAAATTAGCCATTGCTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11898 <SEP> 690 <SEP> 2 <SEP> R <SEP> ATAGCTTTATTTTCAACGGC <SEP> 181 <SEP> 482 <SEP> 302 <SEP> SetA
 <tb> 6892 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5860 <SEP> 689 <SEP> 2 <SEP> F <SEP> GTCAGCATACACGGAAAAAT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11899 <SEP> 689 <SEP> 2.R <SEP> CAATTGGATTCTTTAATGGC <SEP> 1176 <SEP> 1495 <SEP> 320 <SEP> Sets
 <tb> 200331 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5861 <SEP> 200331 <SEP> F <SEP> ATAATCAAGGGGAAATTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11900 <SEP> 20033 <SEP> 1 <SEP> R <SEP> GCAAATTCTTCAGTTTCAGC <SEP> 1496 <SEP> 1868 <SEP> 373 <SEP> Sets
 <tb> 679 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5862 <SEP> 679 <SEP> 1 <SEP> CTTCTTCTTCTGCTATTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11901 <SEP> 679 <SEP> 1 <SEP> R <SEP> ATATTCTTGCTTTTTGTGGG <SEP> 1001 <SEP> 1387 <SEP> 387 <SEP> Sets
 <Tb>
 
 EMI146.32
 677.1 SEQ 10 No 5863 677 l.F ATCAATGAAGCCATTATTCG SEQ ID N.

   11902 6771 R TTGTATCATTCACAGCATCC 163 463 301 SetC
 EMI146.33
 
 <Tb>
 <tb> 676.1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5864 <SEP> 676.1.F <SEP> GAAAACCCATCAAGTAATGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11903 <SEP> 676.1 <SEP> R <SEP> TACATTGAATCACCTTTCCG <SEP> 762 <SEP> 1061 <SEP> 300 <SEP> Sets
 <Tb>
 
 EMI146.34
 673.1 SEQ 10 No 5865 6731.F GGAAGGATTTGAAACATGAA SEQ ID No. 11904 673 1 GGATAATCACGATGACCAAC 500 821 322 s.te 672.1 SEQ ID No. 5866 672 1 F ATTGTAAATCATGGGAATCG SEQ ID No. 11905 672.lR ATGATATT 38T. 5867 6702.F CAATTACAACATCACCAACG SEQ ID No 11906 670 2.R 1CmTCTTCAGGTTCA1GC 1004 1306 303 Sets
 EMI146.35
 
 <Tb>
 <tb> 668. <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5868 <SEP> 668.2 <SEP> F <SEP> TGTTATCGAATCGTGATCCT <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11907 <SEP> 668.

    <SEP> 2.R <SEP> CCCAACATACTTTGCATCA <SEP> 1370 <SEP> 1767 <SEP> 398 <SEP> Sets
 <tb> 6661 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5869 <SEP> 6661.F <SEP> CTCAACTAAATTGCCAGAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11908 <SEP> 6661.R <SEP> AAGCAGTGTTGATCTTGTCC <SEP> 714 <SEP> 1069 <SEP> 356 <SEP> Sets
 <tb> 662.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5870 <SEP> 662 <SEP> 1 <SEP> F <SEP> GATATCAACTTGGCAACTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11909 <SEP> 662 <SEP> 1 <SEP> TATCTTTACTTGCGTCAGGC <SEP> 313 <SEP> 706 <SEP> 394 <SEP> Sets
 <tb> 661.

    <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5871 <SEP> 661 <SEP> 1 <SEP> F <SEP> CCAAAGAGTGAACTGAAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11910 <SEP> 661.1.R <SEP> TATCTAGTTGGGCAAAATGG <SEP> 523 <SEP> 892 <SEP> 370 <SEP> Sets
 <Tb>
 
 EMI146.36
 6601 SEQ 10 No 5872 660 1 F ATTCTTTACAAGTTCAGGCG SEQ 10 No 11911 660l.R TTCGGATTCCAATTTATCG 6 282 277 S.te
 EMI146.37
 
 <Tb>
 <tb> 659 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5873 <SEP> 659 <SEP> 1 <SEP> TGGAACTACATGCATTATCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11912 <SEP> 659.1 <SEP> R <SEP> GACACACACATCAACATTGG <SEP> 3369 <SEP> 3670 <SEP> 302 <SEP> SetA
 <tb> 6541 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5874 <SEP> 6541 <SEP> F <SEP> TGTCTCATCAGATCCAAACC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11913 <SEP> 654 <SEP> 1 <SEP> CAAAATAGACCCAATCAACC <SEP> 275 <SEP> 618 <SEP> 344 <SEP> SetA
 <tb> 652.1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5875 <SEP> 652 <SEP> 1.F <SEP> TTAATTTCTGCTTCAGTCACTC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11914 <SEP> 652 <SEP> 1 <SEP> R <SEP> GAATCATCTCTTTTACCAATGA <SEP> 31 <SEP> 380 <SEP> 350 <SEP> SetC
 <tb> 650 <SEP> 1 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5876 <SEP> 650 <SEP> 1.F <SEP> TTGACAGCAATGAATACTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11915 <SEP> 650 <SEP> 1 <SEP> R <SEP> ACCGAAAAGACCACTAAACC <SEP> 31 <SEP> 393 <SEP> 363 <SEP> SetB
 <Tb>
 
 EMI146.38
 647.1 SEQ ID No 5877 647 LF TCTTTTCATCCAACTCCATT SEQ ID No 11916 647 1.R GCTAAGATGCCTTTA4TTGG 1 278 327 Sets
 EMI146.39
 
 <Tb>
 <tb> 643. <SEP> 2 <SEP> SEQ <SEP> 1D <SEP> No <SEP> 5878 <SEP> 643.2.F <SEP> AATGTTGATTGTAATTCGGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11917 <SEP> 643 <SEP> 2 <SEP> CAATGACACAAAATGTCCC <SEP> 2266 <SEP> 2566 <SEP> 301 <SEP> Sets
 <tb> 640.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5879 <SEP> 6401 <SEP> F <SEP> AGTTAACGAATTCCAAACCC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11918 <SEP> 6401 <SEP> R <SEP> ACACGATTGACTTCTTCACC <SEP> 21 <SEP> 260 <SEP> 240 <SEP> Sets
 <tb> 6391 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5880 <SEP> 6391 <SEP> F <SEP> TTGGGGTTAAATTGACTACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11919 <SEP> 639.1 <SEP> R <SEP> CGATATTTAGTCTCCCATGC <SEP> 1655 <SEP> 2024 <SEP> 370 <SEP> SetB
 <Tb>
 
 EMI146.40
 638.1 SEQ ID No 5881 638 1.F GAACATCCAT7GTTTCAACC SEQ ID No 11920 638 1 TCATCCATATCATCAAAGGC 469 818 350 SetS 635 1 SEQ ID No 5882 635.1 F CCATTCAGATTCAGAAAACG SEQ ID No. 11921 635 1 ATGTTTGATTTGGT2TQCC 63A 58A ID No.

   11922 634.1 R AAGTGCTCCCTCAATIATACC 278 618 341 SetB
 EMI146.41
 
 <Tb>
 <tb> 631.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5884 <SEP> 631 <SEP> 1 <SEP> GATAAATGTGAATGATGGGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11923 <SEP> 631 <SEP> 1 <SEP> R <SEP> TTCAAATCTAACCTCATGGC <SEP> 159 <SEP> 554 <SEP> 396 <SEP> Sets
 <tb> 6301 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5885 <SEP> 6301 <SEP> F <SEP> TTAGAAAGCAGAAAAGTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11924 <SEP> 630.1.R <SEP> CTGGTAGCATTCTCTATGGC <SEP> 289 <SEP> 668 <SEP> 380 <SEP> Sets
 <tb> 6291 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 5886 <SEP> 629 <SEP> 1 <SEP> GAAGAAACTGCTAAACCAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11925 <SEP> 6291 <SEP> R <SEP> GTCTTGCATCATCTCTCACC <SEP> 1459 <September> 1774 <SEP> 316 <SEP> SetB
 <tb> 6271 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5887 <SEP> 6271 <SEP> F <SEP> GAAAGAAATCGAAATTGACG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11926 <SEP> 627 <SEP> 1.R <SEP> GATTGGAATACCTTTTTCCG <SEP> 201 <SEP> 543 <SEP> 343 <SEP> Sets
 <tb> 6251 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5888 <SEP> 625.t.F <SEP> ATTGGATGATGTTTACTGGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11927 <SEP> 625 <SEP> 1.R <SEP> GAGCAAATCGAGAATAAACG <SEP> 2217 <SEP> 2538 <SEP> 322 <SEP> Sets
 <tb> 6241 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5889 <SEP> 624 <SEP> 1 <SEP> F <SEP> TTCATTGGAGTGAGTGTCG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 11928 <SEP> 6241 <SEP> R <SEP> ATATGGCATTATTGGAGTGG <SEP> 578 <SEP> 882 <SEP> 305 <SEP> SetA
 <tb> 621. <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5890 <SEP> 621.1 <SEP> F <SEP> TGGTTATACCACCAAAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11929 <SEP> 621.1.R <SEP> ATAAAGATGCGAAAAACTCG <SEP> 1035 <SEP> 1429 <SEP> 395 <SEP> Sets
 <Tb>
 
 EMI146.42
 618.1 SEQ 10 No 5891 618.1.F TATTTGGCATGTGTATTTGC SEQ ID No.

   11930 618 1 TGCCTGTGTACAAACTCTCA 37 361 325 Sets
 EMI146.43
 
 <Tb>
 <tb> 6161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5892 <SEP> 616.1 <SEP> F <SEP> CCAAGACTGTTTTTGATTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11931 <SEP> 616.1.R <SEP> ATGGTTTCACCAATAACTGC <SEP> 47 <SEP> 413 <SEP> 367 <SEP> Sets
 <tb> 615.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5893 <SEP> 615 <SEP> 1.F <SEP> GAAAAGGGATTGAAAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11932 <SEP> 615 <SEP> 1.R <SEP> TCTCAAATTCAAACATTCCC <SEP> 400 <SEP> 799 <SEP> 400 <SEP> SetB
 <Tb>
 
 EMI146.44
 6141 SEQ ID No.

   5894 614 1 F GATTATGCCACTCRTCAAGG SEQ ID No 11933 614.1 R CTTCAACCCTACAGTTACCG 2773 3171 399 SetA
 EMI146.45
 
 <Tb>
 <tb> 610 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5895 <SEP> 6101 <SEP> F <SEP> ATATGGTGATATGAATGGCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11934 <SEP> 610 <SEP> 1 <SEP> R <SEP> ACTGGTGTCATCCAAATAGG <SEP>, <SEP> 216 <SEP> 516 <SEP> 301 <SEP> SetB
 <tb> 609.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5896 <SEP> 609 <SEP> 1 <SEP> F <SEP> ATTGTTGCTACAAACGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11935 <SEP> 609 <SEP> 1 <SEP> TCACCAGTTTCATTAAAGGC <SEP> 1009 <SEP> 1382 <SEP> 374 <SEP> SetA
 <tb> 6071 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5897 <SEP> 6071 <SEP> F <SEP> CAATCAACAAAACGATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11936 <SEP> 607 <SEP> 1 <SEP> R <SEP> TTCTAGAATTGATGCGATCC <SEP> 1218 <SEP> 1552 <SEP> 335 <SEP> Sets
 <Tb>
 
 EMI146.46
 603.1 SEQ ID No 5898 603 1.F TTCAAGTCGTTGGAAGTACC SEQ ID No. 11937 603 1 R TGTTTGATAAGGTTGGATGC 1255 1646 392 Sets

  <Desc / Clms Page number 147>

 
 EMI147.1
 5991 SEQ ID Na 5899 5991 F ATGGTTATGTTAGCAGGTGG SEQ ID No 11938 599 I TTTTCATATATGTCCTGGGC 823 1132 310 SetB 597 SEQ ID No 5900 597 1 F ATCCAACAGGG7AAAA7TCC SEQ ID No 11939 597 1 TAATTAGGAGTGAQATI 598 ID No 11940 5961 R AACGTCTCTGTATTGTTGGG 1983 2337 355 Sets 5921 SEQ ID No 5902 592 1 FGTCGATTTGTTTTAGTTGGG SEQ ID No 11941 592 1 ATTCGATGTAAATGCACTCC 594 975 382 SetS 5901 SEQ ID No 5903 5901 F AATGAG 59

  TCCTCAAACTCTTGATCTGC 20377358 Sets 5891 SEQ ID NO 5904 5891 F AATGTATCAAATCCAGCACC SEQ ID No 11943 589 1 1603 1903 301 R TAAGCAATCCATAGTCTGGG Sets 5851 SEQ ID NO 585 1 5905 F 7TGAA7GGTGTATTGAA7CG SEQ ID NO 11944 5851 365 746 382 R ACTGCTAGGTTGAAGTTTGG Sets
 EMI147.2
 
 <Tb>
 <tb> 5821 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5906 <SEP> 5821 <SEP> F <SEP> GGACACTTTATTGGTGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11945 <SEP> 582 <SEP> 1.R <SEP> ACAGCAAGAACAAAAACACC <SEP> 961 <SEP> 1352 <SEP> 392 <SEP> SetB
 <tb> 5791 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5907 <SEP> 5791 <SEP> 1 <SEP> F <SEP> AAGGTGTGAATCTGAATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11946 <SEP> 579.1 <SEP> R <SEP> CTAGATCGTGTCTTTCCTCC <SEP> 644 <SEP> 982 <SEP> 339 <SEP> Sets
 <tb> 5761 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5908 <SEP> 5761 <SEP> F <SEP> ATTACTCCTTGGACATGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11947 <SEP> 5761 <SEP> R <September>

  TCTAATTGGGTCGAAATACG <SEP> 641 <SEP> 993 <SEP> 353 <SEP> SetB
 <tb> 574 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5909 <SEP> 574 <SEP> 1 <SEP> F <SEP> ACTATCGACATCAACAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11948 <SEP> 574 <SEP> 1 <SEP> R <SEP> CTTCAAGAATCTTTTGAGCC <SEP> 610 <SEP> 991 <SEP> 382 <SEP> SetB
 <tb> 5722 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5910 <SEP> 5722F <SEP> CTCCAGGGTACACTTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11949 <SEP> 572 <SEP> 2 <SEP> R <SEP> GAGTAAGATGGACTGGTTGG <SEP> 4598 <SEP> 4946 <SEP> 349 <SEP> SetB
 <Tb>
 
 EMI147.3
 49241 SEQ 10 N.

   5911 4924 1 F TGCAAGTACGA'fATA7CCCC SEQ ID No 11950 4924 1 R CTACAGTACTTGCCACATGC 331 643 313 SetB 49261 SEQ ID No 5912 4926 IF TGATATTTACTGCTGAGGGG SEQ ID No 11951 4926 R AAAGGTCACATATCTTTGCG 584 9AQQAQAQAQAQA 4928 1 CTCGTACTCGTTTCTCAACC 1035 1404 370 SetB
 EMI147.4
 
 <Tb>
 <tb> 49291 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5914 <SEP> 4929 <SEP> 1 <SEP> F <SEP> CCATAAAGACCAAGAAAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11953 <SEP> 4929 <SEP> 1 <SEP> ATAAGCTTGAAAGGTGTTGC <SEP> 1464 <SEP> 1782 <SEP> 319 <SEP> Sets
 <tb> 4931 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5915 <SEP> 4931 <SEP> 1 <SEP> F <SEP> GACCCAGAAACTTTACCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11954 <SEP> 4931 <SEP> 1 <SEP> CTTCCTCCTCTTCAGAATCC <SEP> 535 <SEP> 844 <SEP> 310 <SEP> SetB
 <tb> 49331 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5916 <SEP> 4933 <SEP> 1 <SEP> F <September>

  TCGTTGCTAAAACAAGATCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11955 <SEP> 4933 <SEP> AATCTTCAACTTCCTCTCCC <SEP> 235 <SEP> 556 <SEP> 322 <SEP> SetA
 <tb> 4934 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5917 <SEP> 4934 <SEP> 1 <SEP> F <SEP> CCTGTATTGACTGTTCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11956 <SEP> 4934 <SEP> 1 <SEP> GATTTTGCCATCTACTTTGG <SEP> 92 <SEP> 393 <SEP> 302 <SEP> SetB
 <tb> 49351 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5918 <SEP> 4935 <SEP> 1 <SEP> F <SEP> ATGTCATACAGTGGTAACCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11957 <SEP> 4935 <SEP> 1 <SEP> GTGTGATCGTTAAGTAGCCC <SEP> 1 <SEP> 308 <SEP> 308 <SEP> SetB
 <Tb>
 
 EMI147.5
 49391 SEQ ID No 5919 4939 1 F A7GTTTGGTTTGTTAGTGGG SEQ ID No 11958 4939 1 GCAGCAGTATAGCTAAAGCC 1151 1454 304 SetB
 EMI147.6
 
 <Tb>
 <tb> 49401 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5920 <SEP> 4940 <SEP> F <SEP> CATGCTTGCTGAGAGAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11959 <September>

  49401 <SEP> R <SEP> GTTTCCAGTCACAAAGTTGC <SEP> 372 <SEP> 724 <SEP> 353 <SEP> SetA
 <tb> 4942 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5921 <SEP> 4942 <SEP> 1F <SEP> GAAAAGTATGGCAAAGATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11960 <SEP> 4942 <SEP> 1 <SEP> R <SEP> AATGTATGCAACAGGAGAGC <SEP> 1222 <SEP> 1575 <SEP> 354 <SEP> SetA
 <tb> 49491 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5922 <SEP> 4949 <SEP> F <SEP> TCCAAA7ACCACAGAGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11961 <SEP> 4949.1 <SEP> R <SEP> AATATCGTTAAACCAGAACCC <SEP> 2433 <SEP> 2757 <SEP> 325 <SEP> SetA
 <tb> 49521 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5923 <SEP> 4952.1 <SEP> F <SEP> CGCCAAGATAAACTTAATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11962 <SEP> 4952 <SEP> 1 <SEP> R <SEP> GTACTGAGTTTTTGGATGGG <SEP> 516 <SEP> 880 <SEP> 365 <SEP> SetB
 <tb> 49531 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5924 <SEP> 4953 <SEP> 1 <SEP> F <SEP> TAGTGGGACATTGCTATCCT <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 11963 <SEP> 4953 <SEP> 1 <SEP> CAAACCGCTCTACCCTTG <SEP> 84 <SEP> 350 <SEP> 267 <SEP> Sets
 <Tb>
 
 EMI147.7
 49551 SEQ ID No 5925 4955 1 F TTTTTCATCAAATACCCACC SEQ ID No 11964 49551.R CTTGTAGCTTGGTCTTGTGG 61 432 372 SetS
 EMI147.8
 
 <Tb>
 <tb> 49591 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5926 <SEP> 4959 <SEP> 1 <SEP> F <SEP> GTGGTCTTAGAATGCAGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11965 <SEP> 4959 <SEP> 1.R <SEP> ATCGATTAAACACTTGACGG <SEP> 730 <SEP> 1071 <SEP> 342 <SEP> Sets
 <tb> 49612 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5927 <SEP> 4961 <SEP> 2 <SEP> F <SEP> TGCTTTGAAATTATCCTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11966 <SEP> 4961 <SEP> 2 <SEP> R <SEP> GATTCAGCTCTCTTTTGGG <SEP> 90 <SEP> 410 <SEP> 321 <SEP> SetB
 <tb> 200341 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5928 <SEP> 20034 <SEP> 1 <SEP> F <SEP> AAAGAAACGTGAAGAAGAGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11967 <September>

  200341 <SEP> R <SEP> ATTTTCGTAGTCCATGTTGG <SEP> 297 <SEP> 630 <SEP> 334 <SEP> SetC
 <tb> 8301.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5929 <SEP> 8301 <SEP> 2 <SEP> F <SEP> GCCAAATAAATCAAACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11968 <SEP> 8301 <SEP> 2 <SEP> AGAGTTTCTGTTGGTGATGG <SEP> 2445 <SEP> 2750 <SEP> 306 <SEP> Salts
 <tb> 83021 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5930 <SEP> 8302 <SEP> 1 <SEP> F <SEP> F <SEP> GGTTGGTGGTTTTATATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11969 <SEP> 8302 <SEP> 1 <SEP> R <SEP> ACCCATTTCAAATTATCGG <SEP> 568 <SEP> 938 <SEP> 371 <SEP> Sets
 <Tb>
 
 EMI147.9
 8307 SEQ 1D No 5931 8307 1 F TGTTGTTGGATTAATGACCC SEQ ID No 11970 8307 1 AATCAAATTCATTCAATGCC 1797 2176 380 Sets
 EMI147.10
 
 <Tb>
 <tb> 83111 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5932 <SEP> 8311 <SEP> 1 <SEP> F <SEP> ATGACATTACCCAATTCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11971 <SEP> 8311 <SEP> 1 <SEP> R <SEP> CCTGCAGGTTTTATACTTGG <SEP> 1354 <SEP> 1664 <SEP> 311 <SEP> Sets
 <tb> 83122 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5933 <SEP> 83122F <SEP> AATTTTATCTTTAAGATTAAAAGT <SEP> SEQ <SEP> ID <SEP> No <SEP> 11972 <SEP> 8312 <SEP> 2 <SEP> R <SEP> CAACAGCAGAAGTTTTCTTG <SEP> 192 <SEP> 595 <SEP> 404 <SEP> SetC
 <tb> 83131 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5934 <SEP> 83131 <SEP> F <SEP> AGAGCAGCAATGTTAGAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11973 <SEP> 8313.1 <SEP> R <SEP> TGATGTTGATGTTTTGTTGG <SEP> 801 <SEP> 1190 <SEP> 390 <SEP> SetA
 <tb> 97392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5935 <SEP> 97392F <SEP> GTGTTTGAATTTCTGTGGTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11974 <SEP> 9739 <SEP> 2 <SEP> R <SEP> AACCAATAAAAGATCACCGt <SEP> 4068 <SEP> 4460 <SEP> 393 <SEP> SetB
 <Tb>
 

  
 EMI147.11
 198191 SEQ ID No 5936 19819 1 F ACGA7GGTAAAACTGAAACC SEQ ID No 11975 19819.1.R AGATTCCACGATTTCTAATCC 12122 12459 338 SetA
 EMI147.12
 
 <Tb>
 <tb> 48491 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5937 <SEP> 4849 <SEP> 1 <SEP> F <SEP> GCTCAAGATTTCATTAACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11976 <SEP> 4849 <SEP> 1 <SEP> R <SEP> GGAGAGATTTCCAAAACACC <SEP> 19 <SEP> 341 <SEP> 323 <SEP> SetB
 <tb> 48471 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5938 <SEP> 48471F <SEP> F <SEP> AAATGTAATGAAAGAAGCCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11977 <SEP> 4847 <SEP> 1 <SEP> AGTTGGTGTCTATTGGATGG <SEP> 939 <SEP> 1330 <SEP> 392 <SEP> SetA
 <tb> 48421 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5939 <SEP> 4842 <SEP> 1 <SEP> F <SEP> F <SEP> TGTTGAAGATCATTTTGTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11978 <SEP> 4842 <SEP> 1 <SEP> R <SEP> TGAGTAGTTTCAACCTGTCG <SEP> 75 <SEP> 395 <SEP> 321 <SEP> SetA
 <tb> 48351 <SEP> SEQ <September>

  ID <SEP> No <SEP> 5940 <SEP> 4835 <SEP> 1 <SEP> F <SEP> AAACGTCGTACAAGAACTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11979 <SEP> 4835 <SEP> 1 <SEP> R <SEP> CTTGAATTGGTTGAAGATCC <SEP> 892 <SEP> 1199 <SEP> 308 <SEP> SetB
 <Tb>
 
 EMI147.13
 61 SEQ ID No 5941 6.1 TTCCTCAGTCATTATGCTCC SEQ D No 11980 6.1 R CCTTCTTCTTTTGTTTGTGG 2188 2578 391 SetB 92 SEQ ID No 5942 92F AACCCTGCTATGAGTCAAGA SEQ ID No 11981 92R TGCTATGGATGGTAGCCT 1108 11CT 14CT 770 1153 334 SetB
 EMI147.14
 
 <Tb>
 <tb> 141 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5944 <SEP> 14 <SEP> 1 <SEP> F <SEP> F <SEP> TCAAAAGTCTTGCAATTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11983 <SEP> 141 <SEP> R <SEP> ATGTCGAGACCTTTCATACC <SEP> 481 <SEP> 845 <SEP> 365 <SEP> SetB
 <tb> 151 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5945 <SEP> 15 <SEP> 1 <SEP> F <September>

  GAAACTGTGATCAAAAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11984 <SEP> 15 <SEP> 1 <SEP> R <SEP> GTACTCAAGCATAACCTCGG <SEP> 61 <SEP> 369 <SEP> 309 <SEP> Sets
 <tb> 161 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5946 <SEP> 16 <SEP> 1 <SEP> F <SEP> TATGTTTACGAATTGCTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11985 <SEP> 16 <SEP> 1 <SEP> R <SEP> TGTCGAGAAATTGACTACCC <SEP> 688 <SEP> 988 <SEP> 301 <SEP> SetB
 <tb> 201 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5947 <SEP> 20 <SEP> 1 <SEP> F <SEP> F <SEP> TTAGGTCGTACTGATGCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11986 <SEP> 201 <SEP> R <SEP> GAAACCAAAGTGTCTAACGG <SEP> 40 <SEP> 396 <SEP> 357 <SEP> SetB
 <Tb>
 
 EMI147.15
 21 SEQ iD No 5948 21 1 F ATATGGCGAGTCAATAGAGG SEQ ID No 11987 21 1 GTAAACTGCGGTCTATCAGC 1227 1610 384 5tB 24 1 SEQ ID No 5949 24,

  1F TATGGTGTTGATTGTGTTGG SEQ ID No 11988 24 1 R AACATATTTCTCTCCGTTGG 850 1203 354 $ tB
 EMI147.16
 
 <Tb>
 <tb> 25 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5950 <SEP> 25 <SEP> 1 <SEP> F <SEP> F <SEP> TGATGCGTATCATATAACGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11989 <SEP> 25 <SEP> 1 <SEP> R <SEP> AAAGTTGCTGGTATTTGACC <SEP> 861 <SEP> 1160 <SEP> 300 <SEP> SetB
 <tb> 26 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5951 <SEP> 26 <SEP> 1 <SEP> F <SEP> F <SEP> ATCAATGAAGGTGCTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11990 <SEP> 26 <SEP> 1 <SEP> CTAAATGGACCAGAATCAGC <SEP> 862 <SEP> 1187 <SEP> 326 <SEP> SetA
 <Tb>
 
 EMI147.17
 291 SEQ ID No 5952 29 1 F AGAACAGGAAGATGATGAGG SEQ ID No 11991 291 R TTTCAATCTCTTTTTCTCCG 513 834 322 SetA
 EMI147.18
 
 <Tb>
 <tb> 322 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5953 <SEP> 32 <SEP> 2 <SEP> F <SEP> AAGACAAAAATGGTAAACCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11992 <SEP> 32 <SEP> 2

   <SEP> R <SEP> ATTGATTGAATTGGATTTCG <SEP> 2359 <SEP> 2672 <SEP> 314 <SEP> SetA
 <tb> 33 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5954 <SEP> 33 <SEP> 1 <SEP> F <SEP> F <SEP> GAAAATTTAGTTCGTCGTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11993 <SEP> 331 <SEP> R <SEP> TTCTATTAGGTGAAGCAGCC <SEP> 541 <SEP> 856 <SEP> 316 <SEP> SetB
 <tb> 361 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5955 <SEP> 361 <SEP> F <SEP> CATTGACAGAAGAAGGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 11994 <SEP> 361 <SEP> R <SEP> TCCTGATAAGGACATTGAGC <SEP> 1346 <SEP> 1655 <SEP> 310 <SEP> SetB
 <Tb>
 
 EMI147.19
 37 SEQ 10 No 5956 37 1 F TCTAATGTGAACAATTTGCG SEQ ID No 11995 37 1 TTTTTCAGACGTCTCTCAGG 2224 2570 347 Salts
 EMI147.20
 
 <Tb>
 <tb> 401 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5957 <SEP> 401 <SEP> GCATCATTAGGGTTAACTGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 11996 <SEP> 401 <SEP> R <SEP> GTGTTTGGAGCATAAGAACC <SEP> 130 <SEP> 458 <SEP> 329 <SEP> SetB
 <tb> 44 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5958 <SEP> 44 <SEP> 1 <SEP> F <SEP> AATATCGAGTCTCAAAGGGC <SEP> SEQ <SEP> 10 <SEP> No <SEP> 11997 <SEP> 44 <SEP> 1 <SEP> ACTGAATTGATATGGAACGG <SEP> 667 <SEP> 966 <SEP> 300 <SEP> SetA
 <tb> 462 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5959 <SEP> 46 <SEP> 2 <SEP> F <SEP> GTTAGTTTATCGGCACAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 11998 <SEP> 46 <SEP> 2 <SEP> R <SEP> CAAATGAGCTTTAATCGTCG <SEP> 2749 <SEP> 3063 <SEP> 315 <SEP> SetB
 <Tb>
 
 EMI147.21
 47 SEQ ID No 5960 47 1 F GAA77GAAACAAGAA77GGC SEQ ID No 11999 47 1.R AATTTTCTTTGTGGAAAAGC 64 344 281 Sets 502 SEQ ID No 5961 50 2 F TCATGGGTTTATCATTTTCC SEQ ID No 12000 50 2 R AGCTTCAGCAATACGATCTC 532 309 F AACATTTTCCAT7AGAATCCC SEQ ID No 12001 53 2 R ATCCTTATTATCTGGCTCCC 648 981

  334 SetA
 EMI147.22
 
 <Tb>
 <tb> 55 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5963 <SEP> 55 <SEP> 1 <SEP> F <SEP> CTAACGGGTTATCTTTCACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12002 <SEP> 55 <SEP> 1 <SEP> GAATCTGAATCACTTGGAGG <SEP> 1796 <SEP> 2168 <SEP> 373 <SEP> Sets
 <tb> 56 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5964 <SEP> 56 <SEP> 1 <SEP> TTATTGAGAAGAGCAAACAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12003 <SEP> 56.1.R <SEP> AATTTGACCAATAATACCGC <SEP> 295 <SEP> 653 <SEP> 359 <SEP> SetA
 <Tb>
 
 EMI147.23
 591 SEQ 10 No 5965 59 1.F CTTTTTAGTCATTGCCTTGG SEQ ID No 12004 591 R GAAATGGCACTGAAAATAGC 45 434 390 SetA
 EMI147.24
 
 <Tb>
 <tb> 61 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5966 <SEP> 61 <SEP> 1 <SEP> F <SEP> CTAATTTGGTGAAAGATCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12005 <SEP> 61 <SEP> 1 <SEP> R <SEP> TCATATTGATTCTTTTCAGCC <SEP> 2171 <SEP> 2498 <SEP> 328 <SEP> SetA
 <tb> 63 <SEP> SEQ <SEP> ID

   <SEP> No <SEP> 5967 <SEP> 63 <SEP> 1 <SEP> F <SEP> TATTGGCTGGTCCTAATGTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12006 <SEP> 63 <SEP> 1 <SEP> R <SEP> TGATACCAATAAAAGCAACAAA <SEP> 4082 <SEP> 4423 <SEP> 342 <SEP> SetB
 <tb> 66 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5968 <SEP> 66 <SEP> 1 <SEP> F <SEP> F <SEP> GCCACTTATGATTACAAGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12007 <SEP> 661 <SEP> R <SEP> GGTTGTTGGTACTGTTGAGG <SEP> 322 <SEP> 695 <SEP> 374 <SEP> SetB
 <tb> 68 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5969 <SEP> 68 <SEP> 1 <SEP> F <SEP> GTTTTGAAGTTCGTATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12008 <SEP> 68 <SEP> l.R <SEP> AATCTGGCAGTAAAGTAGCG <SEP> 100 <SEP> 439 <SEP> 340 <SEP> Sets
 <tb> 70 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5970 <SEP> 70.1 <SEP> F <SEP> ATACAGAACAGAATCGACGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12009 <SEP> 70.1 <SEP> R <SEP> TCCATCAAGATGATTTTTCC <SEP> 382 <SEP> 731 <SEP> 350 <SEP> SetB
 <Tb>

  72 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5971 <SEP> 72 <SEP> 1 <SEP> F <SEP> CCAACTACACCACAACTCTG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12010 <SEP> 72 <SEP> 1 <SEP> R <SEP> GGGTTCTCACGTAAATTCTG <SEP> 852 <SEP> 1181 <SEP> 330 <SEP> SetB
 <Tb>
 
 EMI147.25
 751 SEQ ID No 5972 75 F F CTCGTCTTGAAGATTTGTCC SEO ID No 12011 75.1.R AATTACGTCTCTCAGTTGCC 755 1093 339 Sets
 EMI147.26
 
 <Tb>
 <tb> 762 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 5973 <SEP> 76 <SEP> 2 <SEP> F <SEP> F <SEP> TCTTTACTTGGATGGATTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12012 <SEP> 76 <SEP> 2.R <SEP> TTACCATTTCCTGGAATAGC <SEP> 1977 <SEP> 2342 <SEP> 366 <SEP> Sets
 <tb> 772 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5974 <SEP> 77 <SEP> 2 <SEP> F <SEP> F <SEP> ACGACTGACACTAGACCTGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12013 <SEP> 77 <SEP> 2 <SEP> R <SEP> AACCACCATTCAAGTCAGC <SEP> 22 <SEP> 370 <SEP> 349 <SEP> SetB
 <tb> 80 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5975 <SEP> 80 <SEP> 2 <SEP> F <SEP> ACAAAACAATTCAATCGAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12014 <SEP> 80.2.R <SEP> TTAACACCAGCTTTAGCAGC <SEP> 2312 <SEP> 2693 <SEP> 382 <SEP> SetB
 <tb> 85 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5976 <SEP> 85 <SEP> 1 <SEP> ATTTGCGAGTCAGATTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12015 <SEP> 85 <SEP> 1 <SEP> R <SEP> GTCAAATGATACAATGCAGG <SEP> 5072 <SEP> 5402 <SEP> 331 <SEP> SetB
 <Tb>
 

  
 EMI147.27
 891 SEQ ID No. 5977 891 F ATTCAAGAACCGGTAAAACC SEQ 1D No 12016 89 l.R AAACTTCTTGTTGCTTfTCG 254 556 303 Sets
 EMI147.28
 
 <Tb>
 <tb> 91.2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5978 <SEP> 912.F <SEP> AGAGCAGCTATAGAAAAAGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12017 <SEP> 91.2.R <SEP> ATCAAACTTCCAGTCATTCG <SEP> 1234 <SEP> 1536 <SEP> 303 <SEP> SetA
 <tb> 96 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5979 <SEP> 96 <SEP> 1.F <SEP> ATTCAGAGAGGACATTGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12018 <SEP> 96.1.R <SEP> GCACAACAGTTTTTCTTTCC <SEP> 957 <SEP> 1258 <SEP> 302 <SEP> SetA
 <tb> 971 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5980 <SEP> 97 <SEP> 1 <SEP> F <SEP> AGAGACAGACTGCATGTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12019 <SEP> 97.1 <SEP> R <SEP> AATGGAATTCTCTTCTCACG <SEP> 538 <SEP> 878 <SEP> 341 <SEP> SetA
 <Tb>
 
 EMI147.29
 100.1 SEQ ID No 5981 100 i.f AGAGGAAAGACGAAGAGTCC SEQ ID No 12020

  100 1 R TTGATATTTCCCATTTGTCC 1742 2138 397 SotS 110 SEQ tO No 5982 110.1 F TCGAAIGGAAATA4CAAACQ SEQ D No 12021 110.1.R CTGTTGATTTAACTGAGGGG 5626 5950 325 Sets
 EMI147.30
 
 <Tb>
 <tb> 1121 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5983 <SEP> 112.1 <SEP> F <SEP> AAATCATCTCAAAATGCTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12022 <SEP> 112.1 <SEP> R <SEP> CTATAGTTCGAAGGTCAGGC <SEP> 1423 <SEP> 1726 <SEP> 304 <SEP> SetA
 <tb> 116.2 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5984 <SEP> 116.2.F <SEP> GAGAACAGGTCAAGTTGTCG <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 12023 <SEP> 116 <SEP> 2.R <SEP> GCTATGTCCTCAAGTGATCG <SEP> 1409 <SEP> 1724 <SEP> 316 <SEP> SetA
 <tb> 122 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5985 <SEP> 122 <SEP> 1 <SEP> CATCAATATCAAACCCAACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12024 <SEP> 1221 <SEP> R <SEP> CTACTGGTACCTTGGTCTGC <SEP> 1099 <SEP> 1421 <SEP> 323 <SEP> SetA
 <tb> 126 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5986 <SEP> 126.2 <SEP> F <SEP> GTTGGCACATTAGCATTACA <SEP> SEQ <SEP> ID <SEP> No <SEP> 12025 <SEP> 126.2 <SEP> R <SEP> AGTCCCATTCTGAACTGAAA <SEP> 2227 <SEP> 2593 <SEP> 367 <SEP> SetB
 <Tb>
 
 EMI147.31
 128.1 SEQ 10 No. 5987 128 1 F TGAAGTTTATT7AACATGGGC SEQ ID No. 12026 128.1 R GACAACTCGTAGTGCCTCC 315 705 391 Sets
 EMI147.32
 
 <Tb>
 <tb> 132 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5988 <SEP> 132.1.F <SEP> CCTTTTGGTTCAAATACAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 12027 <SEP> 132 <SEP> 1 <SEP> GTAGCCTCAGATGTTGATCC <SEP> 595 <SEP> 905 <SEP> 311 <SEP> Sets
 <Tb>
 
 EMI147.33
 133.1 SEQ 10 No. 5989 133 lof TGAATATGATTTGGATGACG SEQ ID No 12028 133 1 TCTCTGACAATGTTTGTTGC 435 760 326 SetB
 EMI147.34
 
 <Tb>
 <tb> 134 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5990 <SEP> 1341 <SEP> @ <SEP> TCAGATTCTTCTTTGGCTTC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12029 <SEP> 1341 <SEP> R <SEP> TAACACCTCTCCATCAGCTT <SEP> 33 <SEP> 296 <SEP> 264 <SEP> SetC
 <tb> 135 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5991 <SEP> 135 <SEP> 1 <SEP> F <SEP> AAAAGACTTGGTTGAAATGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12030 <SEP> 135 <SEP> 1 <SEP> R <SEP> GCTCTACCGTGTCTAACTGG <SEP> 45 <SEP> 371 <SEP> 327 <SEP> Sets
 <Tb>
 
 EMI147.35
 137.1 SEQ ID No.

   5992 137.1 F GAGGTACAATTGGATTGTGG SEQ 1D No 12031 1371.R TTATCGATCTTGTTGTTTGC 527 835 309 SetS
 EMI147.36
 
 <Tb>
 <tb> 1381 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 5993 <SEP> 138.1 <SEP> F <SEP> TATTTGTTTTTAGATGGCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12032 <SEP> 138.1 <SEP> R <SEP> ATGAAAATAACTGCAGAGCC <SEP> 781 <SEP> 1132 <SEP> 352 <SEP> Sets
 <tb> 1432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5994 <SEP> 143 <SEP> 2 <SEP> F <SEP> ACAATTCTTCAGAGTGGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12033 <SEP> 143 <SEP> 2.R <SEP> TTAATCGTTGGATACTAAGCG <SEP> 2948 <SEP> 3328 <SEP> 381 <SEP> SetB
 <tb> 149 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5995 <SEP> 149.1.F <SEP> TTGAACAAGATGGTGTTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12034 <SEP> 149 <SEP> 1 <SEP> GATTGGGTCAATTTAACAGC <SEP> 593 <SEP> 965 <SEP> 373 <SEP> SetB
 <tb> 152.2 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5996 <SEP> 152 <SEP> 2 <SEP> F <SEP> ATGGAATCGGTTATTATTGG

   <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12035 <SEP> 152 <SEP> 2.R <SEP> AAACTCGAAGATGAATTTGG <SEP> 1343 <SEP> 1664 <SEP> 322 <SEP> Sets
 <tb> 155 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5997 <SEP> 155 <SEP> 1.F <SEP> GAAAAAGGTCAATTCAAAGG <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12036 <SEP> 155.1 <SEP> R <SEP> AATAATCAGCCATTTCTTGG <SEP> 55 <SEP> 400 <SEP> 346 <SEP> SetB
 <Tb>
 
 EMI147.37
 43691 SEQ 10 No 5998 4369.1 F CCACCAAGAGAAAATACACC SEQ ID No. 12037 4369 1.R CTCTGACTTGCCTTTACACC 800 1169 370 Sets
 EMI147.38
 
 <Tb>
 <tb> 43651 <SEP> SEQ <SEP> ID <SEP> No <SEP> 5999 <SEP> 4365 <SEP> 1 <SEP> F <SEP> CTGGGTATTACTACGGTGCT <SEP> SEQ <SEP> ID <SEP> No <SEP> 12038 <SEP> 4365.1.R <SEP> TGTTCAGACGTCAAAACTGA <SEP> 269 <SEP> 659 <SEP> 391 <SEP> Salts
 <tb> 4364.1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6000 <SEP> 4364.1 <SEP> F <SEP> AAAAGCCGATTTGTTAGTCA <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 12039 <SEP> 4364 <SEP> 1.R <SEP> ACCAGATTAATCCGACAGTG <SEP> 885 <SEP> 1198 <SEP> 314 <SEP> SetB
 <Tb>
 
 EMI147.39
 43621 SEQ 10 No. 6001 4362 1 F AGAAGATTTTGCTGACATGG SEQ ID No 12040 4362.1 R TG7GAATCATTTTCTGTTGC 2805 3113 309 SetS
 EMI147.40
 
 <Tb>
 <tb> 4358 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6002 <SEP> 4358 <SEP> 1.F <SEP> TGTCGAGTTTCTTCACAAGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12041 <SEP> 4358 <SEP> 1.R <SEP> TCGACCCAATACTCACTAGG <SEP> 411 <SEP> 761 <SEP> 351 <SEP> SetC
 <Tb>
 
 EMI147.41
 4357 SEQ ID No 6003 4357 1 ATTGCTGTTGGATTATCAGG SEQ ID No 12042 4357 R AAAATGTTTATGAGGGAAAGG 727 1056 330 SetC 4356 SEQ 10 No. 6004 4356 2 TTTTGATGTTGTTGATCTGG SEQ ID N. 12043 4356.2.R TCCCATCGTTATA 210
 EMI147.42
 
 <Tb>
 <tb> 4351.1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6005 <SEP> 4351 <SEP> 1.F <SEP> AATCAGAACTTGAGTGCAGC <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 12044 <SEP> 4351 <SEP> 1.R <SEP> TATTAGCTGAAGGGTGTTGG <SEP> 1753 <SEP> 2119 <SEP> 367 <SEP> Sets
 <tb> 1883 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6006 <SEP> 1883 <SEP> 1 <SEP> F <SEP> TTCGGATCTACCAGAGATATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12045 <SEP> 1883 <SEP> 1.R <SEP> AACCATTTTGAGTCATAGGC <SEP> 1218 <SEP> 1595 <SEP> 378 <SEP> SetA
 <tb> 1882 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6007 <SEP> 1882 <SEP> 1.F <SEP> TCGAAATCCAAATTACAAGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12046 <SEP> 1882 <SEP> 1 <SEP> R <SEP> TCCAACCTGAAGTACTCACC <SEP> 19 <SEP> 229 <SEP> 211 <SEP> SetB
 <Tb>
 
 EMI147.43
 188 Il SEQ ID No. 6008 1881 1 F ACTCAAAAGAGACTTGCTGC SEQ ID No 12047 1881 1 R CAGCTTTGTACAAGTTGTGG 28 391 364 Sets 1879.1 SEQ ID No. 6009 1879 F CTTATTTATTGGGTTTTGGG SEQ ID No. 12048 1879.1.R GAACCAAGGAAAGAAGAAG
 EMI147.44
 
 <Tb>
 <tb> 1873.1 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6010 <SEP> 1873 <SEP> 1 <SEP> F <SEP> TTCAATGAATGTACTCGTGC <SEP> SEQ <SEP> ID <SEP> No. <SEP> 12049 <SEP> 1873.1 <SEP> R <SEP> AGATGGTGTTTGTGCTATGG <SEP> 463 <SEP> 861 <SEP> 399 <SEP> SetB
 <tb> 1872-1 <SEP> SEQ <SEP> ID <SEP> No. <SEP> 6011 <SEP> 1872.1 <SEP> F <SEP> TTTCAATGCTATTGAGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12050 <SEP> 1872 <SEP> 1.R <SEP> TCAGATATATGCGAGAACCC <SEP> 2934 <SEP> 3278 <SEP> 345 <SEP> SetA
 <tb> 1869 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6012 <SEP> 18691 <SEP> F <SEP> TAATAGTTGGGGATTTTTCG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12051 <SEP> 1869 <SEP> 1.R <SEP> ATTTCTATCTTATCCAGCGG <SEP> 2484 <SEP> 2819 <SEP> 336 <SEP> Sets
 <Tb>
 
 EMI147.45
 1863 SEQ ID No 6013 1863 1 F TTTGTGTATTGATGGTGTGG SEQ 10 No 12052 1863 1 GTCACAAACAATTCTGATTCC 297 684 388 Sets 1862 SEQ 10 No 6014 1862 1.F ATGTCGRTAGTTGAAGAGCC SEQ ID No 12053 1862 1 GTAAGAAAACTGTATGC1

  Sets 1861.2 SEQ ID No 6015 1861 2.F CACAATCAATTTCACAATGG SEQ ID No 12054 1861 2.R GAAACAAACTAGTGCTTGGG 692 997 306 SetB 18591 SEQ ID No 6016 1859.1 F GCTTTTCTCTCTTCATTTGC SEQ 10 No 12055 1859 1.R AAATATCATAATG 38GA

  <Desc / Clms Page number 148>

 
 EMI148.1
 
 <Tb>
 <tb> 18572 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6017 <SEP> 1857 <SEP> 2 <SEP> F <SEP> AATGTCATTGGAGGTAATGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12056 <SEP> 1857 <SEP> 2 <SEP> R <SEP> AATGAATTTTTCTTTCGTGC <SEP> 2251 <SEP> 2634 <SEP> 384 <SEP> SetB
 <tb> 1853 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6018 <SEP> 1853 <SEP> 1 <SEP> F <SEP> TGATTCTCTGATATGTCGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12057 <SEP> 1853 <SEP> 1 <SEP> R <SEP> GTAGGTTTGTGAAAACTCGC <SEP> 2940 <SEP> 3273 <SEP> 334 <SEP> SetB
 <tb> 1850 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6019 <SEP> 18501 <SEP> F <SEP> ATTCAACAATGTCTTGCTCC <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 12058 <SEP> 18501 <SEP> R <SEP> TTTGGCAAATTGTCTTTACC <SEP> 1888 <SEP> 2252 <SEP> 365 <SEP> SetB
 <tb> 1849 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6020 <SEP> 1849 <SEP> 1 <SEP> F <SEP> ACTGGTTTTATTCAATTGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12059 <SEP> 1849 <SEP> 1 <SEP> CAAGTGACGTCTTGAGAAGC <SEP> 82 <SEP> 305 <SEP> 224 <SEP> SetB
 <tb> 1848 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6021 <SEP> 1848 <SEP> 1 <SEP> F <SEP> AAATCCAAAAGCTTTCCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12060 <SEP> 1848 <SEP> 1 <SEP> ACAGAAGCAGCAATAACTGG <SEP> 12 <SEP> 305 <SEP> 294 <SEP> SetA
 <tb> 18461 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6022 <SEP> 18461 <SEP> F <SEP> ATCACAGGTTTAAGATTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12061 <SEP> 1846 <SEP> 1 <SEP> R <SEP> TTATAGAATGCTTTCCCACC <SEP> 2918 <SEP> 3314 <SEP> 397 <SEP> SetA
 <tb> 18441 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6023 <SEP> 1844 <SEP> 1 <SEP> F <September>

  ACGAGATACAGAGGGTTTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12062 <SEP> 1844 <SEP> R <SEP> ATACTTTTTCATCAAAGGCG <SEP> 388 <SEP> 787 <SEP> 400 <SEP> SetB
 <tb> 1841 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6024 <SEP> 1841 <SEP> 1 <SEP> F <SEP> TCAATCCATTTAGAACAGGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12063 <SEP> 1841 <SEP> 1 <SEP> R <SEP> AGCATTCTTGCTAAAGTTGC <SEP> 1049 <SEP> 1430 <SEP> 382 <SEP> SetB
 <tb> 18392 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6025 <SEP> 1839 <SEP> 2 <SEP> F <SEP> CATAGTGTGATTACCGGAGG <SEP> SEQ <SEP> 10 <SEP> No <SEP> 12064 <SEP> 1839 <SEP> 2 <SEP> R <SEP> TTCTAATAAGAGCAAAGGGC <SEP> 526 <SEP> 865 <SEP> 340 <SEP> SetB
 <tb> 1837 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6026 <SEP> 1837 <SEP> 2 <SEP> F <SEP> TTTGTTCAGAATTTTCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12065 <SEP> 1837 <SEP> 2 <SEP> R <SEP> TTAAAACAAAATTCATGCCC <SEP> 1018 <SEP> 1381 <SEP> 364 <SEP> SetB
 <tb> 1835 <SEP> SEQ

   <SEP> ID <SEP> No <SEP> 6027 <SEP> 1835 <SEP> 1 <SEP> F <SEP> CCGTTATCAGTTAAAGTCGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12066 <SEP> 1835 <SEP> 1 <SEP> R <SEP> AGCAGTATCAAAATCATCAGC <SEP> 79 <SEP> 444 <SEP> 366 <SEP> SetA
 <tb> 18342 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6028 <SEP> 1834 <SEP> 2 <SEP> F <SEP> AAATCTGAAGATACGTTGGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12067 <SEP> 1834 <SEP> 2 <SEP> R <SEP> ATATACAAAGCGCAACAAGC <SEP> 478 <SEP> 826 <SEP> 349 <SEP> SetA
 <tb> 1833 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6029 <SEP> 1833 <SEP> 2 <SEP> F <SEP> TAGACACATTGATACGTGCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12068 <SEP> 1833 <SEP> 2.R <SEP> GTCAAAGAAACAACCAAACC <SEP> 350 <SEP> 668 <SEP> 319 <SEP> SetB
 <tb> 1832 <SEP> 2 <SEP> SEQ <SEP> ID <SEP> No.

    <SEP> 6030 <SEP> 1832 <SEP> 2 <SEP> GTGTTGCACTGTAAATGTGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12069 <SEP> 1832 <SEP> 2 <SEP> TAGCGATATCTCATAACCCC <SEP> 3838 <SEP> 4139 <SEP> 302 <SEP> SetB
 <tb> 143422 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6031 <SEP> 14342 <SEP> 2 <SEP> ACTGCCACATTTAATGAACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12070 <SEP> 14342 <SEP> 2 <SEP> R <SEP> AGGAATTCCAGGTAATTGAAG <SEP> ND <SEP> ND <SEP> 203 <SEP> SetC
 <tb> 143432 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6032 <SEP> 14343 <SEP> 2 <SEP> F <SEP> AGAAATCATTTATTGCCACC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12071 <SEP> 14343 <SEP> 2 <SEP> R <SEP> CATACACCTCAGGTACACCC <SEP> 1117 <SEP> 1486 <SEP> 370 <SEP> SetB
 <tb> 18048 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6033 <SEP> 18048 <SEP> 1 <SEP> AGACAAGCAGCTAATCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12072 <SEP> 18048 <SEP> 1 <SEP> R <SEP> ACCAATCTCCCTAATCTTGG <SEP> 502 <SEP> 806 <SEP> 305 <September>

  SetB
 <tb> 148492 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6034 <SEP> 14849 <SEP> 2 <SEP> AATTATTATTCGCAAATGACG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12073 <SEP> 14849 <SEP> 2 <SEP> R <SEP> AATCCTGAATTTAAAACGGC <SEP> 173 <SEP> 482 <SEP> 310 <SEP> SetB
 <tb> 2262 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6035 <SEP> 2262 <SEP> 1 <SEP> AGTGTTTTACCACAGCAAGC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12074 <SEP> 2262 <SEP> 1 <SEP> R <SEP> ACTTTATACGCTACGTTCGG <SEP> 132 <SEP> 470 <SEP> 339 <SEP> SetB
 <tb> 107681 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6036 <SEP> 10768 <SEP> 1 <SEP> GACTATAATGCACCACCTCC <SEP> SEQ <SEP> ID <SEP> No <SEP> 12075 <SEP> 10768 <SEP> 1 <SEP> R <SEP> GTGTTTTCCCAGTTTTTGG <SEP> 14 <SEP> 244 <SEP> 231 <SEP> SetB
 <tb> 18665 <SEP> 1 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6037 <SEP> 18665 <SEP> 1 <SEP> F <SEP> TATAGGAAGATGGACGATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12076 <SEP> 18665 <SEP> 1 <SEP> R

   <SEP> GCTAAGAAGTTGGCAGTAGC <SEP> 37 <SEP> 154 <SEP> 118 <SEP> SetB
 <tb> 79952 <SEP> SEQ <SEP> ID <SEP> No <SEP> 6038 <SEP> 7995 <SEP> 2 <SEP> F <SEP> AATCCTCTTTTGAAGAATCGT <SEP> SEQ <SEP> ID <SEP> No <SEP> 12077 <SEP> 7995 <SEP> 2 <SEP> R <SEP> TTGTCGAAGAGATATTCGTG <SEP> 61 <SEP> 320 <SEP> 260 <SEP> SetC
 <tb> 130661 <SEP> SEQ <SEP> 10 <SEP> No <SEP> 6039 <SEP> 130661 <SEP> F <SEP> TCATCATCAATTTGTTCTATGG <SEP> SEQ <SEP> ID <SEP> No <SEP> 12078 <SEP> 13066 <SEP> 1 <SEP> R <SEP> GTTCCTGAAGTTGTTTGAGC <SEP> 250 <SEP> 587 <SEP> 338 <SEP> SetC
 <Tb>



    

Claims (26)

 CLAIMS 1. Mixture of oligonucleotides the sequence of which comprises at least the sequence of one of the oligonucleotides chosen from the group consisting of the sequences SEQ ID No. 6040 to SEQ ID No. 12078.  2. Mixture of pairs of oligonucleotides allowing a specific genetic amplification of genes or portions of genes (probes) of Candida albicans and the first sequence of the pair comprising at least the sequence of one of the oligo-nucleotides chosen from group consisting of the sequences SEQ ID No. 1 to SEQ ID No. 6039 and the second sequence of the pair of which comprises at least the sequence of one of the oligonucleotides chosen from the group consisting of the sequences SEQ ID No. 6040 to SEQ ID No. 12078.  3. Specific nucleotide sequences (probes) of Candida albicans amplified by the mixture of oligonucleotides according to claim 1 or the mixture of pairs of oligonucleotides according to claim 2.  4. Nucleotide sequences according to claim 3, characterized in that they have a length of more than 300 bases.  5. Kit of elements comprising more than 1500 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  6. Kit of elements according to claim 5, characterized in that it comprises more than 2000 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  7. kit of elements' according to claim 5, characterized in that it comprises more  <Desc / Clms Page number 150>  2,500 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  8. Kit of elements according to claim 5, characterized in that it comprises more than 3000 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  9. Kit of elements according to claim 5, characterized in that it comprises more than 3500 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  10. Kit of elements according to claim 5, characterized in that it comprises more than 4000 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  11. Kit of elements according to claim 5, characterized in that it comprises more than 4500 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  12. Kit of elements according to claim 5, characterized in that it comprises more than 5000 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  13. Kit of elements according to claim 5, characterized in that it comprises more than 5500 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  <Desc / Clms Page number 151>    14. Kit of elements according to claim 5, characterized in that it comprises more than 6000 different nucleotide sequences chosen from the group consisting of the specific nucleotide sequences (probes) of claim 3.  15. Kit of elements according to claim 5, comprising at least all of the sequences of claim 3.  16. Kit of elements according to any one of the preceding claims 5 to 15, characterized in that the specific nucleotide sequences (probes) are fixed by one of their ends to the surface of a solid support in a network for form a DNA chip.  17. Kit of elements according to claim 16, characterized in that the DNA chip comprises at least 10, preferably at least 100 specific nucleotide sequences (probes) per cm 2 of solid support surface.  18. Use of the oligonucleotides according to claim 1 or 2, specific nucleotide sequences (probes) of Candida albicans according to claim 3 or 4 and the kit of elements according to any one of claims 5 to 17 to characterize l transcriptional state of Candida albicans.  19. Use according to claim 18 for characterizing phylogenic variants of the genus Candida, in particular .phylogenic variants of Candida albicans.  20. Method for detecting, identifying, characterizing and possibly collecting a new therapeutic agent capable of acting specifically against Candida albicans and comprising the following steps: - bringing this therapeutic agent into contact with a strain of Candida albicans,  <Desc / Clms Page number 152>  - the extraction of the mRNAs expressed from the genes of this strain of Candida albicans, - the retrotranscription of these mRNAs into cDNA and possibly their amplification, - the contacting of these different amplified cDNAs with the specific nucleotide sequences (probes) of Candida albicans according to claim 3 or 4, or with the kit of elements according to any one of the preceding claims 5 to 17,  so as to characterize the transcriptional profile of the strain of Candida albicans after contact with said therapeutic agent, and - the characterization and optionally the isolation of said therapeutic agent modifying the transcription profile of the genes of this strain of Candida albicans.  21. The method of claim 20, characterized in that it also comprises the step of detecting, identifying and isolating the specific nucleotide and peptide sequences (genes or portions of genes) of Candida albicans, the profile of which transcription was modified by the action of the therapeutic agent.  22. Nucleotide or peptide sequence of Candida albicans detected, identified and isolated according to the method of claim 20 or 21.  23. A compound directed against the nucleotide or peptide sequence of claim 22, and optionally characterized by a therapeutic activity directed against Candida albicans.  24. Therapeutic agent directed against Candida albicans, detected, identified, characterized and optionally collected by the method according to claim 20 or 21.  <Desc / Clms Page number 153>    25. A pharmaceutical composition comprising a suitable pharmaceutical vehicle and the therapeutic agent according to claim 24, the nucleotide or peptide sequence according to claim 22 and / or the compound directed against said sequences according to claim 23.  26. A Candida albicans diagnostic kit comprising the nucleotide or peptide sequence of Candida albicans according to claim 22, the compound directed against said sequences according to claim 23 and optionally the therapeutic agent according to claim 24.