CN1955289A - 人类肝脏表达序列标签f组 - Google Patents
人类肝脏表达序列标签f组 Download PDFInfo
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Abstract
本发明公开了一类人类肝脏表达序列标签。利用本发明的在人类肝脏中表达的表达序列标签,可以方便的寻找出在人类肝脏中表达的相关基因,从而在研究肝脏疾病的致病机理以及开发治疗肝脏疾病的药物中发挥重要作用。
Description
技术领域
本发明涉及生物技术领域,具体地,涉及一类表达序列标签,尤其涉及一类人类肝脏表达序列标签。
背景技术
肝脏是人体内最大的消化腺。也是体内新陈代谢的中心站。据估计,在肝脏中发生的化学反应有500种以上,实验证明,动物在完全摘除肝脏后即使给予相应的治疗,最多也只能生存50多个小时。这说明肝脏是维持生命活动的一个必不可少的重要器官。肝脏的血流量极为丰富,约占心输出量的1/4。每分钟进入肝脏的血流量为1000-1200ml。肝脏的主要功能是进行糖的分解、贮存糖原;参与蛋白质、脂肪、维生素、激素的代谢;解毒;分泌胆汁;吞噬、防御机能;制造凝血因子;调节血容量及水电解质平衡;产生热量等。在胚胎时期肝脏还有造血功能。
肝脏疫病分为肝炎、肝硬化、脂肪肝、肝癌等。现代医学实验证明,肝病病毒侵入人体后,并不直接引起肝细胞的损害,只是在肝细胞内吸收营养赖以生存,并在肝细胞内复制、繁殖。其复制病毒的“零部件”如表面抗原(HBsAg)、e抗原(HBeAg)释放在肝细胞膜上,引起人体免疫系统对这些抗原物质产生免疫反应,这种反应造成肝细胞的损伤、坏死。免疫反应的强弱决定于肝脏受损程度及临床症状轻重。这场由病毒引发的、免疫系统对肝细胞的战争,使大约25%的患者的肝脏成为战火连绵的战场,肝脏的损伤由此加重。肝病的危害绝不仅仅限于肝脏本身,它还可以引起其它多种疾病。常见的有:(1)糖尿病;(2)胰腺炎;(3)胆道感染;(4)功能性肾衰竭;(5)胆汗性肾病;(6)肾小球肾炎;(7)肾小管酸中毒;(8)溶血性贫血;(9)再生障碍性贫血;(10)心肌炎和心包炎;(11)结节性动脉炎;(12)消化性溃疡;(13)自发性腹膜炎;(14)性激素代谢紊乱;(15)甲状腺功能改变;(16)肝性骨病,等等。肝病不仅对患者的身体甚至生命造成危害,而且对患者心理上的打击也是十分沉重的。无论是肝病患者还是病毒携带者,在生活、社交、求职、升学等方面都会受到严重影响。
生物基因组中可转录表达的序列(即基因)仅占总序列的3-5%,对这部分序列进行测定,将直接导致新基因的发现,并获取基因组中与产业化关系最为密切的信息。20世纪80年代,高通量的自动测序的出现,使从质粒互补脱氧核糖核酸(Complementary DNA,简称cDNA)文库随机选取许多cDNA克隆和决定来自非载体两端的几百个碱基的DNA序列成为可能。这些短的DNA序列叫做“表达序列标签”(Expressed Sequence Tags,简称ESTs)。表达序列标签的概念最早是由Adams等在1992年提出来的(Nature,355,642-644)。1992年Sikela和Matsubara(Sikela,et al.Nucleic Acids Res.19,1837-1843;Matsubara,et al.Nature Genetics,2,173-179)针对获得大量信使核糖核酸(mRNA)序列的迫切需要,提出大规模互补脱氧核糖核酸(cDNA)测序的研究战略。随后Venter创立了大规模表达序列标签技术。其基本特征就是从以质粒为载体,构建完成的目的组织互补脱氧核糖核酸(Complementary DNA,简称cDNA)文库中,随机选择许多cDNA克隆,利用质粒上携带的通用引物对cDNA两端进行一轮脱氧核糖核酸序列测定,所获得的来自3’端或5’端的几百个碱基的非载体短脱氧核糖核酸(DNA)序列。简而言之,表达序列标签是来自表达基因片段3’端或5’端的短脱氧核糖核酸序列,代表一个表达基因的部分转录片段。
表达序列标签可用于新基因克隆、人类基因组图谱绘制、基因组序列编码区的确定等。如果一个表达序列标签在基因组中只出现一次,那么它可以作为序列标签位点(STS)。由表达序列标签构建的物理图谱叫表达图或转录图(expression ortranscript map)。利用表达序列标签进行基因图制作,可以加快序列标签位点的制作和新基因的染色体定位。表达序列标签可以作为基因特异性探针,对组织特异性基因表达的研究具有重要的作用。表达序列标签还可以进行新基因的遗传进化关系分析。表达序列标签可以对所有动植物的基因作为一种数据库,通过不同的序列比较可以获得保守序列片段,从而获得基因的遗传进化图谱。正因为表达序列标签具有如此的优越性,因此表达序列标签测序已经成为许多基因组研究机构的工作重点。
由于本发明人类肝脏表达基因与一些肝脏疾病相关,因此,研究人类肝脏中表达的表达序列标签对探索肝脏疾病的发病机理及研制肝病的治疗药物具有重要意义。
发明内容
本发明要解决的技术问题是提供一类人类肝脏表达序列标签。
本发明要解决的技术问题通过如下技术方案实现:
本发明提供一类人类肝脏表达序列标签的序列,其包括:
(a)SEQ ID No.1~SEQ ID No.50所示的序列;
(b)SEQ ID No.1~SEQ ID No.50所示的序列中每条序列的互补序列;
(c)与SEQ ID No.1~SEQ ID No.50所示的序列中每条序列有至少70%同源性的序列,及
(d)上述(a)~(c)中一条或数条的组合。
较佳地,所述序列包括具有SEQ ID No.1~SEQ ID No.50所示的序列。
本发明还提供了一种探针分子,所述的探针分子含有上述序列中约8-100个连续的核苷酸。
由本发明的在人类肝脏中表达的表达序列标签,可以方便的寻找出在人类肝脏中表达的相关基因,从而在研究肝脏疾病的致病机理以及开发治疗肝脏疾病的药物中发挥重要作用。
具体实施方式
下面结合具体实施例,进一步阐述本发明。应理解,这些实施例仅用于说明本发明而不是限制本发明的范围。下列实施例中未注明具体条件的实验方法,通常按照常规条件如Sambrook等人,分子克隆:实验室手册(New York:Cold Spring HarborLaboratory Press,1989)中所述的条件,或按照制造厂商所建议的条件。
实施例1
人肝脏组织的mRNA的分离
组织分离(Tissue isolation):肝脏来源于5个成年男性,在肝脏切除手术后,将肝脏组织立即置于液氮中冷冻保存。
mRNA的分离(mRNA isolation):取出肝脏组织,用研钵研碎,加入盛有裂解液的50ml管,充分振荡后,再移入玻璃匀浆器内,匀浆后移至50ml新管,抽提总RNA(TRIzol Reagents,Gibco,NY,USA)。用甲醛变性胶电泳鉴定总RNA质量。用带Oligod(T)的纤维素柱分离总RNA中的mRNA,定量。
实施例2
cDNA文库的构建(Constuction of cDNA library)
以mRNA为模板,合成双链cDNA。补平末端后,加含EcoRI切点的接头。磷酸化EcoRI末端后,用XhoI限制性内切酶消化1.5小时,再进行片断分离。过柱筛选长度>500bp的片段,用酚-氯仿抽提,乙醇沉淀,无菌水溶解,连接至Uni-ZAP XR载体(Strategene,CA9203,USA),以ZAP-cDNA Gigapack III Gold Cloning Kit(Strategene,CA9203,USA)进行包装,宿主菌使用XL 1 Blue MRF’(Strategene,CA9203,USA)细菌。涂板并测定滴度。
实施例3
测序及数据库建立(Seqencing and Database Constructing)
挑选文库中有外源片段插入的克隆,扩增后抽提质粒(Qiagen Germany),用T3和T7作为3’和5’端的通用引物,采用终止物荧光标记(Big-Dye,Perkin-Elmer,USA)的方法,在ABI 377测序仪(Perkin-Elmer,USA)上进行EST大规模测序。测序结果用FACTURA软件去除载体序列,传输到SUN Ultra 450Server上进行下一步的处理。所有的序列信息再用GCG软件包(Wisconsin group,USA)中的BLAST和FASTA软件搜索已有的数据库(Genebank+EMBL),将无同源性或同源性低于95%的序列视为新基因建立数据库。
实施例4
基因的全长克隆(Cloning of Full-length cDNA)
在得到的新基因片段序列信息基础上,进行cDNA全长克隆,分两阶段进行:
(1)“电子克隆”(Electronic Cloning)
以新基因片段序列作为探针搜寻dbEST数据库,将重叠序列>50bp,同源性在98%以上的表达序列标签(Expressed Sequence Tag,简称“EST”)序列认为同一序列(Consensus Sequence),取出并用AUTOASSEMBLER软件进行连接,部分EST可以延伸探针序列。再用STRIDER软件分析被延伸的序列是否具有完整的开放阅读框架(OpenReading Frame,ORF),用BLAST搜寻Genbank或SwissProt以确定该序列的核苷酸和氨基酸水平上是否与其他物种有同源性,以帮助判别所得到的基因全长完整性如何。通过电子克隆的方法,通常可获取人肝脏相关基因的全长序列。
(2)cDNA末端快速扩增(Rapid Amplification of cDNA Ends,RACE)
如果通过“电子克隆”方法仍未得到完整的cDNA全长,则在已有序列5’或3’端设计引物,在人类肝脏Marathon-Ready cDNA文库(clontech Lab,Inc,USA)中进行长距离PCR反应。然后对PCR产物克隆、测序。用AUTOASSEMBLER及STRIDER软件分析被延长的序列有无完整的ORF,如无,重复上述过程直至获得全长。
(3)RT-PCR
对于5’和3’端的已知的序列,如果中间有一段间隙(gap)无法从已有的公共数据库或自身数据库获得,可考虑采用RT-PCR的方法。在序列5’端设计引物,3’端引物采用Oligo-dT,在肝脏总RNA库中进行扩增。然后对产物进行克隆、测序。最后拼接便获得全长。
通过组合使用上述3种方法,可获得人肝脏相关蛋白的全长编码序列。
序列表
<110>上海人类基因组研究中心
<120>人类肝脏表达序列标签F组
<130>NP-10044
<160>50
<210>1
<211>562
<212>DNA
<213>Homo sapiens
<400>1
1 gaaaaagtat attcaataaa ttttgtcttt aaaacagagc tcttgaccta taaagtataa
61 aaagtaatta caatgaaata ttcttcagta aatctgacac tttgggattc caggcaaaag
121 gatcgcttgg gtgccaagag ttcaagacca gcctggtcaa catagtgaga ttctatctct
181 gactctgcag ttcactctgc tgcttcagat gaaaattttc aggtctgtct gccactgtag
241 tgaaggactg ctttgggtag tgtctgtgga gaaacttttt aaaggacata gttaaaatat
301 tgtgctacaa accaattctt gaacaccaat cgttttgtcc tacctctctg tgacagtgaa
361 agatggctgt gctcttggca aaggtcatct ctctggtcat gattctggat ctccttttct
421 tctcctgatt atatgtcact cagttatccc cactggtctt ccacaacctt taacctcagc
481 ttccccaatc ctaggagact cttctcgcag gctcnaggct ctcctaccct cccatcaatc
541 ctcaatctac cccaaaaagc ca
<210>2
<211>437
<212>DNA
<213>Homo sapiens
<400>2
1 acctgccctg acctccgaca gtgctgggat tacaggcata gcacccgtgc ctgaccaggg
61 ctcttttagc aaggaaaacg tgaggaatga atggctgttg gtgtgcaaca aatcatactt
121 gctacatgtt gtgaaacctg aagttatttg ttagtctgta tgaagaatgt accccagaga
181 tgcaccctgt atctgcctta tgtctcttac aatggaggtt ctctcctgtt atattgctga
241 ataaactatg tgaactgcta aattgactga agactagtta gtttatcact aactctttaa
301 tgaagaattt cactatccta caactcctcc taaaaagtga aaatttactt tngagagagt
361 gctttcgaga atagtattat gatcagtatt attgccccta aattttttaa ttattagaga
421 atgcctnatg ttacaag
<210>3
<211>590
<212>DNA
<213>Homo sapiens
<400>3
1 catatacttt atgctttact tcttacttca aacatacatc cttgattaaa gaacaaaaac
61 aactcactga agggtgataa aataatcaaa atgtatttgc ccctgaaagt ggaattacta
121 cctcaaaaag aatacaactc tttcattttc cccaaaataa tcatgtgagt tcatgggcat
181 gctcatcact cgctgtctgt gtggaagaga agatcgaaga gggatttact ggactgaact
241 ggcctaggaa gcctttgctg gcatctctca gactggactg cagcccagat ccttttactc
301 agatgcatgc acttagaaca tgaaaacant aagataaacg ctggtggtat tattacctta
361 tattgaggaa cattttatga cttcctaact ctgntttcaa tagaaacatc cccacttaat
421 gaaattgtca ataaatgctg gctcaaacca ccctccccaa atactggaaa aacaggtaca
481 tccggtttct cnggtacccc tggncaagtt gtctggcaat ggcttggcga tttttcnact
541 gaggttagac aacttgngat ttttttcccc ttcttnaaca cnaatttaaa
<210>4
<211>587
<212>DNA
<213>Homo sapiens
<400>4
1 ttttaaaggg gaaaaatctt taattgattt ctcaggtaat ttttttccag attgtacata
61 aagtgttctt atgttctcta tttggatgtt tcaggagaca tacaaatgaa atacagtaca
121 tagacaaatg aaatgctaat aagaagtagg atngatatta aaatatcctt actttgcctg
181 tatggaacaa aggcagtcta ctccatcggg gaatcaaagc aaatgtgaat aagaggtttc
241 caccttgcaa aactgtgagc ttcatttgcc ctggagagaa ctactaggca aggcttcaca
301 tgacagtacc tngtagggat gtccatgggg ctgtgaagca ggtgtattgt atccgaacat
361 gcagctgcaa tgaaggcgtg gagctcagga gaagcagcca ctgacaatgc cccctcctgg
421 ccgcagggtc ttctgtgcag cctcccatgg atcaatatac ccagttagtt aaaacaccca
481 tccagtantt tctggtccct tagcaaccga tggatgatan ttgccnccag ccgagtgtga
541 tcngtgangc cgattttaaa agcagncccg gggttcnacc cggantg
<210>5
<211>508
<212>DNA
<213>Homo sapiens
<400>5
1 tttttttttt ttttttatga tttcacaaat cacatggttt attgccctac agagatgata
61 tttttcctag gttcacaatg cttanggagg gggagaacaa catgaacaaa tctcacaggg
121 aatgcgctgg gtagacaggg tgtattagtc acggggtgag tcgagttcca aagttactaa
181 agtctacttg ctcaattagg atggaagcag gcctctgtgg agagcgaanc tcattaaaat
241 gtggtgtgtc tcttttataa gagcagctct tgggagagaa gctgtccaat gcaacggaga
301 ttcacagaga catatatngg tccctcaagg ctagagggtg gcactcggtg tttgtgggcg
361 atgcttccaa gttcaaaggc ttagcagggt ggggccctgt cnaagagagg ctgacagagt
421 gttagcttgc cacagcccaa gctctcaaag tgtctggtcg aaaccntaag gttttttaca
481 aaagttttgn aagtttcagg tgggtttg
<210>6
<211>564
<212>DNA
<213>Homo sapiens
<400>6
1 gttttgtctt cctttattac atttttgctt ttgagataca aaccaacctc tcataccaca
61 caaagaacat ccattcttgg gatttttaaa gtgcatttcc ccttgaactc tgtgtacaaa
121 aatatttatc ttttaaaaca tgcaaaaatt tcttgacaag gcacttttag gtataaaatg
181 aagatgagtc cttggttcta cattcacact gaagtaatag tgaaacatca tcacagctgc
241 actctcaaag ccctcagagg tccagcagtc tctaaaaact cgtcaacaag actaaaaaca
301 ttcacggctt tacaatgtgg gttacagagc tttacaacca tggaccagga aaaactgctc
361 gtaacaacag ctgtccttcc cagttccaca tggtgttggt ctcactggca gggaaattaa
421 ggataagctg gccaaattgg tcnttggtgg tggaccccaa taagantccc atcatcccat
481 ggtnaccttc ctggtccccc ganttccagt ggacatggtc aggagagacg ttgatcgggg
541 actcccccag gnctacattc aggg
<210>7
<211>467
<212>DNA
<213>Homo sapiens
<400>7
1 tttcataaag aaaagaggtt tatttggctc atgattctgg tcgctggaaa gtccaagact
61 gggcagttgc atctggtgag ggactcacat tgctttgact catggtggac aggggacggg
121 gagccagcat taatatagaa gagcagggnt cccctgcctt gaggaggacc aatgcaggaa
181 aggccaaaga gcagttagaa atcagcatcc cgagagantg caagatnttn tgaccaaggt
241 ntctaantat caaacgcaag tcaggcggta atgacttctc ggagggagct ggcttcggct
301 caggccnttc cgggtggggg gagaggaaac tgaagacaaa actntgcttc tcgtaaaggt
361 ctatttccta aaattaaaga cagagttagc ctagtgagtt tctgcaggga tgcttgtctn
421 agttagagaa gttaccagag ccntgccnag gttcttgagt tagggca
<210>8
<211>482
<212>DNA
<213>Homo sapiens
<400>8
1 tttaatcagg tttttcacta tacagtgatg ggggtagaag atggtgactg ttttcaagca
61 aattcacgag gcacatgttc gtccctgccc caaagtgaac agtctgggct tcccagaaca
121 gaaaagtgct ttccttcctg ggggaatccc attcctgagc tgacaagaca gatttcagta
181 agaatgagca caaaggatag ggcaaaatag tgaagggagc caggtgcata tttgaattct
241 ttccagtgca gactggaact agacatgcag gtatccctcc taaaggcaac gccaaatccc
301 agccattccc actagaggcc aaaccgcctg cccacagaga ttgacagcca atgttcatct
361 cataactntc ctcccagcag tgcaccagta aactcaggtn gcctgagtgc tttntgggca
421 ccacacaaca gntgcgggcn ttctnttcat tgggccctng ggtgctgntg gggtntgctt
481 gg
<210>9
<211>348
<212>DNA
<213>Homo sapiens
<400>9
1 nntaatanta antagacagn ctttattnng nanantnagn nnnagnncaa nagnanctat
61 anngagtnca taaaagcttg tttttaatta cttataacaa agcacaaatt acttctaaca
121 aggcaaatat ttattgacat ataagacatt ctgctaggca ttgtaaaaan nnnnnnnnnn
181 aagtaatggc ttttgtatac ataggtactt aaggcagnca tccnaangng ggnaaaatgc
241 ttaatgagtg anggtagcnc tgnnncntgt tgacttttac tctagggttt gtttttaggt
301 gggggttagg tnttttcccc tacggtantg tacntgtctt taggcccc
<210>10
<211>1240
<212>DNA
<213>Homo sapiens
<400>10
1 acatacatcg ggtgtgagca cggaatagct gggcggcggc tggtccacag acactgggag
61 acagaagggg ccggtcccca ggcgcccgtg ctgcagcagt gggatccact ggggagaggc
121 tggagaccac cggtgtgaag gcctcgcggg taaattcact gcagctggac ttgccaaaga
181 tgacctggga gagtggattc atgagggacc catgggggat gccctacccc ccttccctgg
241 ggcacagcca ctgaccggca gagcctggct ggggtcctcg cctgtcatgt actgcactcg
301 cacggcaagg ttgcgcacgg agccctggcg gctgctgaag ttgaggctgt tataccttag
361 accctcagtc atgccagtgc ctgctctgtg cctgctctgg gccctggcaa tggtgacccg
421 gcctgcctca gcggccccca tgggcggccc agaactggca cagcatgagg agctgaccct
481 gctcttccat gggaccctgc agctgggcca ggccctcaac ggtgtgtaca ggaccacgga
541 gggacggctg acaaaggcca ggaacagcct gggtctctat ggccgcacaa tagaactcct
601 ggggcaggag gtcagccggg gccgggatgc agcccaggaa cttcgggcaa gcctgttgga
661 gactcagatg gaggaggata ttctgcagct gcaggcagag gccacagctg aggtgctggg
721 ggaggtggcc caggcacaga aggtgctacg ggacagcgtg cagcggctag aagtccagct
781 gaggagcgcc tggctgggcc ctgcctaccg agaatttgag gtcttaaagg ctcacgctga
841 caagcagagc cacatcctat gggccctcac aggccacgtg cagcggcaga ggcgggagat
901 ggtggcacag cagcatcggc tgcgacagat ccaggagaga ctccacacag cggcgctccc
961 agcctgaatc tgcctggatg gaactgagga ccaatcatgc tgcaaggaac acttccacgc
1021 cccgtgaggc ccctgtgcag ggaggagctg cctgttcact gggatcagcc agggcgccgg
1081 gccccacttc tgagcacaga gcagagacag acgcaggcgg ggacaaaggc agaggatgta
1141 gccccattgg ggaggggtgg aggaaggaca tgtacccttt catgcctaca cacccctcat
1201 taaagcagag tcgtggcatc tcaaaaaaaa aaaaaaaaaa
<210>11
<211>1109
<212>DNA
<213>Homo sapiens
<400>11
1 actggaagac caggcagccc agctgaaggc agtaagctcg gctcacagtc gcaggagagt
61 tctggggtac acgggcaaag gggcttgaga aggcccggag gcgaagccga agagaagcaa
121 ctgtgccccg gagaagagaa gctcgcccat tccagactgg gaaccagctt tcagtgaaga
181 tggcagggcc agaactgttg ctcgactcca acatccgcct ctgggtggtc ctacccatcg
241 ttatcatcac tttcttcgta ggcatgatcc gccactacgt gtccatcctg ctgcagagcg
301 acaagaagct cacccaggaa caagtatctg acagtcaagt cctaattcga agcagagtcc
361 tcagggaaaa tggaaaatac attcccaaac agtctttctt gacacgaaaa tattatttca
421 acaacccaga ggatggattt ttcaaaaaaa ctaaacggaa ggtagtgcca ccttctccta
481 tgactgatcc tactatgttg acagacatga tgaaagggaa tgtaacaaat gtcctcccta
541 tgattcttat tggtggatgg atcaacatga cattctcagg ctttgtcaca accaaggtcc
601 catttccact gaccctccgt tttaagccta tgttacagca aggaatcgag ctactcacat
661 tagatgcatc ctgggtgagt tctgcatcct ggtacttcct caatgtattt gggcttcgga
721 gcatttactc tctgattctg ggccaagata atgccgctga ccaatcacga atgatgcagg
781 agcagatgac gggagcagcc atggccatgc ccgcagacac aaacaaagct ttcaagacag
841 agtgggaagc tttggagctg acggatcacc agtgggcact agatgatgtc gaagaagagc
901 tcatggccaa agacctccac ttcgaaggca tgttcaaaaa ggaattacag acctctattt
961 tttgaagacc gagcagggat tagctgtgtc aggaacttgg agttgcactt aaccttgtaa
1021 ctttgtttgg agctggcacc tcttgaaata aaaaggagga tgcacgagct ggcaggcatg
1081 caaaaaaaaa aaaaaaaaaa aaaaaaaaa
<210>12
<211>476
<212>DNA
<213>Homo sapiens
<400>12
1 tcatttttat tacaccaaat taaagttggg agttccaaga tcccattcca gttaatattt
61 aaccaaggtc taaaatttga ttttttttaa atctttgaat cctcccttct gcccctcatg
121 gatccttggt tttaatgata tggaaacatc taattcttag aattattccg tagcttttgc
181 tgattactct gagatttcag ttaagacttg tttcaaaaga cagatagctg actggttcat
241 aatacattgg aataagttgg atccaaacta ataagaataa gctgtacagg aactaagtgc
301 tcaatataca ttgtataaat ttgtggnaat ctcctggatg tgaattgtta cttcaagtgg
361 cctttattaa gattttctca gacttacctt gggaggttaa agcaaacccc aatgnggaat
421 aattttggtt acagagcnct gcctttataa ttttggaata aaggttcaat acagac
<210>13
<211>500
<212>DNA
<213>Homo sapiens
<400>13
1 ctgtctgaat caactgtacg agttaaacag ttttatttcg aaattaacca acataaacaa
61 caacaacaac aacaacattc actacccatt ccctcgttag gttggaaaac cagtctgaaa
121 aaataaatac aatctgtgac catgaaaagg agcaatcact tatttttccc atatgttttg
181 aacattattt ttaaaaatag attgggaatc tggagggtaa aatgccgggt cccttcccga
241 gcccttagag cccgaacgtt gtcgaatcgg tcaatgtcca ccccgctgct cacctctgtc
301 ccagcagcgc cggggccagc gcgccctccc gccgcgtctg ggagctggcg gggaaaagca
361 ggtccccggg gggtatcgag tgtccaggga tatccacgca gacatccttg tacttgcaaa
421 tacaaagaaa cacacaggac agagatcagg ctcgcgcagg gctcgatctc ctcggggctc
481 agggttggag ggccgtacan
<210>14
<211>474
<212>DNA
<213>Homo sapiens
<400>14
1 gagacctttg tggatgcact caggatacat tcctccttgc cccatcccct ttgctgcctc
61 ttattcattc aacaaatatc ctgaaggatg agaaaaaggc taggcttgca gagtgctatg
121 gatacaggaa acagtatata aaaaagttcc agatggtggc tcacacctgt aatcccagca
181 ctttgggagg ccgaggtggg cagatcacga ggtcaggagt tcaagaccag actggccaac
241 atggtggaac ctgtctctac taaaaataca aaaattagct gggcctggtg gcgggcgcct
301 gtaatcccag ctagtcggga ggctgaggca ggagaatcac ttgaacctgg gaggcggagg
361 ttncagtgag ccaagatttg agtcactgca ctccagcctg ggtgacagag caagactcca
421 tctcgaaaaa agttccagan gtgggaaaga gcntgctacc ntctgggggc taan
<210>15
<211>611
<212>DNA
<213>Homo sapiens
<400>15
1 cctttaataa taaaaaagaa aaccaaaacc tcctataatt tataagctat gtttgactat
61 ctacattata tagaaaatat agactctgtt tactttataa cacacatctt tttcccttga
121 taaataactc tttaaaatat ctagtataca tcgccttgac ttcttatata tataagtttg
181 gttttataca tatacataca tatatactca tgtttgtaaa acacaataaa tatatactcg
241 acaatgacag ccaaacaaat gccattttgg ttaaaaaaca caacaacaac aataaaaagc
301 agatgaagta ctataaaagc accaggcagc agacagaaag ccacatttgc tagaaacttc
361 tccctcccct gggcaaggca caggggcaga atactaaata cgtccaggtg cctgaaagag
421 aaggaaggca gcaaaggaat gggtcagatc acaagctttt ggttttgttt cttagcctgg
481 ggattagacc aagaatcaca agtaagtcat tgcgtttata agggaaaacc aggggctcat
541 tcaacagctt agccctgtgg tggctgcngg gacagtagag tctgggaggg ggaaggagag
601 agcngtgacc t
<210>16
<211>474
<212>DNA
<213>Homo sapiens
<400>16
1 gaatttaaat catttatttt cacttattac taatcttact acagagaata atacaatact
61 ataatgtatc atcctcagta aattaatctt cacttagaaa atgttactga taaaatacaa
121 catttagaat tttcatttaa aaatacaaat tttatgaaaa tattaagaat ttttaggatg
181 ggaattataa aagtcaatgc tgaacaaaat tctactttta gatagtatgt atcttaaaat
241 attatgaaaa atattcttta ttctgaaaac aatgtcagga aagaatacct gagttctcta
301 aaaccactag ttctaatttc aaattcgctg ttttggtaac ataaagaaaa cacatttaca
361 atttaacact ggcagttacc tgtcaaataa tttaggaata gaataaatgt tgcatatacn
421 ttagggttgg acnttatata tattttaaaa cncaggggtg ggtttcattt taat
<210>17
<211>582
<212>DNA
<213>Homo sapiens
<400>17
1 nagctctatt aagttgcaat tttattttta taaagctttg taaagttatg aacatggaaa
61 ccctaagaat cacctaagct ttttacataa gtaaatttca agttgacagt ctgtccattt
121 tgaactattt ataattaaca ggacacttaa cacagtaata tcttagacaa ggaagagggc
181 attaattctg caggcaggta gcaatgaaaa tgccaaacct gaacaatcag tcactatttc
241 cttatacagt ttgagtaaaa gaggtagact acagaaagaa aaaaaaaagt gaatataaaa
301 tgtatcttcc ccaaatacaa ctctacttca ataagtcttt gaagattacc ggatgacatc
361 caacaaaaat ggaatggaac tcaggggaat ggagttcttt ctccccatcc aaaggaaaaa
421 aacagcatgg ggtaattttt naatttggaa aaanaaaaga atgggcattt ggcaagcnaa
481 ggaaancccg nttcccattc cacctatttn cattggtcca ttcccngggg ccaaaatnaa
541 tattnccttn ggtaatttaa aaaaaaancc cttttttaaa cc
<210>18
<211>600
<212>DNA
<213>Homo sapiens
<400>18
1 aacttattta tagaaatgag gtctcactat gttgcccagg ctggtctcat acttctggcc
61 tcaagtgttc ctcctctttg gcctcccaaa gcactgggat tacaggtgtg agccaccatg
121 ctttggcatg nggngctatc gcagtaggag agcaggggtg gtggtagtgt ctccatatgt
181 actctcacta aaactggtgt gggcagatac tggatgccta cttatttagg ggcatctaaa
241 ttcctgtgct aaattagaaa atagaggcag ctcttgaaag gagtgatggc atgaaggaga
301 gatgcttgga ccaaccacca cacaaccctt ataaataatt gataaccttg gtttttgatg
361 ccacgtcctc ttcaacagtt gttggttgaa atgacacatg attccaggtg agcttttcca
421 gataaattgc cctgggaact tcagactttg tcgggtgaat cgatgtggaa tttcagaatg
481 ggctggaatg tctaagatgg gcatgtccat attcagctca gtgtggggaa actggtggtg
541 gccagggctg gttgcaagct gagttgtaag ggtgacagtt caccattggt tatttcnggg
<210>19
<211>598
<212>DNA
<213>Homo sapiens
<400>19
1 tgataggcaa aaggttttaa ttgtatagat taaaattaac tttggacaaa aattaaaact
61 caggcagaga atgtcttctt tttgcaacag cagacactag taaaaacaaa ggcacagtaa
121 aaattgagac cccaaatttg cagtgtagag atatgaatat aataatagac acaggcaggg
181 aggattaata aatgataaaa tgtttagagg atgatcatta gaatacagga tatttatact
241 cttgaaaacc gctttcccaa gtacttcatt ataagtaagg tgtctctaaa agggacagat
301 ctcctagacc cctccttaac caagtaacca gtcctgatat cataatggtg atggacaaac
361 tagaccttct ctgcccgcag atgggctgag gttggaaact cacagcattg tctctgcagt
421 gttcctgggc aaaacgttta ggctgaattt aatcatgaag acattttcag acaacttcag
481 aatggtagat cnctggagcc agacagctga cctggtcttc cataaaccag tccatgtcac
541 caccatccnt ggaccaccac caaaagatga ggaattttgg ggttccaaat actaagga
<210>20
<211>534
<212>DNA
<213>Homo sapiens
<400>20
1 aggggtgtat ggttttattt ttttaaaaat gtatatgctc aataacagtt tacttggaaa
61 ttttcactag aagaaataac atgaaagaac accagcataa atacataata catactttaa
121 ttgtggctat attaaatgta tcttaatgta ataccgctgt aacatggtat catctcattg
181 ttaaaaatta aaaaaaaaaa aagaacatag ggaagtgaaa ctaaaaaact atagaatcct
241 ggattctgtg gcagatggag tacccttatt taagctagaa aaggagccct gtaaggtaga
301 aagagaaaag aggcaagcaa tctgaaacca tcatgttaac caactgtgag tttttaaaaa
361 tgtggttaaa atgaatctaa gaatgccttt taacacagct cacactttaa tgaacaccag
421 agaattcnca gcaagactgg taaagcctag gaatgtaaag ttattggtgg ggntttagcc
481 acgaccctca cctcactcct acctatatgc caaaggagga angaaaagtc ctta
<210>21
<211>547
<212>DNA
<213>Homo sapiens
<400>21
1 gaaaaataaa catctttatt tttttgccta ctttatttca ttttttcaaa taaaatttaa
61 atctgtacaa agtatactgt tacagtatat attttgtaag aatcaatgcc taaaataatc
121 acaatacttc aataagcagt acagcagacc tcgctagttt tcagctttga tattgaacaa
181 actcaagccg gctgatgcac aacacgtttg cttggtttcc acatggtgat ttcccagcac
241 tgagatggga gaacatgaca gcaaatatgg taatattaca gcccgacaca ctgcgtttct
301 tcatgtgata ataactgcac atatttaata cagaatgctc aaatttactt tttaaattgc
361 atttgcttac ttcttagttg ggcaaaattc agcattctta aatggggtcc ccaaacagtg
421 gnaatttaat gntattcnaa ctggtatatt gggcacatca cccnataggg gttacatggt
481 aactcncaag gatatcnaca acttagtccc ncaattttta cctaatatcn tctgggncca
541 tttaacn
<210>22
<211>1231
<212>DNA
<213>Homo sapiens
<400>22
1 caaagaggaa atggaggttt tgcctgagcc ccctcctcca ataaatagga aaaaagacaa
61 gagctatgct acagctatgg gaccctttct taggcaagag gcattaagtg gggagctctt
121 agcctgcctg gtaatacaag attgacaggg caattgggta tataaaccca tttcttttaa
181 catttataaa aagttaagaa aaagcattag aggctgaaac cgcgtggcca aatgggtggt
241 aggcagaagg aaatacttgg cagcaaagga agctcgcaga cctggagcca gcaagtgctt
301 ccaggaactc agcctgcaca gaggcagcag tgacaaggag ccaggcgcag cacaccagag
361 ctggcctgat agggaggggc aggaggcgtg cacgaaggtc cgcccagcgg cagcagggtg
421 agggagcagc acagacaaaa ggtggcacag acaaaaagca gcgcctgagc aagcgcaaca
481 tgaccgccgc cccgggaccc gccggctaga ctctcttggc tccgcgggtg gcccatgggc
541 aaaatttcat gtgttccttg tatacaagcg acatcccaga ttataattct ctgctaagat
601 ttaagtacaa tttaagaatt taaaacacct ctttctaata atggccactg ttgcttttac
661 actattcccc tggcaaagca agacagaaaa atttgcattt acaataccag ctatcaatat
721 tgaaaggtca gcttgccgat ttcattggaa agtgcttcct caaggaatgc taaacagtgc
781 tgccatgtgt cagtatcatg taaatcaagc tttgttcccc agtagaaaag aatttcctca
841 ttgcaaggtt attcatttta tggatgatat tctactagca gccccagtgg agccagtgct
901 tttaagttta tatacctctg tcataaagaa tgcacagcta agtggtttaa tcattgcacc
961 tgaaaaagca caaatgtcct ctccttggaa gtatcttggg tacatacttc ctggtcagta
1021 agacctcaaa aggttaaatt aaatactagc aacttacaca ccttaaatga ttatcagaaa
1081 ttactaggta attttaactg gcttcacccc accttgggca ttcctactta taagctgcaa
1141 aacctgtttt ctatcttaaa gggtaacaca gccctggatt ctcccagata tttaacccct
1201 gcagccaaaa aaaaaaaaaa aaaaaaaaaa a
<210>23
<211>1408
<212>DNA
<213>Homo sapiens
<400>23
1 aagatcaagg actgctacgg actgggctcc gggcagaatc atttcatcaa ggacagtcag
61 tgggagcagc aagctgagat cttcaacgct tcctacaaga agtacctaga tagggagtgg
121 gaggaagagc cactcagtac ggccaccttc tatttccttc ttcctagctg cctatttgca
181 atgccaccgg aagtcaaggg cccctcagga atggcctgtg tccttggtat acactggacc
241 agaagtcaca atttcttcct gtattcacta aaccgaactc taaaggataa agctgacccc
301 gagggtgtgt ggccctgtgc tgcgcccatt gcagtctctc agctcagctg ctcctcctcc
361 tacctggtgc tggcctgcga ggatggtgtg ctcacgctgt gggacctggc caaaggattc
421 cctcttgggg tcgctgctct tcctcaggga tgtttctgcc aaagcattca cttcctaaaa
481 tatttctcgg tccacaaagg acagaatatg tatcctgaag gtcaagtgaa atcccaaatg
541 aaatgtgtgg tgctgtgcac agacgcctcc ctccatctgg tggaggctag cgggacccaa
601 ggacccacca tcagtgtgct tgttgagagg cctgtaaagc acctggataa aaccatctgt
661 gccgtggccc cagtcccagc cttacctggc atggtgctca tcttttccaa gaatggctct
721 gtgtgcctta tggatgtggc caagcgtgaa atctgtgcct ttgcccctcc gggagccttt
781 cctctggagg tcccctggaa gccagtgttt gctgtgtctc cagaccatcc atgtttcctg
841 ctccgaggag actattcaca tgaaactgcg tccaccgacg atgctggaat ccaatattct
901 gttttctatt ttaattttga ggcctgccca ctcctggaaa atatctcaaa aaattgtacc
961 attcctcaaa gggacttgga taacatggcc ttcccccaag cactgccact ggagaagaga
1021 tgtgagcgtt tcctccagaa gagctatcgg aagctggaga agaacccaga gaaggaggag
1081 gagcactggg cccggcttca gaggtactcc ttgtcgctcc agagagagaa cttcaagaag
1141 tgaggctgcc accgccctgg gatctctgaa aaggaggttt cagccacgag gcagctgctc
1201 ccaggacact gaggccaaga gaaatgtaac agagccacag ctccacaggc ctgcactcgg
1261 agtctggggc ctctgcagag ccagcaaggg gaaaagtata atctggggga ccttcaacca
1321 ctaagcctct tgtcagagcc ctcaggcagg cagatgtgtc acccaaataa acagtgatat
1381 tgtctccaga aaaaaaaaaa aaaaaaaa
<210>24
<211>1026
<212>DNA
<213>Homo sapiens
<400>24
1 gtttgttcct aaatctaatc gagctcccaa ggaactagta tcttatagaa cacacataga
61 aaatagtgct ctacagtagt cactttcaca tttttttctt ggatccaact tcatgataag
121 aaatacattt taactcataa tctattcaca tgtatatgaa taactgaaac agaagtttca
181 caaaattatg attatgtttg ccacaaatgg tgtgctctaa tattttcctt ctgtttcatc
241 agaagaaaaa tactggttac tatccagcta agctgatttt gtgacccatt aatgagtttc
301 agttctcact ttgaaaacac tgttctagaa ttacagaaag gtctagggat gagaactaac
361 accactgtgc atcacagtgt gtcagtctgt gccaggcagc ttataaatat tttttgcctc
421 taatttttat acatttatga ggtaagtatc attttctagg taaggatgct aatctgtctc
481 caagccaaat aacacacagt aaatcatggc accaggattt gaatctgggt ctttatacat
541 catagcccat gctgttctca ctgtattttg ctttttccaa gtataacccc gttttcacac
601 gaatggcccc ttcacatatt tgaagactac cgtcgtgtcc gtgctgaccc tttctccctg
661 ccacacatgg ctggagtgca atggcgcgat ctcggctcac tgcaacctct gtctcccagg
721 ttcaggaaaa tggctttgta aagaagcttg agcctaaatc tggctggatg acttttctag
781 aagttacagg aaagatctgt gaaatgctct tctgtcctga agcaatactg ttgaccagaa
841 aggacactcc atattgtgaa accggcctaa tttttctgac tcttacgaaa acgattgcca
901 acacatactt ctacttttaa ataaacaact ttgatgatgt aacttgacct tccagagtta
961 cagaaatttt gtccctattt aatgaataaa ttgtatgtat ttttaaaaaa aaaaaaaaaa
1021 aaaaaa
<210>25
<211>1067
<212>DNA
<213>Homo sapiens
<400>25
1 atgacctttc ctctttatct tccttgttgt gcaggtaaag aaaccaagtg gaagagtgtt
61 tcctcctctg gccgtaaagc agctgtcccc gccctactcc ggaccgcccc aaagactcca
121 tgggatggac ctgagtcagc cgaatcctag ccccttccct tgggcctgct gtggtgctcg
181 acatcagtga cagacggaag cagcagacca tcaaggctac gggaggcccg gggcgcttgc
241 gaagatgaag tttggctgcc tctccttccg gcagccttat gctggctttg tcttaaatgg
301 aatcaagact gtggagacgc gctggcgtcc tctgctgagc agccagcgga actgtaccat
361 cgccgtccac attgctcaca gggactggga aggcgatgcc tgtcgggagc tgctggtgga
421 gagactcggg atgactcctg ctcagattca ggccttgctc aggaaagggg aaaagtttgg
481 tcgaggagtg atagcgggac tcgttgacat tggggaaact ttgcaatgcc ccgaagactt
541 aactcccgat gaggttgtgg aactagaaaa tcaagctgca ctgaccaacc tgaagcagaa
601 gtacctgact gtgatttcaa accccaggtg gttactggag cccataccta ggaaaggagg
661 caaggatgta ttccaggtag acatcccaga gcacctgatc cctttggggc atgaagtgtg
721 acaagtgtgg gctcctgaaa ggaatgttcc agagaaacca gctaaatcat ggcaccttca
781 atttgccatc gtgacgcaga cctgtataaa ttaggttaaa gatgaatttc cactgctttg
841 gagagtccca cccactaagc actgtgcatg taaacaggtt cctttgctca gatgaaggaa
901 gtagggggtg gggctttcct tgtgtgatgc ctccttaggc acacaggcaa tgtctcaagt
961 actttgacct tagggtagaa ggcaaagctg ccagtaaatg tctcagcatt gctgctaatt
1021 ttggtcctgc tagtttctgg attgtacaaa taaatgtgtt gtagatg
<210>26
<211>770
<212>DNA
<213>Homo sapiens
<400>26
1 gctcagcctg ccccatcccc tgctgatttg cctgttccta gagcacagcc ccctgccctg
61 aagacttttt ataggctggt cacacccgga gcaggagtca gccccagtca ggacacagca
121 cagacatgag ggcccccact cagctcctgg ggctcctggt gctctggctg ccaggtaagg
181 aaggagaaca ctaggattat actcggtcag tgtgctcagt actgtctgga acttcaggga
241 agtcctctga taacatgatt aattgcgaca atatttgttt ttatgtttcc aacttcaggt
301 gccagatgtg acatccagat gacccagtct ccatcctccc tgtctgcatc tgtaggagac
361 agagtcacca tcacttgccg ggcgagtcag ggcattagca ataatttaaa ttggtatcag
421 cagaaaccag ggaaaactcc taagctcctg atctatgctg cacccagtct gcaaagtggg
481 attccctctc ggttcagtga cagtggatct ggggcagatt acactctcac catccgcagc
541 ctgcagcctg aagattttgc aacttattag tgtcaacaga gtgacagtac ccctcccaca
601 gcgttacaag tcataacata atccccaagg aagcagatgt gtgaggctgg gctgccccaa
661 tgctccttct ggtgcctcta tctgctgagg gaagttctca aactcagtca ggtttggaaa
721 gtcattggga gattttccta gaggaggcca gggaggttcc tctgaaccct
<210>27
<211>1035
<212>DNA
<213>Homo sapiens
<400>27
1 gtcacaaggt tgattgatta gttggggtga ggcaggaaca aatcacaaag gtggaatgtc
61 atcttttgtg gttcttcagt tgctccaggc catctgggtg tatatgtgca ggtcacaggc
121 ttagcttggg ctcagaggcc tgacaattta taaaatactt cattcaacaa tagcagacca
181 cacattcttc tcaagttcac atggaacatt tgccatgaca gatcacattc tgggccataa
241 aatacacctt agcacctttt caaagaatag aaatcatacc aagtactctt tcagaccaca
301 gtagaattaa actagaaata aataaataac aaagttaact ggaaaatccc aaaatatttg
361 gagattaaac aaaacactac taaataacac atgaaccaaa gaagtctcaa gaggcataaa
421 aatattttaa gctaaacaaa aaatataact tatcaaatct tgtgggatgc aggaaaagca
481 gtgcttagag ggaaatttat agtattgact acatagatta gaaaagaaga aagatccaaa
541 atctacaagc ttcaacatta ggaaacgtaa caaaaaatta ataatcaaca ttagaacaga
601 aattaatgaa attgaaaaca ggaaatcaga gaaaatttta aacatcaaaa gctggttctt
661 tgaaaaaaaa aatcaataaa atcaataaaa ctttagccag gctaaacaag aggaaaagaa
721 aagagacaca aattccaaac atcagaaata aaggaggggc atcactactg gtaacatggc
781 taataaaaag attaaaagga atatcatgaa cagccctaca cccataaact tggtaactta
841 gataacattg gccagtttct tgaaaaacgc tatctaccaa aactcaaaca aggagaaata
901 taatctgggt gggcctacat caattaaaag aaatggaatc cataattaat actcttccaa
961 aacggaaagc acaagactca gatgttttca ctggtgaatt ctaccaaaca tttaaggaaa
1021 aaaaaaaaaa aaaaa
<210>28
<211>1057
<212>DNA
<213>Homo sapiens
<400>28
1 acgctgccca gactcactac ccgccctctc ggtcccgcag ccacgaggag gacgctgccc
61 agactcacta cccgccggct ccctcccccg cgtccctgtg gtggtgggcg aagatgacct
121 gttgtgcatc agatgccttt gagacataca actggagatg tgagatagga aattgaatgt
181 aaagactgga agctcggcag agcagaactc tgaacaacgt gcctcaggag tgcaagttgc
241 tgatgaagtg tgtcgcattt tttatgacat gagagttcgt aaatgctcca caccagaaga
301 aatcaagaaa agaacaaagg ctgtcatttt tttgtctcag tgcagacaaa aagtgcatca
361 tgtagaaggc aaagagatct tggttggaga tgttggtgta actataagtg agcctttcaa
421 gcattttgtg ggaatgcttc ctgaaaaaga ctgttgctat gctttgtatg atgcaagctt
481 tgaaacaaaa gaatccagaa gaattgatgt tttcttgtgg gcatcagaac tagcaccttt
541 gaaaagtaaa atgatctata caagctccaa ggatgcaatc aaaaagaaat ttcaaggcat
601 aaaacatgaa tggcaaacaa acggaccaga agatctcaat cgggcttgta ctgctgaaaa
661 gttaggtgga tccttttttt tttttttgag atggagtctt gatctgtcgc ccaggctgga
721 gtgcagtgac aggatctcgg ctcactgcaa cctctgcctc ccgggttcaa gtgattttcc
781 tgcccagcct cctgagtagc tgggattata ggcgtgcgcc accacacctg gctaattttt
841 gtattcttag tagagtcagg gtttcaccat attggtcagg ctggtctcga actcctgacc
901 tcgtgatttg ccctccttgg cctcccaaag tgctgggatt acaggcgtga gccagcatgc
961 ctggccagtg gatccttaat tgtagccttt gaaggatgcc ctgtgtagat catcattcag
1021 tgccacaaat tgaaagcttc cacgtttaat gttatcc
<210>29
<211>1003
<212>DNA
<213>Homo sapiens
<400>29
1 acgcgtccgg aaatgtctta cgatgatcat ttagaggttt attttgaaca actggcaatt
61 ccaggaatga tggaataaag catacgaagt agaaggactg gaacctccag aaaaagtact
121 ttaagttacc tacaggtgat cctagtcagg tatgaattga taagaaatgc ctgcaccttc
181 cctccttcct atctttccct tgcctacaga aaattaaaag gcaaaacaat agacatctgc
241 atattcttca ttcagatcaa ccagtggcta gcatttgcca ccttttgcag tttctttctc
301 tttccataag tactttcttc tctgaatcat ttgaaagcaa atgaaaacag tagcctaaag
361 tgtcagtttc aaccagaaaa taacagctct gatttctcat ggctcatact cgtctgaaac
421 gactcaggta gaggctgagg aaggccgtgt tgtttgtcta cctgggacta cacctactga
481 aagaagttct caagttctga ttgagttcta aaattttttg aagattggaa ttcttcatat
541 gtaaaaagag aagagaaaga cattcttgat tttggtgact agagttgtag atgctggaag
601 ctttgccact aacattgatg aaccagatgc atgtcaccag cccatcacgg gcaccatggg
661 cccggcactg ccacgttttc caaggaacct gccggagctc ctgcggaagc tgctcctcag
721 gcgatggagt cccttcgctg gtaggccctt cttcagtcac cacaggatgc ctgccattca
781 tgaacaagaa ggagaggacg ggctttgaat aaaaaacagg atccaggaaa tatttgtgag
841 gccatttgga cttcagtgtg aaatggtgtt aaaagatgaa gtcatttatt caagaagtaa
901 acctctgcca cctggactgt gcgcagacat ttcattgatt ttgtttaata aacattttct
961 ggcttaaaaa aaaaaaaaaa aaaaaaaaaa aaaaaaaaaa aaa
<210>30
<211>665
<212>DNA
<213>Homo sapiens
<400>30
1 cttttttttt tttttttttt ctttttttag gcatatgtag taatattaga aacatttaat
61 ttgggaaact ttgattcttg aaagagaaaa caaaagcatg tgaataaact ttgaagtgtt
121 cacctcagtt tgggaccaaa ctgcttggat ctttgtaaaa accggttttg tatgtcaagg
181 aggagtttaa ggcctttccg accaccttgn gttccccttt tctgcgcacc attgtatcac
241 gtggagttgc tccttaccac acctcacgtg cccctgagcc cnatttcctg atttcttctg
301 ggctggactt ccccgttctc caccagcagc tccagtatcc caaactttct agtcctgctg
361 atcctcccag caacggggtg gaaactggag ggcagtgtct ggtctgtttt ctaagaaact
421 tatgaattct attatcntta caaatatgng aaaatttttt caanaatttt taataancct
481 tttataaaat gaaaagaaac ccnatgatcg attaaggaag nggggtatgg cngggggggt
541 cagggggttt ttnggggtcc cttttttttt cctggccttt aaccctaagc ggntaagtgg
601 aagcatccca naagttnggg gggaaaancc cctaaaangg gccntgggct gcctctgggg
661 ngggt
<210>31
<211>462
<212>DNA
<213>Homo sapiens
<400>31
1 tttttaagat gaagacagta atataatatt ttggnacaaa aacagctgca ggangaggtg
61 gaggggggcc tgtcattatg ttnccccccc accccccaac gaaaggaaaa ctaagactcc
121 caacataaac agggccttga ggggggggat tacaggcact tgggcatgga gtcttcggct
181 gcaggaagca ctccgcttat tcttcaggaa tgggaaaggc gtgacccaac gagagcatct
241 gtctcagagc tccactcagg gtcacccctc tccagaggcc ggtatggggt ggcttcagac
301 ttccactgca cgacctgggn gcaccaagac cacacaccac aataccaaat ttcacccaag
361 aagaggtttc agcattgtgt aggttggagt aaaacttgca gagattncca ggggggtntt
421 ccatggattt tctggggttt cagaacagta attntagtnt tt
<210>32
<211>440
<212>DNA
<213>Homo sapiens
<400>32
1 ttgaaacacg ttccaaatac attataataa attgtgtgtt ttgctatttt tgggtgcagt
61 ttttatatca aagtatttaa tcctactgct ttaaattttt ctattattat tgatattttg
121 tatccttttt gctatcagtt attgaaaaag gtatattaaa gtctttatga ttgaagacgc
181 ggctattgct ccttttagtt ctataaaaat tgtaaatgtg tgttaactgt gtgtgagtga
241 atatacatac acaagtttga caacttcctc aatagttgat tcttttatat gggatgatgg
301 gatacatctt cctttcaagt aataatttct gccttaaaaa tctcttttgt ctggatatta
361 acatagctaa acaaattttc atttgggctt gtgtttggat taccctttca tatggcatat
421 atggangggg nttttnaaat
<210>33
<211>481
<212>DNA
<213>Homo sapiens
<400>33
1 tttttttttt tttttttggg cttcaagttc atttattgat gcattggttg gacacaataa
61 aaccacaatt gttatcaaaa agtttccctc ccctccccct ttttctggtt ctcccattgg
121 aaatgtcttt aaaaaacaaa aaaaagatac agggggatac tggcagggtc ccatattgtg
181 gggtggggag ggggcagtgc tgcagtggaa aggagtttgt gacattgaca ttgacagcat
241 gaaaatgggt cttgccagtg catgtgagac tgcctcccaa cactcagctt cacagtggnc
301 aggggctggt tgggagaagg gaaagctgaa tttagtgcta gggaccagtt tgggagtggg
361 gaagctntag ggngaaagct cttcctttgg ggagctcttc ggggggtttc cggtttttna
421 gctgagtncc ataattctga gggnagaccc acacccgccn tccaagattt tgggtttcaa
481 g
<210>34
<211>454
<212>DNA
<213>Homo sapiens
<400>34
1 tttttttttt tttttcattt gttattttct tttatttgtg aatatgtgtg gggttgggag
61 actgggtgct agacatgagc tgaggtccag gctaggcaca gggagctgac agctgcagga
121 catgctaatt ggtctgggaa ggcctttgga atctagggaa ttggctttct gagctgaggc
181 gggtccaggc aaggaggcaa caggctgcag gaatcacaaa gggaccgggg acctccatgt
241 acccaatatc taggtctcat cagtcggaga aacattctca gctcttgggt gaccttgtcc
301 tccctcaaca cggtacttca ctgcatatgg gacttcattt gacaattgcc acaaaggctt
361 tgggcttcag aggcactttt aagggatatt aacagtaggg aaaggggagg cttgggggga
421 gnccagagag ttcacccaca caaagcccca cact
<210>35
<211>307
<212>DNA
<213>Homo sapiens
<400>35
1 aggacttcat ctnatattca gattatagca agaaaatcaa tgtgctccat atatttnacc
61 catgatgaaa cttgtcccat atccattact atatatatat atatagttta actgggtggg
121 gttgggaggg agaaggcatg aattcaaaat tttaattaaa tattacataa tttaatgttc
181 tcccaagaat ttgagctgac attttcatat gaatacaatt tcacaaaggt tacaaatata
241 tatcanctta caacagaagg natcatttag tattttacag tgtttttaaa aatctagctc
301 cataatc
<210>36
<211>791
<212>DNA
<213>Homo sapiens
<400>36
1 tttttttttt ttttttttga gacataatct tgctctgtcg cccaggctgg agcgcagtgg
61 catgatctca gcttactgca acctccgtct cctgggttta agcaattatc ttgcctcagc
121 ctcccaaggt gctaggacta caggcgtgtg ccaccacacc tggctaattt ttgtgttttc
181 agcagagaca gggttttgcc atgttggcca ggttggtctt gaattcctga tctcatgtga
241 tctgcctgcc ccagcctccc aaagtgttgg gattacaggt gtgagccacc atgcctggcc
301 ttattttgtt gattctaaca cgtggtgata tctcctggtt taaagaagcg tttccctaat
361 ggtatcaaac atcttttcat gtgcttattt gcaatctgta tatcttctcc agtgaaatgt
421 tgctttgtat cttttgctca tgttctaatt gcattctttg ttttgttact attttaagac
481 ttttaaatgt attctagata ctagtccttt gcaaatatag tcatgcatag cataaggaca
541 ttttggtcaa tgacaaactg catataggat gcggtcccat aagattataa taatgggcct
601 gaaaaaattc ctgttgccga gtgcaatgct actcatgtgt ctagtgatgc tcgtgntaag
661 ctactgtgct gccacttgca ntaaagcaca gcgcacacca ttctgtacag tacacaatac
721 ttgataatga tataaatgtg ttcctggata gcacagacac acattctgta catacacata
781 cgtgatatga t
<210>37
<211>502
<212>DNA
<213>Homo sapiens
<400>37
1 tccaaactcc cttatattcc tatctggaat gcgaaagctg gaaatacaag tgctctgtaa
61 tcacaggcag tggttttctt ggagtctggt gtgatttctg tagcttgcag caatatgtgg
121 gacacacttg cactgaagaa tttaatgact tgttttactg ctgtctgcca tcaatattta
181 tctatattaa ctgaagaaag gcattactcg aaatggcatt tcacacctct gagcattata
241 cagtaattct aaagtcatac gttgtaccaa attctctggg caaacacaga gatacagtat
301 gaatggaaag aatccaagtt gaagttttta aaacttgaat tgtctgcagt aatctggaaa
361 accaaagtca aaatgactcg aattgctatg gctgggaatg actggattaa aagcaatgga
421 aacaatcgtt tctcggcttg gtttttcttg aattagcaag agcacatttc aagtatattt
481 aatagaaaag aaaaactggg cc
<210>38
<211>516
<212>DNA
<213>Homo sapiens
<400>38
1 tttttttttt ttagtatttc ttgttatatt tcataaacag tctaacaaaa cactaacaaa
61 gttattttgc ttattattct gatgctggaa taatttggtc aaatattcat aaatagttat
121 caactttacc aaggcacaaa aatcaagaat acatgctttc tataaactca tttactactt
181 taaagttttt aactgtttan cagttatagg aaattttttt aatcgaaaag aaaactattt
241 acatttcaaa tacaaaagaa aattaaaatt attcttgatt gatctctaaa acccaaccac
301 ttagatgctc attattatta ttttctttca ccaatccagt atactctatt caacatgtgc
361 atcctgtgta cttactaagc atttatttgc acaaggattt tctgtgtcag gttaactttg
421 ctgtgtagat tctgtgttag ctacctgaat tcgtccaana aaaagtctca cntttttttg
481 ganaaccaat gctgctacnc tgtttccaga tctgcc
<210>39
<211>684
<212>DNA
<213>Homo sapiens
<400>39
1 tttttttttt ttttttttca aaaagaaaga agtaaaatta tatttggttt gtagacgaca
61 tgatcttctg tgcagaaaat cacaaagagt caaccaaaat actactggaa ctaagtaaca
121 tattcagtgg atttgcacaa tacagtatca gcaccaaaaa ttagttgaat ttccatactt
181 ttaacaataa acaactttaa aagaaaattt taaaacactt ccattggctg gagaacttaa
241 agtaagaaat acttagaaat aaacgtaaaa aggtcagagg tttttacctt gaaatctaca
301 aacattgatc aaaatgatta gaaacataga gctacaaccc atacttatgg tttggaaaaa
361 ttaatattgt taaatgatta tataacccaa tgtgatttag attcaacacg gtacccataa
421 aaatccttat cactggggct gggcgcattg gctcacgcct gtaatcccag cactttggga
481 ggccgaggtg ggtggatcat ctgaggctgg gagttcaaga ccagcctaac caacatggag
541 aaaccccatc tctactaaaa atacaaaatt atctgggcgt ggtggctcat gcctgtaatc
601 ctagctactc tggaggctga ggcaggagaa ttgcttgaac ctgggaggcg gaggttgtac
661 tgagctggga tcgctcattg cagt
<210>40
<211>738
<212>DNA
<213>Homo sapiens
<400>40
1 tttttttttt ttttttttga agtcagggca acttttattt acttgaacaa cagacatgac
61 acacagcacg atctctcctc tccatcccat cccaagcttc tgtccacgac tacccagggt
121 ggggaaaaag gcaatggccc agccccgatg acctggggga cttcagtgtg cctcctcagt
181 cccacccaga aaaaagcctc ctcccatctg atttcaagat agtggagaaa agccaggcac
241 ggtggctcac acctgagcca cctgtaattc cggcgcattg ggagactaag gtgggaggat
301 ggcttgtggc caggagttcg agaacagcct gggcaacata gtgagacctg cccccccatc
361 tctacaaaaa ttaaaattaa aaaaattagc caggtgtggt ggcgcatacc tgtagtccca
421 gctctactgg ggaggctaag gcaggaggat cacttgtgcc caggaattca aggttgcaat
481 gagccatgat cacaccagcc tggccaagat ggtgaaaccc cgtctctact aaaaatacaa
541 agattagccg ggcatggtgg tgggtgcctg taagcccagc tactcaggag gctgaggcag
601 gagaatcgct tgaacccagg aggcagaggt tgcagtgagc caagatcaca ccactgcact
661 tcagcctggg caacagagtg agactccgtc tcanaaacan acaataaaag gccaggcacg
721 gtggctcaca gctgtaat
<210>41
<211>551
<212>DNA
<213>Homo sapiens
<400>41
1 gtgtacaaac aaaaatcact ttattcacat gccagaacag tgtttgagta gatagtttta
61 agggcaatac aatcaatttc ttgaactcag atttgaattt ttaaaaaatt atattcaagc
121 tctaagtatt ttacttacag aattttgcac atggctcact cctttctgca caaaggtaaa
181 ataatatctt tatttgctta attccccatt gttttgttgt ttcaacatga ttttgtaccc
241 tcagtctttc aacgttagtc aaacgttaca ttttctttca ctcttaccct tttttgagct
301 tcatttcctc tctttatgtt ctcgagtata gcttcgaggt gtagggtatt cattcccaag
361 atccacaaca attacctccc tagaaaatgt cactcctttt aaaggtcttt tttggctttc
421 aacaactgaa ggagttctag tgacagatgt gtgtattttc tgcaaaccat catcctcttc
481 ttgaccagtt tctccagcat tctcaggctc ttgcttctca tttatttggn tctcctcttc
541 tgcctcccat g
<210>42
<211>747
<212>DNA
<213>Homo sapiens
<400>42
1 tttttttttt ttttttttga gacagagtct cactctgttg cctaggctga gtgagaataa
61 ggttgtgtca taaataaata aataaagtca tttacttaac atttacatag cactgattat
121 ctgacagaga ctgaggaagc agaaacgagt aagacaccac tccaggcccc agggatcttt
181 cttgagggag attcacatcc tcgggaaaac aagatgtata gtgaatgaag gaggtagcag
241 aggggtctgc agtaactgag taaggtatgg agctagagga ctaatacctc caggataaat
301 gaatttatac aaagattgta tttgagagaa gaggtgagga accactcact agtagttttg
361 agtgccctga aagtgaaata gattgaattt tgtcctggag gtcaatggga tgttccagga
421 cttaagcccc ataggactga caatcaaaaa caggtctggc tgcactgtgg gaaatggatt
481 gagggggcgc tggagtgaag gcaggaaggc tgtgagacgt gtcagacagg acaggttgaa
541 cctggggctg agagaactga accaactgga aaggtctctt aaggtctctt acaaggtaaa
601 aagagaccta aggcaggtgt gaagagcgat aaggcaagga tgagatccag gtttctggcg
661 tgggtgtcac ggaaatgaga acacgatggg ggcagagctg gggaaaagct ggggagatca
721 atttctcgcc gagcctgtgg tgtctga
<210>43
<211>699
<212>DNA
<213>Homo sapiens
<400>43
1 tttttttttt ttttttttca ataaaagcat ttacatttat ttgcacacta aacacattga
61 tttactactt attcccagtt ttcttattta cttatatagg atccattcat tcattttaca
121 aatacagatt ttcagagtaa gaagagagaa taattcttct aaaaataaag gcattacaat
181 agaatttgca aatctaggta ccacgtggaa agtctcatcc gttcccatat cattaactgc
241 tcattttcac actagtgact tccaagtcct tattgtcagc atcctctatc ttcccatctc
301 cactggagca tttccaacct cctgccacca actcaacaca ttcagggaga agagggctgg
361 tctgggacca cagaaatcct tgttttaatc ttggaggcag tgctcagtat gaacttaatg
421 aattgttaag tgaatttgtt ttttaagaaa gtcaacaagt aatgtatccc caggcaattt
481 tatctgattt ttgacattta gattggtttt ctattacttg gcaaagagaa tggcgtacag
541 tcactcctct gggggttctg catgaggaag tatccattat acatgccgtt aaggagtgat
601 caggtaggga gggaaaggtt ggccacatca actctccttt gtgaagccaa cagctctcaa
661 caagggagat atagtgctct gtagagcaga aacatgaat
<210>44
<211>728
<212>DNA
<213>Homo sapiens
<400>44
1 tttttttttt ttttttttgc tgggggttag gattttaata taaagttttt tggtgggggt
61 gggggagaca caatttgatc cgtgctgagt ccattttgtg ttgctctgac agaagacctg
121 aggctgggtc tttataaagg aagaggttga tttggctcag attctgatgg ctggaaggtt
181 caagactggg caggtgcact cactgaggac ctccctcatc cctgaggctg ctgctgcttc
241 tgggggaggg cagaaggatg cagctgtgtg cacagagatc acatggtgct gaaggaagca
301 agggagagaa aaccaaattc ccaaattccc aagggtgagc actcactcac cccttaaggc
361 aggcattaat ctatccatga ggactccacc tccaagacca cacagctcct atgaggcccc
421 acatcccaac acctgccaca ctggggctcg aatctcaaca tgaattttag tgaggacaaa
481 cgatatccaa accattgcca cccaaaagaa gtgggctgag gcctggcgcg gtggctcaca
541 cctgtaatcc cagcaacttt gggaggctga gacagatgga tcgcctgagg tcaggagttc
601 gagaccagct tggccaatat ggtgaaaccc cgtctctact aaaaatacaa aaattagctg
661 ggtacggtgg ctcacatctg taatcccagc tactccggga agctgaggca ggggaatcgc
721 ttgcacct
<210>45
<211>661
<212>DNA
<213>Homo sapiens
<400>45
1 tttttttttt ttttttttgc agttagaaca tagtttattc tttaagtgta ggagtgcatg
61 acataacact tgcctggcat gaccttagat cttacgaata atttgttatt gccacaaagg
121 gtctattctg tcagccttat gatctttatt ttgacattaa tgctggtcag ttgttgtgtc
181 taaaccataa aagagacgga gatataatga agcgtgtctg acctcccatc ccgtcatggc
241 caggaactca gttttaaggt ttttctgggg tcactttggt caagaggggt tccattcagt
301 caattagggg gcttaggatt ttagtttaca acttacttca ccatctctag ggtgttgtct
361 ttatttatgt ggtccagaat gtctacatgt ggccaactaa aaattgatga ctataagaaa
421 gggaaagttg ctttaaggac gaccccagta tctggcacac tctggcaact gaagtccaga
481 gctgaagcat aaaaccaaag gaaacaaaaa gcagtctcag agcatatgag aaatcaaaga
541 gtttcttata tactgcagat agcaatttta aaaatcagta tttttaagct cagagcattg
601 gatgccaaca acccatagtt cctgcacaaa gacatggaaa aatccagcca caggatctgt
661 c
<210>46
<211>677
<212>DNA
<213>Homo sapiens
<400>46
1 tttttttttt ttttttttac gtgttgtaag attccattta tatgaagtgt ccagggcagg
61 aaaatccaca gagacagaaa gtagattaat gggtgtgggg ctgaggagag gaaggcattg
121 ggagaaacgg actttttctt ttagggtgat ggaaatgtgc tgtaattagc ggtaatggtt
181 ccactctatt gtgaacacgc taaagctact gagttgtaca ctttaaaatg gttaatttta
241 tgttatgtaa attttctctc aaaaatttta aacaaaatgc acagggaacg agcgtgggcc
301 ggtgatgccg gcaaccgggt gcctgttgct gcgctgctgt ggcgccccct gctggctgcc
361 cgtgaattcg gggagggatg gggcctggat gcgccggtgt ctcctgcttt ctgttccgga
421 gacttcccag gagggtggag accccaccca gagtgacttc ccaaaaggca gcactacccg
481 acgagggacg ccacaggagg aggacttgga gggagggcag tgggcacggt agagtcttct
541 ttcctgaggc gaccccagct tgttggacga ggcacagcan atgctgacta tagtaataga
601 agagtgagtt atggcttcag ggattttttt aattattact tttacttcca gtttntctat
661 agtgagtaca gattact
<210>47
<211>635
<212>DNA
<213>Homo sapiens
<400>47
1 ggcccagatt caacttttct atgaaaaata gaaactgtca tgttgagtca taaaataaaa
61 aaactagcaa atccagctct atgctcagag aattaccaga aaataaaatt acatgaagct
121 tgaatatagg gagatggaaa gatattagac aaatattaaa gaaaatctgg gccaggtgtg
181 gtggctcaca cctgcaatcc cagcactttg ggaggcccaa ggtgggaaga ttgcttgagg
241 caaggggttt gagaccagcc cgggcaacat ggtgaaactc tgtctcttta aaaaagaaag
301 aaaagaaaag aaagaaagaa aagaaaatct cagtgagtga tggtcagaat agaattcaac
361 ataacaagct cattattaaa atatttgatc tcactgtgta caattctgaa gacactcatt
421 catgtacttc attaaatatt tctagtttgc taaaaataga attacccttc aacccagcaa
481 tcccattact gggtatctac caaaaggaaa aaaaaaatca ttctatgaaa agatgcctgc
541 acttgtatgt tcatcacaga actatttaca gtagcaaaga cgtggaatca acccaggtgc
601 ccatcaacag tggactggat aaagaaagtg tggtc
<210>48
<211>678
<212>DNA
<213>Homo sapiens
<400>48
1 tggtagtgga cccggcctcg gaccgcgtgc tggccaccgg ccacgactgc agctgcgcgg
61 acaaccccct cctgcacgcc gtcatggtgt gcgtggacct cgtggcgcgc ggcagggccg
121 cggcacctac gacttcagac ccttccccgc ctgctccttc gccccggccg ctgcccccca
181 ggccgtccgc gcaggcgccg tgcgtaaact ggacgcagac gaggacggcc tcccctacct
241 gtgcactggc tacgacctgt acgtgacccg cgagccctgc gccatgtgcg ccatggccct
301 ggtgcacgca cgcatcctgc gcgtcttcta cggtgcgccc tcgcccgacg gcgccctggg
361 cacccgcttc cgcatccacg cacggcccga cctcaaccac cgcttccagg tgttccgcgg
421 ggtgctggag gagcagtgcc gctggctgga cccccgacac gtaggcgccg ccctcctgcc
481 tccggaccct tcccgctccc ggccgtgggg cgcccctcct ggacttccgg gcctcggatt
541 tcttccgcac aagcctgacc gtggatttca gggacacata ccgctccagc gggggagcac
601 gggtgctgcc ttccgtgcgg atcgagcttt cctggactcg gtcattgggg ccaccccgtg
661 ccaagcggtt gcccttct
<210>49
<211>837
<212>DNA
<213>Homo sapiens
<400>49
1 tgcatttgaa agctgaagga attactttag atagatagga attgctacct ttattctgga
61 aaggtttagt ttctgcctca aagcattttg aagtgtttta accattaaag ggtctaattt
121 ttttttctta atgaaatcaa gcattttaat ttactgtggg aggcatcctg accacggaca
181 tccataacag caaagcacaa atcgttttcg tctgtagtca tatcctgaaa cataggtgga
241 caaattttta actgagagac aaaaatcaca tagttgaatt gagcagaaca cttaagtgct
301 ttctgcatct atttaggagt ctatttctta ccaataaact tgacaacgca tttggaaaac
361 tagtgaacac cttacagctt tcattctgct ttaatgtttc aattcaagcc ggtgtaaaaa
421 taatttccaa ggcatttctg tttattcttt agtaatctca ctactggcta tgtcagcaat
481 atctttttca atctggttcc ttttgtatat gatgtcactg tgacctcttt gaaatatagt
541 gatggctttt acctactttg aaaagaattt tcacatagag tcagaaaaaa aaggaactat
601 caaatcactt gcctttccac ttggagagca cgacagttgc caacaacaag gggtcaaggg
661 acgcacagga gatgtgtggg ggcctggaca ctcccaactg gtgaccagag gcttgttcgc
721 atttacattt gtctccactt gtaaaaaaca tagttcaggt cctaaattct tatcactgga
781 tttacttagc aatcttcaat gacctgcagt cattgcctgt ataagtgaac acgaaaa
<210>50
<211>819
<212>DNA
<213>Homo sapiens
<400>50
1 ctgcctgtct cggctcccaa agaactggga ttacaggcat gaggcaccgt gcctgtccca
61 tgtgtactta atagatattt accatataca attatttttt aatttaaata aatcaatgaa
121 cagtgttatt ttttaaatct tgtggcttta atacaccctt tcaattctca gggagtgttt
181 tggtgataca ggctggggag ttaaataaat gaacgaataa acttagttgt tatccattca
241 aaaaaaaaaa aaaaaaaaaa aaaaaaaaaa aaaaaaaaaa aaaaaacaaa aaaaaaaaaa
301 aaaaaaaaaa aaaaaaacaa aaaaaaagaa gagagagaga gaagagaaga aacaaataac
361 aaatcaaaaa agaagaagca acaaaaaagc aaagcgtaaa caacacagag agcgcgggcg
421 cgagcagagg cgagcccccc ttgagtgaga acacattata aaataccgca gcgaagacga
481 gggtagcgtt tacagaaaga cggagcagcg ttcctcgagc gggagggaca acttcaccta
541 ttaacaacct gaatctagct tgtggaagaa cagaacaaca ccactcggtc ggagggagga
601 cacaaacaaa tgacgtgata acagtaacat ctccatcctc tgcatcgaaa ggattaccac
661 acccccgttc gggcggcgag acaaaaataa atgatagtga aagttacata ctacagcggt
721 agcacaataa acgacacgtc agactactat gatcggctat aatagtcata aatgtttgcg
781 agcacaagcc gccgagttta ttcgatcacg agacctctt
Claims (3)
1.一类人类肝脏表达序列标签的序列,其包括:
(a)SEQ ID No.1~SEQ ID No.50所示的序列;
(b)SEQ ID No.1~SEQ ID No.50所示的序列中每条序列的互补序列;
(c)与SEQ ID No.1~SEQ ID No.50所示的序列中每条序列有至少70%同源性的序列,及
(d)上述(a)~(c)中一条或数条的组合。
2.根据权利要求1所述的一类人类肝脏表达序列标签的序列,其特征在于:所述序列包括具有SEQ ID No.1~SEQ ID No.50所示的序列。
3.一种探针分子,其特征在于:所述的探针分子含有权利要求1中所述的序列中约8-100个连续的核苷酸。
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