KR101693285B1 - Triclosan responsive genes in Hydra magnipapillata and the method for diagnosing aquatic environment pollution using the same - Google Patents

Abstract

The present invention relates to a Hydra (Hydra magnipapillata) gene responsive to triclosan (TCS) exposure, and to a method for diagnosing aquatic environmental contamination by using the same. In particular, triclosan is exposed at a concentration of 7.35 g/L for 6 hours, 24 hours, and 48 hours by culturing Hydra, and RNA is separated therefrom. Then, cDNA is synthesized, and marking is performed by Cy3 and Cy5, so hybridization is performed. An oligo-microarray is produced, and as a result of analyzing the same, it has been confirmed that an expression amount of 32 genes (20 increases, 12 decreases) is changed in a triclosan 6-hour exposed group by triclosan exposure, 10 genes (9 increases, 1 decrease) in a 24-hour exposed group, and 114 genes (22 increases, 92 decreases) in a 48-hour exposed group. Accordingly, the 156 genes can be useful as biomarkers for confirming triclosan exposure.

Description

[0002] Hydra genes corresponding to triclosan exposure, and methods for diagnosing environmental pollution of aquatic ecosystems using the same. [0002] Triclosan responsive genes in Hydra magnapapilla and methods for diagnosing aquatic environment pollution using the same [

The invention relates to a Hydra magnipapillata gene corresponding to triclosan (TCS) exposure and a method for diagnosing aquatic ecosystem environmental contamination using it.

Triclosan (TCS) is a chemical with antibacterial and antifungal activity and is used in personal cleanliness products such as toothpaste, deodorant, soap, detergent and the like. Although the US Food and Drug Administration says that triclosan is not known to be dangerous to humans, there is still controversy over the risk. In other words, it is known that triclosan may cause toxicity, decrease immunity, hormone regulation in the body, especially estrogen-related reactions and thyroid hormone-related reactions. According to an EWG 2008 report by the US nonprofit environmental organization, triclosan reacts with chlorine in tap water to produce dioxin, a carcinogenic substance, which by itself is suspected to be a substance that interferes with thyroid function and thyroid hormones.

Biologists have evolved biological defense mechanisms to maintain homeostasis in response to changes in the external environment, such as environmental pollution, climate change, and infection with pathogenic microorganisms. Most of these mechanisms of defense appear to modulate the amount of a specific protein by actively changing the expression level of a particular gene. Therefore, if specific genes for specific changes are identified and monitored for changes in their expression levels, information on environmental changes in specific areas as well as information on the effects of these environmental changes on life events and ecosystem health can be obtained have.

Hydra magnipalillata is the first multicellular animal with nerve cells, and is also very important in the study of biological evolution. Breeding as a double-blind animal is by silent and oily reproduction, and has excellent reproduction ability. Biol. 296: 62-70; Kaesbauer et al., 2007), which is involved in morphogenesis (Hobmayer et al., 2000, Nature 407: 186-189; Arvizu et al., 2006, Differentiation 74: 305-312; , Bev. Biol. 303: 376-390), signaling and signal transduction systems associated with regeneration (Bode, 2003, Dev Dyn 226: 225-236; Fujisawa, 2003, Dev Dyn 226: 182-189; , 2003, Dev Dyn 226: 257-267), a study related to signaling of cell differentiation (Thomsen et al., 2004, Mech. Dev. 121: 195-204, Philipp et al., 2005, Gene Expr. 397-402) and tissue fate determining signals (Bielen et al., 2007, Development, 134: 4187-4197). Since these signaling systems are common to all animals through evolution, they can extrapolate signal transduction pathways in the hydra to other animals. In Hydra, many genes that are expressed only in the early developmental stage in most animals are maintained in the adult. Therefore, it is possible to study signal transduction systems related to this without any time limit. Since molecular markers for each cell type are known, studies on cell differentiation are also possible. In situ hybridization (ISH) and immunohistochemistry (IHC) methods have been established for localization of gene and protein expression. Currently, 160,000 clones of ESTs and genome data (Chapman et al., 2010, Nature 464: 592-596) have been DB, and information about genes belonging to various signal transduction systems can be retrieved.

The present inventors extracted about 17,000 singletons from the gene information accumulated in the DDBJ / EMBL / NCBI gene database for securing and detecting specific gene candidates for exposure to triclosan. Designed oligo-probes for the extracted singletons and completed the 17K Hydra Express Gene Microarray (HEGEM) with them. Using this 17K HEGEM, 32 genes (20 species increased, 12 species decreased) in the TCS 6 hour exposure group; In the 24 hour exposure group, 10 genes (9 increased, 1 decreased); In the 48-hour exposure group, 114 genes (22 increased and 92 decreased) were found to be changed by exposure to triclosan, and genes expressing altered expression levels by exposure were identified, And a method for confirming whether the marker is exposed using the marker.

It is an object of the present invention to provide a Hydra magnipapillata gene corresponding to a triclosan (TCS) exposure and a method for confirming exposure to triclosan using the same.

In order to achieve the above object, the present invention provides a micro-organism for detecting the exposure of triclosan (TCS) in a sample, in which oligonucleotides of all the nucleotide sequences of all the genes of SEQ ID NOS: 1 to 156, And provides a microarray chip.

In addition,

1) separating the RNA from the hydra of the test group exposed to the test sample and the hydra of the normal control group, respectively;

2) labeling the experimental group and the control group with different fluorescent substances while synthesizing cDNA from the RNA of the experimental group and the control group of step 1);

3) hybridizing the cDNA labeled with different fluorescent substances of step 2) with the microarray chip;

4) analyzing the reacted microarray chip; And

5) analyzing the data to determine the degree of gene expression integrated in the microarray chip in comparison with the control group, and detecting the presence of triclosan in the sample.

In addition,

1) separating the RNA from the hydra of the test group exposed to the test sample and the hydra of the normal control group, respectively;

2) The RNA of step 1) was subjected to quantitative real-time reverse transcriptase polymerase chain reaction (RT-PCR) using all of the primer pairs complementary to each gene described in SEQ ID NOS: , qRT-PCR); And

3) comparing the gene product of step 2) with a control group to confirm the degree of expression.

In addition, the present invention provides a kit for detecting exposure to triclosan comprising the microarray chip.

In addition, the present invention provides a kit for detecting the exposure of triclosan comprising all of the primer pairs complementary to each gene described in SEQ ID NOS: 1 to 156 and capable of amplifying the gene.

Hydra (Hydra magnipapillata) gene oligo- micro-arrays A, through a micro-test analysis eoraeyi use them, triclosan 6 hours of exposure in the group of 32 genes (by 20 species, reduced to 12 types) in the present invention; In the 24 hour exposure group, 10 genes (9 increased, 1 decreased); In the 48-hour exposure group, the genes of 114 genes (22 increased, 92 decreased) were found to be changed by exposure to triclosan. Thus, 156 genes are useful as biomarkers for confirming exposure of triclosan Can be utilized.

Figure 1 shows the results of Hierachial clustering of differential expression gene profiling of hydra ( Hydra magnipapillata ) exposed to Triclosan (TCS).

Hereinafter, the present invention will be described in detail.

The present invention is Triclosan (triclosan; TCS) Hydra expressing the change in response to exposure (Hydra magnipapillata) to discover the gene of origin, the Triclosan Triclosan a micro eoraeyi chip integration of the Hydra-derived gene that expresses the amount of change with respect to the exposure exposure And can be used to diagnose aquatic ecosystem contamination.

The present invention provides a microarray chip for detecting exposure to triclosan (TCS) in a sample in which oligonucleotides of the respective nucleic acid sequences shown in SEQ ID NOS: 1 to 156 or all of the complementary strand molecules thereof are integrated .

The gene is preferably derived from Hydra magnapapilla .

The micro-array chip for detecting the exposure of the triclosan can be produced by a method known to a person skilled in the art. A method of manufacturing the microarray chip is as follows. A micropipetting method using a piezo electric method or a method using a pin type spotter to immobilize the searched gene on a substrate of a microarray chip using the probe as a probe But it is not limited thereto. The substrate of the microarray chip is preferably coated with one activator selected from the group consisting of amino-silane, poly-L-lysine and aldehyde, but is not limited thereto . The substrate may be selected from the group consisting of slide glass, plastic, metal, silicon, nylon film, and nitrocellulose film, but is not limited thereto.

In addition,

1) separating the RNA from the hydra of the test group exposed to the test sample and the hydra of the normal control group, respectively;

2) labeling the experimental group and the control group with different fluorescent substances while synthesizing cDNA from the RNA of the experimental group and the control group of step 1);

3) hybridizing the cDNA labeled with different fluorescent substances of step 2) with the microarray chip;

4) analyzing the reacted microarray chip; And

5) analysis of the triclonsan (TCS) exposure in the sample, comprising the step of comparing the degree of gene expression integrated in the microarray chip with the control group.

It is preferable that the sample is any one selected from the group consisting of a biological sample, a food sample, a chemical sample, an industrial sample, a clinical sample, and an environmental sample.

The fluorescent material of step 2) may be any one selected from the group consisting of Cy3, Cy5, poly L-lysine-fluorescein isothiocyanate (RITC), rhodamine-B-isothiocyanate (RITC), and rhodamine Do.

In addition,

1) separating the RNA from the hydra of the test group exposed to the test sample and the hydra of the normal control group, respectively;

2) The RNA of step 1) was subjected to quantitative real-time reverse transcriptase polymerase chain reaction (RT-PCR) using all of the primer pairs complementary to each gene described in SEQ ID NOS: , qRT-PCR); And

3) comparing the gene product of step 2) with a control group to confirm the degree of expression.

It is preferable that the sample is any one selected from the group consisting of a biological sample, a food sample, a chemical sample, an industrial sample, a clinical sample, and an environmental sample.

In addition, the present invention provides a kit for detecting exposure to triclosan comprising the microarray chip.

It is preferable that the kit further comprises any one selected from the group consisting of a fluorescent substance group consisting of a streptavidin-like phosphatease conjugate, a chemiluminescent substance and a chemiluminescent substance Do.

In addition, the kit can be used as a buffer solution used for hybridization, a reverse transcriptase for synthesizing cDNA (complementary DNA) from RNA, deoxynucleotide triphosphates (dNTPs) and rNTPs (ribonucleotide triphosphates, pre-mixed or separated feed type) A buffer solution, and a buffer reagent.

In addition, the present invention provides a kit for detecting the exposure of triclosan comprising all of the primer pairs complementary to each gene described in SEQ ID NOS: 1 to 156 and capable of amplifying the gene.

Hereinafter, the present invention will be described in detail with reference to examples.

However, the following examples are for illustrative purposes only and are not intended to limit the scope of the present invention.

< Example  1> cultivation of hydra and Triclosan  exposure

<1-1> Culture of hydra

Hydra wild type (wild strain) of 105 (Hydra magnipapillata) were cultured in _{1 mM NaCl, 1 mM CaCl 2} , 0.1 mM KCl, 0.1 mM MgSO 4, 1 mM Tris (hydroxymethyl) aminoethane (pH7.6). The water temperature was fixed at 20 ℃, once a newly hatched Arte mia (Artemia) larvae were fed for two days with food. After feeding, the culture medium was exchanged after several hours.

<1-2> Triclosan  exposure

To establish triclosan exposure conditions for hydra, the concentration of triclosan half-lives (Lethal concentration 50, LC ₅₀ ) was determined. As a result, the 48-hour half-life lethal concentration was 367.72 μg / L. Exposure concentrations for the differential expression gene profiling were exposed to 20 h hydra for 6 h, 24 h and 48 h, respectively, at 7.35 μg / L, about 1/50 of the 48 h LC ₅₀ (367.72 μg / L).

< Example  2> Triclosan  Measurement of changes in gene expression by exposure

<2-1> RNA extraction and cDNA synthesis

1 ml of Tri-Reagent solution (Molecular Research Center Inc, Cincinnati, Ohaio, USA) was added to the hydra tissues of the exposed test group (6, 24, 48 hours) and the unexposed control group, Homogenized, and allowed to stand at room temperature for a minute. 200 μl of chloroform was added and mixed well. The mixture was left at room temperature for 10 minutes and centrifuged (12,000 × g, 4 ° C.) for 15 minutes. Then, the supernatant was obtained, 500 μl of isopropanol was added, and the mixture was allowed to stand at room temperature for 5 minutes. After the solution was removed by centrifugation (12,000 × g, 4 ° C.) for about 20 minutes, only the precipitate was collected, and 50 μl of 70% ethanol solution was added to the precipitate and centrifuged for 5 minutes. Then, the ethanol solution was removed, The RNA was dried. After drying, it was dissolved in sterilized water treated with an appropriate amount of ethyl pyrocarbonate (DEPC)

<2-2> Cy3  And Cy5  sign

The total RNA of the purified exposed group and the control group was labeled with Cy3 and Cy5 according to the manufacturer's protocol using Agilent's Low RNA Input Linear Amplification Kit Plus (Agilent Technologies, USA) as follows.

Specifically, 1 μg of RNA was mixed with dT-promoter primer (dT-promoter primer) and MMLV-reverse transcriptase and reverse transcription was performed at 40 ° C. for 2 hours. Then, T7 polymerase (T7 polymerase) was added and linear amplification was performed at 40 DEG C for 2 hours. Through the amplification process, the samples of the experimental group and the control group were labeled with Cy3-CTP and Cy5-CTP, respectively.

<2-3> Hybridization (Hybridization) and scanning (scanning)

Fluorescent labeled cRNA samples were purified using Qiagen PCR purification kit and eluted with distilled water. The purified fluorescent marker-cRNA sample was added to a hybridization buffer (3 x SSC, 0.3% SDS, 50% formamide, 20 Cot Cot-1 DNA, 20 ㎍ yeast tRNA) , and concentrated with microcon YM-30 to form a hybridization mixture. The hybridization mixture was denatured by heating at 95 DEG C for 3 minutes and centrifuged at 12,000 x g for 30 seconds to lower the temperature. The hydra oligo- microarray prepared coverslip was covered and the modified hybridization mixture was pipetted. Thereafter, the micro-array was inserted into a GT-Hyb chamber and reacted at 65 ° C for 16 hours to effect hybridization. After the hybridization was completed, the micro-array was taken out of the chamber to perform a washing process, Dried and stored in a dark room until scanning. The hydra oligo- microarrays that had been tested were scanned using an Axon GenePix 4000B scanner (Axon Instrument, USA), and each point from the scanned image was scanned using a gridding file using the GenePix Pro 6.0 program. And GPR file (GPR file) containing analysis values such as Cy5 / Cy3 intensity and ratio of each point was obtained.

< Example  3> Microarray  Data analysis

From the GPR files obtained from the GenePix Pro program, analysis was performed using the analysis program GeneSpring 7.3.1 (Agilent Technologies, USA) as follows:

Normalization was performed using LOWESS (locally weighted regression scatterplot smoothing), and the reliable gene had a median sum less than the background or a standard deviation of each pixel value Significant genes were obtained by flag-outing the unspecified point. Significant genes were selected with a difference of more than 10 times the normalized ratio.

<3-1> Identification of candidate genes for specific genes

Genes were selected whose gene expression levels were 1.5 times or more changed by exposure time of triclosan. As a result, 32 genes (20 species increased (Table 1) and 12 species decreased (Table 2)) were observed in the 6 hour exposure group; In the 24 hour exposure group, 10 genes (9 increased (Table 3), 1 decreased (Table 4)); In the 48 hour exposure group, 114 genes (22 increased (Table 5) and 92 decreased (Table 6)) were analyzed to be expressed by triclosan exposure. That is, as shown in Tables 7 and 8, by confirming that expression of total 51 kinds of genes was increased by exposure to triclosan and decrease of expression of 105 kinds of genes, 156 kinds of genes confirmed triclosan exposure It is thought that it can be used as a biomarker.

A list of genes (20 species) whose expression level increased 1.5 times or more in the 6 hour exposure group of triclosan gene Expression level Glucosamine-fructose-6-phosphate aminotransferase [isomerizing] 2, partial mRNA 1.50 nematocilin B (NemB), mRNA 1.51 ferritin, partial mRNA 1.55 AHNAK nucleoprotein, partial mRNA 1.58 microtubule-actin crosslinking factor 1, partial mRNA 1.59 SNF1-like kinase 2, mRNA 1.60 Glucosamine-fructose-6-phosphate aminotransferase 1, partial 1.61 Radixin, partial mRNA 1.61 harbinger transposase derived 1, partial mRNA 1.64 oxidative stress protein, mRNA 1.68 mitochondrial RNA ligase 2, mRNA 1.76 heat shock protein 90, alpha (cytosolic), class A member 1, mRNA 1.96 5-azacytidine induced 1, mRNA 1.97 testis expressed gene 264, mRNA 2.15 Tumor necrosis factor, alpha-induced protein 8-like protein, mRNA 2.18 DEHA2D14190p, mRNA 2.37 mucin 1, cell surface associated, mRNA 3.14 Sox10, mRNA 5.79 zinc finger with UFM1-specific peptidase domain, partial mRNA 8.04 ERYTHROCYTE MEMBRANE PROTEIN PFEMP3, mRNA 8.57

A list of genes (12 species) whose expression level is reduced by more than 1.5 times in the 6 hour exposure group of triclosan gene Expression level zinc finger protein Ssu-Zic, partial mRNA -1.50 ribonucleoside-diphosphate reductase small chain, mRNA -1.50 glutamine rich 2, mRNA -1.50 c-K-ras2 protein, mRNA -1.51 phospholipase A2, mRNA -1.55 homeobox Hx, mRNA -1.63 homeobox protein Otx, mRNA -1.65 GLI pathogenesis-related 2, mRNA -1.65 potassium channel homolog, mRNA -1.69 coenzyme Q5 homolog, methyltransferase, mRNA -1.76 acyl-Coenzyme A dehydrogenase, long chain, mRNA -1.82 aldehyde dehydrogenase 8A1, mRNA -1.99

(9 kinds) of genes whose expression level increased more than 1.5 times in the 24 hour exposure group of triclosan, gene Expression level TANK-binding kinase 1, mRNA 1.52 variable membrane protein, partial mRNA 1.52 complement component C3-like protein, partial mRNA 1.52 WntX2, mRNA 1.60 translationally controlled tumor protein, mRNA 1.60 polyprotein, mRNA 1.72 antistasin, mRNA 1.75 Glycoprotein 3-alpha-L-fucosyltransferase A, mRNA 1.81 Probable voltage-dependent N-type calcium channel subunit alpha-1B, partial mRNA 1.91

Gene list (1 species) whose expression level is decreased more than 1.5 times in 24 hour exposure group of triclosan gene Expression level Ornithine decarboxylase, partial mRNA -1.60

Triclosan The gene list (22 species) whose expression level is increased more than 1.5 times in 48 hour exposure group gene Expression level PMP1 protein, mRNA 1.51 tfiia large subunit, mRNA 1.52 pregnancy zone protein, partial mRNA 1.55 conserved hypothetical protein, mRNA 1.56 alpha macroglobulin, partial mRNA 1.59 selenium binding protein 1, mRNA 1.59 Protein C20orf11 homolog, mRNA 1.60 LSM14 homolog B, mRNA 1.60 C3 and PZP-like, alpha-2-macroglobulin domain containing 8, partial mRNA 1.62 HyTSR1 protein, partial mRNA 1.65 golgi reassembly stacking protein 2, mRNA 1.66 protein disulfide isomerase, mRNA 1.67 G-protein coupled receptor 112, mRNA 1.69 acheron, partial mRNA 1.76 Hexosaminidase domain-containing protein, mRNA 1.77 brachyury, mRNA 1.79 DnaJ (Hsp40) homolog, subfamily C, member 3, mRNA 1.84 Na, K-ATPase alpha subunit, mRNA 1.91 Brain-specific angiogenesis inhibitor 3, mRNA 1.98 chondroitin 4-sulfotransferase, mRNA 4.05 hydra Na channel 3, mRNA 6.25 ADP-ribosylation factor-like 11, mRNA 129.42

Gene list (92 species) whose expression level is reduced more than 1.5 times in triclosan 48 hours exposure group gene Expression level protein phosphatase 1, catalytic subunit, alpha, partial mRNA -1.50 Latent-transforming growth factor beta-binding protein, isoform -1.50 Late histone H2A.2.2, mRNA -1.50 von Willebrand factor D and EGF domains, partial -1.51 myosin V, mRNA -1.52 poly-gamma-glutamate synthesis protein, mRNA -1.52 PIF1p DNA helicase (yeast) homolog family member (pif-1), partial mRNA -1.52 S-adenosylmethionine decarboxylase; SAMDC, partial mRNA -1.53 adult brain protein 239-like protein, partial mRNA -1.53 tyrosine kinase receptor, mRNA -1.54 doublesex-Mab related 99B, mRNA -1.54 hemicentin 1, partial mRNA -1.55 Zinc transporter ZIP12, mRNA -1.56 beta-tubulin, transcript variant 1, mRNA -1.56 mini-collagen, transcript variant 1, mRNA -1.56 hydra Na channel 2 (hynac2), mRNA -1.57 beta-tubulin, transcript variant 2, mRNA -1.57 dickkopf-3 related protein, mRNA -1.58 voltage-dependent calcium channel alpha-2 delta subunit, partial mRNA -1.58 sulfotransferase family 1B, member 1, mRNA -1.58 hydra Na channel 3, partial mRNA -1.58 General transcription factor II-I repeat domain-containing protein 2A, mRNA -1.59 NAD + -dependent 15-hydoxyprostaglandin dehydrogenase, mRNA -1.59 receptor for egg jelly 6, partial mRNA -1.59 adenylate kinase 1, mRNA -1.60 apextrin, mRNA -1.60 Serine / threonine-protein phosphatase beta isoform, partial mRNA -1.61 Ift46 protein, mRNA -1.61 KSI, mRNA -1.61 FLJ42117 protein, mRNA -1.61 zinc finger, MYM domain containing 1, mRNA -1.61 flagellar calcium-binding protein TB-44A, mRNA -1.61 Cation transport regulator-like protein 2, mRNA activin B, mRNA -1.62 activin B, mRNA -1.62 prdl-b protein, mRNA -1.62 nematocyst outer wall antigen, mRNA -1.62 HyTSR1 protein, mRNA -1.63 Kinesin-like protein KIF19, mRNA -1.64 calmodulin, partial mRNA -1.64 ATP-binding cassette sub-family F member 3, mRNA -1.64 carbonic anhydrase 7, mRNA -1.65 Na, K-ATPase alpha subunit, partial mRNA -1.67 advillin, mRNA -1.69 voltage-gated sodium channel alpha subunit protein, partial mRNA -1.70 Neuropilin-1a precursor (znrp1), mRNA -1.71 mitogen-activated protein kinase 6, transcript variant 2, mRNA -1.71 carbonic anhydrase 2, mRNA -1.74 neuropeptide, mRNA -1.75 mitogen-activated protein kinase 6, transcript variant 1, mRNA -1.76 FERM domain-containing protein 5, mRNA -1.76 calmodulin, mRNA -1.78 glutathione synthetase, mRNA -1.80 BTB (POZ) domain containing 7, mRNA -1.82 nudix-type motif 3, mRNA -1.83 Rho GTPase activating protein 6, mRNA -1.84 Prion-like- (Q / N-rich) -domain-bearing protein family member (pqn-13), mRNA -1.84 Calmodulin CG8472-PA, transcript variant 3, mRNA -1.86 calmodulin-like 3, mRNA -1.86 nematoblast specific protein (nb035), partial mRNA -1.87 ferritin, mRNA -1.88 myopalladin, mRNA -1.89 collagen, partial mRNA -1.90 secreted protein, mRNA -1.90 carbonic anhydrase 7, transcript variant 1, mRNA -1.91 epitheliopeptide HYM-301, mRNA -1.93 Ece1 protein, partial mRNA -1.93 Metabotropic glutamate receptor 3, partial mRNA -1.95 SCO-spondin, partial mRNA -1.96 Sox17 alpha, mRNA -1.96 ventropin, partial mRNA -1.96 Ras-like protein family member 11B, mRNA -1.98 PXN-FBPL, mRNA -1.98 hydra Na channel 4 (hynac4), partial mRNA -2.00 WD repeat domain 86, mRNA -2.04 viral A-type inclusion protein, mRNA -2.04 deleted in colorectal carcinoma, mRNA -2.05 minicollagen-15, mRNA -2.08 Polycystic kidney disease 2-like 2 protein, part -2.08 carbonic anhydrase 7, transcript variant 2, mRNA -2.09 Cysteine and glycine-rich protein 2, mRNA -2.16 calcium transporter 2, partial mRNA -2.19 transglutaminase, mRNA -2.32 TiTiN family member (ttn-1), mRNA -2.33 Rh-associated glycoprotein, partial mRNA -2.40 probable zinc metalloproteinase, mRNA -2.41 gamma-glutamyl hydrolase, mRNA -2.45 mini-collagen, transcript variant 4, mRNA -2.61 mini-collagen, transcript variant 3, mRNA -2.62 bcl-2-like 3, mRNA -2.82 mini-collagen, mRNA -2.86 Calmodulin CG8472-PA, partial mRNA -3.02 equinatoxin V, mRNA -4.22

List of genes whose expression in hydra increases by exposure to triclosan (51 species) SEQ ID NO: gene One Glucosamine-fructose-6-phosphate aminotransferase [isomerizing] 2, partial mRNA 2 nematocilin B (NemB), mRNA 3 ferritin, partial mRNA 4 AHNAK nucleoprotein, partial mRNA 5 microtubule-actin crosslinking factor 1, partial mRNA 6 SNF1-like kinase 2, mRNA 7 Glucosamine-fructose-6-phosphate aminotransferase 1, partial 8 Radixin, partial mRNA 9 harbinger transposase derived 1, partial mRNA 10 oxidative stress protein, mRNA 11 mitochondrial RNA ligase 2, mRNA 12 heat shock protein 90, alpha (cytosolic), class A member 1, mRNA 13 5-azacytidine induced 1, mRNA 14 testis expressed gene 264, mRNA 15 Tumor necrosis factor, alpha-induced protein 8-like protein, mRNA 16 DEHA2D14190p, mRNA 17 mucin 1, cell surface associated, mRNA 18 Sox10, mRNA 19 zinc finger with UFM1-specific peptidase domain, partial mRNA 20 ERYTHROCYTE MEMBRANE PROTEIN PFEMP3, mRNA 21 TANK-binding kinase 1, mRNA 22 variable membrane protein, partial mRNA 23 complement component C3-like protein, partial mRNA 24 WntX2, mRNA 25 translationally controlled tumor protein, mRNA 26 polyprotein, mRNA 27 antistasin, mRNA 28 Glycoprotein 3-alpha-L-fucosyltransferase A, mRNA 29 Probable voltage-dependent N-type calcium channel subunit alpha-1B, partial mRNA 30 PMP1 protein, mRNA 31 tfiia large subunit, mRNA 32 pregnancy zone protein, partial mRNA 33 conserved hypothetical protein, mRNA 34 alpha macroglobulin, partial mRNA 35 selenium binding protein 1, mRNA 36 Protein C20orf11 homolog, mRNA 37 LSM14 homolog B, mRNA 38 C3 and PZP-like, alpha-2-macroglobulin domain containing 8, partial mRNA 39 HyTSR1 protein, partial mRNA 40 golgi reassembly stacking protein 2, mRNA 41 protein disulfide isomerase, mRNA 42 G-protein coupled receptor 112, mRNA 43 acheron, partial mRNA 44 Hexosaminidase domain-containing protein, mRNA 45 brachyury, mRNA 46 DnaJ (Hsp40) homolog, subfamily C, member 3, mRNA 47 Na, K-ATPase alpha subunit, mRNA 48 Brain-specific angiogenesis inhibitor 3, mRNA 49 chondroitin 4-sulfotransferase, mRNA 50 hydra Na channel 3, mRNA 51 ADP-ribosylation factor-like 11, mRNA

List of genes (105 species) whose expression is reduced in hydra by triclosan exposure SEQ ID NO: gene 52 zinc finger protein Ssu-Zic, partial mRNA 53 ribonucleoside-diphosphate reductase small chain, mRNA 54 glutamine rich 2, mRNA 55 c-K-ras2 protein, mRNA 56 phospholipase A2, mRNA 57 homeobox Hx, mRNA 58 homeobox protein Otx, mRNA 59 GLI pathogenesis-related 2, mRNA 60 potassium channel homolog, mRNA 61 coenzyme Q5 homolog, methyltransferase, mRNA 62 acyl-Coenzyme A dehydrogenase, long chain, mRNA 63 aldehyde dehydrogenase 8A1, mRNA 64 Ornithine decarboxylase, partial mRNA 65 protein phosphatase 1, catalytic subunit, alpha, partial mRNA 66 Latent-transforming growth factor beta-binding protein, isoform 67 Late histone H2A.2.2, mRNA 68 von Willebrand factor D and EGF domains, partial 69 myosin V, mRNA 70 poly-gamma-glutamate synthesis protein, mRNA 71 PIF1p DNA helicase (yeast) homolog family member (pif-1), partial mRNA 72 S-adenosylmethionine decarboxylase; SAMDC, partial mRNA 73 adult brain protein 239-like protein, partial mRNA 74 tyrosine kinase receptor, mRNA 75 doublesex-Mab related 99B, mRNA 76 hemicentin 1, partial mRNA 77 Zinc transporter ZIP12, mRNA 78 beta-tubulin, transcript variant 1, mRNA 79 mini-collagen, transcript variant 1, mRNA 80 hydra Na channel 2 (hynac2), mRNA 81 beta-tubulin, transcript variant 2, mRNA 82 dickkopf-3 related protein, mRNA 83 voltage-dependent calcium channel alpha-2 delta subunit, partial mRNA 84 sulfotransferase family 1B, member 1, mRNA 85 hydra Na channel 3, partial mRNA 86 General transcription factor II-I repeat domain-containing protein 2A, mRNA 87 NAD + -dependent 15-hydoxyprostaglandin dehydrogenase, mRNA 88 receptor for egg jelly 6, partial mRNA 89 adenylate kinase 1, mRNA 90 apextrin, mRNA 91 Serine / threonine-protein phosphatase beta isoform, partial mRNA 92 Ift46 protein, mRNA 93 KSI, mRNA 94 FLJ42117 protein, mRNA 95 zinc finger, MYM domain containing 1, mRNA 96 flagellar calcium-binding protein TB-44A, mRNA 97 Cation transport regulator-like protein 2, mRNA 98 activin B, mRNA 99 prdl-b protein, mRNA 100 nematocyst outer wall antigen, mRNA 101 HyTSR1 protein, mRNA 102 Kinesin-like protein KIF19, mRNA 103 calmodulin, partial mRNA 104 ATP-binding cassette sub-family F member 3, mRNA 105 carbonic anhydrase 7, mRNA 106 Na, K-ATPase alpha subunit, partial mRNA 107 advillin, mRNA 108 voltage-gated sodium channel alpha subunit protein, partial mRNA 109 Neuropilin-1a precursor (znrp1), mRNA 110 mitogen-activated protein kinase 6, transcript variant 2, mRNA 111 carbonic anhydrase 2, mRNA 112 neuropeptide, mRNA 113 mitogen-activated protein kinase 6, transcript variant 1, mRNA 114 FERM domain-containing protein 5, mRNA 115 calmodulin, mRNA 116 glutathione synthetase, mRNA 117 BTB (POZ) domain containing 7, mRNA 118 Prion-like- (Q / N-rich) -domain-bearing protein family member (pqn-13), mRNA 119 Rho GTPase activating protein 6, mRNA 120 nudix-type motif 3, mRNA 121 Calmodulin CG8472-PA, transcript variant 3, mRNA 122 calmodulin-like 3, mRNA 123 nematoblast specific protein (nb035), partial mRNA 124 ferritin, mRNA 125 myopalladin, mRNA 126 collagen, partial mRNA 127 secreted protein, mRNA 128 carbonic anhydrase 7, transcript variant 1, mRNA 129 epitheliopeptide HYM-301, mRNA 130 Ece1 protein, partial mRNA 131 Metabotropic glutamate receptor 3, partial mRNA 132 SCO-spondin, partial mRNA 133 Sox17 alpha, mRNA 134 ventropin, partial mRNA 135 Ras-like protein family member 11B, mRNA 136 PXN-FBPL, mRNA 137 hydra Na channel 4 (hynac4), partial mRNA 138 WD repeat domain 86, mRNA 139 viral A-type inclusion protein, mRNA 140 deleted in colorectal carcinoma, mRNA 141 minicollagen-15, mRNA 142 Polycystic kidney disease 2-like 2 protein, part 143 carbonic anhydrase 7, transcript variant 2, mRNA 144 Cysteine and glycine-rich protein 2, mRNA 145 calcium transporter 2, partial mRNA 146 transglutaminase, mRNA 147 TiTiN family member (ttn-1), mRNA 148 Rh-associated glycoprotein, partial mRNA 149 probable zinc metalloproteinase, mRNA 150 gamma-glutamyl hydrolase, mRNA 151 mini-collagen, transcript variant 4, mRNA 152 mini-collagen, transcript variant 3, mRNA 153 bcl-2-like 3, mRNA 154 mini-collagen, mRNA 155 Calmodulin CG8472-PA, partial mRNA 156 equinatoxin V, mRNA

<110> Korea Institute of Ocean Science & Technology <120> Triclosan responsive genes in Hydra magnipapillata and the method          for diagnosing aquatic environment pollution using the same <160> 156 <170> KoPatentin 3.0 <210> 1 <211> 675 <212> DNA <213> Hydra magnipapillata <400> 1 gttgttggta taaccaatac agttggaagt agtatatcac gtgaaactat gtgtggtgtc 60 cacatcaatg ctggtccaga gataggggtt gctagcacta aagcttatac tagtcaattt 120 ttggcccttg ttttgtttgc cattatgatg gctgaagaca gaatatcaaa gcaggaccgt 180 attaaagaaa taattcaagc tttaaaagtc tttccagagt atatttcgga agtactcaaa 240 cttgataata aaatagagga aattgccaag actatcaaag atgaaaaaag tctgttagtc 300 atgggtagag gctatcaatt tgctacttgt ttggaaggag cgttgaaaat taaagaaatt 360 acctatatgc attccgaagg cattcttgct ggggaattaa aacatggacc gttagctctt 420 gttgataaag atatgcctgt gattatgatt gctcttaaag acaaaactca tgataaatgc 480 atgaatgccc tgcaacaagt tctcgcaagg aaagggcgtc caattattat ttgttcaaag 540 gacgataatg aaacaagtaa gctaggttat aacagtttag aaataccgca agtgccagat 600 tgtttatctg gtatccttac agttatccct ttgcaattgc tatcttttca ccttgccgtt 660 ttacgtggtt atgac 675 <210> 2 <211> 1805 <212> DNA <213> Hydra magnipapillata <400> 2 ggaaactgat tttaaaaaga ttttcacgat ttcataagtt aacagaacaa aaaatgtctg 60 ttccatcacc attatctcac acccaccgtc agttggaaaa acaaaacatt gctcagttga 120 caatgaagtt taaagaatat actgaccaag taagacagat gagagagcac tgtaaaaaaa 180 ctgaaaacaa cgtatttctt tcacacattg cagcattaga taatgagatc aaagatttgc 240 agagcatcta cgaaagagag ctagattcag tcagaggtca acttgatgct tgcattgcag 300 aaaggaatca gttacattta gatgcaagca aatatggtgc tctttccaaa gaattccagg 360 acaagtatag cgaagaaaag acaacacgta ccaaactcga aaacgcttta gctgatgcac 420 atcgtgtact taccgaaaaa gatgcccttc tgcaagaact tcatatatca attgcccaac 480 accaaaatgc acatttggac acagctaaag aacgagacga acttcaaagt caaaatacat 540 cattaaaagt tacttgtgat agtgaatcta aaatgcgtat cgatttagaa gcttatgttc 600 gt; tgagaaatcg caatgccgct gctgagagaa caattgaaat tgcagaccag aaacttcgag 720 agcacgatct ggttgatgaa aagcttcaac aacaaattga aaatattcga cgacaaacga 780 catacgattt tattcagtat caagaagctt cagagaattc atatcagtta cagctacaag 840 aacacaaaaa ccgcatggca aaagaaactc aagctcttac ccaacaaaaa gaggaaaaca 900 ttcatttgaa agcaattatt gaagaaatga atgctaagat ttacaaactg gacggaaagg 960 tttcttctta tcatgaacaa aatacaattc taattcacac acttgaagtt gaacgtcgcg 1020 ctgctgctgc aacctgtcac gagcttgaaa agaaacttca agaactccaa gaacattaca 1080 acaccaaagt ccgagagtta aacattgtta gcagtgtcaa cattccaatc gacttagaac 1140 ttgaatcatt atcgcaatta atagaagctg aagcaaaacg attagatgtt gctttatcca 1200 acccctcaag tgatctaatt tctactgtac gtggagagtt ggtgtcaaac cgaagtcatt 1260 atgtgcataa cgctagcccc cgaaaagctt catcaaacgc tcctcttaaa aggcaaaagt 1320 cacctgcagc attggtagat acaaccacgg agctccctcc acttattaat cctctgccta 1380 aatatacaac gaacctacca tcaataaacg atataaagag ccgtaactac ccaagttatt 1440 caaatcgaaa cttttatatt gaaaaatgag cgattattta gtttgtatat agaaagattt 1500 gtattatgaa tttacacttt tgcataatcc gctttaaggg tgtttattta ataagtggat 1560 ttattttaag aacaaaggca attataaata ataataaaaa caaaatgcag atataactac 1620 tttttacgaa ataaactgat tggaatataa atttactatc ctacaaacta aaagttctat 1680 ttgtataatg ttaaaattaa tttgttaaat aattttatgt gatttttaaa tttgatgagt 1740 cagaaaatat tataagtatc ctcaatatgt cattttattt tttatttttt ttgaaataaa 1800 aatta 1805 <210> 3 <211> 552 <212> DNA <213> Hydra magnipapillata <400> 3 gcttatcatt ttgatcaaga tgatgttgcg ttagctggat acttcaagtt tttcaagcat 60 caatcagatg aagaacgtga acatgctcag aaacttatga aataccaaaa taaacgtggt 120 ggtcgtgtag tttacaagga tgttcaaggt ccccaatttc aagtgagtac gccagtgtca 180 gctttagaag cagcgcttga attggaaaag aaagtaaacg agtcgttgtt aaatgtccat 240 gccattgctg gaaaacacag tgatcctcat ttgtgtgatt tcttagaatc agaatttttg 300 gatgagcaag ttgagtcaat caatgagatt gctaaattga ttacaaacgc aaagagatgc 360 ggcgatggtt tgggtgttta tcaatttgat aaattgagct tatcaagtta aatgtcaact 420 ttttttgatt gttttgcctt gaggactata cagagcaaac aatatttatt gttaaagaat 480 aagaaatctt cagaaaaata attttccaat tttttttttt ttcatttaaa gttaaagagt 540 tatcctgata ta 552 <210> 4 <211> 2477 <212> DNA <213> Hydra magnipapillata <400> 4 tgctccgcat ggtaaaggaa gcattcctgg tattgatgtt aaaggcggac tcggattgaa 60 cgttagtggt aaaaagaaga aagatactgg cgaagactct gattctgacg atgacagcga 120 gaaaggtaaa aagaaaaagg acaaagacaa gtctggattc ggatttggaa tgaagatgcc 180 aaagtttggc ggaagtggta aagcagatat acatggtcca gaagttgatg ttgatggaaa 240 gttgaaaggt ggaatatctg ctgatgtgga tgtaccccat ttgaaatcta aagttgaagg 300 acctgatgtt gatgtttctg ctaaattgcc ttcaggcaat gttgatatca atgctccgca 360 tggtaaagga agcattcctg gtattgatgt taaaggcgga ctcggattga acgttagtgg 420 taaaaagaag aaagatactg gcgaagactc tgattctgac gatgacagcg agaaaggtaa 480 aaagaaaaag gacaaagaca agtctggatt cggatttgga atgaagatgc caaagtttgg 540 cggaagtggt aaagcagata tacatggtcc agaagttgat gttgatggaa agttgaaagg 600 tggaatatct gctgatgtgg atgtacccca tttgaaatct aaagttgaag gacctgatgt 660 tgatgtttct gctaaattgc cttcaggcaa tgttgatatc aatgctccgc atggtaaagg 720 aagcattcct ggtattgatg ttaaaggcgg actcggattg aacgttagtg gtaaaaagaa 780 gaaagatact ggcgaagact ctgattctga cgatgacagc gagaaaagta aaaagaaaaa 840 ggacaaagac aagtctggat tcggatttgg aatgaagatg ccaaagtttg gcggaagtgg 900 taaagcagat atacatggtc cagaagttga tgttgatgga aagttgaaag gtggaatatc 960 tgctgatgtg gatgtacccc atttgaaatc taaagttgaa ggacctgatg ttgatgtttc 1020 tgctaaattg ccttcaggca atgttgatat caatgctccg catggtaaag gaagcattcc 1080 tggtattgat gttaaaggcg gactcggatt gaacgttagt ggtaaaaaga agaaagatac 1140 tggcgaagac tctgattctg acgatgacag cgagaaaggt aaaaagaaaa aggacaaaga 1200 caagtctgga ttcggatttg gaatgaagat gccaaagttt ggcggaagtg gtaaagcaga 1260 tatacatggt ccagaagttg atgttgatgg aaagttgaaa ggtggaatat ctgctgatgt 1320 ggatgtaccc catttgaaat ctaaagttga aggacctgat gttgatgttt ctgctaaatt 1380 gccttcaggc aatgttgata tcaatgctcc gcatggtaaa ggaagcattc ctggtattga 1440 tgttaaaggc ggactcggat tgaacgttag tggtaaaaag aagaaagata ctggcgaaga 1500 ctctgattct gacgatgaca gcgagaaagg taaaaagaaa aaggacaaag acaagtctgg 1560 attcggattt ggaatgaaga tgccaaagtt tggcggaagt ggtaaagcag atatacatgg 1620 tccagaagtt gatgttgatg gaaagttgaa aggtggaata tctgctgatg tggatgtacc 1680 ccatttgaaa tctaaagttg aaggacctga tgttgatgtt tctgctaaat tgccttcagg 1740 caatgttgat atcaatgctc cgcatggtaa aggaagcatt cctggtattg atgttaaagg 1800 cggactcgga ttgaacgtta gtggtaaaaa gaagaaagat actggcgaag actctgattc 1860 tgacgatgac agcgagaaag gtaaaaagaa aaaggacaaa gacaagtctg gattcggatt 1920 tggaatgaag atgccaaagt ttggcggaag tggtaaagca gatatacatg gtccagaagt 1980 tgatgttgat ggaaagttga aaggtggaat atctgctgat gtggatgtac cccatttgaa 2040 atctaaagtt gaaggacctg atgttgatgt ttctgctaaa ttgccttcag gcaatgttga 2100 tatcaatgct ccgcatggta aaggaagcat tcctggtatt gatgttaaag gcggactcgg 2160 attgaacgtt agtggtaaaa agaagaaaga tactggcgaa gactctgatt ctgacgatga 2220 cagcgagaaa ggtaaaaaga aaaaggacaa agacaagtct ggattcggat ttggaatgaa 2280 gatgccaaag tttggcggaa gtggtaaagc agatatacat ggtccagaag ttgatgttga 2340 tggaaagttg aaaggtggaa tatctgctga tgtggatgta ccccatttga aatctaaagt 2400 tgaaggacct gatgttgatg tttctgctaa attgccttca ggcaatgttg atatcaatgc 2460 tccgcatggt aaaggaa 2477 <210> 5 <211> 10700 <212> DNA <213> Hydra magnipapillata <400> 5 atggaaactt atacgattca tgttcctcca ctgcgaccaa tagttacttt tcagattcat 60 aattatctac ccaagggtta tgataatatt tataaaatat gtttacaggt ttggttacac 120 aaagcagaag ttcaagctca atcatatgat attgatgcgt acaacctaga tgagattgaa 180 gatctctaca gacatcatca aagatttatt agtgatgtca gataccatga aacagatctt 240 caaagagtaa accatcttgg ggaatctttt ttagctgaat caaaagcttt tcaaaaagaa 300 ctggaaaatt atcttgctgc tagtattcca gaaacattat ctaagtattc tgcagcaaat 360 agtcaaattt gggttcttga acaaaagctt catgaaataa atgatagata ttggcgattg 420 ttaagagaac tatctttcaa agaaaattta atagttgatg caattaacaa gcacgaagat 480 tttactttaa aacttcaatc ttttatgcca tggcttcttg aagctgaaca ttttctttct 540 caagaagttc agaaatctgt tttttctgat gagcaaaata tttatttaaa aataaaaata 600 ttagagaagt ttcagagtga tgtgcatttt catcatgatg aattagtaag catacaaata 660 tcatctgata ttttgtctgg aactgaaaag tataatttaa atagagtgaa gaatgatgaa 720 tcacaaagga catggcaata tgcaactgaa tcagtagtaa acaggtatga agaactgtgc 780 ataaagtgta aaatgtattt aattgaatta caatcatctt acatgaaagt tactgaagtc 840 atgacaagtg ttgataatat ttggagatgg gctgaagaaa cagatgaatc tctcgatatt 900 attgctttta tctttaagat tatcttattg acaataactg tacaaagtgc tggattaaat 960 gtgttgaaaa gtcgaatttg tacagatcga gatgcatttt atgaaagatt tgttcagact 1020 gaagaaatgc tttttaagtt gcaaaataaa gctaatgaaa aaaagatagc atgcatagca 1080 tcattttctg aatatgttga aaattttaaa agttggatgg agggtttaca ctcaaaactg 1140 ttgtctaata atttgattac atttgatatc atagcaagcg aggaaaagct tataaaaatc 1200 aatgaagatt tagagatgca tagacaagct tatcaattta taaaccgatg tgctcgcgaa 1260 ttgatatctc ttaaagaaga tccacaaaca ttttttttta tttctgttat taatagtgta 1320 aattcaaagt ggcaagatat ttttgtttta tatataaacc atcaaaaaag gtatgatgaa 1380 gttgtaaagt tttcagagaa gttctatgcc acaataacac catttgttca atggcttgaa 1440 aaaatggaga ctatattgtc aaccttatta ccagttgcta ttaagtctca agatattcaa 1500 atacaacttt ctgaattaaa agcattaaca aatgatgctt acaatcacaa aggaactttg 1560 gaaattctta ttaatattgg agattcgctt gtaaaagaag ttaaacaaca acaagaagat 1620 aaagatcata agcaaacacc tattcaaata gaaatggaga cttgtagaaa gcgatttgat 1680 caaataattg atattctaac taatagatct ttaatactta attcaaccct tggccaagct 1740 gaaatttatc aagaatctta taataaagta attgtttggt tggggattca ggatgatagg 1800 gaaaagcaat ggcatattat aagtggaaag ctagaaattg tttggaatca atatttggaa 1860 catctaaatt atcaaaaaga tttgcgaaat ggtttttcaa ttattaagca aacattgttt 1920 tatggatctg aactaactca aggtaaagaa tcactccctg gagtagcatt tgtaaagatg 1980 caatgtaatg agcttactga acgatggaac aaactttgtt cagaatcaga tgttagacat 2040 aacaatcttg agcataagtt agaaacatat ctcaaggaag aagttcaaaa tgcatccaaa 2100 caagctcaaa gtttagaggc agagacaaaa aatacatcaa gtagaaagcc tcttttttta 2160 tcactaaata aagattatca tggttatcgt ataaatagag cagttcatgc ttttaatgaa 2220 catgaagact ctgtttccag taaagtcttt ttacaaactc ctcataggta taattttagt 2280 tctgctccca ctactcctac ttcgccaaaa gtttttgaag attcttgctt tttggataga 2340 caaaatcttt ttccccaaag atcttcttca ccaaacagtt tattgttaaa gtatgacaat 2400 aaaaatcctc ataaagccca aacaagaaca ttaacttcat tacagtttga aggtagatcc 2460 agccctacaa ttccatttat gacttttaac aacccgttat tgtatgaaaa tgatacaaat 2520 ctttttgatg tttctgttaa aagaaataac ttgttttcca acgcacaaag ttccataaga 2580 aatgacaata atgaaattct attaaaccaa atggaactaa ttaaagagac agaaccaagt 2640 aaaaaaaaaa ttgcaaaaga tctacacagg tataatttca gttcacttcc cacttcacca 2700 aaaaatttta atgattcctt ttctgataaa gaaaacttta ttagatcttt taccccaaat 2760 agctcatttt taaaaaatga caaagagtta actacccata aagcacaaaa aaacacatta 2820 actccattac agtccaaagg aagatccagt cctacaattc cagtaaagtc ttttaccaac 2880 ccattatatt ataagcatga ccaaaatttt ttataccaag aaaaggataa tgctactgtt 2940 aaaagaaata attttttttt aaactcctca cagagttcaa ttaaaaatga ttataatgaa 3000 actcaatcaa atcaagaaga attatataaa gaatttcaag ataaaacatt tgaaaaagat 3060 ccaaacagta atattttttt acatgcacta ccccagtata gtttcaactc tgctccaaca 3120 tcacctatgg cttttaaaga ctcttacttt tttgataaac aaaactatgt tagatctttt 3180 tcgacaaata cttcattgtt aagaggcgat aatgacagtc tttataaacc acgagtaagt 3240 aacacattaa cttcatttga aggaagttcc agtcccatca ttccagttaa gtcttttaac 3300 aggccattat tgtatgagga tgatcgaatt aaatcttatt cagaaaaaaa ttctaattta 3360 caacttccag aggtttcatc agaggatatt gttattacag ataagtatgg cagacgtgtg 3420 agacaaaaag tttttaaaaa agttacacgc actcatcaaa gaattgtaag aaaaaaatat 3480 attgatgaaa atggaaaaga atgtattgaa gaaatttttg ttccaaatga ttacgagatc 3540 aataatgaca acattaatct ggaagaaggt tctgttatta tccacagccc aaatgaaact 3600 gatacaacta caaatgaaga acttgttaga gataaagatg gaaatattat caagagaatt 3660 gtgaaaaaag ttactcatgt gacaaaacgt tctcaaatta taaaaagagc agcttcagaa 3720 ggtgatcaaa aaattgatgc agataatttt ggtactttta ctctgcttaa atctccaaat 3780 ttaaaatcgt atagtcttcc aaaaacaaat gaaataatgg ctgatggttt tcaatcaaat 3840 gaagacctaa atggtgagta taaaacatat agtttgccaa acaaaaatgt ttctactaat 3900 gaagaaaaat tgttagacca gcataatatt gatagttatc attttacatt agataacaaa 3960 acagaaccaa aacaaactaa aaaatatata acaaagttaa gaagaccaat attttataaa 4020 caaaacgaaa ataaaaaagt tacagttcat tttcatggaa tagtgaataa tgaatgtaca 4080 aaacaagaga aaacaattat gcatataaat ttatctaaac cagaaaaatt tgttgtaact 4140 agtattacaa attcattgtt taaaaatgat tcaggaacat tacaaaattt atcacattca 4200 caatattatg atattaggga aaataataaa acttttgaaa atattagttc tcataacttt 4260 gtaaagaata aatctgaaag ttctaattta cctactactg acacacctga tgatacagtt 4320 ggtggttctt taaatgtaaa tatacctcgt cgacaagttc atcgatacta tgtcaaaaag 4380 gttgacttga tgtcaaatga gttattagat aaaataaagg aaatacctcc cccaaaaaaa 4440 gatatagaga tagtacaaca atcagataat gtgttggaac taagaagagt aataagaaaa 4500 tctattgtac aaaaaacaag aagaaaggtt cacagaatga ttgtaccaaa tacaaaacaa 4560 ataaatcctg atataaatga aaaatgtgat aatattatta aagaagggtt tgaagttgca 4620 cctgaagaat ttgaattaaa gccagatatt tctgagtctg caattatttc aaacaataaa 4680 atgcaggatg ttcagattaa tgatagtaat tcattcttgg gtttagaacc tgttatttct 4740 ggtgacttaa aacaaattat tttgaggaga gtaataagac gacctgtaat aaagccaaca 4800 gctagaaaaa taattagaaa aattgaagtt aactctaaag agtccattat tgacacatca 4860 agtgataaag cagaattctt aaaagaagaa acaaaattat ataaaataat gcttatatct 4920 aacattaata aaccaacaat gaatgatacc attccagtag gcccaaaaaa acatgacgag 4980 gatataatta aaactacaaa tatttcgatc caagaacaca ttcctgattt aatttctgag 5040 gttgatgatt tatctgaaga tgaaattgat gtgagacaaa tttacagaaa ggtttctcgt 5100 catttaatag aagctgatga tactcatata ttaggtcacg atgttgctga aactagctcc 5160 ccattaattt ctaatttgaa agaagatcct ttagataaaa ttattgaatc catacctgcg 5220 tatgaatcta atattggtca tactgtttta agaactgtac atcgaaaacc gcttaatgtt 5280 ccttctcttc gatcagtata tagaaaggta attgtgtcta aaattgaaga agataaaatc 5340 aatgttgata ttccagttca ctcagtaata aatgaagagg ttttaattga aactacgaac 5400 atatctgttc aagaacacat acctaattta atttctgagc ttgctgattt atctgaagac 5460 gaaatcaatg taaaacaagt ttacagaaaa ggctctaacc atttagaaga acctcttgat 5520 actggcgtat ctgataaagg tgttgttaaa ccaaatttac tattagttgt tgacataaag 5580 gatgatcgtt ttgatgaaag tgttgattct ataccgtcac ctgagtctga cattgatttc 5640 cttgttttaa gaacagtaca acgcaaacca atcaatgtcc caacattgag acaagtttat 5700 cgtaaggatt ttgtatctgt tattgaagaa actacaatga atgttgtcat tcctgaacac 5760 acagtcataa atgatgagga tgtaattgaa actacaaata tttcgatcca agaacacatt 5820 cctgatttaa tttctgatgt tgatgattta tctgaagatg aaattgatgt gagacaaatt 5880 tacagaaagg tttctcgtca tttaatagaa gctgatgata ctcatatatt aggtcacgat 5940 gttgctgaaa ctagctcccc attaatttct aatttgaaag aagatccttt agaaaaaata 6000 attgaatcca tacctgtgta tgaatctaat attggtcata ctgttttaag aactgtacat 6060 cgaaaaccgc ttaatgttcc ttctcttcga tcagtatata gaaaggtgat tgtgtctgaa 6120 attgaagaag ataaaatcaa tgttgacatt ccagttcact cagtaataaa tgaagaggtt 6180 ttgattgaaa ctacaaacat atctgttcaa gaacacatac ctgatttaat ttctgagctt 6240 gctgatttat ctgaagacga aatcaatgta agacgagttt acagaaagtg ctcttaccat 6300 ttagaagatc ctcttgatac tgacgtatct gataatggtg ttgttaaacc aaatttacca 6360 ttagttgttg acataaagga tgatcgtttt gatgaaagtg ttgattctat accatcacct 6420 gagtctgaca ttgattacgt tgttttaaga acagtacaac gcaaaccaat caatgtccca 6480 acattgagac aagtttatcg taaggatttt gtatctgtta ttgaagaaac tacaatgaat 6540 attgtcattc ctgaacacac agtcataaat gatgaggatg taattgaaac tacaaatatt 6600 tcgatccaag aacacattcc tgatttaatt tctgaggttg atgatttatc tgaagatgaa 6660 attgatgtga gacaaattta cagaaaggtt tctcgtcatt taatagaagc tgatgatact 6720 catatattag ataaaattat tgaattggaa gaagatgttg aattgtcatg ccgtcgtgtt 6780 gttcgggttt taacgaaggt ttctattgtt tcacctttgg ttattcctta tgattttgga 6840 agacaagtta ttattaacag aactattgta ttacctaatg aaattaattt aagctctcag 6900 ttttctaaca atttaaaaga taataataat cttgaagttt tggattctat ttctagcaat 6960 atctcagtaa ttttgacatt aagaacagta caacgcaaac caatcaatgt cccaacatta 7020 agacaagttt atcgtaagga ttttgtatct gttattgaag aaactacaat gaatgttgtc 7080 attcctgaac acacagtcat caatgatgag gatgtaattg aaactacaaa tatttcgatc 7140 caagaacaca ttcctgattt aatttctgag cttgctgatt tatctgaaga ccaaatcaat 7200 gtaagacaag tttacagaaa gtgctcttac cattcagaag atcctcttga tactgacgta 7260 tctgataatg gtgttgttaa accaaattta ccattagttg ttgacataaa ggatgatcgt 7320 tttgatgaaa gtgttgattc tataccgtca cctgagtctg acattgatta cattgtttta 7380 agaacagtac aacgcaaacc aatcaatgtc ccaacattga gacaagttta tcgtaaggat 7440 tttgtatctg ttattgaaga aactacaatg aatgttgtca ttcctgaaca cacagtcata 7500 aataatgagg atgtaattga aactacaaat atttcaatcc aagaacacat tcctgattta 7560 atttctgagg ttgatgattt atctgaagat gaaattgatg tgagacaaat ttacagaaag 7620 gtttctcgtc atttaataga agctgatgat actcatatat taggtcacga tgttgctgaa 7680 actagctccc cattaatttc taatttgaaa gaagatcctt tagataaaat tattgaatcc 7740 atacctgcgt atgaatctaa tattggtcat actgttttaa gaactgtaca tcgaaaaccg 7800 cttaatgtac cttctcttcg atcagtatat agaaaggtaa ttgtgtctga aattgaagaa 7860 gataaaatca atgttgacat tccagttcac tcagtaataa atgaagaggt tttgattgaa 7920 actacaaaca tatctgttca agaacacata cctgatttaa tttctgagct tgctgattta 7980 tctgaagacg aaatcaatgt aagacaagtt tacagaaagt gctcttacca tttagaagat 8040 cctcttgata ctgacgtatc tgataatggt gttgttaaac caaatttacc attagttgtt 8100 gacataaagg atgatcgttt tgatgaaagt gttgattcta taccgtcacc tgagtctgac 8160 attgattacg ttgttttaag aacagtacaa cgcaaaccaa tcaatgtccc aacattgaga 8220 caagtttatc gtaaggattt tgtatctgtt attgaagaaa ctacaatgaa tgttgtcatt 8280 cctgaacaca cagtcataaa taatgaggat gtaattgaaa ctacaaatat ttcaatccaa 8340 gaacacattc ctgatttaat ttctgaggtt gatgatttat ctgaagatga aattgatgtg 8400 agacaaattt acagaaaggt ttctcgtcat ttaatagaag ctgatgatac tcatatatta 8460 ggtcacgatg ttgctgaaac tagctcccca ttaatttcta atttgaaaga agatccttta 8520 gataaaatta ttgaatccat acctgcgtat gaatctaata ttgttcatac tgttttaaga 8580 actgtacatc gaaaaccgct taatgttcct tctcttcgat cagtatatag aaaggtgatt 8640 gtgtctgaaa ttgaagaaga taaaatcaat gttgacattc cagttcactc agtaataaat 8700 gaagaggttt tgattgaaac tacaaacata tctgttcaag aacacatacc tgatttaatt 8760 tctgagcttg ctgatttatc tgaagacgaa atcaatgtaa gacaagttta cagaaagtgc 8820 tcttaccatt tagaagatcc tcttgatact gacgtatctg ataatggtgt tgttaaacca 8880 aatttaccat tagttgttga cataaaggat gatcgttttg atgaaagtgt tgattctata 8940 ccgtcacctg agtctgacat tgattacgtt gttttaagaa cagtacaacg caaaccaatc 9000 aatgtcccaa cattgagaca agtttatcgt aaggattttg tatctgttat tgaagaaact 9060 acaatgaatg ttgtcattcc tgaacacaca gtcataaata atgaggatgt aattgaaact 9120 acaaatattt cgatccaaga tcacattcct gatttaattt ctgaggttga tgatttatct 9180 gaagatgaaa ttgatgtgag acaaatttac agaaaggttt ctcgtcattt aatagaagct 9240 gatgatactc atatattagg tcacgatgtt gctgaaacta gctccccatt aatttctaat 9300 ttgaaagaag atcctttaga taaaattatt gaatccatac ctgcgtatga atctaatatt 9360 gttcatactg ttttacgaac tgtacatcga aaaccgctta atgttccttc tcttcgatca 9420 gtatatagaa aggtgattgt gtctgaaatt gaagaagata taatcaatgt tgacattcca 9480 gttcactcag taataaatga agaggttttg attgaaacta caaacatatc tgttcaagaa 9540 cacatacctg atttaatttc tgagcttgct gatttatctg aagacgaaat caatgtaaga 9600 caagtttaca gaaagtgctc ttaccattta gaagatcctc ttgatactga cgtatctgat 9660 aatggtgttg ttaaaccaaa tttaccatta gttgttgaca ttaaggatga tcgttttgat 9720 gaaagtgttg attctatacc gtcacctgag tctgacattg attacattgt tttaagaaca 9780 gtacaacgca aaccaatcaa tgtcccaaca ttgagacaag tttatcgtaa ggattttgta 9840 tttcttattg aagaaactac aatgaatgtt gtcattcctg aacacacagt cataaataat 9900 gaggatgtaa ttgaaactac aaatatttcg atccaagaac acattcctga tttattttct 9960 gaggttgatg atttatctga agatgaaatt gatgtgagac aaatttacag aaaggtttct 10020 cgtcatttaa tagaagctaa tgatactcat atattagata aaattattga attggaagaa 10080 gatgttgaat tgtcatgccg tcgtgttgtt cgggttttaa cgaaggtttc tattgtttca 10140 cctttggtta ttccttataa ttttggaaga caagttatta ttaacagaac tattgtatta 10200 cctaatgaaa ttaatttaag ctctcagttt tctaacaatt taaaagatta taataatctt 10260 gaagttttgg attctatttc tagcaatatg tcagtaattt tgacattaag aacagtacaa 10320 cgcaaaccaa tcaatgtccc aacattaaga caagtttatc gtaaggattt tgtatctgtt 10380 attgaagaaa ctacaatgaa tgttgtcatt cctgaacaca cagtcatcaa tgatgaggat 10440 gtaattgaaa ctacaaatat ttcgatccaa gaacacattc ctgatttaat ttctgagctt 10500 gctgatttat ctgaagacga aatcaatgta agacaagttt acagaaagtg ctcttaccat 10560 ttagaagatc ctcttgatac tgacgtatct gataatggtg ttgttaaacc aaatttacca 10620 ttagttgttg acataaagga tgatcgtttt gatgaaagtg ttgattctat accgtcacct 10680 gagtctgaca ttgatacatt 10700 <210> 6 <211> 2227 <212> DNA <213> Hydra magnipapillata <400> 6 caagcgaata aagttataca atctatttat caaaatgttt tgtttaattt attatagctg 60 aggtttaaat gtcgaaaaat attatccaac catggaatgt aaccgagatt ttaaaaaaca 120 accggtacgc ataggtcttt atgacattga agaaaccatt ggaaaaggaa attttgcagt 180 cgtgaaattg gcaaaacatc gcatgacgaa atctcgagtg gcaattaaaa taattgacaa 240 gagtcgatta gatgaatcca atttaataaa aattaaaaga gaggtgcaga tcatgaagtt 300 attggaacat cctaatgtct taaaactata tcaggttatg gaaaccaaaa atatgcttta 360 cattgttaca gaatatgcaa caaaaggaga gatgtttgct tatattgaca aacatggtaa 420 actgcaagag cacgaggcac gtcgtttatt ttggcaaatt ttgtctgctg ttgaatactg 480 tcataaacat aaaattgttc atagagattt aaagactgag aacttactac ttgatgaaaa 540 tttaaatata aaaattgctg atttcggttt cagtaattat attgaagaaa atgagctatt 600 aaagacttgg tgtggtagtc ccccatatgc tgctcctgaa atatttgagg gtaaagaata 660 tgatggacct gctatagata tttggagttt aggtgttgtt ttgtatgtgc ttgtttgtgc 720 agcacttcca tttgacggag aaacagttca cgaagtaaga gatcgtgttt tggagggtcg 780 gtttcgtgtt ccatatttta tgtcttctga acttgaagat ctaattcgta aaatacttgt 840 taaaaatccg attcatcgct acagtctaga gcaaataaag gctcatcctt ggttgtatga 900 gtatccagaa gatcgaccac ctatttataa ttcctatacc agctataatg agacttttaa 960 tggtgaattg aataaacacg tattggatgt tatgatgggt ttaggcttgg atattgagaa 1020 gactaaaaaa tcattagctg tcaatggtta tgatcattta acggcaattt accatttact 1080 gagcgaacgc ctaagaccaa atcgtacaag ttatcctgaa caaaataatg taacaactcg 1140 ttatcgaaga gccagttcga tggcagatca ggttatagtt aaaaatagtc aaggtctacc 1200 tttgtctgta acacagcatg tgattcctgc aggcattaaa atagctgata aaaataaagc 1260 aggactccaa tatgctttga atgaacttca tataggagaa gtcgaaatac ctcctgatat 1320 aataaattca agtatacctg gttgtgtgaa ggaattttct cctcctccag tcccacataa 1380 ccttttgcac cctcgacttg gtcattttag ctcttctagt acacaaaaaa atatagaaac 1440 tgttaacgaa gagggcaatg atgatactga aactaaaacc gaaaatactc cactccgaca 1500 acgtcgtgga agaaggtcag ctgttgatgc tatttatcac aatcaccgtc gtcataccgt 1560 gcaaaatcct cttgttgaaa atgaaacttt gtttgttcct tctaaccatc cattattaaa 1620 taaggaattt aatgatacac ctcctgataa tggtgaccta tccaataaac taaaaataaa 1680 gattgttgaa ccaactgttc accccgagca aacctatgta tcaatgttaa taaatcctga 1740 acaaacattg catttatcta ctgttgcgca taaatcggac cttgctttta atattggaag 1800 aagagcatct gatggtgtta atgcaccttt taaacatctg ttgtataagt cagataatct 1860 gtatttaaaa gaatataaag aactgcaaag attacaaaga agctttactc ctgaaaaaat 1920 acatcagcaa tcatgccagt ttaaagaaaa tactagctta gtacatgatt ggaaattgag 1980 tccaacatct agccaaaacg agttattgat gatgaaatta caaaaaatgc atttagctaa 2040 tatagataat actttagaaa ctgttgattc atgggatgct ccaggacctt gcaggcgacc 2100 tccaacatat cgtaagtttt caagttgtgt tttaccaatg cctgcaccaa taagaagaag 2160 gcgtgcacca gtgatagata atattttaaa taattttgat aactcaactg aaagtgacat 2220 tgtttaa 2227 <210> 7 <211> 563 <212> DNA <213> Hydra magnipapillata <400> 7 ttatttattc tagtgcaata atagaacata cgaaaagagt tatttttttg gaagatgaag 60 atttggcttg ggtgaaagat ggaaatttac aaattgcacg tatgaacaat aaaacttccc 120 taacaagaga tgttcaaaca ttacaactag agatccaaga aataatgaaa ggtagttatt 180 catcttttat gcaaaaggaa ataatggaac aaccagaaag tgtttacaac acaatgagag 240 gacgagttaa ctttcaagac aatacagttt tacttggtgg attggtatca cacatggatt 300 acattaaaag atgcagacga ctcatattca ttgcatgtgg aacaagttat catagtgctg 360 ttgctactcg tcagttaatg gaagagctga cagaattacc agttatggtt gagttagcaa 420 gtgatttcct tgatagaaat acaccaatat ttcgagatga tgtttgcttt ttcataagtc 480 agtcaggtga aactgcagat acacttatgg cacttcatta ctgtaaaagt cgtggtgcgt 540 tagttgttgg tataaccaat aca 563 <210> 8 <211> 1585 <212> DNA <213> Hydra magnipapillata <400> 8 ttaaatatta tattatattt attttaaggc aatatttgta atttattaat taaataataa 60 attatccaaa taaattaaag tagcaacata ctcagagaaa aaacaaaggc aacttaccat 120 tgtaacaatc aatgaaacat cagataaatt accagagtta tataagtcaa agatgggaaa 180 atcaataaat gtccgcgtca caactgcgga tgatgaacta gaatttttta tccaacccag 240 cacaactggt cagcagatgc ttgatcaagt gtttaatata attggtcttc aagaaatatg 300 tttttttgga cttcaatata ctgatgtaaa aaactgtact acttggttaa agttaaaaaa 360 gaaagtcata gcgcaagaaa ttaaaaaaga atctccgttg caatttacgc ttcgttccaa 420 attttttcct gaaaatgttg tctctgagtt gacccaagat attacccaaa gattattttt 480 cttacaaata aaagagagta ttttgtcaga agagatttat tgctcgtcag atacttcagt 540 gcttttggct tcctatgcgg ctcaggtaaa atacggtagc tataaacgtg atattcacat 600 aagcggcttt ttatcaagcg aaaaattatt acctgaggga gtctatacaa aataccaaat 660 aactaaagag cagttagaag aaagagttac aagcttgtgg agtaaacaca caaatatttc 720 gagacaagat tcaatgatgg agtatctaaa aatagcacaa gacctagaga tgtttggagt 780 aaactatttt gaaataaaga acaagtctgg ggttgatctt ttaattggca ttaatgcttt 840 gggtataaat atttatgaac ctgaaaataa actaaaacct ataatagttt atcattggaa 900 ctccattcaa aatctttctt ttaatggcaa aaaattttac atcaagttaa ttgatcgtaa 960 agcacatgaa tttatatttt atgtttctca tcatataacc aacaaaagta ttatgtcgct 1020 atgtatggat aattatgaac tttacttgag aagaagaaag cctttaacgg aagttcatca 1080 aataaaagcc caaatgagga ataaaaagaa tgaaaagcac gacgacgcag aaaatgaaaa 1140 aataatgtta gagttaaggc ttaaaaaatt tgaagaagaa gcacgtttag cacatgaagc 1200 tcttgaaaaa gcaaaacaag aggctgagat cttgcaagaa aaaaaacgcc aaacagaaga 1260 agaagcccgt cgagttaaaa tgcttcaatt ggcggctgaa gaagcgcgtc tacgcctcga 1320 acaagaagct gagcatgaaa gaatggaaaa attagagttt gaaagaaaat catctgagtc 1380 ttcagctgag atcaaacgtc ttataaaaga atcggaaaaa ctaaaattac tacttaaatc 1440 taagttacgc gacgaagaac aacaaacaaa aattttttct tctagtccat cagttgtgct 1500 tcaaactaat gaaaaagaag aaaataataa cagcatttta atgacacaaa ataaacatga 1560 cgaatatctc actacaaaga aaaag 1585 <210> 9 <211> 768 <212> DNA <213> Hydra magnipapillata <400> 9 ctgtgtaaaa ttataatatg aacatagatt tagttttttc ggatgaagac ttagatttgg 60 aaattgcaga aaatgagctt cgccaccgat tgcctcgaga gtttattggt cgctttttta 120 acgaagatgt ttctgacaac gtttttcgag agcagtatcg agtcccaaga gctgtattag 180 attttttaga aactaggctt aaagatgatt tgcaacatta cactaagcga aataaaagta 240 tttcagtacg tttccagata atggtatttc ttcattttat cggcacaaat gttttttttc 300 atgattctcag agactgtcat ggaatctcta ccaacacagt ttatcgtatt atacacagtg 360 taggagaagc tattttcaat attcgacaag agatcataaa atggcccaat gattgctcca 420 ctcttccaca aaagtttatg gaaattggag gttttcctag cgtatgtggt gtcctggatg 480 ggtctcatat actcatttct aaccctccta acgcagacga agattctcta atcaatcgcc 540 atcatgtcca tagcataaat gcaatggctg tatgtggacc cgacacatcc atattttatg 600 catcaaccaa cagtccagga aggtggcatg atgcacacgt tctaagaaat tgtaacctat 660 ggaacaagtt tgaaattgga gagcttccat ttaatggagc tgtaattttg gctgactctg 720 cctacccatg ccgagaatgg ttaattccac cttttcctag tgatctag 768 <210> 10 <211> 1393 <212> DNA <213> Hydra magnipapillata <400> 10 gcgattatgt taatttacca gaaaaaagaa aaaaagtgaa tcaattaaat aaaaaaaaaa 60 gcaaagtaat catgactaag ggtttacata gttatataaa aggctcttat aaaatgaagc 120 aaaatacaac aactaagtta gattcaactt tgtctgctgg agaataagtt taaagatgtc 180 tttatttgaa aaagaagtac acatgaaagt ttattatgtc gagaatcaac ataataatga 240 aattcgaaag ttttcagtag aaaatcgaat ggctgctaat tacaaataca ttttggataa 300 gatccgccaa gtatttacaa atttgtatga aaaagatctt gatttgtttt ataaagataa 360 agaaaatgat ttcatttcaa tctcctctga tattgaattc cagcaagcct ttgagagcat 420 caacaatggt tgccttaagc tctatgtaaa aaagaaattg acaaagccag ctcaatcaaa 480 taaagaacat attggagtta gttgtgatgg atgtaattct aagatatatg gaaatcgctt 540 caaatgcact caatgttttg actttgattt gtgctcatta tgctacaaaa aaggagagca 600 cccatcagac catgaaatgc tggttatcaa agaacctcga tcttctaagc atatgtgtta 660 cagtcagctt ccgttttcac attgctggga aagatatgca cacatgaaca cgaacaattc 720 ttgttctaat aaaaatgcaa gcaataatga agaaaataaa cctactgcat ctgatcaaaa 780 gtttggggta cctgctgaac aaatgcatgc tttggttgat tgttttataa aacagtgcaa 840 tcttaaaagc aatgaaagaa atagtgataa agatataaat agttcaaaca atgaagtatt 900 cagaaataac ggagacatga accaggctaa ttttccagat aaaaaagatg tatcattaga 960 aaaccagctc atcaataaag acaaggatct tgtaaatcct tcaaactcat tgtgtcagac 1020 taatgttgaa tccgtaccac atctagatcc aaacaatgtt tctgaagtta taaaagaaca 1080 aataaatccg cttgagtctt tgtgtcaaca aacctctgag ttgcaggttg atagttcaca 1140 agaggggctt gggaatttta taggacgctt atttagccac cttgtaactc aaaaaccacc 1200 aataaacata gccaatgatt ttgaacttgt tgataaagaa agtaaagatc atgaagaatc 1260 aaagcttgaa agatctctta gacaaatgga agcgatgggt tttgagaatg aaggcgggtg 1320 gttgcgtcag ttgttaattt ctaaagattg taacattgat aaagtgcttg atgctttaag 1380 tcctgccaaa tag 1393 <210> 11 <211> 748 <212> DNA <213> Hydra magnipapillata <400> 11 cggtcgttgt ttacaaacca tggtgcaata acataacata aaactagcgt tttgcttttt 60 agaattattt ttaaatctaa gttaaataat aatttgagtt aaggacaaag taaaaatgat 120 attcgaagag tatgaaaaaa tggccgattg tatcaataaa tttatcggtt ctagtgaatt 180 ggaaaaaact tcttggattg ttttagaaaa aatacacggg gcaaatttca gttttcatac 240 agacggcgaa tgggtacaaa tcggtcgtcg aagagatttc ttaatggaag gcgaaaactt 300 ttttaaccac attaccgcta gtttcatgaa tgattacccc gagaaaatga aaactattta 360 ccgtatggtt gaaacatcaa ctggtaaaca aatcaaacaa gtttctatct atggggaact 420 gtttggaggt tactattcca atgtaccgac aaacggaaac caaaaaccaa tacaaaaaga 480 aatacaatac tgtccagacg tcaggtggtg tgctttcgac attggctaca ggacacaatt 540 cgaagaaggg ttaaacggta cgatgctatt atttattttt gaaatgtaaa tcaataaata 600 gtataatgac atattaaaaa agagtagttg atctaagaac atcctactga ttgtacttca 660 taatagaaca ttaaatttgt tattagataa atatatcaat atctaaaaat ataaaaataa 720 atgatatata aattacttta ttattagc 748 <210> 12 <211> 2436 <212> DNA <213> Hydra magnipapillata <400> 12 ctacctgtct gtaacctttt gcagatcaag taattcttca aacttgtaga gttctttaac 60 acgacttctt gcgaaataag ctatacatta aaaaatggtt gaaggtggtg aaattgaaac 120 tttcgctttt caagcagaga tagctcagct aatgagcttg attattaaca cgttttactc 180 taacaaagaa atttatctgc gagagttgat ttctaatgct tcagatgcgt tagacaaaat 240 ccgttactta tcactaaccg atccgactgt tttggattct ggaagtgaat taaagatcga 300 cattatacca aacaaggagg aaaaaaccat cactattttt gacaccggta ttggtatgac 360 aaaagcagat cttgttaaca atctcggcac tattgctaaa tcaggtacaa aagcatttat 420 ggaagctctt caagctggag cagatatatc catgattaga cagtttggtg tcgggttcta 480 ttcagcatat cttgttgctg ataaagtgga agtgataaca aaaaacaatg atgatgagca 540 atatatatgg gtttcttctg ctggtggctc atttactgta caaagagaca cagtcaatga 600 accacttggt agaggaacaa aaattatact gcacatgaaa gaagatcagc tagatttttc 660 cgaagaaaaa aaagtaaaag atatcattaa aaaacacagt cagtttattg gatatccaat 720 caatttgaga gttcagaaaa ctagagacaa ggaggtttct gatgacgaag ctgaagatga 780 agagaaaaaa gataaatctg aagaaaaaat ggaggatgaa gatgaagatg aacctaaaat 840 agaagatgtt ggtgatgatg cagaagctga gaaaaaagac aaaaagaaaa aaaagaaaat 900 aaaggaaaac tatactgaaa tggaacaact caacaaaact aaaccgctgt ggactagaaa 960 cccagatgat attagctctg aagagtatgc tgatttttac aaaagtttga ctaatgattg 1020 ggaagagcat cttgcagtaa agcacttctc tgttgaaggc caacttgaat tcagagcaat 1080 cttatttgtt cctaaaaggg ctccatttga cttgtttgaa aataaaaaac aaaaaaattc 1140 aattaaatta tttgtcagaa gagtttttat aatggaaaat tgtgaggaag tgatgcctga 1200 atggcttaac tttgttaaag gtgtggttga ctctgaggat ttgcctctta atatttccag 1260 agaaatgttg caacagagta aaatattaaa agtcattcgt aagaaccttg taaaaaaatg 1320 cttagaactt tttgttgaga tttcagagga taaagataat tataaaaagt tttatgaaca 1380 atttagtaaa aacattaagc taggtataca tgaggactcg caaaatcgtt ctaaagttgc 1440 tgatttattg agatatcatt cttcagcatc tggtgatgat atgacatccc taaaagacta 1500 tgtttctcgt atgaaagaga atcaaaaaga catttactat ataactggag aaagcaagga 1560 aattgtttca acttctgctt ttgttgagaa agttaaaaag aaaggttttg aagttctata 1620 tcttattgac ccaatagatg agtatgctgt tcaacaactt aaagaatatg atggtaaaaa 1680 attagtttgt gttactaaag agggattaga attgccagtt agtgatgatg agaagaaaaa 1740 acaagaagag ttaaaagcta gttttgagga gctatgcaag gttataaaag atatattaga 1800 taaacgtgtt gaaaaagtca ctgtctctaa tcgcttggtt gattcaccat gttgcattgt 1860 tactagtact tatggatggt cagcaaatat ggaaagaatt atgaaagcgc aagctcttcg 1920 tgacacaagt acaatgggtt acatggcagc taaaaagcat cttgaaataa atccagagca 1980 tagtataatg gttgccctta aaaagaaagt tgatgcagat aaaaatgata aatcaataaa 2040 agacttgatt gttttgttat atgaaacatc acttctgtcg tcaggttttt cgcttgagga 2100 tcctcaaaat catgctgctc gcattcatcg tatggtcaaa cttggtctag gtgtcgatga 2160 agatgaaagt gccgtagagg aaatggcaac agacgatgtg ccacctctcg aaggtgatcc 2220 ggaaaaagac gaagataaag ctagaatgga agaggtcgac taaaacgcta tgttctgcaa 2280 aatgtaattt caacgtgtgg tgtatccaaa tggtccccta ttttttgtac agtttttagt 2340 taacccgtag gtgagattca atttattggt ttcacgtgta aataaatcac taaaatagaa 2400 tttttaatta gaagacctat aaaccaataa atcaac 2436 <210> 13 <211> 1656 <212> DNA <213> Hydra magnipapillata <400> 13 atggtcgtaa aagatgctga ctcgttacgg aaaaagttta atattgcata ttacttggca 60 aaacaagagc gtccattcac agattatcct tatttgattg cattagaaaa gactaatggg 120 gttacaaatt ttggaaattc taatgtcact gaccgtgcag ctgcaatatt tacagattac 180 attggcacca agcacagatt cagctgtatc ggaacaggaa ttgatttaca ttctttattt 240 aaaagacgga agtccgaaag agcttatgct ggtttaggcg cattactaaa ggaaggttct 300 tcttggctgg aagttgtaca ctgttttaac catcgacttg aacttgcttt aaaagatgcg 360 tttgaaagtt tatctgcctt caaaactgtt gacgaactcc ttttacaact ttattacttg 420 tatcaaaagt caccaaagcg ctaccgagaa ctacaaggat tagccaaagc ttggggtaat 480 agcgttccga aaccaacaaa tgcatgcgga actcggtgga ttgatcacaa atataaagca 540 ataaaaattg ctttagaaaa ttatagtaca gatgttatga atgctgatga acgagtggct 600 caaaaatata tgcagcagtt ggatgattta agggcacaat atgaaataga taaggagact 660 gcagttcgaa aagaaaggga aaactgcaga gagcgacttg aacaacaaat tcaagaggaa 720 gaaaactcat ttcaacaaca acgtcggcgc ttgtattctg aaatagaaga agaaaagcag 780 cgagttagta acctgcttca aacagcaaaa aaagaatttg atgagagaag aactgaatat 840 gaaaacacat ccaagcaaat attggcatct ttacaagagg atttaaaaaa gcaacttcat 900 gaaatgcaag aaaactgcca aaatgagatg cgcaattata aagagcaatt agaaattgaa 960 aaacaacaat ggattgaaaa ttttatgaaa aagcaagaga cccaccttct gtcaaaagaa 1020 cgagaattaa aagataaagt aaaggtggcg agagatcaag aaattgagat ggtcattgat 1080 aagttagaaa gagaaactgc acaaagcaga gaagatgctg aacgtgctgc tgaaaacaga 1140 atcaaacgaa ttcgtgataa atacgtaaat gagataaaag attatgagca atcagagcga 1200 gcacttcagg ataaatgtaa tagtttgaaa gaacaaattg aaaaacttga aaatgatctc 1260 attcagttga aaagcagttt gaagcacaaa gatcaagaag taattgatgt caaaaaaatt 1320 actgatcggt tacaagaaga aagaggaaaa gtaagtgaca tcatccgaca ggaatatgca 1380 gacagattgg tggctactga agaagaatct aaccgcttga gaaaagaact aagtgaagag 1440 aaagctcgtc gtcgttttga agtagaaaga ataacaaaag aaaaagaaaa agaaatggat 1500 gaactacatg atcgtgtaaa aaaggctata tcgaagaaag aagaaactgc gaatttgctt 1560 attcagcaaa aaatagctgc agaaaaacga gctgaacatc tcgaacaatt acttacagag 1620 cagcgcaaaa aaattcttgc caagtgaata actttt 1656 <210> 14 <211> 755 <212> DNA <213> Hydra magnipapillata <400> 14 aaaaaaaatt gtcaaatgac cattttataa ttaccaaatt ttgattgtca aatgataatt 60 tcggtaactt ttgaactaat atctctgggc aaaatattaa tatttgatag ctttatttat 120 acttaacagt ctgaatgatg gagtttataa tttttagtac tgctttaatt ttaatctctt 180 tgttgattgt ttttttaact tattcgggat ggatgagcac catagatatt caagtaacag 240 aagtttcaac gccaggaaca ttcttttaca agttttatca gcagagttac tctgaatgct 300 ctttggttct tcgtgaattg tttaaatttc ctgttataaa aaacaattct aaacttaaat 360 gcatgggaat ttattatgac gatcctaaaa agatagaaaa caacaagact cgatatgcta 420 ttgggctttt tgtgccatca gatgagatta gtgatgaatt aaaaaatacc atgactggta 480 ttggttattc acatgtccaa ctacctccag ttaaagcaat tgttgctgaa tttccctttc 540 aattttggct ttctattttg gttgcaatct atcgtgttta tccaaaacta aagacatact 600 gcgaaaacca aaaactaaat gcgcatcctt acttggaggt gtacgatcaa aaaaccattt 660 tctttgttgc accactggaa aagaacgaat tattttatgt tgacgaatac aaatattcaa 720 gtattgacta attcaaaata tttatgctaa aaggt 755 <210> 15 <211> 912 <212> DNA <213> Hydra magnipapillata <400> 15 taacagatat gggagatgaa gaggtgcatg cgaagagcat tggcttacga attcaaggca 60 aaatagccag caaaatgtct tcaaaagggt tggcgaaaca agttgttgat ggacctacct 120 ctgaactaat tgataactgt tatagaattg caaaatacta tcttgagagt aaaaaagatg 180 ccgaaaaaat tatgaaaaat atgataaaaa ttgttgtcaa ggttgcactt ttgtcatcta 240 acaatcgttt tacaaaagaa gaaatgtcaa ttattcaaaa tttccaaaac aaatttaaaa 300 ccattgcaaa atctataata agtttttatg aggtagattt tacatttgat tgtgagtata 360 cggttactat gatgaaagat tctcaaaagc ttttagaaaa gttggtttgc aaccatctca 420 ctgcaaagtc attaaagcgt atagagtgtg tttataattt ctactcaaat ccagatgttt 480 tagattctgt tttccaacct ggtagcaagt ttagacctta tctagccaat attgttaagt 540 cattaaacac tttgatagag caaggccagc tataggtttc gctagcttaa aagtatttta 600 aatgcttcgt attttttttt tttttttatt gacataaaat gtttctgaaa tacgtcgatt 660 ttctctcttc gacgtttttg ttttttgttt ttttatatat gcatttttct agctatgcaa 720 tctttacgtt ttcatatttt gttttttgac taaacacttt cttccactta tctttatttg 780 tacattatct cattctcttg tttttgtttt ttttttaatt ttgtctttca cagggaataa 840 ttatagattt tttttttgca atcaacattc gtcagcaaag gaaaacattt tgtgaaacaa 900 aattttaaaa tg 912 <210> 16 <211> 1136 <212> DNA <213> Hydra magnipapillata <400> 16 cactttagag ttttcattat tttaacaaag aaatataaaa tttttttaaa agaataatac 60 tggtatgagt actaataatt gtgtagaaaa agatgtcgaa attaaagaag ccgttcgcta 120 catttatgga aacgtcgctg aagctaatac ggcaggtaaa agttatggta acgttgcaag 180 ttgctgtggt gcaccggctg aaactgacat agattattca cttcagttag gatactctaa 240 agaagaagct acaagcgttc caacaggagc aaatatgggt ctaggttgtg gcaatcctac 300 tgcaatagct aatttaaaag taggtgattt tgttcttgat ttaggaagtg gtggaggatt 360 tgattgtttt ttagcagcca aaaaagtggg tagctcaggt cacgttatcg gaatagatat 420 gactccagca atgataagca aatctcgtct taatgctaaa aaaggagggt attcaaatgt 480 agaatttcgc ttgggtgaga ttgaatattt gcctgttgca aatgctacca ttgatgtagt 540 tatctcaaat tgtgttgtaa acttatccac cgataaactt cgcgtttttc aagaagttgc 600 tagagtatta aaatctggtg gtagaatagt tatttccgat atagtagcta ttaatcctat 660 tccaaatgaa ataaaaaaca atttagcact ctatgctggt tgtatagcag gtgctatgtc 720 aatagaagaa ctaaaggatg cattagaaaa aactggtttt gaaaacataa gtattcaaat 780 aaataaacta agctgcacgt tccttgaaaa gtggatagtt gaaggatgtg atgctgaaag 840 ttgcatagct tcagcagtta ttgaggcatc tcaaccaaag tagttttatc acactttaat 900 tataactctt gttaatagaa ttaataatta aaataaatgg aataactgta tttttttctt 960 ctgatttcga tattcagaag atgttttaat cagcagcttt tttaacttga tttcttattt 1020 taaagaaact tgatttctta aagtattgtt taaaacttca atttttatga aagtaaattg 1080 ttcaatttat aatattattt cttattctta aatgttctta attatatttc tttaat 1136 <210> 17 <211> 1041 <212> DNA <213> Hydra magnipapillata <400> 17 atggttaaga aatatagtgg catgaatgca ggattgagag aaacagatcg taactgtatt 60 ttttctagct gtgtaaatcg tgctgtaaat cttgtgaatg tcgattgcgc tcaatcgaca 120 atgaagcaat tgcgtagttt ggaaaaactc aacaaatcac taccactcgc accaaatttt 180 tcaacagcac ttccaatcgc accaaatctt tctacaacaa taccaatcgc accaaatctt 240 ttaacagcac ttccaaccgc accaaatctt tcaacagcac ttccaatcgc accaaatctt 300 tcaacagcac ttcctatcgc accaaatctt tcaacagcac ttccaatcgc accaaatctt 360 tcaacagtac ttccaatcgc accaaatctt tcaacagcac ttccaatcgc accaaatctt 420 tcaacagcac tactaatcgc accaaatctt tcaacagcac taccaatcgc accaaatctt 480 tcaacagcac taccaatcgc accaaatctt tcaacagcac taccaatcgc accaaatctt 540 tcaacaacac taccaatcgc accaaatctt tcaacagcac tttcaatcgc accaaatctt 600 tcaacagcac taccaatcgc accaaatctt tcaacagcac taccaatcgc accaaatctt 660 tcaacaacac taccaatcgc accaaatctt tcaacagcac tttcaatcgc accaaatctt 720 tcaacagcac taccaatcgc accaaatctt tcaacagcac ttccaatcgc accaaatctt 780 tcaacagcac tttcaatcgc accaaatctt tcaacagcac taccaattgc accaaatctt 840 tcaacagcac ttccaatcgc accaaatctt tcaacagcac ttccaatcgc accaattctt 900 tcaacagcac taccaatcgc accaaatctt tcaacagcac ttccaatcgc accaaatctt 960 tcaacagcac taccaatcgc accaaatctt tcaacagcac taccaatcgc accaaatctt 1020 ggcaataagt tttcatttta a 1041 <210> 18 <211> 1067 <212> DNA <213> Hydra magnipapillata <400> 18 gtgtctaaag aatagagttt aggtcgcttt tatatgcttt cataaaaaag cgtgtgatct 60 acaattttga acaagcagct ctctttttgc aggtttaaac tgctatgaac gcaatggtaa 120 catcgcaagc taaacctgaa tttatgacgc cacatacaac acaattaggt ctacatcaaa 180 gtcaatctcc agctcccaca gtagctccca cttccccaaa tccattaaat ggagatatgt 240 ctcacgtgaa aaggccgatg aatgcattca tggtatggtc acgtggcaaa agaagacaaa 300 tggcacaaga caacccaagg atgcacaatt cagaaatatc caaacgatta ggagcagaat 360 ggaaatgtct gacacagcaa gaaaagcaac cctttatcga tgaagcaaaa cgccttcgtg 420 ctgttcatat tcaggaacac cccgattaca agtataagcc aaaaagaaga aaacaaaaaa 480 ctactaaaaa agatatatat acgccttacc caaatattgg tcaaggaatg gttcccaata 540 ttgattctaa atatgcttca attggttatc aaccgacact aagctacgga atgagctcag 600 atatgtataa caaattgaac ggaggttacg gttaccagac aacaattagc accggttacc 660 ctttaatgta ttctaattac agcgttgggc caagtatggt aggttctcac tctcaatctt 720 ctcctactgg agcacatcaa tcatacccat cttctacaat aacttcacaa attggtacac 780 ctgtcataac agattccaca taccgtgttt cgacgtcaga ctatattaat agtaaaaatt 840 atttttcaaa catgaacagt ccttatagtc cggtagattc agctgctacc tcaactcatt 900 ctcaaaatcg atatcctact acagacgaaa acagaaatat tgtaaatcac gcacattctg 960 ttggaaacgg aatggtatcg aagttaatac aagaacacga tgttcagtct aattttccag 1020 acaacgctgt aaatagaaac tggtcattaa atttttcttc tgtttag 1067 <210> 19 <211> 222 <212> DNA <213> Hydra magnipapillata <400> 19 gttatgatcc aactgggaaa gaacaattag atggaaaact tcaaggaact cgtaaatgga 60 ttggaactac cgaagtttgt gcattgctac gtagtttaaa attaaaggca caaatcgttg 120 actttcacaa accaaatgaa aatttgcatg tattaatgat ggaatggatt tgtgattatt 180 ttcaaaatgg tttaaagcta cctttatatc tgcaacatca agn 222 <210> 20 <211> 784 <212> DNA <213> Hydra magnipapillata <400> 20 ctaaatagct ctaacggtat ttattataat attgttgaac ttttttactt ttagttgatt 60 ttatagaagc tttttacagt gcacaaaaaa agaagaacta tgagtgggga aaaaaaataa 120 gaatacaaaa taacttatca taatggagcc attattaatc atattaattt ttattatagg 180 gaacggtata tgtttacaag tcacatcgat aaacttaaac aatcattcaa ttgaaataaa 240 cgcctcccga atttttccta acgagtttac acatatagaa aaagataaag tgaaagaagg 300 ttcgtctcgt tcagaaagat acaaaatgca aaatggtctt atacttcttc atgctcaaag 360 accgcacaca gtttctgatg taaagaaatc tcaattgacc gataattctc agagtattaa 420 ttaccacgtt cgcaaaaaag aacaaaataa cgaaacggta tttaaaatat tagaatttaa 480 tcgattcgga gttaatataa ctattaagaa aaatgatttt atacaaataa acaataattt 540 attaaaacac atttcaaaga atgatacgaa tatttttcaa ttggctaaca gcacagaaaa 600 ctgtttaaac ttaactgaag gtaataaaag tttagtttgg gaaagtgatc aaagtataaa 660 aaatgataaa attcaaagac aaaatacaat tactcaacaa atagtaaaac taaacaacgc 720 tatagaagat gcgaaaccaa atgctcgaat aaaaagagga aaagctggta gagaagccaa 780 ataa 784 <210> 21 <211> 1092 <212> DNA <213> Hydra magnipapillata <400> 21 taatttaatc attataagat gaatgttgta cgacaaagtt taaactatgt atggtctgtt 60 caagaagtta ttggaaatgg tgcaactgga acagtgtaca aatgtttagc taagaaaaca 120 ggtgctccat gtgctgcaaa agtattcaac tcacaagctg acagaagacc atacgaagtg 180 cggatccgag aaattgaatt gcttaaaaaa ttatcacatc ctaatattat taaattgatg 240 gggttagaac aggagattgg ctctaaagcg acagtgttaa ttatggaatt atgtggttca 300 agtctctatg aaataattga ggaacctgaa aatatgtttg gagtagatga tataacattg 360 ataaacatta tccaagatgt ttgtgcaggt atggagtatc tgaaaaattc aaatgttgtt 420 catcgtgatg taaaaccagg gaatatattg cgtgcagata aaggttctgg aggatacatt 480 tataagatca cagattttgg agcagctcga gaacttggtg aagctgaaca gtttgtatct 540 ttgtacggaa ctgaagagta tttgcatcct gatatatacg aaaaagctgt tatgaagtgg 600 tccagtaaca aaacatttac atcaagggtg gatatgtgga gtttaggagt tacattctat 660 cacttagcaa ctggacagtt accttttcga cctgcaggag gtcggcaaaa taaagatata 720 atgtttaaaa tgatatcaga aaagtctaat gatgctattt cgtgttatca agatttggat 780 aatggaagtc tgatatattc aaatgaatta cctaaaaaaa caagaatttc tgaaaattta 840 aagatgcatc ttacccccat attaaaatgt ttgttacaaa tacagcaaca gtttatgcta 900 tcttatgatg atttttttaa agaaattaaa gaacttgttt cgttgaagtc agatggagga 960 ccagatgaga atgcaaggta tgcaaaagtt attgaagaga tgattaatgt cttcctggaa 1020 tatgatcttg acatgtatat agttgttatt gctccaagag gctacagtgc atataatcca 1080 tgtgaacgct ga 1092 <210> 22 <211> 1314 <212> DNA <213> Hydra magnipapillata <400> 22 aatgaccata aacaaaatat ggatatagat cattttatag ctgaaaaaac tatgagaatt 60 acatacactg atatgttttc agaatatgac attattgaag acaaaacgga ggaatcaatt 120 gaaacaaatc aaaatgaaat acagcaaaaa caacacaatg aaaataaaca tattacattg 180 gctgaaaatc taatagcagt tacctacaga agtgaagtgt ttttagaaag cagtatgaaa 240 gaagacaaaa cagaagacaa aattgaatct gtaaaaaatc aatcattagt tgatattaaa 300 gagatacaac aagaagaaga gcatgatgaa cataaacatg atatagaaat taaaaatgcc 360 ttgaaagaag aactattggt agttgctagc actagtgagg tgttttcaga aaacaaaatt 420 gacagcgaaa cagaagacaa tattgaatct gaaaaagatg actcatctgt tgataatagt 480 gttaaagaaa cacaacaaga aaaaggacat gatgaacata aacatacaga agttgtaaat 540 attttgaaag aagaaccagt ggtagttgtt agcactagtg aagtgtttac agaaagctac 600 attgacaaca aaacagaata caatattgaa tttgaaaaag atgactcctc tgttgataat 660 agtgttaaag aaacacaaca agaagaagga catgatgaac gtaaacatac agaaattttg 720 aatattttaa aagaagaaca agtggtagct gctagcacta gtgaggtgtt tacagaatgc 780 tacattgaca gcaaaacaga agacaatatt gaatctgaaa aagatgactt atttgttaat 840 atcagtgtta aagaaacaca acaagaaaag ggacatgatg aacttaaaca tacagatatt 900 gtaaataatt tgaaagaaga accagtggta gttgctagca ttagtgaggt gtttacagag 960 agctacattg acaacaaagc agaatacaat attgaatctg aaaaaggtga ctcatctgtt 1020 gataatagtg ttaaagaaat acaacaagaa gaaggacgcg atgaacataa acatgttgaa 1080 attgtgaata ttttgaaaga agaaccagtg gtagttgcta gcactagtga ggtgttttca 1140 gaaaacaaaa ttaatgacga aacagaatac aatattgaat ctgaaaaaga tgacttatct 1200 gttgataaaa gtgttaaaat aacactacaa gaagaaggac acgatgaacg taaacataca 1260 gaaattgtga atattttgaa agaagaacca gtggtagttg ctagcactag tgag 1314 <210> 23 <211> 285 <212> DNA <213> Hydra magnipapillata <400> 23 gatgtccctg ttcctactac aattaatgta gttgctaccg gagatggctg ttcactaatc 60 caaacatctg tgcagtataa tgtaaaagaa gttactcaga aaccttcatt ccaacttacg 120 tcatctgtca catctgttca tgaagctata actgcacaac aatcgtgtaa accacagaac 180 atcaaagtat gtgcatatta tacaggtgtt ggtgactcaa acatggccat tattgatatt 240 caaatgatat ctggatttga accaaataaa gaatcacttg ataag 285 <210> 24 <211> 1415 <212> DNA <213> Hydra magnipapillata <400> 24 aaaaaaatct atgaaaaaag accgacattt tcctatgcta ctttttgatt taaaacgttg 60 ggtaaaataa gttcaatcaa atgttgatta aaaccaaata tgaaaactgt tagtttcgtt 120 agttttattt tagttttgta tcttattttt attcggatgg caaaaaacgc acatgcttat 180 tggtggacgg ttggtaaaac taacatgaaa gatacttcag tacaaagtat tttagcaaca 240 cacaagttta gcaaaaatca acgtttacta ttaaagcaat ctccagaact tttattttct 300 attggtaaag gtgctgcaat ggcaattcaa gagtgcaaaa gacagttcat taacagtcgt 360 tggaactgct ccgattatag tccagaatcc gtttttggaa aaattcttca gagagcttgc 420 aaagagacat cttttattta cgctatcact tcagctggtg cgacatatgc attaacagaa 480 ggatgtgcaa aaggagcagt taatggctgt cattgccaaa gtggcttaaa caatcgtgta 540 cgtgagaaac aagattgggt atatgaaggc tgtcatgaca acatccaata tgggtatgaa 600 aatggaaagg cttttacaga tgcaaaagaa actagccgcg attttaaagg gttggttaac 660 ttgcataaca atgaagccgg aagaacgcta gtggtagatt tgatgaaaca agaatgtaaa 720 tgtcttggag tatcaggaaa ctgcaacgtg aaaacatgcc gccgtaaact tagttctttt 780 caagaaattg gaaatcgttt aaaagaactt tttaaccgag ctacaaaagt gcaaccaaat 840 caaatattta gtaaccgaag aataacacgc aactatccaa taacacaaaa tgttgaaaac 900 tcaaaaatta aaaacacata caatatagta tacggagaag aatctccaaa cttttgcaaa 960 tacgatttaa atgtaggctc tttaggaaca ctaaatcgat attgtaacgc taccgtggga 1020 gctattgaag gttgcgagca attgtgctgc ggtcgtaaat ggaaaactga aaaactaact 1080 agatctgaaa gctgtaactg cgtttttaaa tggtgttgca acgtagaatg ccaagagtgt 1140 aaaattacta aagaatacaga tttttgcaaa taaccaaata tttatttaaa tttaattttt 1200 aatacaaaaa taaactctca cataaaataa aagtttgtaa ataatttaat ttctacagag 1260 ttgtctaaac aatatttgtt tgttgttttc aaagttattg ttttctgcgt gcacttgtgt 1320 atgtgtgtct gtgtgtgggt gtatctgcag aaataagatt agaaaaatat ttatttcagc 1380 taaataataa tatatatact taaatttcac taaaa 1415 <210> 25 <211> 936 <212> DNA <213> Hydra magnipapillata <400> 25 gcaacacctt cagtttagca gctgtcgata taacaataaa ttaatttatc aaaaatgcac 60 gtttttaaag atgtttttac gcacgaggat gtgttttcag atgctttcac gtacgatacg 120 gatgataccg atttgtttta tatcgtgcaa ggaaaaataa tttcagagca tgaaggaata 180 gacgacaaac tcattagtgc aaacaaatct tttctaaaaa aaggtgaaaa gttacacgac 240 aaagacttgc tctttcctga cattatccgt gcaaaccagc ttgatcgaat aaaatctatt 300 catagtaaag aacgcctcaa aaagttactg gatgcttatg tagctaagct aacgaatttt 360 gttaaagatg aaaaacgatt gtctgttata aaagaaaaca tgaataaaac tttagacaat 420 ttatttattt ctcgctatag cgataaatta agtttttatg aaacagaagg aaatgcagta 480 gatatgcaag gaatgattat tgtctacgaa caagatgatg ttcatggatc agaagttgtc 540 ggacatggtt gcaagatgta tgtgttcaaa gatggagttt acaaagtcga cgtttgaata 600 aaaactaatt tttaaactct ggttgctttg gcaatcataa aaaagtaaac tactaaatgt 660 tatagagaaa taatatttat gaaaatatca gacaaataga tgtataatgt aagatgtaat 720 tatgagcagc ctaatttctg cttgttagat ttgatttgtt gttaaacatc tggttttatt 780 tgtcatttat tatattagat taaattttta tttgtatcaa ttatatttgg taatggcatt 840 cttttatttt ttgacattta ttgaatattt tatgcatctt atttatgtaa aatatcttga 900 aaaattctta actcttgagt tgagttgtat taaaaa 936 <210> 26 <211> 3990 <212> DNA <213> Hydra magnipapillata <400> 26 atgatgtatt tggctaatat atcgagtttt gatttacaaa atgacgattt tgttgaatat 60 attgaaagat ttgaaaatta tttacttgcc aataacatac aggaggcaga attacaaaaa 120 gccgtttttc tatcaactat tggaggacct gcttacaaac ttcttcgtag tttatgtgaa 180 aatgacacta aaaataaaag ttttactcaa ctaataaagt taatgagaga ccatttaaaa 240 ccaagcccaa acttcattgc acaacggttt caattttata aaagagacag aaaagaggga 300 gaatcagtga atggatatat tactgaattg cgcagattat cagagcattg tgagtttagt 360 gagaagttaa atgattactt aagagataga tttgtgtgtg gattaaacaa cgaaaatgta 420 cagcaaaagt tattaaccat aaaaaacctt acattagaga cagcattaga cacagcaaga 480 gcatatgaag cggcatataa agatgctaag attttacgtg gtactagaga gggtcatata 540 gaacaagaag aagtgcacaa gatggatact cggacaagat ttgagaaaaa tagagaatgt 600 tttcgatgtg gctatatggg acatataaaa agaagatttc aatcagaaaa aaaggaattt 660 gagggtagga aggagaagaa attaggagtg aaacaagttg aaattcgtga gggttcagct 720 aaaggaaaca ctgcagacac agatgaaaat gatagtgatt ttttagcctt gtattcatta 780 ggtgaggagt ctgagagggt gaatgggcca gttatggtta atgtaaaaat caatggtaaa 840 gaggtaggaa tggaagtgga cacaggagct gctgtttccg taatggctgt ttcagcttat 900 agaagagtga aaggaaataa aggaaagtta agaaggtctg aagtagtgtt aaagacttac 960 acaggagaac ttgtaagacc agaaggaata ggacttgttg aagtagatta taaaggacaa 1020 tgttgcagtt tacctataac tgtagttaag ggaaatgtac ctacattaat gggaagagat 1080 tggatttata gactaaacct ggaatgggca gatttgtgta aagggattaa aaaagttaac 1140 atttgcaata ggttggattc cagggtagag gcattagttg cgaaatttcc agaggtgttt 1200 agtgataatt tagggtgctt aaagaatttt aaatgccaca tacctgtacg tgagggtgca 1260 caaccaaagt tttttaaacc aagaccagta ccgtatgctt tgaggacaag gattgaacaa 1320 gagcttgatc gcttggaaaa ccaaggggtt tggagaaggg ttgaatattc acaatgggca 1380 gcacctatag tgcctgttct aaagaattca aaagacccta cgggcccatt acgtatatgt 1440 ggggattata aaattacaat aaatcaagct gcccctctgg atacctatcc aatcccaaac 1500 accacagatc agttagccac tattgcaggt ggacaaaaat acaccaagct tgacttgtcc 1560 caggcatatc agcaacttga gttggatgaa acttcacaag agtttctaac aataaatacg 1620 catcaaggtt tatatcagcc aactcgcctt cagtttggtg ttcatagtgc aactggcatc 1680 tttcaaagag aaatggatag aaggttaggg aggttaccat ttgtaaaagt tcgagtggat 1740 gatatactca tctctggaaa atcggacata gagcatttaa acaatttaga atccgtatta 1800 agaattttaa aggaatcagg attaactctt aaagcatcta agtgctcttt catgcaacct 1860 aaagttgtat tctgtggttt tataatcagt caagaaggtt gcagaccaac tacacaaaat 1920 gtggaggcag ttatggatgc tcctcgaccc accaatatca aagagctaag agcattttta 1980 ggaatggcta actattacaa tgcctattta cctagaatgg cttcttttac agagccactc 2040 cataatttga tgaggaaaaa tgtattctgg aagtggagta gagacagtga ggaggctttt 2100 caaaaagtta aaactatgtt atgcaatgca ccattgttag ctcactttga tccatcaaaa 2160 aaaattatgg ttcactgcga tgccagtcca catggcgtgg gagctgtgct gagtcaacag 2220 caggatgatg gaagagaaaa acctattagt ttcgcttcaa gaacattaaa tatggctgaa 2280 cgaaattatg cccaagttga aaaggaagga ttagcattag tttttgcagt aaaaaaattt 2340 catcagtatt tatatgggca caagtttact ttatacactg atcataaacc tttgctgggg 2400 cttttttcag aaaacaagga acttcctgca agagctgctg caagagtatt gcgctgggct 2460 ctgctactgt cagcatatga ttataaactc ctatattgtc ctggtgaaaa gaacgcagct 2520 gcagatggtt taagtcgttt accattagat gcatcgagag aaaagtcacg gttaaaaacc 2580 atggaggtgg ctatgatgga gctagtaaaa gcccctatta cagaaaaaca attgagggta 2640 gccacataca atgatcccat attgggagtg gttctaaata aagtgttaga cggaggattg 2700 atgatggaag agagtaaagt ggaactgaaa ccatacacat ccaggttccc tgagttgtcc 2760 acagaagggg gttgtttgtt gtgggggcga agagtagtgg tgccaagagt attaagagaa 2820 acagtattag aagagttaca tgaggttcat ccaggagtaa gtaaaatgaa agctttagct 2880 agaagttatg tctggtggcc tggaatcgat ttggaaattg agaacaaagt aaaaaattgt 2940 gaaacctgtc aaaggaatca gaagtgtcca ttaactgagt ctcatccatg ggaatatcca 3000 agcagaccat gggagagatt acacattgat catgcaggtc caatgaatgg aaaaatattc 3060 ttggtggtgg ttgatagttt ctcaaagtgg attgaagtag aagttgtggg cagtactgga 3120 gccaagacaa caattagggt actcagaaga ttgttttcga cccatggttt acctcgagtt 3180 attgttagtg ataatggatc tgggttttcg agtgaagaat ataaacagtt tttgtcttca 3240 aataatatta aaccaatcta tgcagcaccc tatcatccag catcgaatgg tcaagcagaa 3300 cgaatggttc aaacatttaa gaactcgtta aaatgttttc aaggaagtga tgtcgagaca 3360 caattgtgcc tttttctttt taaatatcgc ttaacactac attctacaac tggagtttct 3420 ccggctgaac ttttattagg tagaagatta agaaatccat tgtcgatgct actccctgag 3480 gtcatcacca aaatcaacga aaagcagctt cccggtattt ttagtaataa aagtcgtttc 3540 tttcaaccag aagaccctgt gtacgtaagg aattatagtg gaggtgagaa atgggtctca 3600 gctattattg tctcaaaagt cggaaatgtg aactacaaag tattgacatt ggatggtcgt 3660 atccagatta gacatgtaga ccaaattgtg aaacgtcatg taaaagattg cattgaacct 3720 ttagttaaaa cagcagatgg cataattggt cctttgttaa gcaataaaat acctgaaaca 3780 tcagtcccga gtgatagcat gtatgatgaa tgcaacccaa ttaacaagga tattgaaccc 3840 aacagagcac acgagcagct tgaaaataaa gacgttagtc acgatggatc ttgtgaacaa 3900 cctgaaccgt tttctgagcc cattactaca aaaacccgaa ggtcaggtcg aacctgtcgt 3960 aaaccagcat atttagaaca gtatgaatga 3990 <210> 27 <211> 945 <212> DNA <213> Hydra magnipapillata <400> 27 tttttattta gaagattata aaaaagaaaa tgaaacactt tattttggct ttgtttttgt 60 ttttctctat ttgctacaca acaaccgctc taaaatgcat taactgtgcc ttggtaagat 120 gcaaatctcc cgaaggatgc aaagccggaa cagtcaaaga cttttgtggc tgttgtgata 180 tttgtgctca ggcctctggt gaagaatgcg gaggagtatt gttgcgtgct aaaaaatgtg 240 gt; gatgcgggcc tttttgcaaa atgttttgtc catatggata tgtacttgac aaaaatggat 360 gtccgacttg tcgctgtaac agtcaaccaa agtgtgggcc agtatgtatg atttactgtg 420 aaaacggaaa cgttcttgat gcaagaggat gtccgacctg taaatgcaac caaataccaa 480 aatgcgtgtc aaaaccatat tcaattgaag aaacaataat caggccaatg tgtccaaaaa 540 tcgcgtgccc actgatcaaa tgtgcttatg gacaagtact cgatgaatat ggctgtatga 600 catgttcttg tcgaagtgtg cctcctttat gcagcaaaga tggatgttgt aaagaaccta 660 cacgtttttg caataaaaac aacaactgct gtatacacga ttcgacttgc tttccatact 720 ccggatggta cagaagctaa tcatttcaaa cgcaaaacct tttttgaaaa tggaataaaa 780 cagtataata atttattttt tctttaatgt aaaaacaaaa aacagtaaag ttaaaagtat 840 aaaaattctt ttatactttt tataaaacaa atttattaat attgacttaa aagataaaaa 900 atgtcaaact tttttttttt taagagttta ctatttcttt attaa 945 <210> 28 <211> 1291 <212> DNA <213> Hydra magnipapillata <400> 28 tttttatact atgtataagt attttataga aaataatttt tttttcgaag aaacgatgac 60 attatctaga aatagtgcta aaaagttgag gtactcagta tatttcatac tgctagttgt 120 atcatttata ataatcttaa gatatcttgg caataaaaaa acttcacgag agcttgtttt 180 aaacacaaca aacgagaata ttgaacctaa acttattcta atttacaata cattatgggg 240 tagtaaacta tggacgggtt tagaaacaac tgaaaaatgg aacaattggg gcggacaccc 300 atgtaaagtt caaaactgtc gagtaaccta taacaagaag ctgcttagta aagctgacgt 360 agttcttttt cacgcatttg gtagtgatat gttgactcgt cgagagttac tgaagattca 420 aaaagatcga aacccgaact cttactggat atattttctt catgagtgtc ctcacaacgc 480 taaacctgaa ccttatttgt atgatggatt gtttaattgg actatgggat atcgtcatga 540 tgcggatatt tttgttccat acaactggga atggggttct tgggaggaaa aaagtttaga 600 tgaaaaatca acatcgttta gaaatcacgc tgaagataaa gataagttaa tatggagtgg 660 aataagtcat tgtggttgca tgagagagca ttatattcat aaattaagag agttcattaa 720 tgtggatgta tttggtaatt gcgccaataa gttttataaa gataaaactc ctccggtgtg 780 tcaacgaggt acagctgaat gtaaagcacg gctaaaacgt tacaagtttt atttagcttt 840 tgaaaattcg ttttgtgaag attatgtttc tgaaaagttt tctgaaacaa ttttagatgg 900 acatacagtt cccatagtga tggggggagc aaattataaa aagatagcac tacctaactc 960 ttatatagat gtgaatgatt ttgacacaat tgaagatctt gccaattaca taaagtattt 1020 agacgaaaat gataacgcat ataacaaaca ttttgagtat aaaaaaactt ggaaacttgg 1080 caaaccactt gcatggagct gcaaaatatg cgaaatgatc aattcaattg atttgaagcc 1140 taaatcgtat gaaaaactag gagattggta ttctgcacaa aatacatgtg gaacaagact 1200 gaacaagctc cgaaaaatta tgcataaatc aggtgtacct catccttata cagatgaata 1260 ctatttgtat gattacgcag ttgatgctta a 1291 <210> 29 <211> 1350 <212> DNA <213> Hydra magnipapillata <400> 29 ggattatttt ggtactgtac agatgagtca aaagataacg aagaagattg tgtacatatg 60 catcatggca ttgatagcac attgcaaggc aaatctcctc ttaaaaataa taaaatatgg 120 gcttctgtat actttgtagt atatatcatt gtgtttatgc ttttcttcat caatgtgttt 180 gttggcttaa tcattctaac ttttcaaaag cttgctgctg ctgaatttgg tcttgaactt 240 gatcgaaata aaaatctttt taaagtcttt tggaatgttt ttgacgcatt aattgtgtta 300 agtggactat tggatataat gattaaagca ttatttccaa atatttcgtt tgacacaagc 360 atatttcgct tatttcgtgc tttgcgatta attaaattgc tacgaaaagt tcgttctttg 420 cgaattttac tttggacctt tataaagtca ttgcaagcat tacctcatgt tgtcatgcta 480 atttttctat tattttttgt gtatgctttt gttggaatgc agattttttc gcaaatttca 540 attgaaccag ctgataatcc atggggccaa ataaatgaaa acaaccactt caggacttac 600 tttagttcaa tgcaagtttt agttagatca acttcagggg aaaactggcc tctgataatg 660 aaggcttgtt ccgatggtgc tcgttgtgat tacagcatga aagcagttga tccttcatct 720 actcaatgtg gaacaaattt tgcttatgtt tacttcattt catttatatt tttttgctgc 780 tatttagtgt tgaatttatt tgttgctgtc attatggata acttttcatt tctcactgga 840 gattctagca ttcttggacc ccatcattta gatgagtttg tcactgtttg gtccgatttt 900 gatccatgtg ctagtggtcg catcaaatat actgaggttt gtgagttact tcgacaaatg 960 cagccaccat taggattggg tgcaaaatgt ccaaatgttc tggcatataa gcgtttagta 1020 cagatgaata tgattttgta tgaaaatggc acagttgact atacaggaac attttgtgca 1080 cttgtgcgta caggtctgga agtatatact gaaaatacaa atctaaaaag taatgatatg 1140 gaatttcgta agatgttgaa gatggagttt ccaaatatta caaagcgaac tttggacctt 1200 gttataccaa ggactcctaa aaattgcaag gaaatgacta tagcaaaaat ttattctgca 1260 aaacttatat gggagcatta taagagtata aaaagaagaa gtaatagaaa aagaaaagtg 1320 cagaggtgtg agttagaaac tttagattaa 1350 <210> 30 <211> 984 <212> DNA <213> Hydra magnipapillata <400> 30 caacatgtcg ttatttacag ttcatatttt tcttactctt tttgctctat cggctggagg 60 gggaaagcaa agggaaacac ctggtttata ccaaggagat atacaattga cacctgaaca 120 atgggaaagt ttacagagta acaacagtcc gtttggctca ataaaaaata gacgatggcc 180 aaacgcaaaa attccttata cttttgaaag ttctataggg gaaaatggca gacaagcaat 240 aaaagaagca attgatgatt atcacaggtt tacatgttta aggtttactc cttggaatgg 300 agagaaaaac tacatatctt tcttttatgg tcaaggatgt aattcgccag ttggaatgtg 360 ggacaaaaac agaatttctc ttggcgaagg ttgtttgacc aaaggcactg ctcttcatga 420 aatcggacac agtttaggat tggaacatga gcaatgtcgt cctgatcgtg accgatatgt 480 taatattcat tatgaaaata ttgaagaaga ttgggtgttt gcttttaata tttcaaaaaa 540 tgttgactcc cttggtactg aatacgatct ttattcaatg atgcattata gctccaattc 600 ttttacaaaa gtgtggaata aaaagacaat aacaacaaaa gatccatcaa agcaaaaact 660 cctcgataat tttggcagaa tatttggttt aagtggcact gatgtgaagc aaattaacaa 720 gatgtattct tgtggagaaa aaattcctag tacactaaaa ccaacaacat gcacaaagga 780 caatgactgg agctgtcagt tttggacaaa ccaaggctat tgcttgtcag gcgatctttt 840 tcagagagca agaatgcacg aaatgtgttg caagtcttgt aaagacaaat gcggaaaatg 900 tggattgtaa aggaaacaag attttataag aaaacaacat tataagaaag atatttataa 960 taatataaat aatatataca tata 984 <210> 31 <211> 1074 <212> DNA <213> Hydra magnipapillata <400> 31 atgtctgcgt caaatcctgt gcctcgaatt taccgtgctg taattgatga tgtcatcaaa 60 aatgtaaagg aatctttttt aaatgaaggt gttgatgaac aggttttaac agagctaaaa 120 cagttatggg aaagcaagct tcttcaatca cgagctattg attttatgcc atcagatgtt 180 aatgttcgag ttagtttgac atatcctcat tctatttcac agatagcagg aattaatcaa 240 caagctggtt cctcggcatt acctcaaaga agggattcac cagaactaag ttcgtcttcg 300 cgaataatgc aatctcagac aggaggacct tttctttatg ttagcaatca cccaactctt 360 ggaaatgttg ggccaatgtc tgatgctgct gctcaagcat ctttagcttt acaaaatgcg 420 caatctagaa gtggccttgc gtctcagcag aatcctagta ttcaacaagc tcagcaagtt 480 cttcacatgc agcaaagtaa tcaaattgga cagcactcaa caatgtttcc agtgtttggt 540 actaatacta gaattatatc tggtggtcct cgagtaattt atacacctca acaatcacaa 600 cagcagcaac atcaagtttc aaatcaaaag caacatgtta ttcaagttga tggccaaaat 660 gatgagatca atatatcaag atgttcagat tctttaagtg cactaactag tattaaaaaa 720 aataagttaa aaaaaaagtc accttttgtt gatgttgtat tacaacttga tggaacaaat 780 gactcgagct ctgaagaaga aatagatgaa gatgatgacg atgatgatga cgatgatgaa 840 gattttgata attatccgat tgcacctgtt gaagaagagc cattgaattc agaagatgat 900 gtatctgatg aagacccgac tgatttattt gacacagaaa atgtagttgt ttgtcaatat 960 gacaagattg caagaacacg taatagatgg aaatttcacc taaaagatgg aattatgaat 1020 ttgcgcaata aggactttgt ttttcataaa gcaaatggtg actcagaatg gtag 1074 <210> 32 <211> 2379 <212> DNA <213> Hydra magnipapillata <400> 32 tagcatctag tgtagaaagt gtggcatcta aaccagaaac ccgtgtaaga aaagaattcc 60 ctgaaacttt gctatggaca gaggaacacc tatctgaaaa tggaactcat gtttttgatg 120 tgaaagtacc tgacactatt acatcatggt atgctagtgg atttggagtt tcaagttcag 180 tcggtcttgg tgttgcagta ccttcagagt taagagtgtt tcagtcattt ttcgtatctc 240 ttgttttacc ttattctgtc attcaaggag aaattgtaac tcttcctgct gcagttttta 300 gttatgtaga tggagcatgt attacagttc gtgttacatt aggaagttct aacgattaca 360 aaatgatttc tgggccaaat tcaaaagttt gcttatgcgg tggtcgcact gctactgttt 420 attttaaaat acaaccaact gtcattggca aaatatcaat tcaagtaacc gcacaaacat 480 tgtctgaaaa tgtctgtgct gcttacgaca atgtagacag gagtatctca atgactgata 540 ttttagtaaa aaagcttctt gtagaaccag aaggacttaa acaagaatat acattttcta 600 atttcatttg tccaaactct cctgaaaaaa tattcaagta ttctttcaat ctcacacttc 660 cagcaaattt tgtaaaaggt tctgtttact caaaaataac agttgtggga gatattatgg 720 gttccagttt agacaatatt gataacttac ttgagatgcc aagtggatgt ggtgaacaaa 780 atatgttgaa gtttgcgcca aacattttta ttatgaacta cttgcgcaat acaaaacaag 840 tcaatgaaga aataaaaaac aaagccttaa acttcatgag gacaggttat caacgtgaat 900 tgacatacaa acgtgctgac ggatcatata gtgcatttgg agaaaatgac aaagaaggca 960 gtacatggtt gacagcattt gtacttaaat catatgcaca agctcgccct tggattgatg 1020 ttgatcagaa agaaatacaa gatcctgtaa actggttgct acaaaaacaa gattctaatg 1080 gttgttttcc aacaatagga acactacatc accaagcaat gaagggagga gtgaaaactc 1140 ctgttacact tacagcttat gtattaataa gtctgttaga agctgatatt atagctactc 1200 accctaagct agtaaacgct tcaaaatgtg ttacagattc acttagtaac atcacagatt 1260 cttattctct ttcaataata gcatatatgt ttgcaaaaat tggagatttc aaaacatacc 1320 agtctgtaat agacactttg aataaacttg cagttcgtaa agatggtatg gttcattggg 1380 aggaaacaaa agtacaagaa accataaaag aaccatggta ctatcaagct tcatccacag 1440 atattgagca aacatcttat gttttattgg ctatgttgac atttggtaaa agcagtgtta 1500 tttcagatgt tgttccaatt gtacaatggt tgtcaaagca acgaaatagt ttaggaggat 1560 ggtcttcaac acaagataca gttcttgcaa tgcaagcatt atcagggttt gctgaatata 1620 gtttggagc ttcacagaac atgaatgttg atgttaaagc aggagaaact tttagtcata 1680 catttaaagt aacaaaggac aataatcttg tttcacaaac tgttgagggt gttcctgttc 1740 ctaatacagt tgatgtagtt gcatctggag atggttgttc actgatccaa acatctgtac 1800 agtataatgt aaaagaagtt actttgaaac cttcattcca acttacatca tctgtaacac 1860 aagttaatga agctataact gcccagcaat catgtaaacc acaaaacatc aaagtatgtg 1920 catattatac aggtgttggt gactcaaaca tggccattat tgatattcaa atgatatctg 1980 gatttgaacc aaataaagaa tcacttgata aggctcgtaa tgataaagaa tcgaacatca 2040 aagacattga agcaaagggg aagagtgttg tattttattt tgaaaagata agcagcagtg 2100 gtacctgcat tatgttccga gttgatcaaa ctacaaaagt ggaaaaaaca aaaccagcgg 2160 ctatcaaagt ttacgactac tacgatacaga gaaaatctgc tactaccctt tatgaagtga 2220 cagaagagca atgcctttaa ttcaatgaga gcaaatgatt tgttgaattt tgttgagtta 2280 gttaaatgaa ttaaatgtgt aatatattta tgctatgtag gtgcgctgag caaattatta 2340 ttgtaaaatt tgatgggatt aaaaaacaaa aaaaatgta 2379 <210> 33 <211> 3981 <212> DNA <213> Hydra magnipapillata <400> 33 atgattggtt gtattgacac aaaacaggag aaagcaatct tgaatgattc taagtattgg 60 ttatctgttc ttcggcggac ggtggatgtg gtaaagtttt tagctgagcg tgatttgcca 120 cttcgtggac atgaagagaa atttggttca gtactcaatg gtaactttat gggaatcctc 180 gagctattag ctctttatga tccttttttg gttgcacaaa ttaataagca tggcaatcca 240 gatatgcctc atcttttgtt tcaatttcgt cgtaatgata caaataacga gtatccaaca 300 gcagagttgt tagaaaaact gcttcagcaa cacagtttat gttttgacag aattgtaaaa 360 gaagacaacg attctgtgag cgtaaatttt aaaagtcctg aggatgcaaa gactgcatac 420 aaaacatttg acgaaatgga gatttcagga tcaataattt caattaaacc tgcaagaaaa 480 gaaattgatc gtgctaatga aacaaaggaa aaaaggatta gaagtaggtt ttcaaaaaat 540 aaagatgact tttttcgtca tgattattca aaagaccaag atgggtatcc tcaacgtcaa 600 aaacaaagct acaatcaaca ctatgattat aatagacatc aaatccctca acaatatccc 660 tgcagaatac ttgtacctag cgatatggta aaagttttgt tgggaaaagg aggttgcact 720 ataacagcga tgcaaacaaa cactggcaca aagcatatgt gtttttttct tcctagaatt 780 gacattcata gagataaagg accatgttac cgaggtccct gtgatgaaac aatagttaca 840 ataaaaggag atcctgaatc attttcaaaa gcaattcgtg aaattctttc agcttttagt 900 aatgaatatg aaaaacgaga tacagacgct cgaaaaccaa ttcaacttaa gttacttgcc 960 catgacttat tatgtggtcg aattattggc aaaggtggta ataatcttaa acaaacaaaa 1020 caagagtcaa atgtttccaa gcttattatt tccaattcta tatatgaaga aagttctcaa 1080 atgattccta ctggatttgt ttgtactgga gagagagtaa ttacaataga aggtagttta 1140 gatgccattt gtattgctga atctttaata agcaagaaat tacgcgaata catggaaaaa 1200 gatgcaagaa atcaatataa tactaatatg ggtttgtacc atggagcagc atttggcggg 1260 cagataaatt atggttataa tcctcaaatg tatccaagaa tgtatggagg ctatacagtg 1320 gatacctttg gataccctgc atatccttct tctatgaata attaccctgg tatattaggt 1380 catggatatc tgccttacac tccacctcaa caagttccat attatagtaa ttttgaacca 1440 gaaactactt gtattttaat tccaactaaa gaggttggag ctataattgg tcgaaatggt 1500 ggttacatta gtagaatgaa gcagtatagt ggtgcacaga taagagtcat aaaaggagac 1560 gaaggtggag aaagtaaagt ggaaattgta ggacctccag attgtcaatg gagaaattta 1620 aagatgccta catttgccaa aaaccatgaa gaatgtagaa aatctgtttg tgttatctgt 1680 atgcagaaag gtgatcaaga attgactgaa aacttcaaag ctaaaattct tcaacaaatt 1740 cgaaagaaa tcaacttcaa tgatgacaga gtaccattgg cgacctgcat ctcctgcaga 1800 tctcacattg gaaagctgtg tgatggtaaa acaaatgttg tgcctcagat ttataacttt 1860 gaatcaattt cgatcaagcc tcttactcgt ttttctacag tctgtgagtg cttgatttgt 1920 aagattgcca aactcaaggg aaaagaaagg catccattaa gcaaggttca agattcagca 1980 ccaaaagttc cccaacaatc tttgcaaaat gcagaaaagc attgtactaa gtgcttgtca 2040 gttattggtc gtgggcttcc tcactactgc actcctggaa cacgccatga aaatttgaga 2100 agaatggctg cctctgatcc gattggtgca gagcgagttg cagcaacagt tttggcatca 2160 aaaagtgcat ctcctcatgg caccatcaga ctcagtcaac cttgtgaaaa gagaaataat 2220 tatctaccta tcagattggt ggagccaagt tttcagcaaa aattcgctca agcaggccaa 2280 aaactttgtg atcacttcac tgtgagcagc atcactcttt ttgaaaacaa tcaaatatcc 2340 caagttgtgc attgtcaaaa cctcagtagt cttagtgatg tcttcttagc atcaagaaag 2400 atgacagatt ctgcaatttt gaaactaggg attgatggta gaggatcttt tttgaaagtc 2460 agcttcacac acatcattgt ggatgaaggt gagacaccgc cacatagccc actgcagaaa 2520 acaatcaaat tgatgtctcc acaaacaact aaatcaacaa gtgtcaagca gcaactactg 2580 gtagcaattg cacaaaacac tccagagaac taccataatg tgaaggcaat ttttgacctc 2640 atccaagcac aagagaaatg tcagatggat tctctggtta tatcatgtga cctaaagttg 2700 gcaaatattc tgtgtggcat tcaatcccat agcagcaaac acccatgttg ttggtgtgat 2760 gtttcgtctt taaacctcca aaactgtgga agtcctcgaa cttttggcaa gattaggaga 2820 caacattttg aattcatcaa cgcaggagga gatacaagaa aatcaaagga gttcaaaaat 2880 gtcattcacg taccattggt tgattttcct gatcacaagc ttgtgcttga agctatccct 2940 ccaatggagc tccatttgtt acttggagta gtaaaccatt tgtataaaaa cctttgcaaa 3000 atttggccag gggccgagaa atggccagct tcacttcata ttcctattca gccctaccat 3060 ggtggacatt tcaatgggaa tgactgcatg aagctcttga gaggtttaga cgagttgcaa 3120 ttggtcacag gatacaacaa ttttagtcaa gctcatgact tcatgcaaac acttgcacta 3180 ttgaaggatg tggtcatttc ttgctttggc aataatttgg atcctgatca tgagtcgaag 3240 atctccaagt tcaaacaaag ctacatctgc ctacccattt cagttactcc aaaagtacat 3300 gcagtgtttt accatgtacc tcagttcatc aaaatcaaga aaacaggatt gggtctcttc 3360 agtgagcagg caacagaagc tctgcactcc aatttcaaag cttctttatg cgtgttcagt 3420 aaaatcaaag agaccatgaa agtggcatat agtgaggcac aacttaaaac agaatttatt 3480 gttcctggtt cctgtgtagg acgagtcata gggaaaaaag gtcaagttgt tcaagacatt 3540 caagataaag ctcaagctga tattgaagtg cctaaagata aacaaggggc aaacgatgtt 3600 cctgtgtata taactggaac ctttaatgga acgcagatcg ctatttctcg aattcgtgat 3660 atcgtacatc gagctagaca aaagagtgat ccatctacgt agtcatagct gtacataatt 3720 ttagttaagt ttctaattat aaaatataag acatattgct tatatgaagc attatatgct 3780 agtatatatt tatttttatt tataactttt atttatcctc ttcattttca ccaacaaaat 3840 attttttatt tataaattta aactataatc cataacactt tctttaacca atcgcaattt 3900 gcttcaacaa attatttttc atatatagtt cctgtatatt tttttcatgt atattatatg 3960 aaatatatta gaagcatttt t 3981 <210> 34 <211> 1827 <212> DNA <213> Hydra magnipapillata <400> 34 aaagtatttg atactgtaga tcatagaatt tggttatcaa agttatatca ttatgatatc 60 aaaggaattg ctcttatatt attagaggtt aagacagaag atttcaattg tagtgaaaga 120 atcgttcctg agccatgtaa ctggaggtac ataacatatt ttccaaatca gtttcgaact 180 ggatcatttg aaaatgttgt tgttgcagtt tttggcttct tatatccagt tgctgtaaat 240 ataaccttaa aagatagcag tagcgaaaaa atatatttat caaagatata taatattcaa 300 ccagaaattt tgaacacatt tccattatac attgatcata atgcaccctc aactttgaaa 360 ttcaacatag aaggtcatgg tgtagttggg aatcaagttt gggtgttcaa aaatgaaagt 420 aattatatca gtgtatcaaa gcttggatta aatgtattga ttcaaacaga taaaccagta 480 tacaagcctg gtcaaacaat aaaatgtcgt gttgtagtgg ttaatgctga gttgaaacct 540 cataaaggta aactaaaggt aacaatagaa aatccatctg gaactcgtat gcagcaatgg 600 aatgatgtgg agcttgataa tggtttttct tcgtttgagc tgcccacatc agaaaaacct 660 gttatgggtg tatggaaaat aaaagcagaa atagatggat acacagcaac acttgaagtt 720 gaagtgaaag aatatgtgct tccacaattt caagtcactg tgaaaccacc tgggtttatt 780 tcaaaaagca tggatgaaat tagcactgaa gtgtgcgcta aatactctta tggaaaatct 840 gtagtaggtg tgatgactgc tcaagtttgt caaaataaag attactttaa tcaacaagac 900 tattgcttac aagttgtaaa aaagattgat gggtgtgcaa catttaagac ttcaatgcgt 960 tctttaatta gaaatagaac tcaatggtat tatccaaaaa ttagttttag tgctcaagta 1020 aaagaagatg caactagtat atcactaaat tcatcagtgg aaacagtctc tgtggtgaat 1080 aatccaataa aactatcatt tgagggtagc aacatattta aaccaggatt tccattaact 1140 gttaagcttc tagcaagata tattgataac acaccagtag gatcaatact ggtaaatatt 1200 cgtgctggaa caacaggtta ttcttcttct gatctattaa atcgtgtatt tgaggttaaa 1260 actggttttt taaatgttgt gcttcctgac attccattta atgctaaaag tatcaacttg 1320 ttagcaactt atgagagacc aaaaattgtt aattctgatg aaactatttg ggaacgacag 1380 tcatctgcta gtaaaacaat tgaagcttgg tattcacctt ctcatagtta cttgtttata 1440 gagaaaccta aaacagctgt aaaaaacggt agcatagctg aagtgatagt tcactacacc 1500 tcagttgatc ctgtaccaaa aaaaagaaca atcttttatt cacttgtatg cactggaaac 1560 attcaagcat ctggatttaa aaatgtgaaa ttggttgctg ctacctcaac tactcgaacg 1620 aaaatcataa tacctatttg gggaactaaa aagcctataa ctcggccacc tttaccatta 1680 aaatatagta agggtcgttt tactatttca ttccctgtta cgtcaaaaat gatgccactt 1740 tgtcacatgt tggtgtatta cttgtatgga aatgaggtgg tagcagataa tactgatatt 1800 gaagtcgtta atgaatttga aaataag 1827 <210> 35 <211> 1233 <212> DNA <213> Hydra magnipapillata <400> 35 atgactgtca aaaaaactct aggtatatta gctcaaatga agcagttcaa cacgtttctt 60 gggttaaaag tatcccaatt agtgttttct tttgtagaaa atgttgctac atttcttcaa 120 gcaaaagata ttgctgccca atgtgcctgc aacaacatag aagcattaat tacacatttg 180 ggaactcttc gctgtagctt tgccttgatt gatggtaaat ctttaaaggt tgttggtaat 240 tgggaaaaag tgggggatca agtaccattt ggatatgatt tttggtatca acctcgacat 300 aatgtcatgg tcagttcgga atggggatcg ccaaattgtt ttatggctgg ttttaatcct 360 gctcatgttg ctgaaggaaa gtatggccat tctctccact tttggaaatg gaaagaacac 420 gaatatatca aatctataga tttaggcgct gatggccaaa ttcctttaga gttacgcttt 480 atgcacaatc cagactcgtc agaaggttat gtgggatgcg cacttagcag caatatattt 540 agaatttttt ttaacgataa aaatgaatgg gatgcagaaa aagtcataga cgttccatct 600 gttaaagttg agggttgggc tttacctgaa gtaccttctc ttataactga tattttaatt 660 tcacttgatg acaaatatct ttatttctct aattggcttc agggagacat tcgccagtat 720 gatattactg attcaaaaaa tcctaaatta gttggacagg tgtttattaa tggcagttta 780 gcaaaagact cttttgttaa agttttagat gagaacttta agcaaccaga accaattttt 840 attaataaca aaagagttga aggtggtcct caaatgattc agttgagctt agatggaaag 900 cgtttatatg tttccacctc actgctttca gtttgggaca aacagtttta cccgaatatg 960 atgatgagtg gaagttttgt gttgcaagtt gatgtagatg ttttgaatgg tggcttaaaa 1020 ttaaatgaaa attttttcat tgactgtgga ttggagcctg atggaccggt tcttgctcat 1080 gaaattcgct atccgggtgg tgattgttca tcagatatat ggttgtaaca ttgtgaagtg 1140 ttaatgttaa ttgttgtttt tgtaaaacgg tgatgctttg tattacaaat ttagtttgta 1200 taaactgtta tttttaagtt ttgtaaaact tta 1233 <210> 36 <211> 984 <212> DNA <213> Hydra magnipapillata <400> 36 agatataaag aatctgtttc ctacaaaact tcatgctgtt atatttgttg gttacatggg 60 gttgttcatc agtcaagtaa tcaaaagatt ttgcaaaatt aaattttgta ttgaaattca 120 attgttatgt attctttcct tcatcgcatt aacgcagcaa tggcaaataa tgaagcagat 180 aaaaccaaca gcttaaaatc aaaccaaaag aacccagttt ttgatacgct tgatcgggta 240 caaattaatc gtataattat gaactattta accatggaag gttttaagga agcagcagaa 300 aaatttcgta ttgaatctgg agttgagcct gatcattcat tagaacaact agattatcgc 360 atttacattc gtgatgcagt tcaaaatgga aaaatagatg aagcaattga tcttactaat 420 gctttaaacc cagagattct tgacaatcaa ccatctcttt attttcattt acaacagcaa 480 aagttaattg agttgattag agaaaaaaat ttagaaggag ctctaatttt ttctcaaaat 540 gttcttgctg aactttgtat ggaaaaagaa gaatttttag atgatttaga aaaaaccatg 600 acacttcttg catatgagga cacaggtaaa tgcccatatg gagagctttt aagtttttct 660 cagcgtcaaa aagtagcaag tgagttgaat gctgtcattc ttgataccaa tcatcaagaa 720 acgcttccaa aaattgctgg cattcttaaa ttattgctat ggagtcaaaa tgaactggat 780 aaaaaaaaag ttaagtaccc acaaatgaca gatattgtta actgtacttt aaaaaatata 840 gatgatgaga aaaatcctgc aactacactt gcattatgag tttgatagat ttatgatttg 900 aaatttttta tgttttgctt atgtaatttt taataaaaat tgtcatttgt attctaatta 960 cttaagttat gaattttgaa aaaa 984 <210> 37 <211> 2126 <212> DNA <213> Hydra magnipapillata <400> 37 gcgatgagag gcgtcgttaa atttaatcta agaatttaat atcttttttt acctctggca 60 tcaaatttaa tttacatgtt tagtgaactt gtatagcgcc atgagtactg gaactccata 120 tatcggcagt aaaattagcc ttatttccaa ggcaaagatt cgttatgaag gttttctgta 180 tacgattgac gccaaggact ctacagtcac actcgccaaa gtgatttccc ttggcactga 240 agatcgtgtg ccagataatc cagttcctgc tagagaagaa gtgtttgagt atattgtttt 300 tcggggcact gatattgatg atttgcatgt atgtgaagct cccaaaccac aagatcctgc 360 aattgttcat aatggcccta ttcaaactcc tcatcattcg cagcattatc atgctccaac 420 tcaacatcag acttatagtc cctttgctgc tggtatgcct ccatttggct atacctccca 480 gttttacaac caaaaacctc agaaaactcc aagtttacct cgtacaccca cacctgaatt 540 agttaatgtt ttaagcaaag atgatagaat tcagtctaaa gtaaataaag acggtgatag 600 acgagatagg gagcatcgta atgatcgtta ctctcaagat aatcgtaatg atcgttacac 660 ttatgacaat cgtaatgaac gctacaccca agataaccgt aatgaacgct attctcaaga 720 caatagaaat gatcgttatt ctcaagacaa tagaaatgat cgttattccc gagacaatcg 780 caatgaccga tattcacaag acagtcgcaa tgatcgtcat tctcatgata agaaaaatga 840 ttatagagat cgtaaaagta aatcggagca aaatgagcgt tacaataaag aggacaaaga 900 ctacaaagaa aacaaagaca ttaaacatag caaagacgtt aaagataata aacaaaaaga 960 acatgttaac aaagaaaatc gtagtaagga tcaatcaaac aatcaaaagg attttaaaag 1020 agaagctcaa gtaaatgaga gagattcaag caaacaagtg attaaaaaag acaatcagga 1080 tcctaacagc aagggtaaag ttacaaatgg agttgatgaa aaaaaagttt ccattgatga 1140 taaaagaaga ggtggtttcc gtggtcgtag aggtgatttt agaacagggg ttcgaaatac 1200 ctcaagtaat accacaaagt ttaatgaaga ttttgacttc gaatctgcta atgctaaatt 1260 tcacaaagat gaaattcaga aagatctttt aaaattttta cagaaagtaa aaatcaaaga 1320 tgatgatgtt attgtggaac agactcatga tggtgaaaat aaaagtgatg aattagaacc 1380 actttcatct cctgaaaaat tttatgatag ctcaaaatct ttttttgaca atatctcttg 1440 tgaagcaatg caaccgagtg gcggtgatca agatgtaatg agtcgcagac aagagcgaac 1500 attaaatcaa gaaacatttg gaagcagtgc tggaagttat cgtggataca gaggtagggg 1560 gcgtggtaga ggtagaggac gtggaagagg atcttattat cgaggacgtg gtaatggaaa 1620 ttttcgcgga aattcgaata gaccatgggt tgattatgaa tttgattatg aagcagctgg 1680 cattagaagt caaaatagac aaaaccagtt gacaggagag agctgatttg aatcctacaa 1740 agttttgtat atattatgtt caggatttca gattcttaaa tgaaacttga tagtgcaatt 1800 tttttatgaa aatagctgaa cacttgtagt tttttagaca gtaatgtagt cgctgtattc 1860 aggtgttaaa tttatttatt cccgtacttt taagcattgc ttatagtatt tttgttcgat 1920 ttgctgtaaa ctaatatgtg atagttatac aaatccaata gacattaaag tctttaaacc 1980 agattataac tttcttctat tacaaaaata tacgaatttt ataaataaaa agtatttata 2040 ttgcatatat aagtatataa atatatatat atattaaaat gtattaattt ttggttctgc 2100 tttcgagttt tcatagaaat atctca 2126 <210> 38 <211> 942 <212> DNA <213> Hydra magnipapillata <400> 38 cttttagcaa gctatattga taacacacca gcaggatcaa tactggtaaa tatcagtgct 60 ggaacaactg gttattcctc atctgattta ttaaatggtg tatttgaagt taaaggtggc 120 ttcttaaatg ttgttcttcc tgacattcca tttaatgcac aaagtatcaa cttgttagca 180 atttacgaga gacctaaaat tgttaactct gatgaaagtg attgggaacg acagtcatct 240 gctagtaaat caattgatgc atggtattca ccttctcata gttacttgtt tatagagaaa 300 cccaaaacag ctgtgaaaaa tggtaccata gctacagttt tagtacacta tacttcagtt 360 gatactgtac ctaaaaaaag aacagtttat tattcacttg tttgcaccgg aaacattcga 420 gcatctggat ataagaatat aaagtttgtt gctgctactt caactactaa agtacaatca 480 cagacaacca caacagccca accaacaact acaacaacta ccacaacgac taaaaaaaat 540 gctgaatctt tttttaacaa tacagatgaa ttattgcttt ctaggaaaat aatattacct 600 gtttggggaa ctgaaaagcc tgtaactcgg ccaccattac cattaaaata cagtaaggga 660 tattttacta tttcattccg tgttacttca aaaatgatgc cactttgtca tatgttggta 720 tattacttgt acggaaatga ggtggtagca gataatactg atgttgaagt tgttaatgaa 780 tttgaaaata aggtatcaat tgcattcggt aatgaggaag ttcgtcctgg agacaatgtg 840 aagctaacag tgaaaggttt tccaaaatca agagttgcaa ttgcagctgt tgataaaagt 900 gtacatttcc ttgctaaggg taacgatatt aaacctgaaa at 942 <210> 39 <211> 4955 <212> DNA <213> Hydra magnipapillata <400> 39 cctcattttc tgaatggagt agttggggtg catgctcagc aagctgtaat ttagacagtg 60 ttccaccaaa aacatctcgg tttagatcat gtctcccagg acttggatct tgtattggat 120 ctttatcaga gacacaagag tgcaacacaa atactccttg tcaaggaata atatcatcat 180 ggggagcatg gagtcaatgt tcagctacat gtcaattaac atcaacatta ccaactcaac 240 aaagatcgcg aacttgtgtt ggagcaacac ttggtggaaa ttgtgatggg caatccactg 300 ttgattcaca aacatgcagt gttggaattt attgtccagg aacaatatcg gattggagtt 360 cttggggtgc atgctcttct atatgtaata atcttgtaaa tatacctttt caaacaagaa 420 gtcggtcatg cattgggtat tcaacatggg atccaaacta tactggttgt cctggtatca 480 ctaaaagtga tcaacaatct tgtaatgtta atgttgcttg ttcaggtagt tatggtgaat 540 ggagtgcatg gagtagttgc tctgaatctt gtcagtctaa tcctgctgca actccatttc 600 aaactcagac tagaccatgt ctaggggcta cattaggagg tggttgcgct gggcctagtt 660 ctcaaacaat ggcttgtaat actggagtac catgtccagg tatattaagt ggttggtcaa 720 catggggagc atgttcatct tcttgtcaat tggattatac tgtgccaaca caaactagta 780 ctcgcacttg ttcaggagcc tctttaggtg gtaattgtaa cggtcaagct ttaactcaaa 840 ctaaaaactg taatgctgag gttctttgtc caggagcatt aagtggttgg ggttcttgga 900 gtgcatgttc tgcctcctgt aacactcaag tcaatggtcc gtatcagtat agaagccaaa 960 cttgtattgg tgcatctata tggaatccaa attatgtagg ctgtaataat gtcagtttaa 1020 atgatcaaca actttgtaat caaaatgttc cttgtccagg taactatggt gcatggagtg 1080 catggggagc ttgctccgaa acttgtcagt caaatactaa tgtgtctcca tttcaaactc 1140 agactcggca atgtcttggt gctacattaa atggtggttg tactggaaca agttctcaaa 1200 ctcaaaactg caatactgga gtttcttgtc caggctttat aagtgcatgg ggagcgtggg 1260 gagcatgttc agcaagttgt caattaagtt tcacttcacc tagtcagaca agaaatcgtc 1320 aatgtgttgg tgctactttt aatggcaatt gtaatggagc agtgttgact gatactcaaa 1380 attgtaatga gcaagtttat tgtccaggaa caatatcaga ttggagttct tggggtgcgt 1440 gttcttctat atgtaataat cttgtaaata taccttttca aacaagaagt cgatcatgta 1500 ttgggtattc aacatgggat cctaactata ctggttgtcc tggtatcact aaaagtgatc 1560 aacaatcttg taatgttaat gttgcttgtt caggtagtta tggtgaatgg agtgcatgga 1620 gtagttgctc tgaatcttgt cagtctaatc ctgctgcaac tccatttcaa actcagacta 1680 gaccatgttt aggggctaca ttaggaggtg gttgcgctgg gcctagttct caaacaatgg 1740 cttgtaatag tggagtacct tgtccaggta tattgagtgg ttggtcaaca tggggagcat 1800 gttcagcttc ttgtcaactg gaatatattg tgccaacaca aaccagtact cgtacttgtt 1860 caggagcctc tttaggtggt aattgtaatg gtcaagcttt aacccaaact aaaaactgta 1920 atgcagaggt tctttgtcca ggaacattga gtggttgggg ttcttggagt gcgtgttctg 1980 cctcctgtaa cactcaagtc aatggtccgt atcagtatag aagccaatct tgtattggtg 2040 catctatatg gaatccaaat tatgtaggct gtaataatgt cagtttaaat gatcaacaac 2100 tttgtaatca aaatgttcct tgtccaggta attatggtgc atggagtaca tggggagctt 2160 gctcagaatc ttgtcagtcg aatcctaatg tttctccaat tcaaactcag actaggcaat 2220 gtattggtgc tacattaaat ggtggttgtc ctggaacaag ttctcaaact caaagctgca 2280 atactggaat atcatgtcca ggttttataa gtacatgggg agcatgggga gtatgctcag 2340 caagttgtca gttaagtttc actccaccta ctcagacaag aaatcgtcaa tgtgttggtg 2400 ctacttttaa tggcaattgt aatggagcag tgttgactga tactcaaaat tgtaatgagc 2460 aagtttattg tcaaggaaca atatcagatt ggagttcttg gggtgcatgt tcttctatat 2520 gtaacaatct tgttactgta cctttccaaa cgagaagtcg gtcatgcatt gggtattcaa 2580 catgggatcc taactatact ggttgtcctg gtatcactaa aagtgatcaa caatcttgta 2640 atgttaatgt tgcttgttca ggtagttatg gtgcgtggag tgcatggagt agttgctctg 2700 aatcttgtca gtctaatcct gctgcaactc catttcaaac tcagactaga ccatgtctag 2760 gggctacatt aggaggtggt tgcgctgggc ctagttctca aacaatggct tgtaatagtg 2820 gagtaccttg tccaggtgta ttgagtggtt ggtcaacatg gggagcatgt tcagcttctt 2880 gtcaacttga atatactgtg ccaacacaaa ccagtactcg cacttgttca ggagcctctt 2940 taggtggtaa ttgtaatggt caagctttaa ctcaaactaa aaactgtaat gcagaagtta 3000 tttgtccagg aacattaagt ggttggggtg catggagtgt atgttctgcc tcgtgtaata 3060 ctcaagtaaa tggaccctat cagtatagaa gtcaatcttg tattggtgct tctacatgga 3120 atccaaatct agtggtttgt ggtggagcta gtttaaatga tcagcaattt tgtaatcaaa 3180 atgttccatg tccaggtttt tatacagctt ggtcagcatg gagttcttgt tccgaatcat 3240 gtcaatctaa tattaacaat tctcctacac agtttcacac aagaacttgt caaaatttta 3300 cattgaatgg tggttgtgtt ggcgtaagtt ctgaaactca aaactgcaat tcccaagttt 3360 cttgtccagg agatcttaca caatggtcag gattttctgc atgcagtcag tcttgtcaga 3420 ttggttcagt agtaccaaca atgaatagag tgcgaagttg tttaaaccct acatttggcg 3480 gtaattgtca aggacaatca cttacagatg ttcaaccttg taatgcagga gtagcatgtc 3540 caggtcaatt gactgattgg acatcatgga gtcaatgtcc agctacatgt caacaaacag 3600 ttggtcaata taatttgcag tacagatcaa gacaatgtgt caatgcatca ttaaatggaa 3660 actgtggtgg agctgtatta aatgatcaaa ctccttgtgt taaagatgtt ccttgtcctg 3720 gaattcttag ccaatggagc acttggagtt cgtgttcaga gtcttgtaga agcaacttgt 3780 tgatagcccc atctcaaact agaacaagaa catgcacaac agctacactt ggtgccaatt 3840 gcggtggtgc ttcgcttgtt gaatccctca gttgtaatgc taatgtagga tgtcctggtg 3900 tgtggacaag ttggggacca tttactgatt gctctgcgtc ttgccagtct actggtaata 3960 ttgttccgac tcaatcacgc cagaggttct gtgttaacaa cactcttgat ggaccttgtc 4020 cttctgataa taatggtgat aaaatccaaa ctgttcaatg taatgttgga gttatttgtc 4080 cagtaagagg aacttggagt acttggggtg cttggtctac atgcagtgca agttgtgatg 4140 ctggtattat tcaaagatca cgagcctgct cagttcctta cccaataggg gctggtgatg 4200 attgtactgg caacactacg caaactcttc cttgtaaact gtttgattgt ccaaaatctt 4260 gtgctattgc aaaacgttgt aactgttctc aagttaaaca atggtcttct gttcctacgt 4320 ttgaccaatt tcaatcaaga ggtttaactc atggagcaat agaaactgtg cttagatatt 4380 taagttcata tggagatgat accgttgata aagcatgtca agcttgcaac actatgatgt 4440 taaccacatt gagatcgaat gttgctgatc agttaagtca agctaaagct gcaagagcaa 4500 aacttgaatt aattaaaaat gatttacgtg acgtcatcta ctgtaatggg ataatcttga 4560 acaatgcagg tttatggagc ctctacgact taatgtttga gcatgcaact atgttagatg 4620 gggttattat agagttaaac gctatttact tacgttttga tgctgctttg acttcttgtc 4680 aatcgtacgg ctggatccat caaactttca aaacaatttt acgaaaatgc accttttaaa 4740 atatttttaa aaatgatttt ttaaaataca tatacatata tatacatatt tattttctta 4800 ttgtattttt tcattttcaa atattgtaag cttaacgcat ttatttaatc ttgtattttt 4860 atgtatgcac ttatttagcc attaatttga gcatttttta attgttaaat ttttaatcgt 4920 taaattttag taaacatgtt ttttaaatat ttgta 4955 <210> 40 <211> 1266 <212> DNA <213> Hydra magnipapillata <400> 40 gttttgtttt ggtaattaat tatacttttc aagtttttat gaaaaaattt ttaaaaagta 60 gttaaatttg taatgggagc tggatcatca gtcgatatac ctggtggagg aactgaaggt 120 taccatgttc ttcgggttca agaaggatca cctggataca aggctggact tgaaccattc 180 tttgatttta ttgtctcagt agaaaaccaa agattagacc aagataatga aacattgaag 240 gaagccgtta aacgaaatgt tgagaagcca gtaaagattc ttgtatacaga cagcaaaaca 300 agaaaagttc gagatgcaag tattactcca agtaatcttt ggggtggtca aggattatta 360 ggtgttagta ttagattttg ttcatttgag ggtgctgctg aaaatgtttg gcacatactg 420 gacgtccacc caaactctcc tgctgacctt gctggtctaa gaccacacac agattatata 480 attggttctg atactgtatt acatgatgta gacgattttt tcagtcttgt ggagcaacat 540 gaaaataagg cccttaaact ttatatttac aattcagaaa cagatggttg ccgtgaggtt 600 acaataacgc ctaattcaaa gtggggaggc gaaggaagta ttggatgtgg aattggatat 660 gggtatttac atcgtattcc tattcctgat gttactaaat cattgcaccc accgttcatt 720 gctccgacaa cagttagtgc aactggtttt tcggaggtgc cgttacacat ttctccactt 780 cccattaaca catcaggggt gcaagagtca ttaggcggca taaactttag tagttctatt 840 ccgaaaacca catctattat gacgccaaat ttatcatcag gagtattaaa tggatattct 900 gcagcactta ctgagactca gtctccgatg tctcatccgc attatgcaac gccaaatgtt 960 ttttcaactt cacaacaagt gcctctctct aacattcttt caacgactgc ttcaaattat 1020 caaccagcaa cactaatagc tagtaatgta ggattaaatc aaccaattac aaatctaaat 1080 accattacaa ctaacactta tgcagtgcat aaccctaatg atgtatcacg aagtcctgca 1140 gctcacccac atattctccc aatggaaatc tcacaaatta gtagcgcaac aattattgct 1200 aaaccagttc cattaacaac agatataaca cttggtgcta ctccaagtaa tatacctgca 1260 atttaa 1266 <210> 41 <211> 3716 <212> DNA <213> Hydra magnipapillata <400> 41 ttatcaatgt atttacattt ccttctgacc accatttgtg tgggagttgt tgcaagcaaa 60 ataaacacaa agtatattat gtcagttgat gatatcaaag agtacaaaaa aatacttaaa 120 acacataaaa acttgttgac agtttattcg tctgatgata aatctgctgt taaaacactt 180 aaatggcttg ataatgtatc aaaagaaatt aaaggaaaag gatcaattat ccacattaac 240 tgcggtgaaa acaaagaaac taaaaaactc tgcaaaaagt atgaggtcaa cccacaacca 300 attaaactaa gacattacaa agatggaaac tttaacaaag attatgacag acaagaaaat 360 gaaaagtcaa tggtctcatt tatgatggat ccaactggag atgctccttg ggaagaggat 420 caaagtgctc aaaatgttgt acatataaac aatgagaagg acttgaacaa attgcgcaaa 480 aaagagaaag ggcagttact gatcatgttt tatgcaccat ggtgtggttt ttgcaaaaag 540 ttaaaacctg aatatgctgg tgctgctgat gagatgaaga ataaagccgt tttagcagca 600 atggatgttg ataaacctga tgtctataat gtgcgctatc aatttaatat tactggatat 660 ccaacaatta tttattttga agatggaaat gaaaagtttc gatattctgg taaaatggac 720 aaagagggta ttgtgacatg gctggcagat cctaaaccag tatcaaaaga agaacaaggt 780 gatgattggg aagctcctga aataactcat ctaaataatg ataactttga tagcacttta 840 aaaacaagtg tatcaacaat ggttatgttt tatgcaccat ggtgtggtta ctgcaaaaaa 900 atgaaaccag aatatgtcaa tgcagcaata actttgcaag ctgagaatgt tattgcaact 960 cttgctgcag tcgattgtac tcaatcacaa gctacgtgca ataagtttga agttaaaagt 1020 taccaacta ttaaatattt tatcaatgga actttaatgt atggattaaa cacatacaaa 1080 gctgatgata ttgttgcatt tatgaaagat ccaaaagagc caccacctcc tccacctgct 1140 gacttgccat gggctgaaac atctggatct gaaatacttc atttgtccaa tgaaaatttt 1200 aaagatgaaa tgaaaacaag aaaacatact ttagtgatgt tctatgcacc atggtgtggc 1260 cattgcaaga aagctaaacc tgaaattgag gctgctgctg aatattttaa agatgatcgt 1320 aagattactt ttgcaggtgt tgattgcacg gttcatgatg cactttgtaa aagctatgaa 1380 gtatctggtt accctacatt taggtatttt ttatatggaa agaaagactt tgtttataaa 1440 ggaggaaaca ctaaagaaaa ttttattgca tttatgaaaa atccagagga accaataatt 1500 gaaaaaagtc gacctgtgga gccagaatgg agtgaaacta acaccaatgt tgtgcattta 1560 aactttaata catttgataa ctttatcagc aaaaatccgt cagctttagt tatgttttat 1620 gctccatggt gtggccattg caaagcacta aaaccagctt atacagaagc tgctgaagaa 1680 ttgttgtata aaaaccataa gctgtgtgct gtagactgca ctaagaacca agatttgtgt 1740 aatgaacaca atgttacagg ttatccaact atcaaacatt tctataatgg aaaggtatca 1800 cattataatg gtgggcggtc taaagaggac ataatcactt ttttgagcag tattaaaact 1860 gaaaagaagg tgccaacaac aaagaatgaa ttttgggatt ccaatgatgt catccatctt 1920 gacgatgtta cattccctga ctttattaag gaaacaaaaa tagttttgat aatgttctat 1980 gcaccatggt gcggccattg taataagatg aaaagtgatt accaaaatgt tgcaaatata 2040 tttcactcac aaaaaattct gaaagagaga attgctgcta tagattgtgt tgttaacaga 2100 gcaacatgca ttaagtatga tgttcatggt taccctacac ttaaactctt taaggatggt 2160 gaaaaatatg cagactatga gggaggaaga acttcttcac aaatagttga gtttgttaaa 2220 aattctcgtc attctacgcc accagtacaa agttggtcta atgaaaacac agctgttatt 2280 catcttaatg atgatacatt tgattccttt attgcagaat attcatctgt attggttatg 2340 ttctatgctc cttggtgtgg ccattgcaag agcatgaagc cagcctatga gaaagctgca 2400 gaatatgtta atcttaaaga agaggttcct ggtaaactag cagcttttga ttgcactgtt 2460 aataaagttg ttccaaaagc tttagcttta cagggatacc caactttgat gtatttcaaa 2520 aatggtcatc agttagaaaa gtatgaaggg gatcgttcat ttgaatcaat tgttgattat 2580 atgaaaaaag cttcagaaaa aaaagaagga ccatctgctg ttaaagaatg gaaagacgag 2640 ccatcagccg tacaccacat aacccaaaat tcttttgaag aatttattct tgaaaaagat 2700 gtacttatca tgttttatgc tccttggtgt agtcactgta atggaatgaa acctgcattt 2760 atgcaggcag ctaatacatt aaagaaagaa aattttcctg gtgtgttagc agcagttgat 2820 gcgactaaag cagtagagtt ggcaaataag gaaggtgtga aggcataccc tacattgcga 2880 tattacagta aaggagagtt tatagaacaa tttactgatg atcgttctgt agaaaacatc 2940 ataagattta tgaaaaaaca aaaagaatct cctcatcgtc gtcaagcttc tattgacaac 3000 tttgattggt cagacatgcc tagccaagtc acacatttat ctgcagatgg tttccaatct 3060 tttctgaatg gaaagaccca tgctcttgtt atgttttatg taaaatggtg taatggttgt 3120 tttgaaatgc gagggagtgt tatgcaagca gcttcacgtc tctccacaca accattatat 3180 gcttttgctg ctattaactg cgatgaaaat gacgtatttt gcagcagcat tggagttgtg 3240 gtttttcctt caatcaaata ctattcaaaa ggggagtttg ttgaaaatta tgaaggtatc 3300 gtaaaacccg aaactatagt gaactatttg aaatcgaaag ttaaagatga gttgtagtcg 3360 ctttaattag tagtttttta atatagctaa atatttttta ctcaattggt taggatctag 3420 tttttgatta gctcttttat attttattta attatagtat tgttttgttt ttttcgtaaa 3480 acagaaattc attttgtaat atagcaagat atgtaacaat ttaaactgta aattaaagga 3540 aactaagaat cgcctgttaa aatttttctg tactttttat tactttctat ttatacattt 3600 ttatgcaaaa atattctgta actctaatgt caatactgta aaatgtattt gcgttgatat 3660 tttatggtgg aacaaatgta attttatgga ataaaagata tctagaagtt caaagt 3716 <210> 42 <211> 1834 <212> DNA <213> Hydra magnipapillata <400> 42 atggctgtcc tttcaacata taatcctgta tctaattcag ttctaaatgc taataaagac 60 tgccttctat ctgatagttt aatgataaaa gatgtacata ataggaaagt tggtctttca 120 aatgtttgtg atttagattt agatcgacat agaaatgatg caaatgattg taaaaatagt 180 tgtcaccctg atgctatttg taataatagt atttgcgttt gtaaaaaagg ttttgttggt 240 gatggtgtaa ataaatgttc agactgttgt attgaacaga ctgttggaga agacagttac 300 actggaatat ataattttcc agtgacttta agagatgatg ttcatgtttc tctctgtgta 360 tataatgcaa gtattcaatt tcaaagacga tgtttgtttg ttagtaattt tgctattcct 420 gagtgggaac ctgctattct ttcgaattgt ccttcaaaat ctgaaatatc ccagaaactc 480 atcaacttgg aaaacattaa tgtcacaaca tcaaacattt taaatgttac atattactta 540 aatgacatag ttcaaaatgg taacctatca agcatatatg atgttcaaat gatttcaagt 600 attataaaac agattataaa tgtgaacttc tcatcagaaa aggttaccca tggtattttg 660 tcatctatag atgctttaat aacttcaaat acaagtttaa ttaagagcgc aaaccagaag 720 tttaatttgt ctgctgtttt tttatcatta attgatgttt tggggaaaca acaaaccaca 780 aatattacta tgtcactgaa aaacttggga atggcttcat acattaccaa acaaaaaaga 840 aactcaatat ttattttttc aatggaaaat gaatctagtg ttggtgtaaa tatatctagt 900 gataatttca agtctacatc agatataaaa gactacataa ttcttccttc ttcattattt 960 attgaacata atgaaactca aatttactct tttatatata gaacaaaagc atttttcagg 1020 gaacaagtag gagttataga tagtgtgata ctgtcagtct cagtaaatgg tttaccattc 1080 ggtattacta taattacatc tgttagtaaa cctgagtacc taggtccttc atctgataat 1140 gatgctaaaa tatgtgttgt tcgaggtttt ccgttttact tgggtatcct tttacctgtc 1200 tgcttggtaa tggtatctaa tatttttatt cttatatcag ttcttagaac tattaatcgt 1260 aactccgacc ttcataacaa caataaaaac aaaaagaaag ttcgaattgt ttttacgtgc 1320 tctttattac ttggtacaac ttggttattt gcagttttag ctgtcggaaa agcaagagac 1380 atatttcaat ggttgttttg catttttaat tttttacaag ggctatttat tttctttttc 1440 tacactgttg agaacaaaaa agttaaagaa caatggatgt tatttatgtg gggaaaatta 1500 agaagaaaaa agacaaaaaa gacaacggta aactcaaaga tgcgaacaat ttcacaaact 1560 acaactatct cttactttac aaattctaag gaaagattca ataatatgtg cgttgattct 1620 aaagatgcaa agttgtagac catataattt ggctaattat tggttcatag acgtttgcag 1680 aggtttttga agatctaaaa tttaaatctt ttaatgttct caaccctttt ttagtcgcta 1740 agctcaaatg cttgatttta aacatttaaa catcacgttt ttacgttctg ttcatttgtg 1800 accgtgtaaa tagaaataat cgatcaatga aaaa 1834 <210> 43 <211> 1353 <212> DNA <213> Hydra magnipapillata <400> 43 atatcagtat acgttaaagg gagtaaatta atatattttt taaagtttat ggtagtttta 60 ttgtcactgc aactcagaag ccttatttta tggcaaacgt aaatcttaaa tatgaaaatt 120 cttcgagcga cgaaaataaa tctgatatcg acgatgaaga tagagcaaat tctagcaaat 180 ttttaaacga agaatgcatt agcattaatg aactacataa aaaaatcata gctcaagctg 240 agttgtactt tagtaatgaa aatttgttaa aagataaatt tttattgaag cacataaaac 300 ggaataagga aggttatgta aatattaagc taatagcttc cttcaaccgt atgcgatctt 360 taacaaaaga ttttaatata attgttgacg ctcttagaac ttcgtcaaga cttgcagtag 420 acgaaaatgg actaaagtta aaaaggcttg aacctttacc taaagagctt ttagagcaag 480 cacatgtaca atatctggta ttaagtgata taccatctga aaatccttca gttgatttca 540 tcaaaaatgc cttcatttta atgaaaaatg atattttatc agttaaaatt ataaaacctt 600 gcaagagttt tcccaatgat ttacaatcac attactcaaa acatccagaa ctaaaagaaa 660 agttagttgc tttagttgaa tttaaaaata cagattctgc gaaggaagca tcaaaaactc 720 agtttactga agcttattca ggtttgaaag tgtcttttct tgaactagga ccaaaacaat 780 taagaaatat tgcaagcggt gagacccact cagatgctga ttcagataaa agttgcggaa 840 aaaagaagaa gatgaaaaag aaaaaaaata atgttaagca tttatcacct agagaggata 900 gctatagtag ttgtgcaagt tcttctgata atgaattttg ctcttttacc aattgtagta 960 agagatactc tcgctccaaa aaacatccta cagacaatat ttctcagcat tataaaaatg 1020 aaagatacaa ctcttcacaa aattcttcac ctttatcaag cccttcagta agtcctgttt 1080 atcatcgtaa aaacaaatct ggttaccaat ctcctaaaga atacaagtta tcaccattaa 1140 taagtaattt aagtccatta tccagtccag atataaatcg cagagaaatt cccaagtttc 1200 aagagtcgta tgaaaattta catagtgcat ggatgttaaa aagaatggag ttaaataaga 1260 ctaattatgt tgaatctgga tcaacaaatg tcaatagcgt atgcaagcaa ctagagataa 1320 ttaggcaacc aaaaggtcca gatggatcaa acg 1353 <210> 44 <211> 1946 <212> DNA <213> Hydra magnipapillata <400> 44 atgattaaaag ataatgacag caagatacga aacttaggtt ttcaaatcct actgggtcta 60 aggcaaagag taaacatcga aagtttggaa gtaaatttga aaaaaattcc agaaattaat 120 tctaatgcta atcattggta tgagttggtt gatatcagca ttactaaatt tacggagccc 180 ccaacaacac aacatttttc aattgagcaa atccaatatg cgattgacaa taatgttaaa 240 cctgaaatcc ccgactttcc atctcactcc cagagtgttg agcgagcggt ttttcacacc 300 agatttggga ttaatgtaat gcctccaaag attccaatac caatttttta tagttttacc 360 tttgaaacaa tatggactaa tttaaagcga attgttcatt ttgatttgaa gggtgcacct 420 ccaaaacatt catattttct taaacttttg cctttactta agtctcttgg tgcttcaggt 480 ttattaatag aatatgaaga catgtttcca tactctggac ttctgcacca aatatcatcc 540 ccttttgcat acagcaaagt tgagattcaa gaacttttgg atacagctaa aaaattgaac 600 atggaggtca taccacttgt tcaaacattt ggccattttg agtttgttct taaacatgag 660 caatttcgat atttaagaga aactcctgag tatgcaaatc ttccatgccc gcttcataat 720 gaaacattaa gtatggtatt gaagatggtt gatcaagtgt tatctgtgca tccagatatt 780 acattaatac acctaggagg tgatgaggtt ttcaacttga aagattgcgc cagatgtaaa 840 gaaagtggca tgcaaaagga acacatttat ctccatcata tggtccctat tttaaaatat 900 attgaaaaaa agacaaatct gcgtgtgaga ccaataattt gggatgatat gataagaaac 960 tggcctttag tggagatgca aaaattatca aatctcacag atattatggt ttggggttat 1020 ggaccgaatt tagacaatca ctttccaaaa gatatgtggg aaaaatactt agcagctttt 1080 aaatctttat ggttagctag ttcatttaaa ggtgcattat ctcccaacaa taacatacca 1140 ccaataccta tgcatataaa aaatcatgaa tcttggctgc gaatactaga gaaaaacaag 1200 gttctcgaaa ctaaaatctc tggaattgct ttaacaggat gggcaaggta tgaccatttt 1260 gcaacactgt gcgaactact tcctgcatct ttaccgtcgc ttggtctgac actttctgtt 1320 cttaaggaag gagtactaaa atctcgttca aaagaatttg ttgagtctct actatcattt 1380 tcaaatgaaa tcatggttga gaaagatcct tttggaagtt gggatacagc aattccagga 1440 tttacaggtg gtgatgtcta tgctttagta gctgaattag aaaaccacat ttcgtgggtt 1500 tcagataaca aaagaaggtt ggatagctgg gggaatgacc gtcaaaagca taatggattt 1560 gttagtgttt ttcagttaaa tgcagtagct aactctttaa aacaattaat tccatcattt 1620 gt; gatgaatggg tcaaagataa aattgatcct tatattttac tgagtgattc tcttaataaa 1740 tctgtgtgga attttaaaag gacattaatt gataaaaatg tttagtttac taatattgtt 1800 aacatttgac tttattatta ttagatattt atttgttatt taatttctca aaagaaattc 1860 ttaagaaaag tttttcatta taagtatttt tactttaata attatttttt ttttataaaa 1920 gttttttatt taatgttaat agttgt 1946 <210> 45 <211> 1383 <212> DNA <213> Hydra magnipapillata <400> 45 gttataggtt cttataaatt aaaaaactaa aaatatgaag tccgatttct ccatggcttc 60 gattttgaaa gataacgaaa gtaaaaaaca aaaggtagag aagaaattaa ctaaagattt 120 gatgctaaga gtaaaacttg aggataaaaa tctatgggca agctttcatc gaatgaccaa 180 tgaaatgatt gtcacaaaaa atggcagacg tatgtttccg gttttaaagt catctgtcga 240 tgggttagat cctcaatcca tgtatactat tatgctagac tttttaccag tagatgaaaa 300 tcgatggaag tatgttaacg gcgaatggtc acacgcaggt aaaccagagt ctacaccacc 360 gagtaaaata tatgtccatc ctgattcacc gaactttgga tgtcactgga tgaaaaatcc 420 tattgtattt tccaaggtaa aattaaccaa caaggaaagt accaatgggc aagtgctcat 480 gctgaactcg ttgcataagt acattcctcg catccacatt gtcaaggtct gcaacggtga 540 aaaaattacg tctacacata ccttcgttga aacggaattc atcgctgtta ctgcttatca 600 aaacgaagag ataacgaact taaaaattcg atacaacccg ttcgcaaaag cttttctgga 660 tgccaaagaa cgaaacgaac aaaaagagtt tatcgagaaa aaaaaattat gtaattgttg 720 tacggcacgt tctcattgtt acgatgatat cgaattttca aatagacgca attcaatggt 780 ggacactcag caacttcaaa atgtacttaa tgataaaatg ttaatacgtc aacacccata 840 tttgcaccca tcaatggaaa tacgatctca aaatgcatgt tactcctacg cccgacgcag 900 accatttttt gatataccat ctcatcaatt cctacctacg tcgcatacaa aaaattctca 960 aatgttttgc tattcaacat cattgcctaa ttcatctatt tgcgatgatg acattcatcg 1020 gcattctact agcccaccgg atagaatatt gcgtaacggt ttttctccaa aactactttc 1080 gaaattcaat actgcaaatc tcaacaatga agctttttat gaatcgctta gacgtaaaca 1140 cgagtttgat atatctcatc aaagaaaagg gcgcattgag catttccata ttcgtcaatg 1200 aactcttttt tccaattaac ttttttggat acccttatca gtcgtcgaat ttttttttca 1260 aaaattaaat tacgtgagag taaatatgag aaagtacatt tgagacaact gtaaaaacta 1320 tgaactataa tttatttcat ttgtatatat tacacagtat agaaaagtat acacaataaa 1380 taa 1383 <210> 46 <211> 1821 <212> DNA <213> Hydra magnipapillata <400> 46 gtctacttat taaccaaaac aaagttacac tttttgccat gttttgaaca ccacaagcat 60 ctttaaatgc attacatgct gttgtataaa aattatatgt aaattatttt gggaaaactt 120 tattaattaa gttgttaaga aatattttag taatgtggac cgaaaaatca agttgttata 180 gaattttttc atgtctctct gtccttttta tgacttttga tacgaatggt tttaaaggtg 240 ttgatggtga tacgtcagca agtgttgatc accatcttga aatgggaaaa aaaatgttag 300 cagctggtca attaacagaa gctttatctc attaccattc agctattgag ggtgatccaa 360 aaaattatat gacatacttt aagcgtgcag cagttctttt ggctttggga agatcaaaat 420 cagcccttcc tgatttggac aaaacacttg aattgagagc agattttttg agtgctcgct 480 tacaaagagc aagcattcta ttgaaacatg gaaagtttga agaagctaaa gctgactatc 540 ttcatgtgag tagacaagat tcttctaatg cagaggctac tcagggtcta tctattattg 600 gtccagttca tgaaaaagta aagacggcag aggaaatgtt tgaacaccac cattggtata 660 tggttataag tcatctcgaa aatcctattg aggtatgccc ttgggatgtt catttaagag 720 aaatgcgagc gaaaagttat gaacaaatag gagattactt aaaagctatt caagattatc 780 gaattacaac aaaattaaaa agtgatgata cagaaggcca tctgaaagtt gcagaactct 840 attacatact cggggaaggc gaagattctt taaaagaaag cagagaatgt cttaaacttg 900 accaagacca caaaaaatgt caccagcatt ataagaaagt taaaaaacta gtcaagttct 960 ttcaagacgc ccaaaaatat atggatgaag gaaattatga cgacgcattg ttaaagttaa 1020 atgcagccct taaaatggag agctcaaata ataagtttgt tgttagtgcc aaagaaaaaa 1080 tgtgccattc atatgttaag attaaaaact caaaggaagc ttttcgagtt tgcactgaaa 1140 cattagaaat tgaaccacag aatgctaatg caatgtgtga cagagcagaa gcttatttat 1200 tagaggacaa acttgatgag gccttaaaag attttcaaag tgcaaaagaa attaacaatg 1260 atctaaatag agcaaaagaa ggaatagata gagtaaacaa acttattaaa caatctaaaa 1320 aaagagatta ctacaaaata ttaggcgtta gcagatccgc aagtaaagca gaaattctta 1380 gaaaattccg aaaattagca tctaagtggc atccagataa atatgacggt cctgacaaag 1440 aaaaagcatc aaaaaaattt attgacttgg ctcatgctaa agaagtgtta tctgatccag 1500 agaaacgtgc aaagtatgac caaggtgagg atcctttaga tcctgaagct caacaaggtg 1560 gtgggcataa tccttttagc ggatttcata acggattcgg tgaaggcttt aattttaaat 1620 ttcactttaa ctaaatggtg cgtcctcatg gtctgttgga gaaaagctat ttcaatttcg 1680 tacacagagt accttctact cctagtagaa agaagaaagc ttttattgct aaaaaaaaca 1740 ttcgaggtca tacatacttc aatatattta acaatgttta aaaccatata tatagataga 1800 aaaataaatt gtttgctatt a 1821 <210> 47 <211> 3111 <212> DNA <213> Hydra magnipapillata <400> 47 atggatatac cacatgctga agttgatgtt tcaattgctg aagttgatgt ttcaatgtct 60 tctaactttt ctaaaaaact gattataaca aagtgcagac aaaaagataa agctaaaaaa 120 tccaaaaaaa agaatatgga tgatctcaaa aaagagcttg aaatggatga acataaaatt 180 gacataaagg atttgctaat aaggctggaa acaagtgtag agaaagggct gagttcaagt 240 gttgctgcta gaaatttaga tcgtgatggc ttaaatactc ttcaaggtat taaaggcaca 300 cctgagtgga tcaaatttgg aaggcaaatg ataagtggtt ttgcattgct tttgtgggct 360 ggtgctttac tatgttatat tgtcaccatt attcgattta caactgaacc aaatccagta 420 tatgacgaag tttacttggg cactgttttg gtagttgttg ttgttttaac tggcattttt 480 tcttattatc aggaagcaaa aagttcagct ataatggata gttttcaaaa acttattcca 540 caagaagcaa ttgtgatgcg agatggttca aaaatgacaa taagtccgag tcattgtgtc 600 ataggtgatg ttgtatattt aaaaagtggt gacagaattc ctgcagatgt tcgtattatt 660 gaatctagag ggatgaaggt tgacaactct tcattaactg gggaatcaga gcctcaatca 720 agaaatattg aatgtacttc tgacaatccg attgagacaa aaaatcttgg ttttttttct 780 actaatgtgg ttgaaggtga tggagttggg attgttgtta aaattggcat gaaaacagtt 840 atgggtcgca tagcaaatct tgcatcagga ttagaagctg gaaaaacacc tattgctgct 900 gagattgaac attttgttca tattattgca tttgtcccga caactgttgg attaattttt 960 tttattgttt gtatgagtct tggttataat tggttacagt ctgttatcta cgttgttggg 1020 ataattgtat caaatgtgcc agagggtcta cttcctactg ttactgtttg cctaacctta 1080 acagcaaaaa aaatggctaa aaaaaattgt ttagttaaaa acttacaagc tgttgaaaca 1140 cttggaagta cttcagttat ttgttcagat aaaactggga cattaacaca aaaccgaatg 1200 acagtggcgc atatctggtt tgatttgcat gctgttgaaa taaatacaac agaaaatcaa 1260 tctcctttta atgaacaaca aaactcacca acatgggaag cacttgcaag aattggtgca 1320 ttatgtagta gagctgattt taaaagtggt caagaaaatg ttccaataat gagaaaagat 1380 tgtacaggtg atgcatcaga ggtagccatt ttaaagttta ttgaaaatac tgttggagat 1440 gttatgagca tacgctcaaa aaataaaaaa cttgcagagg ttccttttaa ctcagctact 1500 aagtttcagg tgtctgttca taagttagaa aatgcaaatt cttctcctga tgcatcaata 1560 tatattgctg ttatgaaagg tgcacctgaa agaatcttgg aaagatgcgc gtatgcttta 1620 attgatggaa aagtacaacc aatcaatgaa gaatttattg aaacatttaa caaagcttat 1680 gccactcttg gtggttttgg tgagcgcgta ttaggttttt gtcattgcta tcttcctcaa 1740 gatcaatatc ctgatggttt tgcatttgat tctgaggaaa ctaactttca acttgataaa 1800 tattgttttg tgggattgat gagtatgtta gatcccccca gaccttctgt gccagatgct 1860 gttagtagat gtagaagtgc tggtatcaaa gtcatcatgg taaccggtga ccatcctatt 1920 acagcaaaag ctatagctag aagtgttgga attatatctg aaggaactga gactattgaa 1980 gacatagcac aaaggttaaa tataccaatt gaacaagtcc aaaaaaatca tgcaaaagca 2040 tgtgtagtaa gtggaagtca gttaaaagac atgagtcaaa aagatcttga tgatgttttg 2100 aaaaatcata ctgagattgt ttttgctcgc acatcacctc agcaaaaact gatcattgta 2160 gaaggttgtc aacgtcaagg tgcaattgta gctgttactg gtgatggtgt aaatgattca 2220 ccggccttaa agaaggctga cattggtatt gcaatgggta tagcaggatc cgatgtatct 2280 aagcaagctg ctgatatgat tctgctagat gataattttt cttccattgt aactggtgtt 2340 gaagaaggac gtttgatatt tgataattta aagaagacaa ttgtgtacat gctaacctgt 2400 aacatagctg aattaacacc ctttgttttt tttattatat taaatattcc actgcctctc 2460 ggaaatattc caatgttatt aatctctatt ggtactgaca ttgcaccagc cattgcatta 2520 gcttatgaac catcagaaaa tgatatcatg gaaagaaaac ctcgagatcc taagcgtgat 2580 aaccttgtca atgctcgtct tatatgtcaa tcttacgctg tcagaggtgt aattgagtct 2640 gttggcgctt ttttgtgtta ctttattgtt ctgggtcaaa atggattttg gcctttagat 2700 ttaataggaa ttagaaaatc atgggatgat aatactaata ataatcttcc agattcttat 2760 gggagtgaat ggacttatta ccaaaggaaa gagttagaat taacagtcca tacagctttt 2820 ttcactacta ttgttgtttg tcaatggggt gatcttattg ccagtaaaac tcgtcggttg 2880 tctctatttc agcatggaat gaaaaactgg gttatattct ttgcaatatt ttttgagaca 2940 actttaactt gttttgctca gtatacacct gggttaaata ctgctttgac cttgcgtcca 3000 attagatttg tttattggct gcctggtcta ccgtatgctt tattcttatt tgtttttgac 3060 gagatacgga aatattttat ttcccactat ccaggaggta agattttgta a 3111 <210> 48 <211> 1048 <212> DNA <213> Hydra magnipapillata <400> 48 ggttgatcag gaaatataca tctaaaacaa ttggcaaagg atgaagtact catttggctt 60 cttcctagtt tccttattta cattttcaaa agcgcaaata cttactcaat ggacaccatt 120 tagtgattgc tcagcaacat gcaacacagg taattcaata cgcacacgaa caagatcatg 180 cacacctgca aatctatgcc aaggaatttc tctatttgat actacttcct gtaatgtgga 240 atacagttgt ccagattata gacttggtga ttggggtaca tggagttctt gctcagaatc 300 atgcagagca actcaatcga atccaactcg tgttcgaact cgttcttact gtcttagtaa 360 ttcaacatct gcatatcaat gcacttctaa tttcatggtt agttatgaac catgtaacac 420 tgttgcttgt tccacagtta agtcatgcaa ccatgtaaac tttacatttg tctttgtgtt 480 ggatagttca tccagtgttg aagatcaaga atggatggat gaaaaaggtt tggttttaag 540 ttttgtcaaa agctcagcat ttggagtgaa tccaaatgtt gatgtagctg tggtaaacta 600 tggtagtact gctcaagtag aggctgattg tggtacattt aaaagctact caacttttga 660 aactttcatg aacaatttaa aaatggtaac tggtggaact gcgatacaca gagggcttac 720 aactgcagaa actgtattcc aaagatgcca aaaactcaat atgaatcctg ttatagttct 780 tcttaccgat ggttttgaaa acatagatac aaatattgac agcaacatag ctattgaaaa 840 tcgtataaaa agtgaagctc ttttagttgc aggtgccgta catgaataca aaaaggatga 900 aatagataga ataacaagtt acattgttaa tggacagaat gtatcttata acttctttgc 960 tacaaacttc acgtatcttc gatctggatt tgctgacaac ctatataatt ttgttgttgg 1020 aaagagccaa tgtgaaagta atgattaa 1048 <210> 49 <211> 1254 <212> DNA <213> Hydra magnipapillata <400> 49 acaaacaagt atattaaact taacatcaag ctaaagaaat tgactaatca aaatatttaa 60 cgacttaatt ttttataaac tatgaaatat atatcgattt ggatcttata tatttgcttt 120 atgagtaaat cggttatacg tgcttcagtt aatcaatcag aaatagctaa tacaaataat 180 cgcctcgatt tgaaaatgtc gtcttcaatt ggtcgtgtaa agcgaaatct tgaatcgata 240 aaccttttcg atcagcaaga aaaaagacaa acagtaatgc ttaaattttg ttcaaactct 300 aacttttcaa ataaaactat ggatgaacac atgatttaca ctgacaaaga aagtcttctt 360 tactgctata tacctaaagc tgcttgtaca acttggaagc gaatgtttca gatatttgac 420 ggaaaaatgg atttaaatca agtgatggct gttgaaaaaa atgcagtcca taagctgcat 480 tataacaatt ttacaactct tgacgctgca caaaaagttt tccgtgagaa aaattattat 540 tcatttttag taagtcgcca tccatttgaa agattgttgt cagcgtatag aaataaattt 600 ttggaccctt acacaacgca ttatcaaaaa aagtatggtg cagaaatcct tcgtttatat 660 cggaacgatc ttacagaaga acagtattta aaaggagaag gggttacatt tcgagaattt 720 atcaagtatg ttatatcagg aaaacctttt gataaacatt ggcgtcctat gacgcaacta 780 tgctctccgt gtcgttttaa gtacagatac ttgggtaaaa tggaaacatt atttgaagac 840 gccaccgcaa tactcaaaaa cgctggcata tctcaaaagt ttttgttcct ctccaattca 900 agagatcgtt ataagccaat ttcaacaatt gacatgaaaa gtcaatatat gagtttgaaa 960 gcttcagaaa ttagaaagct atactacatg tataaagatg attttctcgc ttttggctat 1020 actgttccat attacattga agagcttcta gcaaccatcg acaatattta aatataaatg 1080 atataatgtt ttatcaacaa aatagttgta ttactagttg tttttcattt ctagcatttt 1140 atattgtttt aaatttttat ttatgatttt ataaaaatac ataatatgag aactgttttt 1200 tttttttttt gcttacgatt attaaaattg taacaaggta ataataaaga taat 1254 <210> 50 <211> 1362 <212> DNA <213> Hydra magnipapillata <400> 50 atgtctgaag aagatgagaa aaagattaaa agtcctcatg agcaacgaaa tgatagagta 60 aaggagcatg ttgcgcattt aattaaaaat gtttctttcc atggtctttc ttacgtcgcc 120 gacaaaagaa acaattattt tcgaagagct atatggtttt taattacggt tggtgcgttt 180 atctatgctg ttgaaaaagt ttatgaaagt actgttaatt acttttctta tccattcaaa 240 accgctcgca tgaaaattta tgtcaatgaa ttaaattttc cggctgtatc attctgtaat 300 ttgaatgatt ttttgtttag caaactaaat ggcaccaaac ttgatgaatc aattttgtac 360 cctgatgatc ctgaaaaaaa caatgtctca gaaatagaaa ttagcaacat tacttctgat 420 gccacaattc gattagatca aatgttagtt gattgtgagt ttgaaggcaa aaaatgcact 480 catgaaaact ttacagattt ctggactatg cagggcgaac tttgttttac atttaactct 540 ggaaaaaatt ctcattcatt attaaaggta agtggagttg gggtgttaag aagcttaaaa 600 ctgacaatta atgtccaaca ttatgaatat tatcgagatg aaatggctgg tgggattcat 660 ttaatgattc atggacagga tgaggaacca gtaaaaatgc aaggacaaat agtatctcca 720 ggatattctt tttatgttaa agttgaaaaa aaaactataa tgaacttaga aaaaccttac 780 aaaactgaat gtggtacagt aaaattaaag tactttgatc gttactccat gcatacatgc 840 tggcttgagc aacttacaga ctatgttaat aaaatgtgtc attgcaaaga tttttttatg 900 cctggaaaca ttccatattg cagtttgcct gaattacaaa actgtacatg gatagaatgg 960 gcaaagttta acaaggataa aatgtataag tgcccgttgc catgtaaaat tgatttgtat 1020 ggagtgagct tatctcgagc attgtttccg actacccaat attctagcat acttgctgaa 1080 cagtttcgca aacagcctca tgttttaagt attgtacaca atattactga tgagctctta 1140 tttatgagag ataatttact tcgttttatt atttattatg atgatttgtc gtacgaggta 1200 cttgaacaga aaccaagtta tgaaacatta gtctggttag gagatattgg tggacagata 1260 ggcttattta taggagcagg tgtaatgtcg tattttgagt ttcttgattg tttggctata 1320 gtgatataca cacggttttt tcagaagttt acttcctcat ga 1362 <210> 51 <211> 819 <212> DNA <213> Hydra magnipapillata <400> 51 atggaataca aagaaacctg tctaaagctt aaaattgcaa agcaactaaa aagcaactat 60 gggtttatgg ctatcaaagt tagcatcagc tttaaatgat tttggtaata gaagagctcg 120 cattctttta cttggtttag atgcagctgg aaaaacaaca atactttata agttaaagct 180 caacgaaaac gtcacaacca ttcctacaat cgggtttaat gtggaagagg tgactccagt 240 aaaaaacgtt acttttacca tgtgggatgt tggaggtcag gaaaaaattc gacctttatg 300 gagacactat tatcaaggtg ccgaaggact agtttttgtt gttgatgctt gtgacgtttt 360 aagaattcaa gaagcgcgtg aagagttttt ttctgtttta aaagatgaag gcattgaaaa 420 aggaattcct gcagtgattc ttgcaaacaa acaagatctc ccaaatgcat taaaatcgtg 480 ggaactagtt gataaaatgc ggttaaaaga attaagcggt aatccttggc acgttcaaga 540 aatgtgcgct ttaacagggg atggtttata tgaaggtatt caaagacttg cagatatggt 600 aaaaacatat caaagagaaa acaaagttag atggtaacag catgaaacta aagtaaaaaa 660 tgtataatca tcaacaatat tattcctatc acgatgataa taaataaagt actattttat 720 cagtgaatat ttttttaaat ttttagcttg taaactattt aacttacttg aaaatatctt 780 tataaaatcc gaattttttg attaataaca aggaaaaaa 819 <210> 52 <211> 1257 <212> DNA <213> Hydra magnipapillata <400> 52 atggagcatc gtttacaaag ttcaacatta ggacattatc caaacgttcc acggtactat 60 tacttagatc acatgagtcc atcaacatct aggtatgccg atcacaatgt ttcagatcac 120 gttgcttcac ctcctgggat ttttaatgca cattctgcca tgatgagtcc atctcaggct 180 gtaggaagtg taggtacgta cgcttcacgt tcatctagtc aaagtgaata ccaacattct 240 tctggagtcg gaaattctga ttttatgaat ggatataaaa caatacacga ggaaccacca 300 atattaactg cagcacagcc aactcattca ataccaacta tgatgaatga cacaaatacg 360 catgctggga gaacacattg tatgtttgct agtggtgcac tgcatcataa tactgaaata 420 aactcacgat ttcactctaa tttgaatcaa aatcacggat attcttctaa cccaagtacc 480 ccttcgtctt tttatcctct atcccatcac gaattatcgc acaacagcca ctatcctgga 540 aaatacccaa agcacgatta tgcaagtgac gttaagccag catacaacta tcagccacta 600 aattcatctt acgaatacta cggaagccca cagtacggat actcaaatct tcaacctcat 660 aacagttttc ggcaacctct taatcaagtt atatcatgca tgtggcaaga tcaaaccaca 720 aaaggaaaac cgtgcggaaa acagtttttt gttatgatgg acatagtgca gcatttagct 780 gaagatcacg tgggcttaaa tgactcgaca gaacatatat gttattggaa agattgccca 840 cgagcaggac ttgctttcaa agctaaatat aaacttatta atcacctaag agtacacaca 900 ggtgaaaaac cttttccatg tccattccca ggatgtggta aactatttgc aagatcggaa 960 aatttaaaga tacataagcg aacgcacacc ggtgaaagac cgtttgtgtg tgaatttaca 1020 ggttgcggta gaagatttgc aaactcttcc gaccgtaaaa aacacagtca cgtgcatact 1080 tccgacaagc catatatttg taaatacgat ggatgcaata aaacgtatac acatccaagt 1140 tcccttcgca aacatatgaa attgcatggg aagcctgata ccgtaaaaga tataaaactt 1200 tcaaaaataa caaactcaga ttcaaaaata agaacttctg atcaagattt acattcc 1257 <210> 53 <211> 1092 <212> DNA <213> Hydra magnipapillata <400> 53 atgatagagc aagaaaaaga aacaagttgt tcaaatttta ttgacggtga attcccggtt 60 tcgcgattac ttttagagta tgatgccaat gacgaaaaaa aaaaagattc agaagaggaa 120 atcttaaata aagacctctc acgcttggtt gttaaaccaa tcaattccaa acacaaggta 180 atttgggatc tttataaaaa acaaaaagac gcatattgga ccgctgaaga aattgatttt 240 agtaatgatc gtcatgattt tttaaaagtt gataaaaata tccaacattt tattaagaga 300 attttagcat tttttgcagg agccgattca attgttaaca ttaatattaa gaaaaaatta 360 tcaaaaataa ctgtcaaaga agctgaaatt gcttatggat tccaacaaat gatggaagat 420 acgcatagtg aagtttatgc agacatgtta atcaaaatta ttacagatcc ggttgaacgc 480 gacgaactta ttaatgcgtt taaaacagtt gcatctatta agagaatgat tcaatgggct 540 caacgatgga ttaattctaa acgcagaatt gggtactcga ttgtcgtatt ttgtattttt 600 ggggattaa tgttttcggg ggcttttgcc ggaatatatt ggctcaaaaa gattcttggc 660 gaagatataa tgaaaggttt aatacaatca aataatttaa ttgccaaaga tgaaggcatg 720 cacacaattt tcggatgtgt catttacacc ttcattattt atagactgtc ttttgaggag 780 atttgtgaat taatgaaaga ggctgttgaa atttgcaaat cttttacaaa agacgcaatt 840 tgtgttgaca tgattggtat gaacgtcgaa cttatgtata attacattga gtatgttgct 900 gacaggctta tggtatatct cggttatgaa aagatcttta tgacaaaaat tcctgatcag 960 tttcagttta tggacacaat cggttttctt aataaggaca acttctttga acgtcgtgca 1020 accgaatatc aaaaagctta taatgaccga aatagggctg actggaactt taaacttctc 1080 cctatttact aa 1092 <210> 54 <211> 666 <212> DNA <213> Hydra magnipapillata <400> 54 atgacgaacc agagaaattg tatagaagcg ttggggaaac gtttggttgc tcaagtcaga 60 gactggttca ctgataagga gtttatattt cgacaagata atgatacatg tcatatggac 120 aacggtgtta aagatttgga ggaactttct ttccaaacta accgtgcatg cggaggcgct 180 catacattga ttgagcagca taaaagaaac ccaagtaaaa accaaacata tttcaaagac 240 gaaggagatc aatttcagaa agaagataaa gtaatagacg ttcttggtcg cgacggacac 300 atttataaag gaaatttgca aacaccacta ccagctatac ctagatcacc acttacatta 360 gaaaccgata cagttgaact aaccgatgag aacaacgaga gcgttctatc acaattatct 420 aatcattgga aagtaaactt gaatgcaaca gcttaatata aaactgttta tttaaatttt 480 aacattttat attttttgta tattttactt gttaacgaat tgaaataaag tatattttca 540 aaaaacaaaa actacactaa tgtaaaatta atatatattg tttcaactac tttataattc 600 atataaaaca actccaaatt ataaacgatg atacacacag ccatacaatc acgcattgaa 660 agatct 666 <210> 55 <211> 1200 <212> DNA <213> Hydra magnipapillata <400> 55 atgtcttatt cggcgagaaa aagttcgtac gtatttgagt acagaatagc gttcatgggt 60 gaagatggcg ttggaaaatc tgctttaata aaccaaatag ttgaaaaaaa atttattgaa 120 aagtataatc cgacagtttc aaatcacctt acgcacgttg ttgagtttga aggtcatctt 180 tgcgtgtgtt tgttagttga tactgctggt gtggctgact ttccggctat gagaaagtta 240 gccatatcaa aaggaaacgc atttgtagtt gtatatgctg tggataaccg aaaatcattt 300 gaaacggcaa aaaatttaat acgagaaata aaacttctaa aaggtacagc gaaagaaact 360 cgcgttgtac ttgtaggaaa caaaaaggat ttacctcgta ctgtcactta taaagaaggt 420 ttagattatt caaaaatgat tcaagaagac aactgcgtga gtacatttat tgaagcaagc 480 gcaaaagaac gagaaagttc aacagaaata ttgtataaaa tattaaatat gtttttgcct 540 cccattaaac gagtagaaga atacaataat ctaaagaaaa agccttcatt atattcgtcg 600 acattaagca accgacgatc ttccaagtca ctaataagac gtaaacaaag ttgcggttca 660 aaaaatgaaa cgactcaaaa agatagggta attggtgata tagaaggtag tgtttttgaa 720 acaaaatctt caccaaccgg aagatttaga agtcgttcaa aaagccaccc tattatttcg 780 gttaaaggta tattagaaac attatctcca aagacttcta gaagaaagtt ttcagccaat 840 gctacgctat tttcagcaaa taccagaaga gtatctttac cgcaaaataa tttttcacca 900 aaaacaaacc gtcctgtgta ctttacacat tcgacaagcc taaacagttc cagtttagaa 960 ttttcaaata gtttaacctc gatgagtagc catgacagcg gtcttggtga cacaatacgc 1020 cacgacagtg gtcttagtga tgtttcaaat aaaaagactt tgagtgaaat tcatatcaga 1080 cttacaaaat cactttcaga accccctcgt tcggaaagaa ggacgatgaa acaaataata 1140 acagggattt ttaaatctaa aaaaacaact acaaactttt ctgcaggcgt gaaaccttga 1200                                                                         1200 <210> 56 <211> 730 <212> DNA <213> Hydra magnipapillata <400> 56 gtgaaaaaat gtcaaagact ctgatatttg ctgcgtttct ttttataaaa ttgtctgatt 60 gtttctcgtg ggataagatt tcaaaaagtg ttgaagatga aaatgatgaa gatcatgtta 120 aagcatttct tgaagatcaa aaaaaacaag gattttcaga aagagaagta tttgaaaaaa 180 ttcaaaatga tgaatcaatt gctaggaaat tagttgcaac taaacttatt aatactgaaa 240 atggtggaaa aaaaaaaatt attctttatg gaactaagta ttgcggtcat ggaaataatt 300 caaaatcaga taaggatcgc ggattctttg atcaactcga tgaatgctgt tttgaacacg 360 ataaatgtaa attaagtatt ggagcaggaa aattcagatg gggtttacat aacaccaaag 420 gttatactat atccgattgc aaatgcgacg acaaatttta ttactgctta aaaaacgtga 480 acaaagattt tcaagttcca ttggcatact ttactggcaa gctgtttttt aacatcataa 540 atatcaagtg cgtcgaaata ccaaatggat ttaaccctga tagtgataaa gaatcttaca 600 agaatactta tgagcctaca ccggatggtt ccccccaacc atactttcgt gctcctaaac 660 attataagta atataaaata tttttgtaaa tattattaaa aatataatta ttttaaagct 720 ccttattaaa 730 <210> 57 <211> 541 <212> DNA <213> Hydra magnipapillata <400> 57 atggagaact cacaaagcaa aagcaaaaaa tcaagcttta tggtggaaga cattttgtcg 60 ttagaaatac ctagatacgg agaagaaaat ggagggcgac catcaccgga aattagaaaa 120 atacgaacca ctttttctag tgatcaagtg ttcttacttg aaatgcaatt taataaacaa 180 aagtatctct cagctgcaga acggatcgag ttagcgcaaa aactaaaact taccgataat 240 caggtaaaaa catggtatca aaatcgacga atgaaattaa agcgtcatat aaaacttcac 300 acccaaagca atatatactc ccaaaaaatt caaaattgtt tacgacctaa tatatttatg 360 agctcagaga aaacgcgcaa agaatttttt tcagtttctt ctgtattata tcctcaacac 420 gaacatgtat ttatgatgaa aagagagcat gaaaaccgca caaacattta ttaaagccgg 480 tcgtatttgt aaatattttt ttaaattgta aatagtaaaa ttaaaataaa tagttttcaa 540 t 541 <210> 58 <211> 1452 <212> DNA <213> Hydra magnipapillata <400> 58 cgcattagaa tctgactagc attaagtttt aaggagtgag cagacaacat caataaaggt 60 ttttcttgaa aaagaaaaag atttatcttg tgcgcgatga ccatgtccga tagccccttg 120 gatagtccat taaacatgaa ttctggagca ataaagtcag agactccacc taaaagacgg 180 cgtgaaagga ccacttttac aaaagcacaa cttgacgtgc tggaagatat gtttggaaaa 240 actatgtatc cggatgtatt tatgagagaa gaagtagcta aaaaaattaa tttggctgaa 300 gcccgagtac aggtttggtt taaaaatcga cgtgcaaagt ttcgacgctc tcgtgaaaac 360 cctggtcgac attttgataa taataagtat ttagggcgtg agaaattaat gcctgaagat 420 ctcattcgaa cctttcctaa aagtagtggt ggcactccac actcttaccc aaatacaagc 480 aattatcctc cgctatggaa atatccaggt gcagaccaca gtccaccata tgcaggaaat 540 aatataattg aagaaccggt ttatagacaa tcaaaccctt acgctcccat ctcaccttat 600 gaatataatt ttcctagtgg gagaccacca tactttactc agccacctta ttatagtccg 660 tctgcaccta gtcaagatta tctttcaaat tccgtttcgg cgccatcaag cacaaatagt 720 atatcaagtt tatctttttc gcaacatgac actaaaaatg aattaaatct tcctgcgtct 780 tattggagtg gagcagggta tatgggtgcg aatatgtagt ttaattataa agcacctcaa 840 aaatggaaat ctatttcaga tagacacaac aaaattgatt taaaaatcaa acagttgtac 900 atagaaaagc tttttttaca attcattaaa aaaagatatc ctttagattt aagtctaaga 960 ccaatgaacc aatcgattgc gtaaattaca aaactaattg gttgtgtcta gaaaacaatt 1020 gtacagattg gtagtttcaa aatattacta ctggactaaa acattagaac aactcacaag 1080 ttgttttatt tgcattttta aaatatatat accatgtttt aaatttttat cgtagaacta 1140 ttatgcagtt atttttgttc aactttttat ttatgtataa atcgatatga cactgctata 1200 ttaccagtga aaatgtcggt ttagcaaaat ttcaagcctt tatgaaaagg aaaatggctg 1260 aaacaatgat ttttttaaca attttgtttt aacaaattta ttttgttaat aaaaaaaatg 1320 tagcagcgat caaaaatgga aaaatatatg ttattgaaac aactttttaa ttttctattt 1380 atcaattaac tgatttaacg tataaacctg ttttagattt tttttgtaaa tatattatta 1440 ctgtaataga aa 1452 <210> 59 <211> 1056 <212> DNA <213> Hydra magnipapillata <400> 59 atgaaaaaca aggatacttt caaaaaagat gtgctggacc agcataataa atataggaga 60 aatcacggag ttcctgaatt aaaatggtca tacttactag aaggaaacgc acataaatgg 120 gcaaaaaagt gcttaaagcg tttgttattt gattacgacg aacaaactca ggaaggggag 180 aacattgctg taatgaaaga tattgaagtt tctggaacca cagtggtaga ctactggtat 240 aaagaaataa ataactatga cttcagtaac gacggtttag cgcagaaaac tggatgcttt 300 acacaactgg tttggaaaag tactatcaaa gtaggggttg caagagtgtc aacttcaaat 360 gggacgcaat ttatagtcgc tcgatacttt ccacctggta ataacttaag aaaagttagc 420 caaaatgttt tacctcctac aatacgacat atgtcaataa gtagatatga tggagacgat 480 agacgattaa gtatgcgtcc taatttagca gtgatttcac ctgatagtcc tgttaatgtg 540 tcttctttgc gaagagcttc gagcatgggt tccagtttac caaaagcttc tggacccata 600 caatctgatg gtgtttttcg tgatgaatta cttacgtcac ataacttata cagaagtcgg 660 cataatgcta agccactttc attaagcagt ggattgacac taaaagctca gcaggttgcc 720 gagactattg ctaaaaatga agttttgact gattttgata atgttggtcg aaatatactg 780 gcttgtacta aaggaattac aggaaatgaa gcttcctcca tttggtataa cgaagagaat 840 gatttcaatt ataataacaa gagtttctca atgaaaacag gaagctttac tcaaatgata 900 tggaaagaaa ctaaagaaat tggcgtaggt cgagcaatag atgacagagg ttgcactcat 960 gttgtgtgcc tatacaaacc tgccggaaat attagagcat tatttgaaga aaatattggc 1020 ttacctaatg gtccacctcc aaaatttatt tattga 1056 <210> 60 <211> 1437 <212> DNA <213> Hydra magnipapillata <400> 60 atgactaact taaacatgtt ttatgaggga aaatccagaa ataataattt agatcctatt 60 atcgaaatgc tggaaaatga acatacggca aacgaagtta aagaaattat agatattaat 120 gttgctggac aactatttca gacgtaccga actacacttg aacgatatcc ggatacttta 180 cttggagatc caaaaaagcg acaacatttt aaaaatccaa aaacaaaaga actatttttt 240 gagaacata gagaatcgtt tcaatgtatt ttgtattatt atcaatcggg gggagtaatg 300 gagaaatcac ctggcatacc tattgatatt tttgtgaacg aactaatttt ctacgagtta 360 gacagtaaat taatagaaaa aatgcaactt gataatggtt taaaagaaat agatacgaaa 420 gaaaatttac cattatttaa accgtttcgc attttatggg aattttttga atacccagag 480 gt; attctatttg taatagaaac tctgccaagt ttccaaccac atgtagttat tatatctgat 600 aattcaacaa tgacgatacc aagtgtcaat gcagtatgga caaaatattc taatacggct 660 gttattgtct ggtttacaat tgaattttta atccggctga tttcttgtcc taacaaacta 720 atgttttttc taaatggtgg taacatcatt gattttttat caatactacc attctatttg 780 agtttgatta tttcttcaaa cagaacagaa acttcgatac ttcgtgtaat gcgagtgttt 840 cgcgttttta aactagcccg gcattctcga gggcttcaaa tactcggcaa cacacttaaa 900 gcttctttta atgaactaat gatgcttgtt tttttcttgt ttgtaatgat attatttttt 960 ggaagcctta tatattatgc agaaaaagac gttcctggta caacatttac gtcaatacca 1020 gactcctttt ggtggtgtat tgtcacaatg gctaccgtag ggtatgggga tatggtgcca 1080 ataacttttt ggggtaaatt gataggctcg gtgacaatta tttttggatt gcttttggtt 1140 gctttgccag tccctataat tgtttccaat tttgagtttt attataaaaa agatcaaaac 1200 agaaaaaaag tcgaaaaaga aaaaattata aaagaaaagg aaaaaaatcg ctactttaaa 1260 acttattatc gctttcttct aaacagagac tttactaaaa atataaaaaa agctcacatc 1320 agaagatatt caatgtctca aaaccctgat ggtttgtcaa ctaaacttga cgagtcccca 1380 aatttaaatg acaattgtct ctcaaaaaac aacatatcct atgctgaaga aaaataa 1437 <210> 61 <211> 732 <212> DNA <213> Hydra magnipapillata <400> 61 atgagtacta cccatttcgg tttcaagtcg gtcgatgagt cggagaaagc cagccacgta 60 cgtggcgtgt ttgactccgt cgcccccaaa tacgacctga tgaacgacct gatgtcagcc 120 ggcctgcacc gcgcctggaa ggcctacacc gtgctggtgg ccaacctcaa agagggcgac 180 aaggccttgg acattgccgg cggcaccggt gacctggcaa tggccttctc caagaaagtc 240 ggcaagtcgg gtcaagtcgt gcataccgat atcaaccaag ccatgctctc caccggccgc 300 aaccgtttgc tggatgcggg catcgtgttg cccacgctgg tgtgcgatgc ggagaagttg 360 cccttccccg acaactactt caatgtggtc agcgtggcct tcggtttgcg caacatgacc 420 tacaaagacg tggctttggc agaaatgcaa cgggtcttga aaccgggtgg caagctgttg 480 gtactggagt tttccaaggt ggcgcccccc ttggagaagg tgtacgactg gtactccttc 540 aaggtgttgc cgcgcttggg caagatgatc gccggagatg acgcaagtta ccgctatctg 600 gcggaatcca ttcgcatgca tccgggccag caagagctaa agaccatgat gcacaaagtg 660 ggcttcggtc atgtggacta tcacaatttg actggcggca ttgctgcctt gcatgttgga 720 atcaagtgct ga 732 <210> 62 <211> 1164 <212> DNA <213> Hydra magnipapillata <400> 62 atgatcgaac gcaccctgtt caccccggac cacgaatctt ttcgcgacag cttccgccgc 60 ttcatggaaa aggaaatcgc ccccttccat gcagactggg aagagcaggg ctatgtcgcc 120 cgcgaggtgt ggaacaaggc cggcgagaac ggctttttgt gcatgaccat gccggaggaa 180 tacggcggct ccgaggcgga caagctgtac tcggtgatcc agatggagga gttggcccgc 240 ggtggcttca ctggtatcgg cttcgggctg cacagcgaaa tcgtggcgcc ttacatcctg 300 cactacggta cgcccgagca aaaggccagg tacctgccca agttggccag tggcgagatg 360 gtgggcgcga ttgccatgag cgagccggca gccggctcgg acctgcaggg catcaagtcc 420 accgccatcc agcagcccga cggcagctac ctgctcaacg gcagcaagac ctttattacc 480 aatggctggc atgccgacct cgtggtggtg gtggctaaaa ccaatccggc ggccggcggc 540 aaaggtacca gcctgctgct ggtggagcgc ggcatgcccg gcttcagtgt gggccaacgc 600 ctcaagaaaa tgggcatgaa agcccaggac acttccgagc tgttttttga caatgtgcgc 660 gtacccgccg agaacctgct gggcggtgcg gcctatgaaa acaaaggctt catttgcctg 720 atggagcagt tgccctggga gcgtttgcag attgctatcg gggcggtgtc ggcctcgcag 780 gcggccatcg actggacggt ggattatgtg aaagagcgca aggtgttcgg ccagccggtc 840 gccagcttcc agaacacgcg ctatgtgctg gccgagctgc aaacgcaagt gcaagtggct 900 cgcgtgtttg tggacaagtg ctgtgagctg atcggtaaag accagctcga cacagccact 960 gccagcatgg ccaagtactg gacgaccgac ctgcagtgca aggtgatgga cgaatgtgtg 1020 cagctcttcg gcggctacgg ctacatgtgg gaatacccca tcacccgcgc ctacgccgat 1080 gcccgggtgc agcgcatcta cggtggcacc aatgagatca tgaaagaagt aatcacccgg 1140 tccatggggc tgggcggcaa gtag 1164 <210> 63 <211> 906 <212> DNA <213> Hydra magnipapillata <400> 63 atgccgatgc agtcgcaagg ccaggtgttg ccgagcacgc cggggcgcct gtccatagcg 60 cgccgggttc cacacggcgt ggtgggcgtg atttccccgt tcaactttcc cctgattttg 120 agcctgcgct ctgtggctcc agcgctggcg ctgggcaatg cggtagtcct gaaaccggac 180 gtgcgcacac cggccagcgg cggctttatt ctcgcgaagg tgtttgagga agccgggctt 240 ccgcctggcg tcttgcaggt gctgcccggc aatgccgagg tcggagaagc cttggtcact 300 gacccccgcg tgcccatgat cgccttcaca ggttcgcccg cagtggggcg ccgcatcggc 360 gagttggccg gcaagcatct caaaaaggtg tccctggaat tgggtggtgc gaacaacctc 420 atcattctgg aagatgcaga ccttgatgcc gcggccagtg ccgccgcgtt cggtgcctgg 480 ttccaccagg gccagatctg catggccagc aaccgtgtgc tggtgcacag cgccatcgcc 540 gaaggcctga agcacggctc ccgggtatgc gcagttttga tgacgagccc tttcgggccg 600 ctggtcaacc tcgtcacttt taactccgat gaagaagcca tcgcattggc caataccagc 660 cgggcgggc tgtcggccgc ggtcatcagc cgtgatgtcg gtcgtgccat ggccattggt 720 gagcgcatca acgccggcat ggtccacatc aacgaccaga ccgtgaacga cgactgcacc 780 aaccccttcg gcggcccagg cttgggcggc aacggcagcg cggtcggtgg ccctgccgat 840 atcgatgaat acacacgttg gaagtggatc actgtcaaag cctcggtgcc gcagttcccc 900 ttctga 906 <210> 64 <211> 890 <212> DNA <213> Hydra magnipapillata <400> 64 ctgtcaaaag taatccgaac cctgttgtga ttgcactact ggcaagactt ggagtaaact 60 ttgactgtgc cagtaaatgt gaaattgaaa ctgttcttga tttgggcgtt aatcctgata 120 gaattatttt tgctaatcca tgtaaacaag agtcacatgt caaatatgct aatactaaaa 180 atgtgaggaa aatgacattc gacagtgaag gagaattgta taaagtaaaa gaaaatttcc 240 ctggagcaga gcttgtctta agaatcaagg tagatgattc caaatcaact tttaagcttg 300 gacgtaagtt tggtgcaagt cttgaaacta cacagaaatt gttgcaactt gcaaaagatc 360 ttgatttaaa tgttattggt gtaagttttc atgttggaac tggttgctat gatgctgctt 420 tgttctacaa tgcagtgaag tccgcagcag atgtatttca acaaggggac aatattggct 480 ttactttcac gttgttggac attggtggtg gatttccagg atttaaagac gaaactattt 540 caatggaaaa ttttacatta tgctgtaatg tgatttcagt taaagaagtt agtaacaatg 600 acaaaaacga gcagtttatg tattatttga acgatggagt ttacacttct tttaaggatg 660 ttttatttgg taaaaagttt ataccatttt tacttcaaga atcgagcacg agtttgttgt 720 ttaaaagcag tctttgggga ccaacctgcg attcaacaga ttgcatatca gaggaaatat 780 atttgccgaa gctttctgtt caagatttgt tgtattttaa aaacatgggt gcatactcaa 840 catgctttgc ttcaaaattc aatggcttca atcctcctgt tatttattat 890 <210> 65 <211> 246 <212> DNA <213> Hydra magnipapillata <400> 65 atgaattgga tatatggttt ttatgatgag tgcaaacgac gctataatat caagttgtgg 60 aaaaccttta cagattgttt taactgcctt ccattagctg caattgttga aaatactatt 120 ttttgtgtcc acggtggact ctcaccagat ttaaatgatc ttgatcagat tagacaaatg 180 gctcgaccca tggatattcc tgatcatggt attgcagcag atttactttg gtctgatcca 240 gatgag 246 <210> 66 <211> 1519 <212> DNA <213> Hydra magnipapillata <400> 66 atgaccataa atttagttgg aaatcttatc atgaaaaaat ggacacaaat ggagattaaa 60 attaaattat cttcaaatgc taatgtaact ttacttcaaa caagttcatg gggtgttgca 120 ttaatagaaa attctccctt ttcaaatact tcagacaaag gacctattat gctgactaaa 180 ttttcaccag ccaattactc tacgtgggtt gttggtataa gtaaagaatg gaagtgtgaa 240 gcatctggtg acggcaactt ggcatacata tggtataaaa ataatgagat tattgatgta 300 caatatgaaa atattggata tttaaaaatt gctggaaaca tcaatgacaga tggtagctat 360 agctgtgtgg ttcagttaga taacattaat gtttcttcca attctcttta cattaatata 420 tatgatattg atgaatgcgc tttaaaaatg aataactgtt caacaaatgc aacttgtttt 480 aatactcctg gaagtttttt ttgtcaatgc aactctggat tttctggtga tggtcagttg 540 tgtaatgata ttaacgaatg tttgctaaat acctcatgtg cactaaatgc aatttgcgaa 600 aatgttcctg gatcatggaa ttgtaattgt caaactggat ggaatggtac taatccaaaa 660 aataattgta ctgatataaa tgaatgctta gaagaaaatt ttcaatgtga catcaatgca 720 ttctgtttaa atacaaatgg tagttataat tgtatttgca ataaaggttt tgaaggaaat 780 ggaaaatact gtgaaaacat taatgaatgt ttacccgagt atgattttct gcgtagtatt 840 gacaataaat gtgtgaacaa ctctgtgtgt gtagacacaa taggtagtta tacatgcaat 900 tgtcaaaatg gatttgaagg gaatggtact gtcagttgca atgacattaa tgaatgtgat 960 aacccaactt tttgtaatgc taatgctgat tgtataaaca caatgggaag tgctcaatgt 1020 aaatgtcgaa ctggttggac aggtgttgga aagcagtgta ctgacataga tgagtgcctt 1080 gaatctaata attgcaagaa tggtaattgt tcaaatacaa ttggatcgta tacttgtgta 1140 tgctttactg gatatcagtt gaatggtgta acatgtcaaa gtaacaatgg tggctcaact 1200 gcagcgcaga cttcttgcgg tgacccaaaa agttacagct gcatgtgtgc tgacactaaa 1260 aaacgggaca acaatatcct ttgcaatggt ttatttttag cgctcatcat tctttctgta 1320 attgcaataa ttgttgtgct atttgtcgtt aagtatatga aatcaagaaa attgaagaaa 1380 attggcccag tgaaagtgca aagagataag tacatagaaa tggaaaacga gtctgagcta 1440 taaacacttt tattttgcat aagtttttgt aaatatttct tcggataaat ctatttataa 1500 atcaatttag gtttataaa 1519 <210> 67 <211> 528 <212> DNA <213> Hydra magnipapillata <400> 67 gtctgttgct tcgtgtaaac aacaaagaaa tctaaaatgt caggacgtgg taaaggaggt 60 aaagctaaag ccaaggccaa gacacgatct ttcagagccg gtcttcagtt tcccgttggt 120 cgcgttcatc gatttttacg caaaggtcat tacgccaacc gaatcggatc aggcgctcca 180 gtttacttgg ctgctgtttt ggagtaccta tccgctgaaa tcttggagtt ggctgataac 240 gctgcccgag acaacaagaa agccagaatt gttcctcgtc acttacagct cgctgttcgc 300 aacgacgagg agctgaacaa actgttgtcg ggtgtaacca ttgcaagcgg tggtgtgctg 360 ccaaacattc aagccgtttt gctgcccaag aagaacgaaa aacttccaaa accagcagca 420 gccaagtaaa gagtggagct acgcgagcac gcactaaaac aaaaaggcta ttttcatagc 480 cacacatttg tcaaaaacat ttttgcgtga acgaaaacga ctccagaa 528 <210> 68 <211> 412 <212> DNA <213> Hydra magnipapillata <400> 68 attacttttc cttctggtgc ttttgttaaa tttgatgctt ttcattggta tgctaatttt 60 tattatgcta acatcgatgt ccaagtacct tccgatgatt ttcaaagtac acaaggctta 120 tgtgggactt ttgataataa caaaggcaat gaaaggatcc caagaggtga acaatcttca 180 accaatgacc aaaacaagtt tactgaaagt tggaaattga attctgagga gagtttgttt 240 tacttcaaag gagggcctcg aaagtgtaca gcaacacgag caaagactta ctgtgtttgt 300 agtgaatcat gttgtgggaa tgaacgaaaa gtcagttgtg attttgaagg gtatgcagac 360 cggccaaaat atttaaatgg catggttgga tggaaaaaat tagaatttcc tg 412 <210> 69 <211> 585 <212> DNA <213> Hydra magnipapillata <400> 69 taaaatggcc aacatcaatg aagatgaaat tgacgatatt agagaaaagt ttgacctttt 60 tgataagatt ggggacggaa aaatttcaga tgttcaaatt attgatgttc ttcgggcgtg 120 cggcttaaac ccacttacta atgatgtcga aaagatcaag aaagattcat ccttggttgg 180 aaaacgtatt gacttagaaa ctttttgtcc aatttatgaa caaatagcaa gtatgtctgg 240 tcaagcaacg tatgaagata tggttgaagc ttttaaaacc tttgaccgcg accagacagg 300 aacaatttca gctggtgaat tgcgtcagtt gcttgtaaat ttaggtgata cattaacaga 360 agagcaagcg gacgtaattg ttcaaccaca cgaagatgaa aaaggtgcgg tttcttacca 420 ccaaataatt aaacacctca tggcgtcata attagtatac ttgttgtaat tatatgttta 480 agttgatagt tcatttaatt tactttttat tgttaaaaaa attagtttgc aaaaaagtgt 540 tgaaaaattt ttaagaaaag taaaaacacc ctttacaata ataaa 585 <210> 70 <211> 1233 <212> DNA <213> Hydra magnipapillata <400> 70 ttactcacat tactgatgaa cagaatagtt caagcattca tttatccgta tatttaaaat 60 aaaatgaagg tatatattaa ctttgttttc ctattattgt ttattggaaa ggctcttcta 120 aaagagtttg aagctgatat tatatttggg ggagatatta gttttgattc cccaattcgt 180 gtggcttctg gatcatcttg tccttatcct gagattctga agtatgttgc aaaatatttt 240 aaaaatgctg actttaacat gataaacttg gaagccccat ttgtgttgaa acaaaatgaa 300 aaccttacat tttttcctaa caaaggaatt cacaacaaag cttggcccga aagtgttgag 360 gcattaacat ctgctggtat aaaatcagtt acattagcta ataatcatat tagtgactat 420 ggtggtgact ctgttgacct gacaacaaaa attctttttt ataacaagat tgattatgtt 480 ggaataactt atggtgaaag cccaccttac tctcctcaga aaccactgat aaaagaaata 540 aatggaataa aagttggttt tctaggatat tgtggcgatg aaacaggtga atgtgaaatg 600 tttcgtgctg gtgttaaaac aagcacagca ctacttcgga agcaaacagt tgaatatgat 660 ttacaacagc taaaaagtaa agtggatatt attgtaacat ttttacactg gggaacagaa 720 tactttgcta ttccaaaaga aacacaaaga aatttggcaa tttatcttag tcaattgggt 780 gtaaatttaa tcattggtag ccacccacat gtaatgcaag gacatgagtg gctgaacaat 840 acgcttgttc attatagttt gggaaatctt gtttttcatc cacatttcac gtttatgggt 900 acacttgctg gtcaaaataa tagtaaagaa attcatgcca aagcaacaga attatcaaga 960 cagtctagag gtccggctag ctacacagag ctctttaaag tgcaacttac taagactgga 1020 ataaagtcag catatttctt gccagttaga atatttggag acaaaaatgg ttgcattcag 1080 ccaaaaccta aagttgagga taactggatt gaagtatgcg gacctcaaga tgataactgc 1140 tatgtaccta gaccgggtag tccacaatat taatcatttt tgttaaacat tgtatttaat 1200 aaactttaaa tacaaagtaa tatttttaaa aaa 1233 <210> 71 <211> 1731 <212> DNA <213> Hydra magnipapillata <400> 71 attgcagtaa cagctagtac aggaaaagcg gctcatcaaa ttaaacgtat gactgtgcac 60 agttttgcag gtattgaaat aggtacaaaa tctgtcgatt attattacaa acacatgcaa 120 gtagatgttt tagaaagatg gagaaataca cacgttttga ttattgatga aatttcaatg 180 cttaacgcag aaacctttga tttaatacat aatttagcat gcaaaataaa tcaatgcaat 240 gacgaattat ttggtgggat acaagttatt acttgcggtg atttctgtca actgccacct 300 gtaaaaggtg attatgtttt taaatccgcc atatggaaaa aatacatgtt taatgttatc 360 aaacttactg aatcttttag acaaaaaaat attgaatttt ttaacgcttt aaacgaaata 420 cgaattggaa aagtatctaa taaaacggtt gatttattat tgacaagaca ttatgaagtt 480 gatcataata taaatccaaa tttcatacga ttgtttttta caaatatgga agttgatttt 540 tataacttgc gtcaattaat ggtacctatt agtataaata ttaaaattgg tgctgtagtc 600 atgtcagtta aaaatattta cgtcgaagaa ggtttatgta acggtacaat tggcgttgta 660 tcatttatag aaacagatgg tgtttgggtt aatgtaattg gtagagaatt taaaatcgaa 720 aactccagaa gatttaatga aaagaagtgg aacgtaaact caattaaaga atggaataca 780 atagtattgg aaaaaaaacg acaagatttt tattctgaag aaaacataat gcaatttctt 840 atcgaagatg aaaacgattc gtggatacac gtattaagtc acttaaaaga aaaaaagtgt 900 ggactcaaat atactcgatt aactaacaaa cacgaatgta aaggatttta tttaacagac 960 aatattcaaa aatcaaattt aaaagaaaca gaacacgtta aacccttgtc agatctttca 1020 tactattgtc atggtattgt tattcattgt ttatctgaaa atttagctag agaatgtttt 1080 ggtttagatg aaagagtttt agatactgta gttttgggtt ctgtaataat tgattttgat 1140 gaaagaacat ttcaatttac tcattttcga atgttaactc acttgagtgt ttttagttat 1200 tgtagtaaac tcaattcagc tatgagtcaa attcaaatac aatatccacc ctctgaagaa 1260 caggaacgta tgattgaaaa aagtgttaga ggtggcatgt cttcaaacgg ttcgcaaaga 1320 tatgcaattg atacggatta tttcgagaat aaaattaaag aacttggatt aagaagtaac 1380 attaaaggat gtttattttt tttagacgaa aatggacaat acggaggcgc acaacttaaa 1440 ccgttaccgt ttcaaataaa atattctttt gatttggaat gtcaaacatt agaacaagtg 1500 attgaaaaat atcaccgtgt caatcctgac agtttttcaa caagtgcttt agttcattgt 1560 caaatcaaaa tggaacccaa atatcaagat aaagtaggag gcttttcacc tatggtcgaa 1620 aaagatgtta tacctttgaa tgattatact cctactaaaa ttgtagctaa acgaacatta 1680 aaaaaaatgg tcaatacact atcgaaaaaa ataagactgt caaactccta a 1731 <210> 72 <211> 502 <212> DNA <213> Hydra magnipapillata <400> 72 atttgaattg gatgccatgc tgaagattgt taatgcagaa atagttagtg tcaaaaaaaa 60 tgagtttatt gattcctatg ttttaagtga aagcagcatg tttatttcca aagatcggtt 120 cataataaaa acatgtggta ttataacact tttggaatca gtccagcaaa ttctaagact 180 tgctgaaaag tatggcaaaa tgtctattgt tcagaacttt ttttactctc ggcgtgctta 240 ccttcgtcca aacgatcaaa ttggaattca taaaaccttt aatgaagaag taaactacct 300 caagcttttt attccatatg gagcagctta ctcaatggga ctaaatgaga gtagtaagtg 360 gtatttattt accacagaca atcctcatga aggtccacaa gcatgtgatg caacccttga 420 aatacttatg tctgatttag acgaagagac tatgctccaa ttcaccaaaa taaaaaatcc 480 caactccgaa gagttgatac gg 502 <210> 73 <211> 788 <212> DNA <213> Hydra magnipapillata <400> 73 aatgcaaaag atacgagaac ttgaagcgta tttctgacaa aaatacacca tatagtacaa 60 atgctattcg ttttgtgtgc atatcagaca ctcatggtaa acacagcgaa ataccggacc 120 ttcctgaagg cgatattttg atacattcag gagattttag tatgttgagc cataagaatg 180 agttagaaag ttttaacaat tatttaggaa ccttaacaaa caagtttaag catataattg 240 taattgcagg caaccatgac atatcttttg atgataaaaa atggaatagt tctagtatag 300 tcttatctgt tgcaaaaaca tattatttag gttcaccatt tgctaaaatg ttgagtccta 360 aagattcaaa aagtatttta actaattgtc attatttaca agatgatttt atcattattg 420 atagaataaa aatttatggg tcaccttggc aacctcctca ttttgattta gcatttaatt 480 taacacgtgg aagcaacata atggaaaaat ggaataatat tccatctgat actgacattt 540 taattactca tggaccacca cttggcattg gagatgaaat aagtaattgt tatcatgttg 600 ggtgtgcaga tttgttagtc actgtacaag acagagttaa accaaagttt catatatttg 660 gacatattca tgaaagccat ggtatgtgga gtgatggaac tacaactttt gttaatgcaa 720 caatttgtga taaaaaatat gaaccagttc aatctcctat agtctttgac tattattgca 780 ataaataa 788 <210> 74 <211> 3132 <212> DNA <213> Hydra magnipapillata <400> 74 atgcttcaat ttgccttgat gctgcattac acatcattgc aaacatataa tttactgctg 60 aaggaattcc cacttccatc tatatcactg ttaggcaagc ttaaagcagg tgaaattgat 120 tctatgaaag ttttaaagtt gttacatgaa aatgggagct tatcaaaaga tcttttaaga 180 atttttgatg aaatgtattt gcaaaaatgt gctgaatatt ctggcggaga tataattggg 240 gttagtgagg aaaatgaatg ctatagaagc attgtttcct tcatggtagt tggtttaaaa 300 gaaaatatct tttgtgttgt caaagcagtt ccaattataa aattaaacag tgattggttg 360 aagactgaaa ttcttaacct gattcaatct ttaataaaaa atagttttaa tgttcgaggt 420 tttaaagatg aaattcatgt tcaaccagga gaaatatcat ggaaaatatt tcatgattta 480 ttagaaaagg acagcctgtt ggatgcaagt ttaaaaaaag caccaaaaat aaatagcaaa 540 gttgtccatc ctggaaacta caagcaaaat gtcactattg ctttagcttt tactgactgg 600 ttaaataaat ggaaaaacac aaaaattcca aattttgaga aatatacatc tcctcaaacg 660 ttatcagcac tacaaagaac tttattatgt catgctttat taatagaaga tctgttcgaa 720 gataattata aatttatatt gactgctcgt tttcaaagtg atccattaga aagaagattt 780 ggacaatacc gccaaatgag tggtggcagg ttccttgtca gtttgaaaga tgttatttat 840 agtgagaaga taatccaaat aaaaagttta gtaaagaaag gaattcaaat tttcgaaaat 900 gatattaatg ctgtagaaga tacacaacat gctagatcct tgatgaatga gatcaaagaa 960 agagatttag attgtgtgac tttatcagat gattctcgtg aagttgctag ttatattgct 1020 ggttttattg ccaaaaaatt gaataagaag tttaaaatat gttggaaatt gctttgtaca 1080 caacattgtc aacaggagtt gaatgattat aattatttaa atatattgtc ccgaggtggg 1140 ctaacaactc catcattacc ccttttagaa tatgtctgtg atagttttgc tatgctagat 1200 catgtatttg atgttattta tcagtctcga atgcaacacc gtaaaacagc aaagttagtt 1260 cttggcagta gagaagatga cagaatacaa cctgttattc ttcctgcaga gtaccttgtt 1320 ggaagtacac ctatttattt agtaaaagga aacataatcg ctgaaatacc aaaacttgat 1380 aaagaatatt taatatcagt tgacatttat cctaatattt ttgttcatgg ttggcatagt 1440 gttgtttctt tcattattgg ttctgaaaat tactactttg gagacagagt tcctggcatt 1500 tattttcatg aatctggtga tggaaaactc caaatagcag ccccattaaa tggtgaacgc 1560 aaccgttatt ttgatacaaa accaattagg aaaggtatgt ggacaaatgt tgaggtgagt 1620 caaattttga agggaaatgt ctttatatat acaatcagaa taaatggaga agttgtttta 1680 tctgcagtta acaatgactc tcaaaatttt gacaatgtca aagtatatgc ttcagaatca 1740 tcacatgatc tgttacaact ggtgttaaca cttgtaaagt gcaataacgg tagatgttgc 1800 actgtaacaa ctctagccta caaaaatgaa aatctagata acgaagatga atgggaaatt 1860 cttcctgaat acatatgctt agatcaaaaa gttggtgaag gggcatttgg tactgttttt 1920 agtgcattaa ttagtgataa aattctggct aaattaaaaa atgcaaagcg aaagtccgca 1980 gtttctgtgt ttagtttcag tgaagcttca tctactactg ttgcagtaaa atttttaaaa 2040 gataatgcat cccaatccga actggatgat tttcttgaag aaataagcct gatgaaagat 2100 attggatatc ataaaaatat agtaaatatg attggctgct gtacagttaa taaacccatt 2160 tgtcttatta ctgaatttat ggaaaaagga gatttgctac attttttacg taatagacga 2220 tctaaacttt gtgcatctaa agttgagaga gaatcatcta taaatttttt gcacacaaaa 2280 tcttatagac agtctctaca ggtaacaaca aatgaaaatt taacctctga ggaaacgaca 2340 tatgagattt ccctagatga tattggagtg ataacacctg atgatttact tagttttgct 2400 tggcaagtag catcaggaat ggaatatctt tcatgtaaca aactggtaca tcgagatctt 2460 gcagcaagaa atgttttagt tggtgttgaa aaaaatatta aaatatctga ttttggcctg 2520 acacggagag ttaatgatga attgaattat atgagcaaca aaaatcgtcg attacctgtt 2580 aagtggatgt cagttgaagc catatatgac caaacgtaca caacttacag tgatgtgtgg 2640 tcatatggtg tagttttatt tgaaattgtg acacttggag gaacacctta tccaagtata 2700 agtaatcgtg aacttattac tctgttgaag tcaggttacc gaatggaacg accggaaaat 2760 tgctcggacc taatgtacga tataatgttg cactgttgga atgaagaccc attgcaacga 2820 cctactttta cagagctgcg tgaacatttt gatgaaatga tttcccaagg tgattgttat 2880 ttaaactttg aaattgacga aaaaaatact tattataacg tagcctcgtt ttacagtcta 2940 cggtctgaaa caggagatcg ttttttagag gaagagatct ttcaaaaacc tatgctagtg 3000 aaatcgttgg gaaatactaa aaataggctt agcaataaac cattgactaa aaggtacgca 3060 actcgcgtat atgcacaaca aaataaaacg ccggcagaca tggcaaatca tgcgtttagt 3120 gatgcaatat aa 3132 <210> 75 <211> 1110 <212> DNA <213> Hydra magnipapillata <400> 75 atgatcagtt cattaagaga tgagaaaaaa aggtccccaa aatgcgcaag atgtcgtaat 60 catggattcg attcttcttt gaaaggacac aaaggctact gccgttggag agattgcgtg 120 tgtccaaaat gtctgctaat cgtagaaagg caaagagtgt tagcagcaca agtcgctctg 180 agaagacaac agatgcaaga ttcaaaacag agattgactc cacttccacg gggagatata 240 tttccggtag caagaccaaa tatatcagaa aatgattaca atggagaatc agagagtgac 300 gataacgtgt cgttaaccga tcttcaattc aacgaacgca aaacgtcgta caaaagtgaa 360 acttatcaag gtcacgaata tccaagagat catcatggtc aaggaacccc accttatatg 420 cacacgcaaa gttatgtacc aataccaatg agatattttg gcaaatcggc aagtttaaaa 480 agagatacac cgtttcaaag tttttcaaca tatagaccca aagagttatt agatcgaatg 540 acacctgggt atttggggag aatatctcct tatcgccggc aaccatgttc gcttaagtat 600 tacaacggaa aaatataccc agacgatcgc tgccacaaaa gtagttggat gcaccatata 660 cctaatcatc cgcattctgt agattatatt ttggaagata aaaatttaaa cgaagaaaaa 720 cacgatataa aaagtaataa cgagagttct cccgaaaaag aaattagaaa atcaccaatc 780 aatatgttgt tgcgattatt tccccagcac tcatctccat tacttaaaaa tatactgtca 840 gaatgcaatg gtgacccagt gcatgctata gaatgtatat tagacaaata cccttccgat 900 atcaccaaaa acgaactaat tttacaaatg ggtcgcgcat caaccagtcc aaatacaaaa 960 gaaaaaacag acaatggaaa acttctagat agtaatatcg gaagaatgca tttgaacaaa 1020 caggcagacg atcaactatc gaacttagca agagcctatg acattcctat gaacatagaa 1080 gataacagac aaactttcag caaaatataa 1110 <210> 76 <211> 732 <212> DNA <213> Hydra magnipapillata <400> 76 gagtattaac tgaatgggct gcatggagca catgttctgc atcgtgtaat actctagtca 60 atggtggacc aattcaaact agaactcgaa cttgtaatgg tttttctaca tggaatccaa 120 actttatggg ttgtgttggt gctagtagga atgaacaaca attatgtaat caacttgttt 180 catgtccagg tttttatact ggttggtcag catggagtac ttgttctgaa tcatgtcaat 240 ctaatgttaa tagttctccc actcagtttc acacaagaaa ttgtgttaac tttacattga 300 atggtggttg tgttggccta agttctgaaa ctcaaaattg caatttccaa gtatcatgtc 360 caggggatct tacacagtgg tcaacatggt cttcatgcag tcagtcttgc cagattagct 420 cagtagtacc aacaatgagc agaaatcgaa attgtttaaa tcctactttt ggtggtaatt 480 gtcaagggca atcactttca gatgtaatgt catgtaatgc aggcgtagta tgtccaggtc 540 aattgactga ttggacatca tggagtcaat gtccagctac atgtcaacaa gcagttggtc 600 aatttaatat gcagtacaga tcaagacaat gtgttaatac aactactgga aattgtggtg 660 gagcttcgtt aaacgatcaa gttgtttgtg ttagagatgt tccttgtcct ggtaagatat 720 tataatataa at 732 <210> 77 <211> 576 <212> DNA <213> Hydra magnipapillata <400> 77 ggtgtagaat tgacgcaaag tgataatacg ctgcctaatc ttaagtacta taacaacagt 60 gcagtaaact taacacgtaa agaatccttc aataacagtg tgagaagttc gattgataaa 120 atatcaacta atgccagtga agtaagttta acgcataaag aagaaagtgg tgttgttttt 180 aaactttcta aaaaaagttt acctataaaa gagttcaagt caattgtttg gatgatattt 240 gttggtgatg gcatacataa ttttatggat ggggttgctt taggtgcagc attttcagat 300 cctcttggta taactggagg tgtcagcaca tcaattgcaa ttttgctaca tgaaataccc 360 cacgagttga gcgattttgc tattttgatt acagccggat tatcaataaa acaagctctg 420 gctatgcatt ttatttcttc aatcactgca tatggtggcg gttttttagg tgtttctctt 480 ggaactgatt ggaacgctgg accatggata ttctctatta ctgctggttt atttgtttat 540 gtttcgataa ttaaaaaaaa tcctgatctg ttataa 576 <210> 78 <211> 2325 <212> DNA <213> Hydra magnipapillata <400> 78 tgtttagtga tcgtcgttga ggtgactaag aattatatac aagttcgcat tcgaaggatt 60 cactgaaagt cttataaaaa tttgatgagt ttaacgtttc attgaatagt ctatttgatt 120 gcgaagcggg aggttcaaat ttcctctaga agctttattt tatcagctgt ttattgtttt 180 taaatctcac ctttgaccaa atcatcattt cttcttaatt tggaattata aatagtcttt 240 tttttcatgc caataatatt gattggatat tcaaacatca cttttaaatt tatgttgatt 300 cttaattaga gtttcaagca aaatctattt ttaaataaaa aatcaagttt tacccccgga 360 tttttgccat ggtttcacaa taaacgccaa aacatttcaa taaaatattt aagaaataat 420 tctgaacaga tttagttgaa aatttttaca atcgaagata cttaatcaac atgagagaaa 480 tagtacacgt tcaagccggc caatgtggaa accaaattgg ggcaaagttt tgggaagtca 540 tatcagatga acatggtatt gatccgactg gcatgtacca tggcgattct gatttgcaac 600 tagaaagagt aaatgtttat tatgctgaag gatcaggagg aaagtatgtt ccaagagcag 660 ttcttgttga tttggaacct ggtactatgg actccgttag atccggtcca tttggcgcaa 720 tttttagacc agacaatttt gtttttggac aaagtggtgc tggaaataat tgggctaaag 780 gccattatac tgaaggtgca gaacttgtgg acgctgtttt agatgttgtt agaaaagagg 840 ctgaaagttg tgattgtctg caaggttttc agttgacaca ctctcttggt gggggaacag 900 gttcaggaat gggcacattg ttaatttcta aaattcgcga ggaatacccg gatcgaatca 960 tgaacacatt tagcgttgta ccatctccta aagtatcaga cactgtagta gaaccttata 1020 atgctaccct ctccgtccat cagttagttg agaatacaga tgaaactttt tgcattgaca 1080 atgaagcact ttacgatata tgtttccgaa cattaaagtt agcaacacct acatacggag 1140 acttaaatca tcttgtgtct gcaactatga gtggtgtgac cacttgtctt agatttcctg 1200 gacagctaaa cgccgatctt cgaaaactgg ccgtaaacat ggtaccgttt cctcgacttc 1260 atttctttat gcctggattt gcaccactca caagtcgcgg ctctcaacaa taccgcgcat 1320 tgactgttcc cgagctcaca caacaaatgt tcgactctaa aaatatgatg gcagcatgtg 1380 atcctcgtca tggtcgatac ttaactgttg cagctatgtt tcgtggtcga atgtcaatga 1440 aagaagttga tgagcagatg cttaatgtcc aaaacaagaa cagctcctac tttgttgaat 1500 ggattccaaa taacgtcaaa acagcagttt gcgatatacc accacgtggt ttaaaaatgt 1560 ctgcaacatt tattggaaat agtactgcta ttcaagaact atttaaacgc atcggagaac 1620 agtttactgc tatgtttcga cgaaaagctt ttctgcattg gtacactggt gagggtatgg 1680 atgaaatgga gtttactgaa gctgaatcaa acatgaatga tttggtttcg gagtatcaac 1740 agtatcaaga tgccaccgct gaagaagaag gagagtttga agaagaagaa caagaaaatg 1800 aataaaattt aaatttgaat gtcagtgttg cacttagata aatgttatag aagctctttg 1860 taaagtaatt tcaatactaa caaccgaaag tttgaaagtt ttttcttttt taaattataa 1920 gttgcgcata cgcattaaat ttttatctat tatgttttta aaacttattt aaaaaaaaaa 1980 aaaacaacag caatgatttg aaattccatc ttaatgaaat tttagataaa aaattttaga 2040 taaaaaattt gaaattttag ataaaaactg ttgtaaccgg ttgtaaatta ttcaaaaact 2100 ttctatgacc ttttgtaaga tgttgtaaac cttatgtaac tgtagcaata aaaattttat 2160 tttacactat cgaatctttt tttatgtgat tttgacgttt ttttgtatta aaactctttt 2220 ctctctctct tttttctttt tattcggcaa aaaattatgt taaaattctt tgtacatttc 2280 tatagttcat acaaaaataa taaatatgat tcatacacaa caaaa 2325 <210> 79 <211> 654 <212> DNA <213> Hydra magnipapillata <400> 79 caactttcca agggtatatg attgctgaaa ttctattcga aaacaagatt cgctgagaag 60 tctaagaact caagatgaga tctatcgcag ctttcctcct cctggttgct gttaccaacg 120 caaaaactct gcatgaaact ttatcaaaga gaagtgcaca agcatgtggt tataattgtc 180 ctgctatctg tgccccagca tgtactccaa tttgctgcgc tcctcctcca ccacctccac 240 caccacctcc accaccacca ccaccaccac cacctccacc accaccacca gttgcaattc 300 caggaaaccc aggaccacca ggacgtccag gacctccagg atttccagga ccaatgggac 360 caccaggacc cccaggacct ccaggaccac caggttatcc aggacaagga ggaatgccag 420 gacaacctgc accaccacca ccaccatgcc caccaatctg tccaacacag tgtgtaccat 480 attgccctca gtattgttgc ccattgaaaa agtaaaatgg tcaagtttgt ccagaatcaa 540 cttttattga agaaagttgg gtaaatgaat aaaaatatgt aaatatatta gttttgaaac 600 tataaaaaga atttacagct caaaaaaagt ttcgtttatt aaaagttatt aaaa 654 <210> 80 <211> 1902 <212> DNA <213> Hydra magnipapillata <400> 80 accaatgttt caagatcagc tggggatcgt tttcgtgcag caggtatgaa agctagattt 60 gctcgacgaa tggaaaagat tgtagaggaa cgaatgactg taaagcagat tttcaatcga 120 tatgttcaaa cctcgacgct tcatggattt aggtttattt ttatggatac atttatagtt 180 agacgagtat tatggacaat attaacactt actatggcaa ctattttttt caaagaattg 240 agaaacagta taaacttgtt ttatgagtac ccttttacaa ctacgtcaac aattcaatat 300 gaacctagtt taacttttcc agcaattagt gtatgtaatc tgaaccattt tttacttagt 360 aaaataaaaa aaagcaaact taagcctcta tatgatcaag gacgtttgcc ttttgacaac 420 agtttagaaa atccaggatt cgatattcaa ggagaagaac tttatagtat attaaaaact 480 tcttcacaaa gtatagacga aatattttta agttgcgaat ggaaaagtag agatacagct 540 aaaaatgggg taccaaaccc atgcaagcca aacaatttta ctgtgtatag tggcctttat 600 ggtcaaagtt gttatacctt taatcccggt gtttctggtt atcctttatt aagtttaagt 660 gaaactggag ttaacatggg gtttaaacta gaactagatt tgaaatcaaa agattctctt 720 cagggaattc aagaaattgg agctatagta attgttcacc atcagcagga aacaccagtt 780 cttcaagctg gttttgttgt ttcaccaggt tttcaaacgt ttgtggaaat aaaagtgaga 840 cagactgaaa atcttcctcc accttatgca acaaaatgtg gatctaaacc actaaaaaac 900 tatcaaatat acagacaatc aagttgcttt ctagaacaac tcggtgatgc tatagaaact 960 aagtgtaaat gcaaaagcag ttttatggca ggaagaaata ttccgtactg ttcgttacga 1020 caaacggtta cttgtctaat gcctacaata tatgactttg atcgcaagac taacaataat 1080 tgcccagtgg attgcgaaac aatacagtat ctctcttcat taagttacgc tcggtttatt 1140 tctaatgtta catatttatc taaaaatgcc gagcaatcaa gttatatccg taaattgaaa 1200 aattcaatgt ctccaaagaa attgcaaaaa tatattgaag aaaatattgt tgcagttcaa 1260 tttttctatc aagaaatgaa aaaagaaaaa gtaaaacaag aacccagtta tgatttttac 1320 aagcttattg gtgatgtcgg aggtcaactt ggtttgctgt tgggtgcaag tgttttaact 1380 ctcgttgagt ttgtagactt atttattttt accctatatc atcagctcct gcgtttgtca 1440 aaaaagaaat catgacgtaa tgtacaaatt aggtagaaat catgacgtaa tattagataa 1500 aactgttgac attttaacta tgactttaca agattaaaga tgcaaaagct gtaagcttga 1560 atttaaaaca acctttaaat accttcttaa tacatcctct gctactccct taaaagggct 1620 ctggctaaat tacaatataa atacctgaaa caaagagaga aattattata ataattttaa 1680 attgtttatt ataaatacta ttaccactat ttattgtttt tattgttaat accaacacaa 1740 cttttaattt attgatactt ataactatgt gttatttttt tctttgttgc ttttgtttac 1800 tgaatcttga attcccaaag ttgtattttt attatgaatt ctctttttaa gaattattta 1860 ttgatagcat tttatttaaa aataaaatat tttcatggct aa 1902 <210> 81 <211> 1873 <212> DNA <213> Hydra magnipapillata <400> 81 atgagagaaa tagtacacgt tcaagccggc caatgtggaa accaaattgg ggcaaagttt 60 tgggaagtca tatcagatga acatggtatt gatccgactg gcatgtacca tggcgattct 120 gatttgcaac tagaaagagt aaatgtttat tatgctgaag gatcagtttt ttcaacttct 180 ttaggaggaa agtatgttcc aagagcagtt cttgttgatt tggaacctgg tactatggac 240 tccgttagat ccggtccatt tggcgcaatt tttagaccag acaattttgt ttttggacaa 300 agtggtgctg gaaataattg ggctaaaggc cattatactg aaggtgcaga acttgtggac 360 gctgttttag atgttgttag aaaagaggct gaaagttgtg attgtctgca aggttttcag 420 ttgacacact ctcttggtgg gggaacaggt tcaggaatgg gcacattgtt aatttctaaa 480 attcgcgagg aatacccgga tcgaatcatg aacacattta gcgttgtacc atctcctaaa 540 gtatcagaca ctgtagtaga accttataat gctaccctct ccgtccatca gttagttgag 600 aatacagatg aaactttttg cattgacaat gaagcacttt acgatatatg tttccgaaca 660 ttaaagttag caacacctac atacggagac ttaaatcatc ttgtgtctgc aactatgagt 720 ggtgtgacca cttgtcttag atttcctgga cagctaaacg ccgatcttcg aaaactggcc 780 gtaaacatgg taccgtttcc tcgacttcat ttctttatgc ctggatttgc accactcaca 840 agtcgcggct ctcaacaata ccgcgcattg actgttcccg agctcacaca acaaatgttc 900 gactctaaaa atatgatggc agcatgtgat cctcgtcatg gtcgatactt aactgttgca 960 gctatgtttc gtggtcgaat gtcaatgaaa gaagttgatg agcagatgct taatgtccaa 1020 aacaagaaca gctcctactt tgttgaatgg attccaaata acgtcaaaac agcagtttgc 1080 gatataccac cacgtggttt aaaaatgtct gcaacattta ttggaaatag tactgctatt 1140 caagaactat ttaaacgcat cggagaacag tttactgcta tgtttcgacg aaaagctttt 1200 ctgcattggt acactggtga gggtatggat gaaatggagt ttactgaagc tgaatcaaac 1260 atgaatgatt tggtttcgga gtatcaacag tatcaagatg ccaccgctga agaagaagga 1320 gagtttgaag aagaagaaca agaaaatgaa taaaatttaa atttgaatgt cagtgttgca 1380 cttagataaa tgttatagaa gctctttgta aagtaatttc aatactaaca accgaaagtt 1440 tgaaagtttt ttctttttta aattataagt tgcgcatacg cattaaattt ttatctatta 1500 tgtttttaaa acttatttaa aaaaaaaaaa aacaacagca atgatttgaa attccatctt 1560 aatgaaattt tagataaaaa attttagata aaaaatttga aattttagat aaaaactgtt 1620 gtaaccggtt gtaaattatt caaaaacttt ctatgacctt ttgtaagatg ttgtaaacct 1680 tatgtaactg tagcaataaa aattttattt tacactatcg aatctttttt tatgtgattt 1740 tgacgttttt ttgtattaaa actcttttct ctctctcttt tttcttttta ttcggcaaaa 1800 aattatgtta aaattctttg tacatttcta tagttcatac aaaaataata aatatgattc 1860 atacacaaca aaa 1873 <210> 82 <211> 1045 <212> DNA <213> Hydra magnipapillata <400> 82 agattttcat taaattttat gctagtcaaa tatttataaa aaatataaag atatataacg 60 aaaatgtcga aactatttat tatctatacg ttttgtattt ttgttgcgta tgcagaagac 120 aaaaaggttc caaaaccagt cgcaccttcg ttagaaaaaa gaggcgatat acagcctcgc 180 atgcttgctc caggatatta ctctcaagaa tgtaacgccc acaaagcttg ccctgagaaa 240 aaatattgcc atttgtttct atgtgttcat tgcttaaaag agaacgtagc ctgcacacag 300 aatggccaat gctgtgaagg acagtgtact tatggaagat gtaaagctgg tgtttctgaa 360 ggacaccag gaacattttg tgatagacac gaggattgtg ctggagaagg aaaagcggct 420 tgctgtgtaa gagaaccagc cataaaccct catatatcta tatgcaagcc accattggct 480 gaaaacatgg tttgcggacc aataaacttt ttcagaaatg tttacgttgg agctcaagta 540 caaaaagcat gcggaccttg caaacaagcg cttatatgca agcaagttgg tctttttgga 600 attcacgaaa tatgtatgaa ggaagatgat aaaaagaaat agacacaaag taaaatccaa 660 acatgaatca ctaggtactg attacaaatt ccacaccaag caagcaaaca caaacaataa 720 tgtaaataaa tgcactgaca aataatagga agcaaataaa atgttttata cccagtttat 780 tcaaccaata tgttctatta acgaaattgg ttttctcaat agaataagta tttttggcgt 840 tatgtttttt aaataaattt atatataaaa atattgtgtt attgtataac gatatttatt 900 ttgttcttca agcatgtaaa ccgtacataa ctctcaatat atttatagga gaaaaaatga 960 acaacaacaa aaagaaggca tatatttttc actgttcata tgtttatttt gtaaaacgat 1020 aataaactcg tataatggtt tgaaa 1045 <210> 83 <211> 2158 <212> DNA <213> Hydra magnipapillata <400> 83 atgttactaa gtgatagtat tgaaggtgat tattcatcta ttgccaaaag tgtttttgat 60 aaatggaata gtgacaagag tgtacgtgta tttacctacc ttgttggaag aactaaaaat 120 ccagtagatc gtgttttaaa ggaaatggct tgtaacaatc gtggtcactt ttataaaatt 180 gaaactcttg gtaatatttg ggacacagtc attaaatata tggaagtaat aagccgtcca 240 atcggtcctt acaacgccga attaaaacca aaagtatctc cgatatactt agacagcact 300 ggagcgggaa tggtattaac aatgtcggtt ggtgttttta ttaatggaaa tcttagtggt 360 gtcgtaggag tggatatgct tatacgaagc ttaaaacaaa aagtccctgt ttatgaactg 420 ggttatttta gtcacaccat tattataaat aataacggat ttgttattct acatcccaaa 480 aataaaattc aaaatgaata cctccccctt ccacctaatg tttattttga agatatagaa 540 tttagcgtga acaaaaacga tgcaaagaat ttaaaggaga gaatgttaaa aggagaaaat 600 ggttcatcaa gttttacaac ttattgggta tctgaaaatt accgaatgat tgttgaaaat 660 aatattactt attactttag tccgatcaat ggaactaatt tatttgcatc tcttgcaatg 720 agtgacgttg atattaatta tattgaatta agcaggacat tatgtaatga ccattttgca 780 cgcggtttag atgcaatgtt aactccaaat ataactgaaa atgggaccca aaacatactt 840 tatacatatg ttgatattcc gccatgggat ttttgtaata tagcgatcag tcgtaatgat 900 gctactgtag acgtcaaagt atatccaaat acaaatgaac tacaagactt tctaaaaagc 960 tatagtacta ttgagcaaat aactgaaagc tgtgaggaaa atttagtttc aaatttgcta 1020 gttagtgctt cattagtttt taaacatgta aatgaaagtt ggtacgaata tctagcagaa 1080 aaacaacctc ttgatccaga ttttacatct ttatttgttg gaacaagagg agggtataca 1140 cgctattttt ttatcaactc tactgatatt tctcgtcaac gtgacttgtt gcgagtttct 1200 attttcgagg aagctgttgc tttgcctaaa gctactatta ttttgtctac tccaactcga 1260 gaaattttta acgatgaaat tgtttacatc aaagctaaag cttcttcatg gatagataag 1320 gttgaaggcc gagtattgat ggcagttact ggaaccgata tgaattcgga actgttaaag 1380 gaaataatgt tcaacgtcac tgattcactt ggacttaaat gcctgagtaa caataccttt 1440 acgtgcgccc tcattgatca aaatggttac attgttgcaa gtaatcaagg aaatagggca 1500 gtagggcaat tttttggtgc atatcatgcg caacttatgg agtttttttc aaaatcggat 1560 gttggagttt tccgacaaat agctattgat gacgtccagg ccatctgtac agaaccgaaa 1620 aactctaatt caaattctaa ttatttgcta tctcctgcga aaactttatt ccgaatattt 1680 ttgtggttta ttagtttgtt atggagcttt ttagttcaaa cttttacgca tgtatctttt 1740 ttgctgaatc agaacaaagt ttttttacaa aataccaaaa agaataacgt gataaacatt 1800 acttgcacag agcaaatatc tttttatcta tttcagaacg ataaacgaga agaactttat 1860 aaaaaagaag atgaaagtaa aaaacagaat aaaagaaatc cttctactct acgcattttg 1920 tgtgcaaatg gtaaatatca gtattttgaa ttagtagatg taccaaatac taatcttata 1980 tttattgtcg ttaactcacc tgacgcaaat agctgcttta aacaaccaac gagacttcga 2040 aagcaaatac ctcctgataa agacttttgc aatcaggagg aagcttatag actgtttcct 2100 ggagtttgtt ataatcagag tactttaacg gaggagttgc ccgagttttg tggagctg 2158 <210> 84 <211> 970 <212> DNA <213> Hydra magnipapillata <400> 84 atgataacga ttacatgttg taggtcacat cgataccaaa tacaagaaga cattatagtt 60 cgtcgatggc ttccaccaga ttttgttgaa aatgcaattt catatcaagc aacttgtaca 120 gatacattta tagttggtta tccacgagct ggatcatctt ggatttcata tatcatatat 180 ctgctaaaaa atgaaggtga accaattcac tcctcagaaa ggttatggga agaaatacct 240 gaaattggaa tgggaaggca cgttgcacaa agatttggga aatattttgt tcaactagct 300 gaaatggttc cacaccctag aattcttcga actcaacttc catacgataa agtacctatt 360 catcccaaag caaaatgtat ttatatatca agaaacccat ttgatacagc tgtttcttta 420 tttcacgaag ttaggtctat aaacgaattc tccggttctt ttaatgactt ttttacgtac 480 tttttgcatg ggcaaactga ttataacgat tattttgatc accataaaag ctggtaccaa 540 aggaagtttg agcaaacagt tttgtggata acgtacgaag atcttatgac atatccgaga 600 gctataatta aacaaattgc tgattacatg ggtggtgtgt atcagagaag tgctaatgat 660 gaatttataa tgaaaaagat cattaacaat tcctctttta aggaaatgag agagaaagaa 720 tctctgttag ttcaaaaaaa tccaaataga attaacgact tttcattttt tagaaaaggc 780 cagattcatg atttcgaaaa cttttttaat gaggagcaga taaaaaaact cacagaaaaa 840 tttctggctc aatttaaggg tagcaagctg ctcaacagct gggagagata ttgtcttcct 900 gttaaatgta tgtaacaaca ctactcaaat tatgttaaat tataaataaa aatgtgtaaa 960 gtaaaaaaat 970 <210> 85 <211> 885 <212> DNA <213> Hydra magnipapillata <400> 85 aagatgaaaa aaatattcaa actatacaag atttacgaaa taaaaagata agagaacata 60 tatcgtacat gattgacaac tcttcatttc acggactatc ttatattttt gataaaagac 120 attctgttcg tcgcacaata tggtttttta taacaatagc tgcatttgcc tatgcgatgc 180 aaaaagttta tgaaagtaca atgaactact tttcgtaccc attttacact gttcgcatga 240 gaatgtatgt taatcagata gattttccag cgatatcttt ttgtaattta aacgatataa 300 aatttagtgc tatgaatggt acaattgttg atgatgcagt cgtaacgcaa aatcatgaag 360 caaatataac aggtgaagaa tatagaagct ataatcaagc agccagacac acattaaatg 420 aaatgttagt tgattgtgac tttgaaggaa aaaaatgctc ccacaaaaat tttacagaat 480 ttagttggat gcagggagaa agttgcttta catttaattc tggcaaacct cctcatactc 540 tgttgaaagt gaaaggagca ggtataaaca gaagtttaaa acttaccatc aacgtccaac 600 actacgatta ctatagagac aaaatggact ctggaattcg tttaattcta cacggacaag 660 acgaaacacc agttaaaatg agtggtttaa cagttccacc tgggtttact acatacattc 720 aaatagaaaa aaagacgatt ataaacttag aagcgccata caaaacaaaa tgtggttcag 780 taaagttaaa atattttgat agttactcga tgcatacctg ctggcttgaa caacttacag 840 attatgttta caaaacatgt aattgtaaag actattttat gccag 885 <210> 86 <211> 1398 <212> DNA <213> Hydra magnipapillata <400> 86 atgacagttg atatcagaaa aaagttgttt gcagaagtta aagaacgacg tctaaaggga 60 gaaaaccttg cagtgagtgc taataaaaga cgtagagctg aaactgaaag tggaagagga 120 ggtcgtatat ttaacccatc ttggacaaat gaatattttg tatgccctga aaaaatacaa 180 tttgctgaag atctcagtct ttcacaccag acaattgcaa gaagggttga agatctatca 240 aagaatattg aattagcatt gaaagaaaaa ctatgtaagt gtgaagcata tagtctggca 300 cttgatgaat caacagatag aagtgatacg gctcagttag ctatttttat tagatttata 360 acaagtaatt ttgaaataat tgaagaactg ttggatttca ggcacatgaa aggcactact 420 aaaggggaag atattctttc tgaagtcaaa aaaacaatga taaagtttga tttgccagaa 480 acaaaactct ctggtgtcac tacagatgga gcaagttcaa tgaaaggaaa aaatattgga 540 tttgtggcat tatttaagaa atccattaat cacaacattc tttcatatca ctgtattata 600 catcaggaac agttatgtgc aaaagtatta gaaatgaaag aagtcatgga aattgttatc 660 caaactgtta attttataag aagtcgtggc cttaatcaca gacagttcaa acaattgctt 720 gaggattgtg gaagtgaggc agaagatgta atttatttct gccaagttag atggcttagt 780 cgagctgcaa ctttgaaaag attttggata ttaatacctg aaataataaa gtttctaaaa 840 attaaagata aagacacaag ctttcttgaa aataatgact ggctgaatga tttggcattt 900 ttagttgaca ttacacagat gtttatggaa ttaaatatca agttgcaggg taaagatcaa 960 cttattataa ttgatgaatt tgacacaaga ttttgtgatt ttaaagaaga aaagaatgag 1020 ttagacttat tttcacatcc attttccatt aaagttgaga cagtaagaga tgaatttcaa 1080 atggaattaa tagaactaca aaacaataaa gatttgaaag atgcttacaa agatgttgaa 1140 ttgttagaac tttataaaaa atacatgaac attgaagttt atccacattt gtgcaaacac 1200 gctatgaaat acttttccct ttttggaagc acatacatct gtgaacaatt tttttcaaga 1260 atgaaacatg ttaaatcaga gcagagacat aggttgaaag atgaacacct cactgataca 1320 cttcggattt catcgtccac tataaaagct gacattgatc aattgtgtaa aaataaacaa 1380 tgccaagttt cccattaa 1398 <210> 87 <211> 891 <212> DNA <213> Hydra magnipapillata <400> 87 aagatatttt ttaagaaatg agtattttaa acaagatgtt tatgattact ggcggagcac 60 aaggtctggg aaaaggtttt gctcttgctg tattgaaaca cggtggtaaa gtgatacttg 120 tagatattca aaaagaaacg ggcgaagaaa cggaaaatga attcaataaa acttatccag 180 gtcagtccgt tttctaccat ggaaatattt ctgataaatt catgatgaat tatatttggg 240 aggacagtga aaaaaaactc aacggaaaaa tttccgtgct tgtaaacaac gctggagttt 300 attgcccctc caacttcatt aaaacaatgg aaataaacct catatcactt atgcaaacga 360 cctatattgc tttggagaag atgagtatca aaaatggtgg caatggtggt attatcatta 420 acatcgcttc ttctgctggt ttatcaccag aaataatgtt attaactcat cctaatccca 480 tcgaaacaat accttattgt gtttccaaat cagctacagt aacgtttaca aagtctttgg 540 cactctccaa tatactggaa aatgatggcg tcaaagttgc tgcaatatgt cccaacgctg 600 ttgatactcc attagtaaca ggaaacgaaa cacttgttaa tatgttgaaa tctttagatg 660 ttgctttatt gtccgtagaa aaagtagcta acgactttat tcaactttta gaggatttgc 720 acaataatag cgcaaaaagt ggagatattt tatttgtagg gcaggtagcg aattacgtca 780 acaccccaaa atatgagcta cctgacatgt ccggaaaaaa ctgaaaatga aaaattggaa 840 atataaatag caaagttatt taaagaaaat tgttttaagg acacagaatg a 891 <210> 88 <211> 3859 <212> DNA <213> Hydra magnipapillata <400> 88 aatcttcgat taaaaaatca accatatacg tgggatatag atcgatcaaa aaatattgca 60 tctgagttac aaagtctttc aatgtctact acagaaagat taccaataaa tgtaaataac 120 ttgcagcaac caatcatcat tgcaatatta aataaacctg aaaaaactag gggatataac 180 ttgtctttat ctgccccaga agaacctaag gtgttgtccc ttaaattgac atccagctta 240 tgcaatatga tgttgaaatt tagtgcatcc aatgatccta gtaatttgac ttttctcatt 300 gtatttcttc agtttggaaa agttcctaca aaaaatgatt atgatattag gcttaatata 360 tcaaacaaag atggcgttgt tcttacaaaa aataggcttg ctatgagttt taatgcaagt 420 gaagaagtat catttggtca aaaaaataac cttaccaaca gtgagattaa aaattcttct 480 ttttttgttg aaagaaatca acaagctcat ctacttgatg gtggtacttt aattttgtgg 540 gattttcaga attcaacata tgcttttctt aacaattcag ttttgtatat atcattcttc 600 tatgttggtc ctatgccagc taaaaaattg gaaaaaaatt catatactta tgatgaaaag 660 gaatacgaag gggagttcat ttatgaaatg aaatcttatt gcagtgaatg taattactgg 720 aatgaaatat caaataagtg gatgtctgat ggatgtcaac ttgactttga aacaaccagc 780 tttgaagtaa caaagtgtaa atgtaaacac ttgactggat ttggtggatt ttatgttgct 840 ccaaacgtta ttcagaaacc gtcattagca ttattgaaaa agggttatct tcttcttgta 900 attgttacaa taattttgtt gttttggatt tgtggtttaa tatttgcaag acgaatggat 960 ataaaagaca acactaaata tggtgtttgt ccacttcctg ataattctcc tgaagatagc 1020 tatttatacc agattactgt gaatactggt gatcgtattc atgctggtac aaattcaaaa 1080 atatttttta tattagctgg agatatttca aaaacgaaga cacacaggct gattgattct 1140 gaaagacaat gttttcaaag atcagcttct gactctttca tattaacaac accaaactgt 1200 ttgggtgatc taacttatat tcgactttgg catgataata aaggtggtgg ttggtactta 1260 agaaatgttg aagttcttga cctacaaaca gacaaacgat attattttat ggcgaaatgt 1320 tggattgcaa tcgataaagg tgattgttta ttagatgtta caataccagt atcagcttct 1380 gatgagttga cacattttag ttatctgttt acaacaagag tgcgaaatga tttttttgaa 1440 aaacatttgt ggttctctgt ttttactcgt ccaccaagaa gtatttttaa tcgttgtgaa 1500 cgattatctg ttgctgtttt attagtcgtt gtgcaaatga ctgctagcac catgttttat 1560 ggcaaagtgt caaatgatcc agtaaataat aataaagtat tgggaataaa tttttcatgg 1620 caacagattt atattgcatt aatttctgca tgtattacag ttccagtaga attaattttt 1680 gttcatgtgt ttcatttgat aaatccattt tacaagtttg ctctgaaaaa aaaagtaatg 1740 ttagttagca tcaacttcca acataggata ttagatgcta tattagcttc tagtgcaaat 1800 ccagcttata tagaatccaa tacttgttca acgtttgatg agaataattt caagaaagaa 1860 atcaagaaaa aaaaaggttt ttatttacct tattgggcaa agtatgtcac atggtctctt 1920 tgtgttattg caattctctc atgcagttgt gttgttttgt tatttggaat gtcttttgga 1980 aataaaaagt ctttagattg gttaataagc gtaatactat caatggttca tgatgtattt 2040 gtaatgcaac ctatgaaaat ttttatcatt gcaataataa cagctcttgc aataaaaaag 2100 attgatgaca agcaaaagta ttttgctgat gatcaagcaa aaatacttgc tcacaatgaa 2160 aattggctac ataactttca taaacggtta tcaatctttg agcgtgttga gttagatatc 2220 agtcctccag ataaacattt gatcgaatca attaaagaaa gccgtatgca taagttaaga 2280 ttatattcac ttgtacgaga acttctgttt tatttgattt ttgcactatt agtattttat 2340 ttggcttatg cttctcatgg aaactattca tttacacaaa caaataatat agagtctctt 2400 tttaatctaa gatcagactc ttcctccact aaacaacatc tggttttaaa acagcttcga 2460 tccaaaaatg acttctgggt atggttaaac tcattttttt tccttcaagt ttttcctgaa 2520 ccatggagta acaaaaaaag tgatggaaat atcttcataa atgattttaa ttccaagatt 2580 attaatggaa tacgaattcg acaagcacgt gttaaatcgc attcctgctt aaaaccaagt 2640 ttagttgcgg atctttttac tctggattgt ttatctgagc ttaaatcatc attagagga 2700 acaaacgatt ttgactttga ctggtcatta cctaaaaagt acagttttcc tatcaatcaa 2760 tctacaaaac cttggagata tcaaacttca aatgaactag atggatatcc atttggggcc 2820 aaattacaaa cctattttgg aggagggtat gttattgaaa tttttccaaa atggaataat 2880 aagaaagtta tagaagatgt aaaaaaacat atgtggattg atcgccaaac aagagccata 2940 ttcatcgagt ttgctttatt taatgctgca actaataatt ttaacatggt tacttttgta 3000 tttgagttcc cagcatctgg agggttaata cctagttatt ctgttagtac ttttaaatta 3060 tatccatcag aaaatgatgc tgttattatt ggttgccagc ttatattttt tgttatgatg 3120 ttcattttta caataagaga atgtagaatg ttgcgtagaa caggttggaa atactttaaa 3180 ggtaaacttg caaaagattt acttaatcga cttccagcaa aagaacctca aaagtttata 3240 aattttcaat ttgcttctta ttgggatttg atgtttactt acattgtctc cttgatagtt 3300 tttattgtta atataaagtt tatgaaaata ctcaatttta atcctcgtat ttcaatgatg 3360 tcagctacat taaaagcatc aagtcactat ttaatcactt tagcttttac tttgtttgtt 3420 attatgtctg caatggtttg cttttctaat atagcatttg gtgctgtgtt ggaaggatat 3480 aaaagctatt ttgaaacaac tgtttccctt atgtcattgg ttttagggaa gtttgatttt 3540 aaccagatac agaactcgtg tggctatatt ggtccacttt ttttatttgc ctttaacatt 3600 tggatgaatt ggattatgat gagcttgttc atatcaatat taaacaatgg ctttttaact 3660 gtgcgctcaa aagctgtttt gcaaaaagat gaatataata ttctaaattt ttttgagtca 3720 cgactcaagg gtttgctggg actctcgtat aaaaagtcat tcaactctga aatcaaaaat 3780 tgcaatgaaa atctcaaatc tgttaagttt aatttagacg tacaaactga tttaacgatt 3840 cctagcatgt ataacgaag 3859 <210> 89 <211> 957 <212> DNA <213> Hydra magnipapillata <400> 89 cgattttgcg cgcacgacta cgcaattttt tttgttgata cttaactgga aaccttgttt 60 gactataaaa tataaaattt tgacttaaaa aaaaggaagg tttaaacgtc aaatatattc 120 ttagatatcc gctgttggtt ctgcagaagc catttttgaa gaagtcgtca aaagcttgga 180 agcgtttgaa aagaaaaaaa atatgtcatc tgaactcgaa ggaaaaaaca ttatattcgt 240 tctaggtggt cctggaagtg gcaaaggaac tcaatgtgca aaaattgttg aaaaatatgg 300 tttttgtcat ttatcaactg gagatttact acgcgaagaa gtaaaatcta gttcagaaag 360 atcagagcaa ttgaaagcca tcatggctcg tggtgagctt gtatcccagg aaacaatatt 420 agaaatctta cgtgatgcaa tgattagaaa caaggattct aaaggctttc ttattgacgg 480 tttcccaaga gacgtaccgc aagggaaatt atttgaaaaa acggtggcaa aatgtaagtg 540 cgttttatac tttgaatgca ccaatgatgt tatgacagaa aggcttttag gtagagcagc 600 tacaagcaat cgagttgatg acaatttgga aaccataaag ttgcgtttaa aaacattcga 660 agatgctact ctgccagttt tagcagaatt cagtgatcgt cttaaaaagg tcaatgcgga 720 gagatctgtt gatcaaatat tctgtgacgt ttgtagcgta ttggacgggt tgtagttagc 780 aatatatatt tttcaatgac agggtgcatt tatggggagc gcgtttaata attcatgtag 840 ataaaaataa gcacttttat taaataattt taaaattata atagtatatt tttccggata 900 ttttttaaag catgttttct gtataaaata taaataaagt ctttcagtaa tgtttat 957 <210> 90 <211> 1961 <212> DNA <213> Hydra magnipapillata <400> 90 atgaatgttg ttttgcttat actgtatgtc tatgtaaaaa gttgttcgcc aacctttcat 60 tgcaatgccg attggtgtga tccgagtcat gaaccatacc caaatatagt atcaacaatg 120 acgggttaca acattcttaa aggaaatccg tttactacca ctcaaactag tgatccagga 180 ttttcttcag gttacatatt tgtgccaact tatagaaccg aagatggcac ttatgcctta 240 cacgatggag ttactgttcg tcaaacttta cagtgcagcc tgacatcgag taccgatgta 300 attacaactc ttaatagtta cgtaaataaa atacaaaaga aatcttcata tgggagaaca 360 ttcacatcta atcttgaata cgaggttaaa ttagaagcaa aaatgggcga cgtaggtgca 420 gaagttagca caacaattcc tcctctgatt gaatcttcgt tttcatctag caatgaatac 480 agagataata aagatttctt cacaaaaaaa aaaggtgtgt tagcattacg tgacgcaact 540 tgtgctacct ataccgtccg tataagccct tacaaacctc caccatttag tgaaggattt 600 aaaatagctc tacaaagttt aaatgattca attggaaaaa gtactgaaga aataaaggaa 660 agttttaatg actttattcg tgaattcggc acacatttcc ttcagcaaac aacaatgggt 720 gctagaacag ctataacaag gagatattct ggagaggagt ttagacaaag tagagacgac 780 tcaatacaaa agtgcaacga agatcgttta aaagttacaa ttgcaggagt tggtgttggt 840 agtacgtcag agagttgcaa tagtattgac ttaacaacaa acagtaatac cgtagctgga 900 tttgaacgag aatcaattac ttcgtacggt tctaagcctg caaaaaatct tgaagaatgg 960 gcgcaacaaa agtttgaatc tccattgcca attaaaatga aacttagccc aattcttaat 1020 ttgttttcta aaaggtacat gaaattaact cctgaaatta gatacaaagc tatcttatca 1080 tggtttgagc ctttatataa aagttattgt gagactaata aagcaagcct aggtattgaa 1140 gaatgcagta caaaagaaaa gaacaaatgc ggctatgatg acaactgcat tccccgacaa 1200 caagtttgca acagtgatgg caatagttac acctgctgta cattaaagtg tgatgcacag 1260 ccttgtaaaa atggtggagt atgtcatgat attaccgata actcatgcac ctttcggtgc 1320 gattgtgcag atggttggga aggaagcacc tgcgaatcaa aagttgctga ttttgaaaaa 1380 atctcttcag aaatcgaagc gcagatgcaa aaatttcagt ctttgaataa tgataatttt 1440 cgtaaagagt tgtacagtta cttggaaaga aattacaata cttacaagtt tgttgttaac 1500 tcatataatg agatcgatgg tgacgacacc gaagcacatt cagttgtagg caactatgtt 1560 cacttttata aaaaatatgg aagaaatctt gttgtcgcat gggcaaaaac tggatttcca 1620 aatcatgaag atattcctga attaactgct tctctctatc attctgttta taattatgat 1680 tcgaatgcaa aaaaaagcgt gttgaaagca tggaatgacc attacgctaa atataaagat 1740 caaaatccaa tagttttcat gcaagtcgtt cgacacggca atggtctacg ttccaatcat 1800 gataccaatt ttggtgtcta ctttgactat aaagtatcat actggaatcg agaagatgtg 1860 tcaagcttta ttgctttgta cggaaaaatg taacttaatt ttgtattgaa accattgtaa 1920 gttaaaaaat tgattttaat aaaaacattt aatattgtat a 1961 <210> 91 <211> 745 <212> DNA <213> Hydra magnipapillata <400> 91 cttatatctt gaaattttgc atatgcaaat cagttttgct tgagttttat aatatgtaac 60 aaataacttg ttaaagttag ccaaagctaa tatggctgat cttaacatcg atgctatcat 120 aaaacagtta aatgaagtta gaaccacagg aaaacaggct caactatctg aatcaaaaat 180 taagcagtta tgcaacatat ctcgtgagat ttttttggaa gattccaatc tgctagaaat 240 taatgcacct gttcatattt ttggtgatat acatggtcaa tttgaagatt tactacgaca 300 ttttgatctt gtaggtactc ctgatactga acgttgtctt tttcttggtg attatgttga 360 tagaggcaaa tattcaattg aaacaatatg tctgctgctt tgttataaga ttaagaaccc 420 aaagagcata tttttacttc gagggaacca tgaatgtgct agcattaacc gtattgtttt 480 agctgcaatt gttgaaaata ctattttttg tgtccacggt ggactctcac cagatttaaa 540 tgatcttgat cagattagac aaatggctcg acccatggat attcctgatc atggtattgc 600 agcagattta ctttggtctg atccagatga ggatattact ggatggggag acaacgatcg 660 tggagtttca tggacatttg gtggggatat agttcaaact tttttgaaaa aaaataattt 720 tagtttagtt gcccgggcac atcag 745 <210> 92 <211> 1590 <212> DNA <213> Hydra magnipapillata <400> 92 atgccattgc caaaacttgc agaaaaaacc tcaaacctac tagagaagtt taaacataac 60 tcaaagcgca tgtggcaagt tttaaatgaa atcactggta accataagat taaaacatgc 120 aacttaccaa aagttattag aaacaatgac ggtttcttat ataatccaaa agatatagct 180 aataagataa ataactattt tgtatctgtt ggccctaatc tagcaaaaaa tattccagtt 240 gtaaccaaca aaacaaatta ttttagcccg aaatttccca aattcccaaa acttcctaaa 300 atttctgtac ttaataaatt tgaaatttca atgaaagaat ttgaatgtgc ttataaaatg 360 ctaaaaacaa ataaagcgag agtgtttagt tacacaataa aacaaggatt atttcctgac 420 catctaaaga tcgctaaagt tacatcaata tataaaggtt gtgaattatc aaatataact 480 aattatcgac caatatctgg actctctggc ttttcaaaaa ttcatgtttt gaaccaacct 540 tatgatgaaa gtgtctcagt cggagatgat gaagaaatag aaagtgagct atctccaact 600 ccaagagttc aaactgcatc aaagtttaga aaaccagaac aaatgacaac ttcaattgaa 660 gcaagtgagg atgaatttga tgatgaaaat tctgcttttg tagaaccaaa ggacaagttg 720 aaacaatctc gtccaccaaa agcaggtagt ggccagcgtc cagttggtgg tcatgttata 780 gaagctagtg atgaagatga tgatgaggaa gatggtagtg aatcaagcga agatgaagat 840 gaaaaagaag gaatacatgt gaaaggggct tacgatccaa ctgagtttga acatcttcct 900 gtcagtaaag aaataaaaga attattccaa tatattgtta ggtatgtgcc tcagacaatt 960 gatttagatt ataaactgcg accattcatt ccagaatata ttcctgccgt tggagatatt 1020 gatgcatttt taaaagtcac aagacctgat ggtaaaccag aaacattagg gatacgaata 1080 cttgatgaac cggcagcaga gcagtctgat cctactggta aatttttttc tagtcaatac 1140 atgtttattt tgttttgttt tatatgtaca gagattgttc gtagcattga agaccctgat 1200 aaaaatccaa aggcaatcga tagctggata acaaacattg tcaagttgca tcgtgaaaag 1260 ccgcctcaaa atgtgcatta tacaaaacct atgccagata ttgaaaagct gatgcaagaa 1320 tggcctccag aatttgaaga gcttcttaat aatttaaaac taccatcagc tgatattgaa 1380 tgtgaacttg cagagtatat tgatattata tgtgctattg tcgatattcc tgtttatgcg 1440 agtcgaatac agtctttaca tctgctgttt actttgtatt ccgagtttaa aaactcacag 1500 cattttaatc agttggcgaa acgcaacgtg atttcaaacg atttaaaaaa cactggaaac 1560 aagcaaagcc catccatttc atatgaataa 1590 <210> 93 <211> 781 <212> DNA <213> Hydra magnipapillata <400> 93 ccaagattca gactgtgttt ttttctgaat taaagtaatt caaagcagaa atgaaactaa 60 taattgtgct tgtaatgatg ttggtttgtg tctacagcat gagtattgaa aagaatatac 120 ctaagaatca cgaagtacca gccaaaaaac aatttgcaga aactaaagtt gaaaaaaaga 180 aacgtagcga tgatggtgat gaggaaatat gcgatgacga tgatgaagat tgcgaagacg 240 cagtagatat agaagaatgc aatgaagatg atgatgattg cgaagatgga ggagaaacag 300 aagaatgcga tgaagatgat gatgattgtg aggaggaaaa aaagaaaaag aaaagggaaa 360 ctaaatctaa attaaagaaa cgtaacgatg acgaagaaga ggaagaatgc gaagaagatg 420 acgaagattg cgaagttgaa gtagatgtag aagaatgcaa tgaagatgat gatgattgcg 480 aaaatggaga agaaacagaa gaatgcgatg aagaagatga tgattgctat gatgaagata 540 agaaaaagaa aaaggaaaac aaactgaaaa aagaaagcaa gaagaaaaat tcaaagaaaa 600 cagtgtcaaa gaatgcaaag aaaagttcta aaagatcaac aaatacaaaa aagaccagcc 660 aaaaaaaaca acaaaataaa agaagcgcaa ttcacaaaaa ccttaaagct aaaagaagca 720 aacttaaaaaaaagtcaac ttctgatatt ttaattattg catttttgta aaagttactg 780 c 781 <210> 94 <211> 2307 <212> DNA <213> Hydra magnipapillata <400> 94 aagggtataa ataaaattca ttttgatgat tactaacatt ttatcagttt atgctggtgg 60 gtgataaagt tttgtttaga ccgaaaggta caaaaatcca aacatatttt taagtgtttg 120 ggtaaatcta tttatatcga aaatttacca tgtctaaaac gtttggaaag aaatatgttt 180 aaaaatgatt atcagggtgg ttcttttgtt gaattgtttg ctgttgttgg taaagatcca 240 ctttcaaaat taaaagtttc atcatcaggt gtaactaaag aattttgcaa tgaaattcga 300 tcatacctaa ttaatattga aggtgagcca gctacaacgc atatatcatt cccaaagagt 360 agcaaacaaa gtcttcatgc aattcaacaa tatctggtgt ttcaactttt tatttacagt 420 aaaagatctc tatctgtaga aatcacaata ctcaatcaac taagttgtaa gaaaagaatt 480 atcttttcaa gcaataatcg agaggtagtt attacaccac tttatgcaaa gttgccgctt 540 ttttttgtaa aagttaattc atggtgcaat ttatgttttg atcttgaaaa aattgtcatg 600 agttcatttg aaggatcaag attttcagtt attgatagca tagttttatc agcaaattgt 660 agactaaaaa gattattcac attaaaagaa agaccagatt gcactgaaga tatgcctaag 720 aatattagtt taccagatga cattgatgtt ttcacacagg ttattgattc tttcagtttt 780 attgaaagca acacaaagtt aaatagttca gtgaaaaaaa atttacatat caatatatca 840 aactctcatc ttgcatttgg ttatcgaatc cgtaatcaaa gtgagtctac tgcaggtgaa 900 atttttacag atcgacaagt taaaacctca aacatacgta atcaaagtat aggaagtctt 960 actgaacatc ctttaaaagc ctttgctctt gatggttctg gaataaatca aacaaaaaaa 1020 gttagtgttc cagaagataa caaagaaacg gctgattcta ataatattgt ttcttctaca 1080 aagttgttta ttcaacctag gcctccaaag gaggttgctg ggaaagttcg tagaccacgt 1140 gtcaaaagtg ctgatctatc tgctgccaca aagacaaaaa atcctctacc tgcattatca 1200 aaaagtgcag acagtaggtc aagaggagaa tctagttgta attccgaaaa tggtatgtta 1260 aatacagtac aaaagttcaa aacaccatcc aattcagtct cattatttaa taatgagtta 1320 aaatcttctg aaaatacttt aaacaaacaa tttcgtagca aatcattaac tatacttcca 1380 gatattaaga aaagtgtttc tcagacaaaa gaacattctt tttccacttt gttattagca 1440 gatgatattt ttgaagatga ctaccttcag aagtgtttaa aaagcaattg taatgatgca 1500 ttgactcata gtagttgtag caatagcaca aacagtgatt tactttattc gtcaagaccg 1560 cattctgttt taacacaaag aagtcataaa aatagtgaga cttgtttaga aaatatagca 1620 gagtgtgcag tacaaaagtc ttctaagaac tctatattgt tttcaaaaga aaataattta 1680 tctactcaag ttgtctgctc agaagataaa aatactaatg acgctaacat tattcttgat 1740 ttgagtgaag aaaatttagt tttacacaac agtagatttg aaactgaaga agaaaatgaa 1800 aaactaaaca aaacttacaa tgttgctcaa ttaactaatc aagttgaaga taaaaatcaa 1860 gtaattttag aaaaaatatt accaggaaat ctaaatgaag aacttaaaga ttctaagctg 1920 caaagaaaag ttgacaaatt accaaaatat aatcctgtta gagagtcata tgaatctgaa 1980 acaatgtcat ggttaaattc ttctataaat aaatcttctc agtttcctat aaaaacagac 2040 tggtctccaa aacaaatgct tagaaaaaaa cttgaagaac atctcggatc attttttcaa 2100 aatagtaaag aagtagactc tgatgatggt ttttctgatg atagtgatga tacaactttt 2160 gcggagcgcc ctctaatgtg caaccatcga tatcaagacg aaataaaaag tcttgattta 2220 tcagctgcta tgccagatac tcctcaagtt ggtgaacaat caagatatca gattaagacg 2280 gatattaata aagataatac agcttaa 2307 <210> 95 <211> 2648 <212> DNA <213> Hydra magnipapillata <400> 95 gtggggaaat atattttcaa gtatgtcgct tattttatga ttacaagcga atttattatt 60 tttaattagg ttatttattg attaactata atttgctggt aattcaactg tttaccaatt 120 caccacgttt tttacaatat tttggaatta ttggaatgaa aaaagtgaaa agtggtgcca 180 ctaaaagaag agaaaaagct gcagccatgg agaaaatcat gaaatacccc aaactaacac 240 attttttaaa accagcagtt ccggctagca gtgttttgat atcaacaaat aattttgatt 300 gtgattattt gggtactaga ctagagtcag atgggttaat ctatgactca aatgcaaagt 360 caaatgtaag tcatggttta atctgtgaat caaatgccac aacaaatcca ctaatatttc 420 tcagtgatga tccttctgat tggcctgata atgtttctga cgctcagaag tgtgatgttg 480 ttaaacgagg tttaaaaaag attgaaatcg actttccaaa aaattcagaa agaagacgat 540 tttccatgag ttattataac cgcaaaatga aaaatggaga aatctttgaa agatcatggc 600 ttatatattc tttaaatagt gataaagtgt tttgtttctg ttgcaaactt tttgggataa 660 cttcttcacc ctttcgaaaa ggaataaaca cgtgggaagg cttatcaaaa aaacttaaag 720 aacacgaaac atgcagtgca catttaaaat gctttgaaca ttggatgaca ttaagaaaag 780 gcatagcaaa tcaagctacc atagacgagc aacaacaaaa gttgcttcat aaagagcggg 840 tattttggag atctgtgttg gaaaggatac tggacattac gttatttctt tcatcaagaa 900 atcttgcatt ccgtggatca gacacggcaa ttggttcaaa gagcaatgga aattttcttg 960 gggtgtttga attactggct aagtacgatg ccgtctttaa ggagcttctg ttaagaattc 1020 aggacaaaaa aacaaacgct cactatttga gcaatgacac acagaacgag ttgattagat 1080 gtttagcgca ggagattgaa tcagaaaacc tttctatggt aaaaaaagca aaatactatt 1140 cggttatttt agattgcacg ccagacgttt cgcacaaaga acaaatgagc ataattttaa 1200 gatcagtgac atgtacttct agagttggta ttaacatttc cgaaaatttc tttggatatc 1260 tcacagtaaa tgataccact ggaaaagggc ttttggatgc ctttttaaat caggcaaaaa 1320 aatgggatct aaatattctt gattgtcgag gccaatctta tgataatggt gctaacatga 1380 aaggaaaact taaaggtgtt caagccaggc ttctagaaat gaacccaaag gctatatatg 1440 ttccatgtgc aaatcattca ctgaatcttg ttattgttga tggtgcactg tcatctatca 1500 gtgcaatatc tttttttgga gttcttacaa gattgtatac cctcttttca tcgtctcctc 1560 ctcgatggga aattttaaaa tcgtgtgtgg aaatttctgt caaaccacaa tcagatacaa 1620 gatgggaaag taaaataaac tgtgttaaac cacttcgcta ttatctgaaa gaaattttag 1680 aggcactcga cagattggaa aaacatgcct ttgaaaagaa agatggggca acagccacag 1740 aagtacgatc tctgattgaa tatattagga catggccttt cttattatca atcattattt 1800 ggtatgacgt tttatttcaa atcaacaaat caagtaagct tcttcagtct tctacaacct 1860 ctcttgacat attggctagt gaaataaaag caacaaatac atttcttcat gagtatcgtg 1920 agactggatt tactgacgca catattaaag cacaagaaat tgctgaggaa ttgggcattg 1980 aaaagatttt tccaacagtg cgcttacgaa aaaaaaaaaa aatgtattca tacgagtgtg 2040 ctgatgaaac tcggcaacct gagcatcagt ataaagcaga tttctttttg ccactcattg 2100 acatgtcaat tgcatcagta aaggagcgtt ttgaacaggt cagtatcttc acaaatcttt 2160 ttgactttct ttaccggtct gagagtctta tcaaagcctg taatgaaaat tctcttactg 2220 tattttgcac aaatttgcaa acgaagctcg gggatataga ttctgaggat ttggaaatgg 2280 agttgaaacg atttgtcata gttgtacaag aggacaaaaa tacaaacctg aaatctgcat 2340 atgacttcct taactacgtc tacaaagaag agctgcagga aacttatcct aatctagtta 2400 ttgcgttacg catcattctt acttctccag taactgttgc aagtgcagaa cgtagcttta 2460 gcaagttaaa attaattaaa acatttcata ggtcaacaat ggtcgatgaa cgtttgtctt 2520 ccctagcaat gctgtcaatc gagaacgagg tagcaaggaa attaagttat gaaggcttaa 2580 taaataagtt tgcaagttat acccttagac agtatgccaa gttaaaaatg gttatatttg 2640 tgttttaa 2648 <210> 96 <211> 955 <212> DNA <213> Hydra magnipapillata <400> 96 tgcagaggag gtcggtcaaa cagcaaagca agagttacta aaagaggaac aataaagatt 60 tgtaaaaatg tctattgatt gggcagcaat taattctaaa ctacctactg gaagaagtga 120 agaagagaaa gaacaacgac aagcgctgtt caaacaattt gataatggta atggattttt 180 atcgttagca gaaattgata aatctatcgg aaacttgctt cagttagacg atgtgtttga 240 tattaagcca gctataatga gggcatttca attagcaaag agtgttgtaa agtctagtaa 300 aaagtcgggt gacgacttta ttgaatggtg tgagtttaga tattttcttc tttctcttcg 360 acagtacctt gagtattatg aagcattcga acgcattgac agcgactcga atcaccaaat 420 ttctttaaca gaatttaaac aagcgcaaga aaaaattgag aaatgggttg gtccgatttc 480 gcccgaggat gagtttaatg cgattgacaa gaatggaggg ggatcaattt tgtttgatga 540 attttgtgat tgggcaatta agaagagtct tgatctagaa gatgacgttg attaagtaaa 600 atttgttgta atttttacga aaatttgtta acataatttt gtgcacaata atttctcttg 660 gttatccttg ttgtttcaat tataattttt cttttatctt aacctaaagg ggttcaaaaa 720 aatttattcg gtataagata tttgcttttg ttacacaaaa tctgtaactt acacataagt 780 tgtaatgtag agtgcattta ttatatattt aatatagttt ttattacttg tcatatatag 840 ctataatatt ttataataaa ggtgattaac taattgaaca aaaaatttag tgtaaaaaca 900 tttaaaaata aaacactttc agaataactt aaaaaaatcc taaaattcgt aaaaa 955 <210> 97 <211> 759 <212> DNA <213> Hydra magnipapillata <400> 97 atggaaaact tggatacaaa tataactcaa aatgaacttt gtaacaaaaa tggttcttca 60 aataaacttt cggaaaatca aaataaaggt gtgtggatat ttggttacgc gtctcttatg 120 tggaatgcta acttcaaata ttcaaaatcg cgtataggtt acataaaaaa ttttgtaaga 180 agattttggc aaggcagcac agatcataga ggagttccag gaaaacctgg cagagttgca 240 actttaattc caactgagag ggacaagcac attgtttggg gcaaagcata cttcattgaa 300 ccagcagacg ttcaagaaac gttcgaaata ttggattatc gagaaaaagg aggatattcc 360 caacaaatat gcgactttta tccgcgcgaa aacgaagaag ctgtaatacc cgttgttgtt 420 tacaatgcgg tggaaggtaa tgagaatttc ctcggtgaag catgtattga cgacatagcg 480 aaacaaatta gtaaatcagt tggaccgagc ggtccaaata aagattattt atacaagctg 540 tgtgaaactc taaatgagtt cgacattgct acagaagacg ataagatgca cacaatggaa 600 ttaaataagc tcgtaaaaaa tatactaggc gattaaatgt atgatgacaa tctgatgaag 660 gt; caatattaca ataataataa taaaaaagta atatataac 759 <210> 98 <211> 1134 <212> DNA <213> Hydra magnipapillata <400> 98 ttgttagcat tggacttaaa atggaaacag cgttttatta ctttctgctg ctatttactg 60 taaaagaaaa ctggggacga tcaattcctg atcatgaaac aaaatgggaa aaacaatatg 120 cgacagaaat aaagttaaat atattaaagc agctccaaat gtttgaaagt ccaaaacaga 180 gcaattttac tcaaatatat ccgcagtcat taaaagaaag attatttgat gacgaacaag 240 aagaagtaac tcaactcata tttttagcaa aaatagatca acaatacccg tctccacaga 300 ttaccgttat cgaagaacat agtccaattg aaccggattc taaaataaca ttagctaaaa 360 tgtcagtttt tataacacca actataggag attcagactt ctttccaata ttaataaaag 420 aaaatgacat tttagtatca agtgtatcca tatcaaaaga gcatgttggc tggattgaca 480 ttgatattac tgtagcattt caaaagtgga ctaaataccc taaaaatggt ttaaaatcgc 540 tttctttgtt ttgcagtagt tgcaacaacc agcatattaa catatctagt gaaaagcaac 600 acactcctta ttttcttgta catgtcataa aaaaaaaatc accacggcaa cgaagaaact 660 tttggacgtg taacgaagat gccacttgct gttcgcgtcc tttttacgta agttttcaag 720 atttaaaatg gaattgggtg ctatcaccaa aaggattttg gacaaataaa tgtatgggta 780 aatgtaagga tggaaattta aataacagtg gttgttgtgc tccaaaatca ttcggttcaa 840 taacgatgtt ttatcacaac ggtgattata ttttgtatgg taaaaagatt gaaaatatcg 900 taacaaagga ctgcggctgt ctttaacgaa acaaaattac aatgatgata aacaagatgt 960 ttttaaagat tcatattttg acaaatacta tatccatata cacatcgatt acacgcttgc 1020 attcacacat ccattaacaa gttgcatctt atgcattaat ttttgaaata ctgttgagtt 1080 agacaacatt aacagtcaac aataaaaacc catcgaacaa ttctgagtta ccgt 1134 <210> 99 <211> 957 <212> DNA <213> Hydra magnipapillata <400> 99 atgatagttt acaaccagtc ccataattca gagatgcctg aacttcaaca agaagacaat 60 gcagcttttg atcaaaacat gaatattgat cgaaaaaagc atacatcgta tagtataaga 120 gacattcttg gacttaaaga gggaataaaa tcaaacggtg aagtgagttt aggcaatagc 180 tttgttgacg caataccttc aactcggtca cctcaatttc ctgaaagtga ttcggtttct 240 tctccagaat cttctagatc accaacatca ccttctttaa gagtgcaatc attaaatatt 300 ggaggaagca tatccggaga cgattgcgag acgctagaca gcccgacatt agacaatgac 360 ggagctctga cgtctgacga agttagtccg actgtactcg acacttatcg acagcaagct 420 ttgagcatgc cgtcgaaaaa aagaagatat agaacaactt ttacgacgca tcaacttgat 480 gaacttgaaa gagtgttcaa caggacacat tatccagata tattcctgag agaagaaatg 540 gctgtaaaat tgggattaac agaagcaagg atacaggtgt ggttccaaaa tcgacgtgca 600 aaatggagaa aacgcaacaa atcaacttct ttgtctagtc caacatcgcc tcccccactt 660 cctcaactta acaattacct taaaccctat acccccactc aaccatccac accttttaat 720 aatagtatat cgaattcact ttttttaaaa tctcttaacc atccctctca aactgagaaa 780 tttaacaggt ttaatggaag tctgagtaca aagcttgagc cttggtatga aaataatatt 840 cgatacattc atcgcaacat atacaactat gattccagga gcataaataa tggatatcgt 900 ttaatagata aagatcaacc gctgtcgtgg tggcctgttc acggacaacc agtataa 957 <210> 100 <211> 2375 <212> DNA <213> Hydra magnipapillata <400> 100 cacttactgt tcatagcggg aatagccgtt ttttggaaaa aggcttcaaa atgagatcct 60 caacagtatg gttgttttta gcgctgttat cggtggcatt gagcacagag gttaaagatt 120 tagatgcagt cgatgaacaa tcaactaaaa gagatgttcc aacagtagca gttggagtac 180 ctccaacact tgacgatgaa ggaaagttaa caaatgttac catgaaaaag cttttatctg 240 aaacaaatag gtaccgtctt atgcacggtg tcactcccct cggtagttgt ccagtttgtt 300 cagaagcagc tcaaaaacac gcagatgaaa ttgcagcctc tggtgttgca aagcctgatc 360 ataattcaaa atatggtcaa ataatttttt catctaaaga tcctgaagat ataaatcaag 420 gagcagacta ctttggaaca cttgttcctg ctcgaatcta caatcaaata aaaaactttg 480 attttgtaaa agatgctttc aaagaaaatg ctgctgattt ttcacagttg gtctgggaag 540 gaagcgaagt tgttgggttt gctagtaaga aagcaggaga tacagtttat gtggttatgt 600 atttcaatcc agctggaaac aacgaaagtt taagttttta tgacaatgtt cacagagtta 660 caggatctgg tgatatgcag caaaaaataa aatgtccaga tggctggaaa gctaacaatg 720 gaaattgtta caaattattt gaagaagaaa tggcttgggc agatgctgtt gatcattgta 780 acgttctgaa gtcatcttta ttttctggcg aaagtgtaga agaaggagca tttttaaaaa 840 ctatgttggt tggaagaagc tctccatctt ggattggaat gtcagatatg gctgcaaaag 900 gtggatttca gtttgtagac ggcactccat atgtatattc tgattggagc agagaatcac 960 aacaacttgt tattgatttg tggaacacaa agaaagaaac tgttaaaaat caatgtatta 1020 ctgcatctta tgaaggatgg aattataagg attgctttaa aaaactgcca tttgtttgta 1080 agatgaggcc aaacggtatg actagttatt cgctagattt atactttcct ggtagttctt 1140 tcactgatga tctatatgat atcaacagcc aacgatatgc aacaatgaaa ggtgttataa 1200 caaaagcttt taacgaatca tacggtaaag acatctggtt tgttggttca acgttttatc 1260 aatttatgtc tcgtgaaaat ggtgatgttg ctgcatcgac attgctgcgg tttgctcctg 1320 atgttcgtgc accagttgac cctattacta aattaagaga ttatttaaga ggacagactg 1380 atctaaaaat attatctgtt cgtttaattc caggttctgg tcgaggactc cttcctaatc 1440 aaattactgg aacatgtcct tctggttgca gtggagactg ctacccagag tgtaaacctg 1500 gatgttgtgg tcaggtcaat ttaaatgcac ctgttcaacc gtctggttat actgcttgtt 1560 ctcaataccc aaattgtggc ctatcgtgtc agtctagttg ttctcagtca tgttgtcagc 1620 agaaccctta tcaaccatca gtgatgagtg gtacaatagt cattcaacct aacgaacaga 1680 gtgtttgccc ccaacaccct ggttgcagcc aacattgtgc gccaagatgc agtcctcaat 1740 gctgccaaca atcaatgaac tcgctatatc agccacctca aatgtcagct tgtccacaat 1800 ttccaagttg ctctccaaca tgcgccccac aatgctctca gctatgctgc caacaatcat 1860 caatgcctct tcagatgcca caaatgccat cttgtccaca gtttcctagc tgttcagctt 1920 catgtgcacc acaatgctct caacaatgtt gccaacaacc atcaatgtca attcagccgc 1980 tgcaaatctc atcttgtcca caatttccaa gttgctctcc atcatgtgca ccacagtgtt 2040 ctcaacaatg ctgccaacaa ccatcaatgc ctattcaatt acctctaatg ggttcctgct 2100 cacaaatgcc tggatgctca gcatcatgtg caccactttg ttctcaacaa tgctgtcagc 2160 aacagtctat gcttcagcag tcaattatgc aacaaccaat gatgatggca caaaaccctt 2220 gctctcttca gcaacctgga tgctctagcg cttgtgcacc agcatgcagg ctaagttgtt 2280 gtagtcttgg acgaatgaat cttgggcgca aacgaagtca tgtgcatcat aagaaactaa 2340 aaacctcccg taagaaaaag caaagtaaag cctaa 2375 <210> 101 <211> 5101 <212> DNA <213> Hydra magnipapillata <400> 101 agcaaatcta agattatttt ttaagaaatt gccgttcatg aaaagcaaca ttaagcttca 60 ataggaaaag gaaaaatgaa gtacttgatt ggcttcttat ctattttctt atttgcatct 120 tcaatagttc aagctcaaat acttactcaa tggacagcat tcagtgactg cccagttaca 180 tgcaatgtcg gtaatcaggt ccgcacacgc acacgaactt gtacacctgc aaatttatgt 240 caaggagtta gtctatttga aactactccc tgtaacacac aatatccatg tccagaatat 300 agacttggtg attggggtac ttggagtgct tgttcagaat catgcagagc aactcaaaat 360 tatccaacgc gtgttcgaac tcgttcttat tgtctcagta attcaacgtc ttcttatcaa 420 tgtactcctg attatatgat tagttatgaa ccatgtaaca tagcagcatg ttcaatagta 480 aagtcttgca gcagtataaa ctttactttt gtctttgtgt tggattcatc gtctagtgtt 540 gatgctctgc aatggcaaga tgaaaaaaat ttggttttag cttttgttaa tagctcatca 600 tttggagtga atcctaatgt tgatgtagct gtggtaaact ttggaaaaac tgctaaagta 660 gtggctgact gtggtacatt taaaagctat tcaacttttg aaactttcat gaacaattta 720 aacctgttag gtggtggaac tgctataaac caagggcttt tagctgcaga aattgcattc 780 caaagatgcc aaaaacttaa cttggaacct gttataattc ttcttactga tggttttgaa 840 aatatagata accaaactcc tgacagcaac atagctaatg aaaatcgtat aaaaaaagaa 900 gctcttttag ttgcaggtgc cacaaaggat tacaaaaagg aggaaataga tagaataaca 960 agttatattg ataataatgg acagaatgtg tcttttagtt attatgctcc aacctttaca 1020 gatcttttaa ccacccttgg tagcacactg tattctagag ttgttggact gacccaatgt 1080 gaaactcaag gacaatggac aacatggtct gcttggagta gttgttctca actttgtgga 1140 tttactggta ctatacaacg ttctcgttct tgtataaatc caacttcaaa taactttcaa 1200 ggagactgcg aaataattaa caatatagct aaccttgatt ttatgacctg ttttcagcca 1260 tgtactgctt cattttctga atggagttct tgggctgcgt gctcagcaag ctgccgacta 1320 gatagtggtc ctccaactac cacacggttt aggacatgtt cttctggact tggatcttgt 1380 attggatctt tatcagagac tcaagaatgc aacacgaata ctccttgtcc aggcataata 1440 tcttcatggg gatcatgggg actgtgttca gcttcctgtc aattaacatc agtattacca 1500 actcaacaac gatctcgtgt ttgtattgga gcaactcttg gaggaaattg tggtggacta 1560 tctactgttg attcacaaag ttgcaatgtt ggaatttatt gtcctggaac tatatcagat 1620 tggagttcat ggggtgcatg ctctgatgct tgtaataatc ttgtttcacc gccttctcaa 1680 accagaagtc gatcttgtat tggatattca acatgggatc ctacctattt gggttgtcct 1740 agtattttaa gaactgaaca acaaccttgc aatattaaca ttggttgttc aggtacatat 1800 ggcacttgga gtgcatggag cagttgctca gaaagctgtc agtctaatat taatgtgtct 1860 ccatttcaaa ctcaaactag acagtgttta ggagctacac taggaggtgg ttgttctgga 1920 ccaagttctc aaactcaaaa ctgcaatgtg caagtgtctt gtcctggtat tttaggtact 1980 tgggcggcat ggggagcctg ctcagcctct tgtcaacttg acttaattgt tcctcaacaa 2040 accagtactc gcacttgtac tggtggttct ttaggtggta attgtaatgg agcagtttta 2100 acacaaacta aaaactgtaa cgcagaagtt atatgtccag gagtattaac tgattggact 2160 gcatggggcg tatgttctgc tacgtgtaat actcaagtca atggaccatt ccaaactaga 2220 gatcgatctt gtgttggttt ttctacatgg aatccaaatt ttgcgggttg tgttggtgct 2280 actagaaacg aacaacaact ttgtaatcaa aatgttccat gtccaggtaa ttatggtgca 2340 tgggctgcat ggggatcctg ctcagaatca tgtcaatcta atattaatat agctccattt 2400 caaactcaga ctaggccatg tctcggtgct acattaaatg gtggatgtcc tggagcaagt 2460 tctcaaactc aaagctgtaa tgttggagtt tcttgtccag gcattttaag tttatgggga 2520 gcatggggag cttgtacagc aagttgtcaa ttaagtttta cttcacctac tcaaactaga 2580 aatcgtcaat gtaatggtgc tacttttaat ggcaattgta atggattaat gttgactgat 2640 actcaaaatt gcaatgagca agtttactgt ccaggaacaa tatcggattg gagttcttgg 2700 agtgtatgtt ctgcatcttg taacaatctt gttactgtac cttctcaaac tagaactcgt 2760 tcatgttctg ggttttctac ttgggatcct acctatacagt gttgtcctgg tatcactaga 2820 agtgaacaaa tttcttgtaa tgcaaatgtt ggttgtcctg gtacttataa cgcatggaat 2880 gcatggagta cttgctcaga atcttgccaa tctaattcaa atttagcacc tttccaaact 2940 cagactagac aatgtatagg tgcaacacta ggagctggtt gtgttgggcc tagttctcaa 3000 actcaaaact gcaatgtagg agtgtcttgt ccaggtattt taagtacttg ggctgcatgg 3060 ggagcctgct cagcctcttg tcaacttgac ttaattgttc ctcaacaaac cagtacccgc 3120 acttgttctg gtggttctct aggtggtaat tgtaatggag cagttttaac tcaaactaaa 3180 aactgtaacg cagaagtttt atgtccagga gtattaactg attgggctgc atggagcaca 3240 tgttctgcat cgtgtaatac tctagtcaat ggtggaccaa ttcaaactag aactcgaact 3300 tgtaatggtt tttctacatg gaatccaaac tttttaggtt gtactggtgc tagtaggaat 3360 gaacaacagt tatgtaatca acttgttcca tgtccaggtt tttatactgc ttggtcagca 3420 tggagtactt gttctgaatc atgtcaatct aatgttaata gttctcccac tcagtttcac 3480 acaagaaatt gtgttaactt tacattgaat ggtggttgtg ttggcttaag ttctgaaact 3540 caaaattgca atttccaagt atcatgtcca ggggatctta cacagtggtc aacatggtcc 3600 tcatgcagcc agtcttgcca gattagctca gtagtaccaa caatgaccag aaatcgaaat 3660 tgtttaaatc ctacttttgg tggtaattgt caaggacaat cacttacaga tgtaatgtca 3720 tgtaatgcag gcgtagtatg tccaggtcaa ttgactgatt ggacatcatg gagtcaatgt 3780 ccagctacat gtcaacaagc agttggtcaa tttaatatgc agtacagatc aagacaatgt 3840 gttaatacaa ctactggaaa ttgtggtgga gctttgttaa acgatcaagt tgtttgtgtt 3900 agagatgttc cttgtcctgg tatacttggc caatggagca cttggagtac gtgttcagag 3960 tcttgtagaa gcaacttgtt gatagcccca tctcaaacta gaaccagaac atgcacaaca 4020 gctacacttg gtgccaattg tggtggtgct tcccttgttg aatccctcac ttgtaatgct 4080 aatgtaggat gtcctggtgt ttggaccagt tggggaccat ttactgattg ctctgcatct 4140 tgccagtcta ctggtaatat tattccaact caatcgcgtc aaaggttctg tgttaataac 4200 actcttgatg gaccttgtct ttctgataat aatggtgata aaatccaaac tgttcaatgt 4260 aatgttggag ttatttgtcc agtaagagga acttggggtg cttggggtga ttggtcttca 4320 tgcagtgcaa gttgtgatgc tggtcttatt caaagatcac gagcatgctc agttccttac 4380 ccaatagggg ctggtgatga ttgtattggc aacactacgc aaactcttcc gtgtaaactg 4440 tttgactgtc caaaatcatg tgctattgct aaacgctgca actgttctca agttaaacaa 4500 tggtcttctg ttcctacatt tgaccaattt caatcaagag gcttaactct cggaggaatt 4560 gaaactgtgc ttggatattt aagttcatac ggagatgata ctgttgataa agcatgtcaa 4620 gcttgcaaca ctatgatgtt aaccacattg agatcgaatg ttgctgatca gttaactcaa 4680 gctaaggctg caagagcaaa acttgaatta attaaaaatg atttacgtga cgtcatctac 4740 tgtaatggag taattttgaa caatccgggt ttatggaacc tctacgattt attatttgaa 4800 cgagcaacca tgttagacgg ggttattata gagttaaacg ctatttactt acgttttgat 4860 gctgcgttga cttcttgtca atcgtacggt tggatacatc aaaccttcaa aacaatttta 4920 cgcaaatgca ccttttaaaa tgatttttta aaataaatat atatacgttt ttctattatc 4980 ttactgaatg cattatcaaa ttttgttaat taaacacata tatttaatct tgtattttta 5040 tgtatgcact tatttagtca ttaatttttt tataagttct aatatagtaa acatgtttgt 5100 t 5101 <210> 102 <211> 2697 <212> DNA <213> Hydra magnipapillata <400> 102 atggcattat cggaatctgg tttagaatct atcagctcta acattagtga ggtagcagtt 60 cgtgtgcgcc cggcaagtat ttttgagatc actaatggat ataaaacaat aacaaccgtt 120 cttgaagata acatggtttg tctggaagat cctactgaca acgatgacca gattcacgga 180 aaccgttccc gagcaaaatc atatgtattt gatcatgcgt tcggtcccag cagcacgcag 240 gttgaagttt acaatcacac tgctaaacca ttgattgaat ctgtacttaa aggatacaat 300 gcaaccattt ttgcttatgg gccaactgga actgggaaaa catatacaat gcttggtact 360 gattattcac caggcattat ggtacttaca cttaatgacc tatacaaaca aattgatcat 420 acaaggcatg ataaaaagta taaagtgaag ctttcttatc tcgagcttta caatgaaatg 480 atacgtgacc ttttgaaacc atcgtctgag tacttagatc ttcgagaaaa tagtaaaggt 540 gttcaagttg ctggtcttac agaatatgaa gtccttagca catcacaggt aatggagatg 600 ctttcacgtg gtaatcgcca acgcatgtgt gaaccaacag ctgtcaatac tacatcatct 660 cgatcacatg cagtgttgca agttacagtg gagcagcaaa atcgcattca tgatataaaa 720 aatgaagtaa aagtcggaaa gctgttcatg attgatcttg caggatcaga aagagcagca 780 gacacccaaa acacaggtaa aagactaatt gaaggagctc acataaacag atccctgctg 840 gggttgggta actgtatcaa tgcacttagt gaaaaaggaa aaggtgcata cataaattat 900 agagacagta agcttacacg tttgttaaag gattcacttg atggaaattg taaaacagtt 960 atgataacac atgtaagtcc agcagacaga aactttgaag aaacaagaaa cactttgtca 1020 tatgcagata gagcaaaatc tatcaaaata aaaccaaaag tcaatcaata taatgttaat 1080 tatcatgttg ctcagtatca atcgattata aatgagttaa aagatgagtt agtcagatta 1140 aaaggacaga tgtctgatct tataactttt ccccacaata aggcagaatc atttgcaaag 1200 aacccttcct ctcatttgac tcttgaatct aatggccata cacttactga caatccagtt 1260 atgcagaact gtgttggtac tgaagtaccg agtgcactag gtggtggtga aacacgaagt 1320 aaaagtgcag agattaaaga aaagttaaaa gaagaattaa agttatgttt tgaagaacaa 1380 cttgaactaa ggaaagaaat aattgatttg gaaatgtcat gtgtccaata tcttcttgaa 1440 tatcagcgaa aacttctaat cattgatgaa tgggagcaca acaaagcaag gaatctagca 1500 cttgaaagaa gagcaaatga aagcattcgt ggtggtttaa aaaatcatgt taatgcattt 1560 catgccaaag tttttaacca gtttcaacaa gacataagag aacctgcaga tgtagcaata 1620 gcccgagaag aactacaaaa aaaccaaata atccaatatg agttaagctt acagaaaaag 1680 aaactcattg aaaaactaga tgaacaaaag aatgaacttg catttttgga agaatcgtgt 1740 cacaaaaaaa taacaaatga agaacacaag gaagttttaa atatgctttg taagctgcat 1800 gagtatgaga taaaaaatat agaattggaa tctattaaat taatgaggga atattcgtta 1860 gaacaaaaag atttaaagaa acagagagat gaaatgaggc aaaatatggc acatgaaatt 1920 attgagcttc aaaaaaacat tattaaaaag aataacattc aatatccttt gaacttggat 1980 gctttgtatg agatttataa ggaagagatt tccaaagaca gagatatgga catttttatg 2040 gaagttcagc ggttaggaag acaaagtaac gagttcaggc ttccatcatt aaacccctct 2100 tcttctaagg caattatttc agcgcaagaa ggatataaaa gcaagatgat tgaaaacaga 2160 tggcttgaac agcaatcgtc aaatctaaag atcaataact ctgatgcatt gcggaggaaa 2220 gataatcggg tgtctgtaac ttccataaca tctgataact cctctgtaac ttatcgagtt 2280 ccaaataaga aactatattc gttgtctgaa gcttcctcga caatcagcaa caatgattta 2340 acagcttcgc ttactcaaaa aaatttgata aatactgtcc atgaaaataa tgctcgactt 2400 ggaatatata atcaacagtt aagagaaaca aatcttgggg aaacagtaat gctggaatca 2460 acggaaaatg gacgctcata tgggctttcg aataaagaaa ggaacacaga attcaaatat 2520 acaaaaaata atcaaatcaa ctcacctact ttgataaata gccggtttaa taagacagtt 2580 tacacaccat taaagccaaa tgtttatcca agtgtaaagg attccaacgg gaatttatct 2640 gtaagtggaa cttcgtttgc tccaaagcca acattgccag gttttggaag aatatag 2697 <210> 103 <211> 428 <212> DNA <213> Hydra magnipapillata <400> 103 ggaagtttat ctgaatcact cattgcagag ctacgtgaaa catttgatct aattgacaaa 60 aacggaagtg gcaccatatc taaaaaagat ttagaaactc tttttagagg attaggtctt 120 tcaatatcaa gtgatgaaat tgatagaata atacaagaag ttgatagtaa caatgatgga 180 aaaattgatt ttgaagattt tgttaaaata atggcaaaac aaaaaaaaga ggaaaacaac 240 gaagatatta aaaaggcatt cgacgtattt gataaagatg gaaacggaaa aataactgct 300 gccgaactta aaataacaat gcaaactttg ggagaagagt taaataatga agaaattgat 360 gaaatgatac aagaagcaga ccttgacggg gatggagaga taaactacaa aggtttaagc 420 gatatagg 428 <210> 104 <211> 1035 <212> DNA <213> Hydra magnipapillata <400> 104 atgtgctacg ttcgagtgtt aaaacttata ccaccaactg gtggtattcg ccatgtgcat 60 aggagtttac gagttgggta tttcaatcag catcacgtcg actcattaaa tatgaatcaa 120 tcaagtttag aactttttaa atctcgatgg cctggaaagc aagatgttga atacagatca 180 catttaggaa ggtatggtgt aacaggagat ttagcaatga ggtctatatc aagtttatca 240 ggtggtcaaa aaagtagagt agcatttgct gtaatgacct ggcatgaatt atttgaactt 300 cattgggatg aaaaactttt aaaacaaatc tcagggcaaa agtttgagta tttaactgtt 360 ttggtcaatg gctttcctaa ttgtgttgaa ggaaaaatat tatcaataaa atctatgcag 420 tctattagag gacttgctat ttgcaaagga atcttggaag acttagagga atggaatctc 480 attgccaaca ttgtcgccga ggtttttgat acgactgcat gtaatacagg agttaggaat 540 ggagctgcaa ctcttttaga gggttgtaaa tcaatgaaaa ctcttctttg gctggcttgt 600 cgccatcaca ttttagagtt gatcttggga gcattttgga ggaccttatt taaaaaagaa 660 aaaaaagcta attataatat agatttcgaa gattttcaac aagaatgggt ttgcgcagag 720 aaggctccac taacgaaagc agacaaaact ggtgtgttct tagagaaacg agtaaaatgt 780 aagcatcttc gaggtgatta caaggaagct gcagagttag cactttatct tttagacgga 840 ccagaaccta aaatctttgt cagctctgct cctaatgttt cggatgaaat aatgtcaaaa 900 tgtgttctac cattgtttaa gaaagctgga acttatggaa atagatcata taaaaaaaac 960 tttattgagc agagaacatt agagtcacat acagcaaatt tgatttggtc gataagtgaa 1020 aaggcgattg tttga 1035 <210> 105 <211> 999 <212> DNA <213> Hydra magnipapillata <400> 105 atgttaattc gacaaataaa taaaaaattc tttgtaaaaa aaagatattt taacagtaag 60 ttattaatat ctgctgaaaa agataataaa tcttatattt ggtgcttctt tgattctcat 120 tttggtttac aacgcaaaaa cttttattac tttcatcatt tatacaccag ttattgggat 180 tactctaaag aacatggtcc agatcattgg caagaaatat gggaatttaa aaattgtcaa 240 tctccaattg atattataaa gcaaaatata gagtacgata acagcctgaa acctttagaa 300 ttaattacaa aacccataca aattaatgca agaaatcttg gtttcaatat ttcattttta 360 gctgataatt ttaaaagtct tgttttatgt ggagggccat taaaatataa ttatgcattt 420 cgagaaatgc actttcactg gggtgaagtg cacaaaggta agtgtaattt aggttgtgag 480 cataccttta atgggaaacg gtttgcagct gagttgcatg ttgtccattg gaacacagat 540 ttgtatgaaa ctgatatgca agctatgaga tctaaagatg gcctcactgt tattggttta 600 ttgattgatg ctagtgatat gtatgaagaa aataaagagt ttaatgttat caatgaaact 660 tttaaaaaag tattgtatcc taatgatcat accataatta atatatctcc atactttttg 720 tttccattgt gtgttcaaaa ttactacaca tactctggtt ctttaaccat tcctccttta 780 agtgaaaatg ttacatgggt tttaattccc gatccaatac gtatttcttt taatcagctc 840 agaagtttaa gtattactca ttcagttgag aaaaacagcc aacaaaaggc aaggcatttg 900 tctacagaat ctggatctac aattataact aacaacttca gaccgataca acctttgaac 960 aatcgaattg taagatcatc atttaaaaat ttaatttag 999 <210> 106 <211> 423 <212> DNA <213> Hydra magnipapillata <400> 106 ggttcatatt ctggagctgt taatgttgtt aaaaataaac atgagaaaaa gaataagaaa 60 atcaatttgg aagatttaaa gaaagaatta gaaatgtgtg aacataaaat ggaaataaca 120 gaccttctta aatccctaga aacctgtgtt gatactggat taactgcttc agttgccgct 180 cgtaatttag agcgtgatgg tccgaatgct ttaactcctc agaagcaaac atctgagttg 240 gttaaatttt taaaacagat gtttggaggt tttgccatgt tgttatgggt aggtgcagct 300 ttgtgtgttt ttgcttatat tatacgttct acaagagagg aaaatccacc aaaagatgag 360 ctttacttgg ggattgcttt aactgtgacc gttattctga gtggattttt ttcatattat 420 cag 423 <210> 107 <211> 2079 <212> DNA <213> Hydra magnipapillata <400> 107 atggttcctc aatctttgat aaaagaaaac ataccaaatg atcaagaaga agcaattaaa 60 atatttacaa aagctgaaag ttatgttggc agagcaaatg tttatataca ttttcagaac 120 aatgaatcat gttattttat ggatatgttt ccaaatggca taaaatattt gataggatac 180 gctgattcat ttcgacattt tgaaaatggt caatatgtaa aaagattgtt tcatgttaaa 240 ggcaaacgaa atattagaat tgaacaggta ccttgttcat accattcaat gagtgatgga 300 aacacattta ttttggatga tgaatggatg atttactgtt ggaatggaag agaaagcaat 360 aaaattgaaa aaataaggtc attgcaaaca gctcaaatga taagagatca attctgctat 420 ggcaaagcaa agataattat tgcagatgca ggaatcgacg aaaaagaaga aattcaattt 480 ttcgaagcgc ttggtgaaaa aggtcctatt aaacctaaaa cacaaaaaaa tgaacaaaaa 540 gttgattctc atccaaaact ttatagaatc accaagaagc catcagacat aacaacaata 600 ccacttcacc acagcttact aaattctgca gattgctaca tattagattt agatagcttt 660 ggattgtttg gatggattgg agcaacagca aagcaaaaaa ttacagccta taattttgca 720 aaagaaaaca attacccaaa aaatacaaga attcacatta tgcacgaagg caatgaactg 780 aaacagttta cagatttttt tctaggatgg agatatagaa ccaatcaaca aatttcagaa 840 agaataggta atgatttagt caatgatcat attaatagca tggttgatga tgcatctgga 900 ccaatcaagg gcataaaaat aacaacaaaa gatcataatg aatctaatga ctttgacttt 960 agatttggag agttaaagat ttccgaagag ttccatggcc aacgcaaaac tatggcatct 1020 tctatgacac tgaatgttat attgtttatt ataagaggta aaagcagcaa agaaaaggat 1080 aaagcagaca cttttcattt tgcccaagag ctagatgatg cattaaatgg atgtgcaaca 1140 ctaatatctg tggtgaacac aaaggagcca gaacacttca ttcgcatctt taaaggaaaa 1200 ctaaccattt tatttgaaaa cacacaggat tttgatgatg caaaaaatgt cgtcagcaaa 1260 gcaaaaaata aactttttaa tacaaataac aaaatttcct tttaccatat caagggaact 1320 ataccataca acactttagt gagacagata ccacctaatg gatcacttct tcattctgat 1380 aatatatttt tgttgcatct tgggaaaaaa aattatgtgt gggaaggaaa gcttgcaagt 1440 gagcttgaaa aagattatgg agaattagtt gcagatcgaa ttgcacctaa tggggatctc 1500 atcattattc aagaaggatt tgaaccaaaa gaattttgga aggctttagg tggaatgcaa 1560 aagtataact tacaaaaacg agaggaaaca atcaaaaaaa gagatggctt gagattatac 1620 aaatattcta acaagttacg taaattcaat gaaatattcc catttgatca aaaggttttt 1680 gtttgggttg gaaaatttgc aaatagattg gaaaaggaaa gagcttggga tacattaaag 1740 gaattcctag aaaatgtgtc aactggcaga aacatggctg aaataggaac ctttcaagtc 1800 aaacaaggat tagaaccaaa tggatttatt gagctatttg aaagatggga tccagaatta 1860 caggataaaa aaagttatga agagctaaaa agagaaattc aaaaagaaaa tatattcata 1920 aagtatcctg agagatcact gacttctaga gctccctccc tgcaagttac gccaaaaagt 1980 cagcgttatg aaaaacgtct tcggtacagt tactcatgtg aaaatctaag aaatccccaa 2040 acctttagaa ctgattttat aaatcagcga tggaaataa 2079 <210> 108 <211> 2097 <212> DNA <213> Hydra magnipapillata <400> 108 atttctttaa cttctctact tggtggaaat aaaaagctta aagcacttcg atcactcagg 60 ggactgcgtc ctttgagagc tattgcgcga ttcaaaggaa tgaagattgt tgttaatgca 120 ttgttagctt caattccatc aattgcaaat gttttgttta tatgtcttat attttggctg 180 atatttagta tcattgggtt taatttgttt ggcggtaaat tttcttactg tgcaaatgct 240 acaaatcaag ttgtaaggct atcaaaaagt tttggcatca agactaaagc tcaatgctta 300 aacaattcaa gctttaattg ggttcaaaaa acaattaatt ttgacagttc cataaatggt 360 tttttagctt tatttcaaac agcaacacta gaaggttggt ttgatgttat ggcggatgca 420 caagatgcaa ctggtgtgga tgaacaacca caataccgat acagctatgc aaatcaactc 480 ttttttgttg catttgttat attaggaaga tttttctttt taaatttatt tattggggtc 540 attattgaca attttaatag actgaagcag caatatgaag atggtattgg tgtattttta 600 acccctggtc aaaggaactg gatcaataca ttaaaatctg cttcattaag aaagccaaca 660 tacagattga gcagaccaca agaaaaatgg tgtgcagcgt tgtttgactt tgttcgcaaa 720 agatactttg aatttttcat tatgggtgtt atttttttaa acatgattac aatgatgatt 780 gaacatcatg accaaagtaa tcaagtggct tcagctttaa cctatttgaa ttatttattt 840 acagctgtat ttgcatttga gtgtgtggca ctacttgtgt gcatgagatt taactacttt 900 agaagtcgta tgaacatttt tgatttactt gttgtgcttg tttcaattat tggtattgtg 960 ttggacgttt acaacttaga tataggggtt tcacctggac tttttagggt tgttcgagtg 1020 tttcggattt cacgcctttt aagattcttt gaaggtgcaa aaggggttcg aaaaatgatg 1080 tttacagtta ttaagtcagg tccttcttta agtaatgttg gaacattaat tttcctcatc 1140 acatttatat actctgtaat tgccatgaat ctttttggta gacttaaaca ccaaggacca 1200 atcactcagg taactaactt tgaaacattt gcaagtagtt tttgtttgct ttttcgaacc 1260 atgacaacag ctggttggaa tgatgtactt gatgctgcaa tgattcaacc tcctcgatgt 1320 aatgctagtc taaaaacaga cactagtgtc actagtggag actgtggaaa tacaatagtg 1380 gcaattatct tctttgtatc ttacgtattt tttattgttc ttatcctcct taacatgtat 1440 attgcagtca ttttagaaaa ttttaatcag gctcaatctc aagaggaggc tggtttaaca 1500 gaggaagata ttttggctta ttataccaca tgggaagatt ttgatccgaa agcaactcag 1560 tttattaaat acagtaagct gcccgatttt cttcatgcac ttgagggccc tttgagaata 1620 ccaaaaccaa attattggtt tttagaacaa agtgatattc ctattcgaga tcgccaaaga 1680 tgtcattgtt tagatgtaat gatatcttta attagacgcg cgttagggga agcaagttgc 1740 gaagaaagcg atggcgtgaa aattgtaatg aaaaaagtag aagagcgata taaaaaagtc 1800 tttccattgt gggcaaaaga agttattgtt gaaacaataa agcaccgtct taaaacagaa 1860 aacactgctg ctagaaggat ccagagagtg tttcgaagac atttattaat ggacaacatt 1920 caagcaatta caacatccaa aaatatcggc gttagatcaa gagaaaaaac tttatggaaa 1980 attgagcgtt taattacagt gctatggaaa gcaaagtttg aatatcagaa atttattaaa 2040 gagtgtaacg aagaagtaga aacagagaga gaagatgata acacaactag agtttaa 2097 <210> 109 <211> 1528 <212> DNA <213> Hydra magnipapillata <400> 109 atgggcgaaa ttttaacagc acaagatgtt gtcgcatggt tgcaagaaga agagaagaat 60 aaagttgaaa agaagactgt atcagtaaaa aaaaagaaaa ctgctagaca taaccaatac 120 aaaagcaaag aagattcaga tgatttaggc attgaatatg attttgaaag tatacttcat 180 tatggttcat atgatttctc caaaaatgga aaaaccctta aaacaattgt ccggttagta 240 aacccagaga taccagttgg tggaagtgtt cgtctaagtg aaaaagacat attaaaatta 300 aatgttttat atagctgcaa gtctgataca actgaatttg ttagtgaatg gtcctcattt 360 ggaccttgta atgctttgtg ttataagtca cgccagcgat tttgctcaag ttcagacata 420 ctaaaatgtc cttttgttga tgaagatgga gtggaaactc aagaaagatt atgcagtgat 480 tctgaatgtc aaggttacaa ttatggtttt ttttgttctt cagctccaat cgatggtcac 540 tgggaacgtt ggagtggttg gtcaagttgt agtaaaagtt gtgggtcagg cataatgttt 600 agatcaagaa aatgtgaaga ccctgctcct aagaatggtg gtaaaaattg ctcctcagaa 660 gattcacaat ctacagtctg caacaatttt aaatgtttag gagtaaatga ttgctctttt 720 gaacttaatt tgtgtgattg ggttgcaagc aacactcctt ttaaatggca aagattcaca 780 ggggcaacac ccacaagtaa tacagggcca tcgtttgatc actcagagga aatgaatgga 840 caaggttact atttatacac agaagcttca ggaatgaatc agggtgatgt tgccttgttg 900 actagtaaaa gctatcctgc atctgtagga gattgttttt cattttggta ccacatgtat 960 ggatcaggaa tcggtagtct tttagtattt ttggttaaaa ataattctca aaaagaaaaa 1020 attctattga agatggtcaa tggcaatcag ggtaatgttt ggaagcgttc agaagttact 1080 atcagatcag atgtggatta tcagataatc gtccaggcaa taagaggaaa cagcttttta 1140 tcagatattg ctattgatga cataagatta acttctaaaa cagtgtgtgc tacagatgat 1200 tttaaaagtc tctcaggaac acaaaaattg ggctgttata aaagttcaac aaaaccattt 1260 agttcactta agaatatgag aaacaacata aactggtaca atattggtat ggtggtcgaa 1320 cagtgtgctg actttagcaa gcaacaaaat tcaacgtatt ttggaataca gttttacgga 1380 gagtgttggc atcacctcaa aaatgatgcc tcgtttaaaa gcggcgagac atctaacgac 1440 tgctttcagt atttggttgg aaaagaaaca tcgatcatgg tatataaatt gttataactt 1500 tgcgctgtaa tgtaaataat aaaaaata 1528 <210> 110 <211> 1846 <212> DNA <213> Hydra magnipapillata <400> 110 tcagacgggt cgaaagtaca ctattaaagg atataaattt acggttgcga taatttattc 60 aaaaatgcct tcaaattgta agagtacaag ttttttgtgc gatttaagtt taaatttttc 120 aagtctaaaa gtaatttcag gaaatggaaa tagttttgtt ttatcaggag tagacaattc 180 attgcttaat ggaactaata atgttaatgc ggcagtggcc ctcaaaagac taccacttgt 240 aggaaaaggt cattgtcgtg ttgctttaag agaactgcgt gttttaaaac gattgtctca 300 cgagaatata ataaaaacta tgaaaataat tgactcaagt ggaaacacta ttgatcctaa 360 cacggaatct tttaatggaa tagacaatgt ttatgtagtt gaagagcttt tagactccga 420 cttgcaaaga attattgaaa gaaatggaaa actatcgctt gaaacatgta aaatattttt 480 gtatcaatta ttgcgtggtt taaaatatat tcactctgca aacgttgttc ataggatat 540 caaaccagga aacttatttg ttaaaacgga tgatttaact ctgaaagttg gcgactatgg 600 tttagcgcga gtttttgact acaggtatac tcataagggg tatcttactg ctctagtttc 660 aacaagatat tatcgcgccc ctgaagttat tcttaaaaca ggggattact cttatccaat 720 agacatttgg agtgctggct gcgtgttcgg agaaatgtta ctaggaaagg tattgtttcc 780 tggagaaaat gacctagatc aaatagactg tatctgtcga gtgtttggat taaaagtaga 840 gaatattttc gatcatgttt ctatgtttcc agagcatctt tttagaggaa tttcatctga 900 tgccattgat ttgttaagta aaatgatctg tatcgatcca gatcgtcgaa tatcagctga 960 acaagcttta tgccatccat tttttgctga tttacatgat ccattagatg aacctatttg 1020 tatgcagccg ttttacgttg aacatgagat tgataattta ccaataaaag aattgaaagg 1080 aaaaatactt gaagattcat tcattagtca ttgtgaaaat aaaacttttt caagtgagaa 1140 cttgtttaaa aactttgaag aaacttttat ttttgatgat tttaagaaca aagttgtttc 1200 cattctggac gattcaaata taagtaaaga acatacttgt agttctttga aaacaaaaga 1260 ctgtattcca aatattaatg atgttgtttc aagagagaca ctgctagatg aaccgcagct 1320 tgatccgggc atctgtaaaa taaaatttca tgaaccaaat gactgtgtag ttaccaaaca 1380 aaacctaaat tctttagata gtatttctca gcaatcttca tattattcaa gtttttctcc 1440 agttattgat gtaaatgttt ataaaacgtg tcatttttta gctaagcata caggtatatg 1500 cattaataat aagcaaacaa gctctggtga aagtttaaat gacaaaataa ttactaagtt 1560 atgcgaagaa agaaagtttg gtgtggaaga aatgatttcg aaaggaaaat tatcaacttt 1620 accttgcacg acatggcaat ctgtctgttt ttctatttaa aatgtttata tatattttta 1680 cttttatagg tttataaatt tacttttttt tatatatata gtcaatgttt gcaaattatt 1740 tatacagttt ctttcaaaaa agtataattt tattatcatt tataagaaaa tatttagtaa 1800 atgaaacgat gctgaaaagt taatttatca tatttgtttt agacaa 1846 <210> 111 <211> 900 <212> DNA <213> Hydra magnipapillata <400> 111 attagaatgt caaaagatac tgaaacaaaa gaaaatgagg ttgaatcttt tgatgttccc 60 agtggacttt ggtgggattc gtcgcaagct caagtttctc aggattggaa aacaatttgg 120 aaaactttaa atacaaaaaa agcaaggcaa tctccgatta atattgatac aaaaagtgtg 180 caacatgacg aaagcctaaa acctttaaat ttagatcgtc aaaatatttt agttcatgta 240 acgaatattg gatggaatat ttcatttaaa gctgacaacg ttaatgcaat ctctttaact 300 ggaggggggt tggttcacaa ctatgcgttt cgtgaaatgc attttcactg gggagaagtt 360 cacaaaggta aatgcgaact tggttgcgag catactattg acggaaaaag atatgcagca 420 gaatttcatg cagttcattg gaataccgat ttatatcaga cagaaaatga agctatcgcg 480 gt; aacaaagaat ttgaagtgtt tcttgagatg tttgataaag ttccttatat gaacaacagt 600 gcttcgttca atgtagatcc ttatcttctg ttacctaaaa atttaaacca ttactttagg 660 tatcctggat cactaacaat gcctcctctt actgaaaatg tcacctggac ggttcttcca 720 gagattgtac gtatttctct taatcaactt gaaagaatga gcaaaaataa tcctcgagaa 780 gaatgggaac aacacaactg ttataagttc caacgtcaat ctgattcctc gacgattaca 840 aataactttc gattgacaca accgataaat gatcgagtaa taagatctcc attgccatga 900                                                                          900 <210> 112 <211> 1322 <212> DNA <213> Hydra magnipapillata <400> 112 aaacaaggtc gttttttgac ttgtctgcat aacctcttag atttagaaaa tggcaactaa 60 tatggcattg ttaacattta ttctctttgc gacatcaatt tttatgctgg caaaagcaga 120 tagtcaaaat gaagacaatc agaaatacgc cggtattgcg agatcattaa aagttttgtt 180 acaaaattat tatcagaagc aagaagaaaa aagtgatatt caaaatatta ttgaaaaatt 240 cagtgaatat caaaacacgg atcacaagag aaatgataaa acaaatccaa tgatcgaaaa 300 aaaagattcc gatactgaaa atcgttttaa cagagaggct attgaacagt ggtttagcgg 360 aagatttggg ttaccaaatc aaaaaagaaa caatgaagtt aatccaatga tcgaaaaaaa 420 agattccgat attgaaaatc gttttaacag agagtctctt gaacagtggt taagcggaag 480 atttgggtta acaaaccaaa aaagacacaa tgaagctaat ccaatgatcg aaaaaaaaga 540 ttccgatact gaaaatcgtt ttaacaaaga gactattgaa cagtggttaa gcggaagatt 600 tggattaaca aatcacaaga gaaacaatga agttaatcca atgatcgaaa aaaaagattc 660 cgatactgaa aatcgtttta acagagagtc tcttgaacag tggttaagcg gaagattcgg 720 attaacaaat cacaaaagaa acaatgaagt taatccaatg atcgaaaaaa aagattctga 780 tactgaaaat cgttttaaca gagagtctct tgaacagtgg ttaagcggaa gatttggatt 840 aacaaatcac aagagaaacg atgaagctaa tccaatgatc gaaaaaaaag attccgatac 900 tgaaaatcgt tttaacagag agtctcttga acagtggttg agcggaagat tcggattaac 960 aaatcacaag agaaacaatg aagttaatcc aatgatcgaa aaaaaagatt ccgatactga 1020 aaatcgtttt aacagagagt ctcttgaaca gtggttaagc ggaagatttg gattaacaaa 1080 tcacaagaga aacgatgaag ttaatccaat gatcgaaaaa aaagattccg aaaatgaaaa 1140 tcgttttaac agagagtcta ttgaacaatg gttgggcgga agatttggaa gaactgttta 1200 cgaatttttg ttatcagaaa cttcggaaaa aagaaaaaaa taataaagtc aacaaaaaaa 1260 atgttctaat gtataaatgt ggttatataa gtacaacaat tgttaataat tcttttacat 1320 at 1322 <210> 113 <211> 1759 <212> DNA <213> Hydra magnipapillata <400> 113 tcagacgggt cgaaagtaca ctattaaagg atataaattt acggttgcga taatttattc 60 aaaaatgcct tcaaattgta agagtacaag ttttttgtgc gatttaagtt taaatttttc 120 aagtctaaaa gtaatttcag gaaatggaaa tagttttgtt ttatcaggag tagacaattc 180 attgcttaat ggaactaata atgttaatgc ggcagtggcc ctcaaaagac taccacttgt 240 aggaaaaggt cattgtcgtg ttgctttaag agaactgcgt gttttaaaac gattgtctca 300 cgagaatata ataaaaacta tgaaaataat tgactcaagt ggaaacacta ttgatcctaa 360 cacggaatct tttaatggaa tagacaatgt ttatgtagtt gaagagcttt tagactccga 420 cttgcaaaga attattgaaa gaaatggaaa actatcgctt gaaacatgta aaatattttt 480 gtatcaatta ttgcgtggtt taaaatatat tcactctgca aacgttgttc ataggatat 540 caaaccagga aacttatttg ttaaaacgga tgatttaact ctgaaagttg gcgactatgg 600 tttagcgcga gtttttgact acaggtatac tcataagggg tatcttactg ctctagtttc 660 aacaagatat tatcgcgccc ctgaagttat tcttaaaaca ggggattact cttatccaat 720 agacatttgg agtgctggct gcgtgttcgg agaaatgtta ctaggaaagg tattgtttcc 780 tggagaaaat gacctagatc aaatagactg tatctccatt gatttgttaa gtaaaatgat 840 ctgtatcgat ccagatcgtc gaatatcagc tgaacaagct ttatgccatc cattttttgc 900 tgatttacat gatccattag atgaacctat ttgtatgcag ccgttttacg ttgaacatga 960 gattgataat ttaccaataa aagaattgaa aggaaaaata cttgaagatt cattcattag 1020 tcattgtgaa aataaaactt tttcaagtga gaacttgttt aaaaactttg aagaaacttt 1080 tatttttgat gattttaaga acaaagttgt ttccattctg gacgattcaa atataagtaa 1140 agaacatact tgtagttctt tgaaaacaaa agactgtatt ccaaatatta atgatgttgt 1200 ttcaagagag acactgctag atgaaccgca gcttgatccg ggcatctgta aaataaaatt 1260 tcatgaacca aatgactgtg tagttaccaa acaaaaccta aattctttag atagtatttc 1320 tcagcaatct tcatattatt caagtttttc tccagttatt gatgtaaatg tttataaaac 1380 gtgtcatttt ttagctaagc atacaggtat atgcattaat aataagcaaa caagctctgg 1440 tgaaagttta aatgacaaaa taattactaa gttatgcgaa gaaagaaagt ttggtgtgga 1500 agaaatgatt tcgaaaggaa aattatcaac tttaccttgc acgacatggc aatctgtctg 1560 tttttctatt taaaatgttt atatatattt ttacttttat aggtttataa atttactttt 1620 ttttatatat atagtcaatg tttgcaaatt atttatacag tttctttcaa aaaagtataa 1680 ttttattatc atttataaga aaatatttag taaatgaaac gatgctgaaa agttaattta 1740 tcatatttgt tttagacaa 1759 <210> 114 <211> 2156 <212> DNA <213> Hydra magnipapillata <400> 114 atgaccaagc aagaagaggt aagaaaacgg atttacgagt tctatttgaa taataaattg 60 caaggtaaaa agttcacagt agctcacttc aatgctgaaa aaatcccaag aagcactatc 120 tatgatataa tcaaacgtgt tgagaatgat tctgggcaca aaagaatgca aagaagtggt 180 cgtgtggcca aaatcatgac ccctaagaag atcaagcgcc tgaaagccat atttgatcac 240 agtgaccgag tttcgatgag gttatcacaa cacatccgag acctgccacc taaaagaaaa 300 caacttgaaa caaattatag tcaatcattt gatgatacaga agaattctag tagtgaaagt 360 tcagaagata atagtacaag tgatgattac ataatcacat tgaaacgtgc aaagatcacc 420 ggtaatatga tagctaagat atctgaaaat gaagggtatc cagcaagttg tatggcaaag 480 attgcagaag ctgtactcga tgcttttggt gagacatcaa tttgcagatt ggcagtccaa 540 aaagtatcta caacacttgt acatgaatta agcttaattc ggtcttatat agactttttt 600 gaagaaatgt ggtgcttaca ttttgatgat ggatcagaat attctataac aatacttaaa 660 tctacaaaag caaataaaat tctcgaaagt atatttgaaa aactgaattt gatcgaaaaa 720 gattattttg gtatttattt atatgacatg aacacagaca aaaaattatg gttaaaaaac 780 aatagccgtg tttggtcaca aatcgtaaaa ctgacagatc caccatatca tctatatttc 840 ggggtcaggt actatccatg cgactttgca ttactagaag aagatattac tatatacatg 900 atttatttgc agttacgaag agagattctg aatggaagag taatctgttc cgaagatgaa 960 cgatcaacga tgttagctta tatacttcaa gctgaaggag gtgattttaa tggagaaaca 1020 aaatatttca acttttttga gaacattttg ggaaattcta cttatatgca gcagaatgtt 1080 ataaagattt ataaaggatt aaagggtatt aatgcaccaa caagtgaaat gaagtttctt 1140 gatatagcac ttcagaaaac gtattataat caagaaatat atcctgtgca atatgatgct 1200 caaccaactc ttcgtgatct attactttcg ctaggtccgt tgggaattgg cgtttatcaa 1260 aacgatgtaa aggtagaaat attccgctgg atagaaattt ggaatattgg ttggattaac 1320 aaaaccttgt ggtttcggac aataagagac aaccagaaaa gcaaacacaa gtatcatttt 1380 aatgattcga agtcatgtga aaaagtttgg aaagctttta gagattattc tcaattccat 1440 actgtagaaa gaaaaataga ctcgaacatt ctttttggcc gaataccacc gaaagtatat 1500 cgaattcatc ttcttaacga acagagcact ccttcgcaaa gaaatatgag tataaaaccg 1560 aaaatttctc aagaaaatat aagtggtttg atccatgatc gtacaatggg caatccttta 1620 ctcaacgaac attttggtgt aaattcagag aaaatttctt tatacaaccc agacgaaaca 1680 ttgagaggta atacaaataa aacgaaaaaa aacttttcaa aaacatttag ctccccggct 1740 caagttatta attcaactga gcaacataaa gtaaggcgtg gaaacaacga atcttcgacg 1800 tcaaaatttt aaaagatata tttataaacc gcatagtagt tttgtagtct ttttttattc 1860 attcacgact ctgatacaag atatattttc atcaaagcag cttaaaataa agcttattag 1920 taaaatctcg acgcaaaaat tttaacgtca aagttaaaat tttaaaaggt ataacaaacc 1980 acatagtatt tttatttgat aggtttagaa tcgaagatta aacatttgta ttttttttta 2040 tatatgatta actattttca taaaattact atttgtttat attttgtttt tgcatttaac 2100 ttttaggagt ttgttaaact tgtttaaact tattgtactt tatgattata taaaag 2156 <210> 115 <211> 614 <212> DNA <213> Hydra magnipapillata <400> 115 tttttactta aggtggtagt cataacctgg atggatctca atgcatctaa accaacgaac 60 tttcgcaagt ttttttctga tgacgaaatt aatgggtttc gagaaatttt ttcaatgtat 120 gacaaagata atagcggtac tatcactctc aatgaaattg gcgaagtcat gaaaagtgca 180 ggtctaaatc catctgatga agaaataaaa caaatgatat tagagatgga ttcaaacgat 240 agtggtacta tcgagttttc ggaattctta gcaataataa aaagtcgaat tcaaaatagc 300 gagtacaacg gatttaaaga aatttttctt aagcatgata taaatgaatc cggcttaatt 360 aacaaagaag aattgctttc ggtgatccac acttataaca aaagattctc agaagatgat 420 gtagaaaatt taattaaaga agtgggtcat acaaataatt acgtcaatta cgaagatttt 480 ttgaaggcat ggcgtgcttt ataaaaagca tgatggcgtg ctttataaaa agcgtcgcgt 540 taaaaggtga tttttgataa taacatcaaa gtaaaataat tgtaaaaata aaggaataaa 600 atgttttttt gttc 614 <210> 116 <211> 288 <212> DNA <213> Hydra magnipapillata <400> 116 gaaatatgtc ttcaatataa ctcggtctga ctatatgata aatgagctaa agaacctgaa 60 gaaaatgagc gtctttataa tataaaacag attgagatga acatgattgc tgcttcgttt 120 ggtggtcttg gttcttttgt agaaaaatta cacaggtata tgtgtgatgt tatgggtgag 180 agtgctccat tcaaaaaaga tcaggttgca accaattctg ctataataaa tcttggaaaa 240 ggaatggcaa agctatggaa gatctatgac aaagaagagt atgtttga 288 <210> 117 <211> 2031 <212> DNA <213> Hydra magnipapillata <400> 117 atgggccatg ctcaatcagc tgcttttaat gataaaaatc agttaaaatc ttcagattta 60 attttaccgc atgatgattc aagcaaattg gttgagaaag aaaagaaaaa acaaagcaaa 120 aaattgttaa agcaggggtc aataaggaaa aaactttcta gaacattgag accaataaaa 180 agttctctct atagcaaaca aattcgagat ttagtacaat cttggtcaat tactgaaatc 240 caattattgt taaaaaaata cgagacacta gaagctgtta gagaactaaa gtttttgtca 300 gattcagctc gtagcataaa cggaagcctt caaaatgatt tttgtcaact tttttatagc 360 aagcaccaag cagacacaat aattgagtac aaagacacat tatttcatgt tcataaaata 420 gttctaatat caaggtgtca gtactttcga agtattctta tagatataaa ccatagtcat 480 gttaaaattg attgtgacgt tttagatgta aacatttctg attttataga tttaatctct 540 tatatatatt gtggttatac aaataacaat gaaatactta aaactatcag tgtgctcgaa 600 gaaaaatttg gtttactcaa cactttagag aatgatatgc aaaagctttt caattcaaag 660 gaaagaactg atttagtcat aagctacaga aatggtcaga aaaacatgtt ctgtgaatat 720 tctgaagtat taaaaccatt tgatccaaca cttaaagttg attgtcatct ttctattgta 780 tgttctcgtt cgcctttttt aaagagatta ttcgaaacaa agtattgtaa tcaaactgaa 840 ctcacaatac cattgttatt agaaattaat gatcacatag tccctcaacc ttttctccat 900 gttgtaatgg agtgtattta ttttgatcaa gttagtttta actcaatctt taatgaaaaa 960 tttcatgagt cttgtaacaa caataatcta gtctatgttg aaattgcaat gaaggttttt 1020 gatattggac aatttttaga aataccatcc ttgatgagag gatgtgaaga catcatcgta 1080 agtaatttaa gtgctacatc attaattaaa atccttgaat ggagcagcat tgactccaaa 1140 tatgtatatc gacaagcaat tcactttttg cgagaggagt ttattccatt atgcaaatct 1200 agtttttttc ttgctaacct atccaagata catttactga aggttcttga aagtgatttt 1260 ctgcaggcag atgaagaaac tattttagat tcaataatca catggtgtga atgggaaata 1320 gcaaaatcag gaaatccaac catcatttta actaaatcac taccaagaca cccatgtcca 1380 aagcgataca atattacaaa tgacgcatta cgtgaaatgg tttcaagttt agtgggatgc 1440 gtaagattat cccatatcct tacgcaaaat tctgttattt tatcaaatgc ctgtcaacaa 1500 ggtttattac aaatgccatt tacagcatgt gacgttgtat cttccgaaaa gaaattatct 1560 tctacagttt attggattga agaaatgcat cattcagatt atcttattta tcaagagcgt 1620 ttgactgaaa ataaaaatac ctgtgatgtt aataatttac caagcacatt ggttgaaatc 1680 ccattatcaa taacaacttg tgcaacatca gatgaacgac aatcaatgcc tttagtggat 1740 atatttaaat tatctgagga tgttattaaa aatatggtga cacgtcaaaa agaattgatg 1800 tcaagtgaac aagttttgaa atatttaact ttagcaccag ataatgttga aattattgca 1860 gaaatacaac ttcgtgttgt tcgtgagttt gattatccag atgaattagc aaatgaaatt 1920 tttcagcaat atcctgatct agttgaaaat tttactaaca ttcctacaaa gagaagcact 1980 ctctcaatgc accgagctgc tggaaatgac tgcttttctc caatattgta a 2031 <210> 118 <211> 1751 <212> DNA <213> Hydra magnipapillata <400> 118 attggctgtg aaatatcttt ggcaagattt tatgcaaaat gaagatcaaa ttacttgttg 60 gtttgatttg tctaagtgtg gtttatacta aaccattaga tgatgacaac caagcccaag 120 aaggcgatga caaacctgga gaaaagaggg ataacataga aaaattatca aacgataaca 180 aagcaaacac tacaacaaac acagaagaga cagcaggatc caacaacata gatttagttt 240 cagatgccgc tgaatcatct ccagatcaaa aatcaaccat tggcgttaca gacacaacgc 300 ttttgccttc acctacttct tccgccccat caacaaaaaa agtgacgacg gcacctatat 360 taacaacagt tttaccaaca accgttcata aaggggtaac tacaaaagct cctgtcatca 420 ccacaaaacc tgctactaca aaaccagcaa ctacaaaaag acccactaca aaattggtca 480 ctacaaaaat ggtcactaca aagattgtca ctacaactca aacaacgcca aggatagctg 540 taactactca aaaaactacg ccgccaacac cacaaactgt tgaaaattca agaaatgaca 600 cgtatacaat gagtgcaaca acttttcacg ttgcaattcg ccttctggca gaaaagtatg 660 ttgaagattt caattttgtt acaagcccgg tttatcagag tttgaaaaaa cacgttatgc 720 aaacgattgc cgcagtttac tccaactacc ctgaatttaa gcaaattgta gtgattaaat 780 ttacaaactc caaagcatta ggtgtcactc ctctaacacg tgatatgaat gatgacaaac 840 gagacataat taatccagtc gcaggagtta ttgtcgactt ttatttacga ttctactcaa 900 atggaagaca tttagtgccg ctcactagac aagttcttaa tggaaaaatt ggcaccattc 960 cggtctctcc acaatttgtt agagcctatt ccgcagaacc taaaggtcgc gtttgcactc 1020 ctgattgcag actgcaatgt tattcttact gtgactctgg atgttgtcac attaatgtag 1080 tacagcatct tgatgctcca acccaatcgc cagtagatag tttaattcag caacagcaag 1140 atgaattaag aaaccctcaa ctgtgtcagg gttcatcatg tgatactcaa cttctccaac 1200 aaccttgttc aggtcagtcg tgtttaactt cactacaaac tccatgtcag ggtccaagct 1260 gttcaatcag tgctgatcag ccttgccaag gtcaatcttg tatttctgca ttaccaatgc 1320 aacaaccttg ccagggtcaa aattgtgcgc cgcaaatgaa tatgcctcag caatgtcagg 1380 gtcagttatg tcaaccacca gtaattcaac agcaaccttg tcaaggtcaa ttttgtggta 1440 acgcagtacc aatgcagcaa ccctgtcagg gtccaacatg ctctttgata atgcaaaatc 1500 cttgtattgg gccacaatgt tcaattccac caccaatgcc agcatcaccc tgtcaaggtg 1560 caacttgcgg tcaaccagcc caatttcaaa tgccgccaca gtacttcggt ttacctcaaa 1620 tgaatccatc ttcatgccca ccactatgtt ctcagaattg tgggccgatg tgtcctacac 1680 agtgctgcaa taatagagag caacaagttc cgttgtatcc acaaataaga tgtggtccac 1740 aggggtgcta a 1751 <210> 119 <211> 1725 <212> DNA <213> Hydra magnipapillata <400> 119 atgaccgata tcaaaatatc ttcaaatatt tcagggagaa atttacttcg ctttcatccc 60 gacaaacaaa gagaaaaaat aagtgatgcg tcctttaatg gtataatatt tgtaaaacaa 120 gataatagtg tcaatcttag caataacgaa tcacctcaaa tgtctccgtt taaacaaaat 180 gaggagaatg catttaacaa ttttgctact aacaaagttc tagaaactga tattgttgaa 240 tttttagata tttgtgaaac tgtaatatgt ggcaaagaag atgaaaactg caataatata 300 gttaaagaag atcatgttat agttaatcaa aaaaagaaat ctgcagtgca ttcctttaaa 360 aactttgttc gaggcacaat cattccaatg ccatctgaaa ctaaagaatg gctgggcaaa 420 cagcctccag actgtgcaat cgaaatggag aattgtgtat taaacaaaga acaaagtttc 480 tcaattaaaa ccgaagatgt tccaaggagg aaaaagcttt caagtgttat taatcgcact 540 aaaaaaactc gatcaagaat acataacgaa ggtgcttctt tatggacacc aatggaaaat 600 agtcgttgga agtctggaga aaaagttgtt gaactaaaag atatttcttt gcaccaatta 660 actgaatcag agcgtgaaaa attgaaacag tacggattag aaagattacg agaaaacaat 720 tttgattgtc atttaataat ccccaaagaa ttattgtttg catcaggttg cagtttgcac 780 catgacagta aagaaaaagg tgctaaagct gtcgtacaaa tatcagaata catgagcgca 840 tctcctaggc cttataaccc tgtgttttcg gtggatctaa accaagttat tgagaatgat 900 aaacttattg aaaaagcgca aaaagaggca atgcaaaaac ttgataaaaa tgaagagctt 960 ggggaaaact ttgaaacgaa tgaaaaagat caatcaaaca aaaacagtat aactagaact 1020 aaggtctgtg aagaggcgtt tacaaccgag gatcatgaag attacaactt gaattatttt 1080 aggacaatat gtacgctgca agaagaagac gaggatgaat ggagcaccaa taaaagaaaa 1140 tcaaggttaa ttgaagctct tgcactttct tcaacatctg cttcttcttt gtgcatactt 1200 gataaagaaa tagagtttaa acaacttcct cttcaaattc caaaagtcat tttgcaaaca 1260 acagagttca taaccaagtt tgccttgaat acagttggaa tatttcgaac aggaggttca 1320 aaaaaacgag tgactcaaat gaaaagtgat tatgacagag gattttttgg tgtcattaat 1380 gaagaaagta atccaaacga tgttgcagca cttttaaaag agtttttaag atgtttacct 1440 gatccattgt tgactagaga actttaccaa gtttttttat ctttagcaaa aaaagaaaca 1500 caaacaaaag aagaaaaagt tgaaattatt cagcagctta tctggttgct acctgtggct 1560 aatcgagata ctttagaatg tctcctaaat tgcttgcgaa tggtagctga ccattcccaa 1620 aattcaaaag atgaatttaa taatgagata tgtggaaaca aaatggactc tctaaaccta 1680 gccactttaa tggctccaaa tattctacac agatgcaaag tatga 1725 <210> 120 <211> 671 <212> DNA <213> Hydra magnipapillata <400> 120 taatctgttt ataatttttt tggtttatac ttcagcaaaa atgcttcata tggctataat 60 atggaattaa ttttgtggtt gagtcttaga tcatcagtat aatctttaaa aatgaaagca 120 caagttccaa gaacctatga caaagaaggc tataaacttc gagcaggatg tttatgttat 180 aaggatgcgt caaaaaaaga aatattactg gtatccagct caagcaatga ttctctttgg 240 gttgttcctg ctggtggcat agaccctgga gaaaatccaa ttcaagctgc tattagagaa 300 gcatatgaag aggctggagt aataggtgtg gttggtgatt gtgttggagt gtttcaatta 360 ttgcgctgaa aagaatacgt gaaaagtgat ttaaatagtt ccaggaatat atcaaactta 420 catacatatt taaaagatta attaaaaaga acaaaagcaa tttaaaatta tacatgacga 480 atacttaaaa gttatataag ggattaaaat tgtacatgac aaatattcaa gtcattaaaa 540 gatgataaaa attgtaccaa gaaaaaacca aactattagt tgatataaag catagataaa 600 agctaataaa aatatttatt tatagaatta ttaaaactaa aaataagtgc ttattacatg 660 atacttaaaa t 671 <210> 121 <211> 1044 <212> DNA <213> Hydra magnipapillata <400> 121 aacagactaa tatagcagat ggttaatttg atcagcaacg aagcgtaaca ttaacgaatt 60 tgacttaatt acaaaaagca attgtgacgt agcttgtttg taaatggaac gaaaaactaa 120 agatagcaat caaataatta tcgaataatt tttttttaca agagaacaat gaaaataaaa 180 agaggaaagt gtaaaattgc aaatattgtc agagaagagc aggaaatggc tcaaaccgtt 240 acgcctgaaa gcatgacggc cttaaaagaa gcatttcagg catttgacaa aaatgatgac 300 ggatttatct ctaaagaaga gctaactcaa gttatgttta gtctcggaca cgtcatgtca 360 accgcagaaa tagatcagat gataagctta gtagatacgg atggaaatgg tttgatagac 420 ttcaaagaat ttttgagttt aatgaacact accagtcaag aagaaataaa tgatgaggaa 480 gaaatgaaaa ttttatttac tttgattgac gcaaatcaag acggattttt gtgtgaaaaa 540 gaaatccgaa acatgatgaa aggtttagga gaaaaagtga aaaagaagca tatacgaaaa 600 atgataaaag aagccgacat aaataaagat ggaaaaatta gcttcaatga gtttaaacga 660 atggtatcaa atggtaactt tcttgttaaa tgaattttaa taaaaatact tttggacaat 720 tgagcaccaa agaacactaa tacatatata ttatcatcgg atattttttg gttttttcga 780 gttatggtta ttaaaagaaa atttttattg tcgatagtta atgacaaaac aaaaaaagca 840 gctaagtatg atactcgcaa cagtcatgaa cgcgactcgc aaaggttatg gtttgagaaa 900 aaagtcatct tgtactagta aaaagttaca ctcgtcaaga cgaactttgt gtacattaat 960 aggatgctta tttattactg cgaaatgaaa tctttcgttt tttttggatt tgtttttagt 1020 ttcaataatt tgattgaaat cgtg 1044 <210> 122 <211> 1080 <212> DNA <213> Hydra magnipapillata <400> 122 atggcaagat tatacgttat gaaacgaaat attgttgacg aattagttca aactcctgat 60 gacgagccga cttctccagt tacgtctcct ggagcaataa gcaatgaaga agattcttca 120 aaaagcactg ataagaaaaa taacgaaaca gacaatatta aggaagaacg tttcgataat 180 agtttgctac aatcaattat ttcggaattc cgtcaccacc cagattgctt actctcaaac 240 caaaacttgc aactaatttt agaaggtttg ggtgaaccta cagattcaaa tacaatacaa 300 gagtggatca gtttttatga ccaaaataat aaaggaggga ttgatttagt tggattttta 360 aggatggtga tggatcaaat tcttccaatc gaagattcag aggaggaagt tgaagattct 420 ttcaaagtat ttgatacaga aaattccgga caaattagct gcaatgcttt agaatacgtt 480 ctaaaaacca gaggaaatcc tttaacaaca gaagaatttt caatccttat aaataaaaac 540 aaccaaaaa aagaaaagct atttaattgg aaagaatttt gtcacaagtt taccaaagaa 600 gtttatgatg ctagtaatga ccctctataa ctggatgaca aatggtgatc ctgtgctaaa 660 tgtttgaagt taaacttgat ttatttatta caaaatatgc acacaaaaaa aaacaactat 720 agttttacaa taattaataa accaacactt ttaataaatt tatcaataat agtttattaa 780 tctttattta acaacttgtt tgtttttaaa atgtatttag agttgtattt aaagttgtaa 840 attaaaatta ttatgtattt aaaaatggaa ttaaaattgt aaatatgtaa gttttaaaaa 900 ttgtatttaa atgtttaaaa aaacaagcac cttataaaaa aacataaaag tattattgat 960 gtaaacttaa tatttatttt acctgtgtca atgtgattta ctttttaaaa aaatgcgaaa 1020 attaaataac ttcgataaag caatttgtac agcaattttt ttagaagata gattattaca 1080                                                                         1080 <210> 123 <211> 568 <212> DNA <213> Hydra magnipapillata <400> 123 agctctcaat ctgcgcgtga cgagagtttt acaaatgaaa atccaaatat gaacattgga 60 ggtctacaag gtaacagtgg ttttggggat gaaaacggac atggttcaga tgatggagct 120 tcaatgaact ttcagcgatc attgtttcca aacaatccat ttgttgaagc aaatcattac 180 ttctatgatg tagaaaaaaa taatttagac gactcaacag aacgagacgt taaatcgaca 240 atccttcgtg acgaggatga tacggacgac agcgactatc atgtacgtgt acataaagac 300 gaaattccta ggccagagaa ttttggatac taacatgcta caaaatagga aggagattca 360 tttactaacc gaacatcaaa tgaatcgaat ttcgactgca accacgtaac tgtgcaacca 420 tgcatttggc gtcaaaataa gatgtcatac agagttttaa cctaagagga tgcagaaaaa 480 acaaaacatt ttttttagga tttaaataaa aatgttaaaa ttagcgatat taatttcttt 540 ttctagaaga aacaaatcta cgtgtata 568 <210> 124 <211> 679 <212> DNA <213> Hydra magnipapillata <400> 124 acatagttag gcttctacag tgttagaacc agcgcagtgt tataaaactt tacatcttaa 60 actttaatac attatccaaa cataaaaagc atggcttctg gacaattaca tcaagaaagc 120 gaagatgcta ttaacaacca aataaacatg gagttgtatg caagttacca atatctttct 180 atggcctatt attttgatca agatgatgtt gcattagacg gatacttcaa gtttttcaag 240 catcaatcag atgaagaacg tgaacatgct caggaactaa tggactacca aaataaacgt 300 ggtgggcgtg tagtttacaa ggatattcaa gctcccaaat ttcaactgga tacgccagtt 360 tcagctttag aagcagcgct taatttggag aagaaagtta acgagtcgtt gttaaatgtt 420 catgccatcg ctgaaaaaaa cagtgatcct catttgtgcg acttcttaga atcagagttc 480 ttgaacgaac aagttgagtc aatcaatgag attgccaagt tgattactaa cgctaagaga 540 tgcggcgatg gtttgggtgt ctatcaattt gataagttga gcatgtcaag ttaaatgtca 600 atgttttttt atttcattgt tttgccttga ggactataca gtgtaaacaa tgttttttgt 660 taaagaaaaa taaatatta 679 <210> 125 <211> 935 <212> DNA <213> Hydra magnipapillata <400> 125 cttagaaatg tgattataat cgctagaaac gtttaacatt ctaaacgttt aaacactcta 60 aaaacataat tatttagaat cgatttactt atatttgatg tttacagtga ctagaagtaa 120 tttatactaa cctcaattaa agatgataaa attaatgact gatagtcgtg aacttactag 180 ctatcttgca tcctactatg ctttaaccaa agtggagcat tacaccgata ataatcggca 240 aaaacaacaa gctagaaaaa atacatctaa atggaaacgg gagcatttga atccgagaat 300 agttgaaaat gaagttgagg atgatgatga agcagaggag gattttagtt atttttctaa 360 agcttattta caaccaagat ttttaactca gttaccacgt aatttatcaa aaacattagg 420 tgaaaagctt gaagtggttt gcttaacaag cgttttgttt ccgactgaga ttgattggta 480 tttaaatggc atagtacttt ctaactcggc agacggtaga atagttatag agaacaacgc 540 taggcaacta acatttgtat ttgttaaaaa gactgatagt ggaaaactag tttgcattgc 600 taaaaataaa tttggaactg atatttcaat gtgcaatatt ttggttaaag agctgaaata 660 gattctcaaa ttttattgaa aaacttttcc gacgcaacat atatcaaaca agaaattcgt 720 gcgcgaataa aatgttaact gatagggtac tatcaaattt cgtaccgttg tttcgatatc 780 agaaaattaa gcattttccg actgcaagta aaaatgtttt acttgttttg acaaaaacat 840 gttacattac aaaataattt tccgcaagaa aaattggttt tggctaaatt ccaaatactt 900 aaattatatt actcataaat atttatgaaa aaaaa 935 <210> 126 <211> 1453 <212> DNA <213> Hydra magnipapillata <400> 126 atgcctaatc ctaaattagg aaaagctctt cctgatgtaa cagttcaact ggtcaagacc 60 ttttacgaag atgatgaaca tagccgtata atgcctgtca tatttttgct tgaagaatcc 120 tggaaagtta aagcaaagct ttcagatcag ttcacttctg aaattaaagg ccatgattta 180 tttttaccaa acacaaagag tgatttgctt aaagaacatc aggcagaaga aaaaacccag 240 agcttgtaca catttggagt aatagaagaa ggtgacataa aagtcacaga attgtttcat 300 gaactaaaag ctgagaaaaa aacaaatttt tggagccaat caagttatca ttgggatcgt 360 acagcagttc cttacaaaat taattctgat attaatacaa acttgaaaaa tccaagttgt 420 gctggaattg ttgatgtagg ctttataatc gactcatctt ggagtttaag agaccaatat 480 catcaagaaa tagaattcct tataaatctt gcaaagacat ttaacataag caagaatggt 540 gcacatgcag gtgttataac atttagttcc agagcagtat tgaatattaa actaaatcaa 600 tactatgatc aagaacagtt tgagtttgct attgatgaaa taccgtatat gggttatgtt 660 acacgaatcg atttagcttt acgaaaagct ttagaaatgt ttgatgaaat aaatggagca 720 agaaaggaca ttcctcaact tttgtttttg ttaacagatg gtgaacaata tgcaggagac 780 ggcgttgtag atgagaatcc tgcaaatgta gcgcaacttg tacgagatag aggtattgaa 840 attattgctg ttggaatcgg ttctggagta aatcaatcag aattaaatag tattgcaggt 900 tcaagtgaaa aggtattttt ggcagaaaac tttgatgagt tgataaacaa gaatttttta 960 aagagaataa aagatggcac ctgtttagga aacactgaaa acgagtttaa gcttcataaa 1020 agtaatctac ttgctacctt atcagttatt gaagaagaat tcattatatc ttttgaaata 1080 aaaccaactc tttattctcg tggtcttcat agtgtctttc ggatagaatt ggaaaatgat 1140 agatatatag cagttttgtt ttcagatgat ggaagtggaa ctcttattat taaatcagta 1200 tttggtacaa tagatgatga gattcaatca aataataata ttttactttc atcttggact 1260 gcagtaaaaa tatctcaaca gcgtttaaat aataaataca cttatatggt tgaagtaggg 1320 ggtagagttt tattttcaaa agaaaactta tttgcaaaat cattttcatc tgtagctgtt 1380 tatgctgcag ataaagaaaa tgttcctcaa gatgggttca tccggagttt gagcattaag 1440 aatgggaatg aag 1453 <210> 127 <211> 469 <212> DNA <213> Hydra magnipapillata <400> 127 taccctaaaa tgacacgtgt ttgcgttttt ttgctttgtg ttgcattttt tgcacttatt 60 gatgcgcgac caaagacagc tcaattgaag gactctaaaa aaagttcaga acttgtcaag 120 ttgaatgatc cttcatttgg gcaaaaaatt ataaacagga ttaaaaaacc ttttgaacat 180 gtgatcaata gtttaaaaaa tggtattgct caaaaaagga aacaaaaccc ccaagaagat 240 gctacttgaa tggttattgt tctcctggta aaaaagaaat tacgcaaaaa aattaacgaa 300 ataaaaaatt aacaagacaa caaaacttgt attttttgat actgctttta tttacggata 360 ttttttatat ttgtcacgaa ctttaatttt attctgctaa tgtgatttat gttcaaacaa 420 aacatttttt tttataaaca atgtgaaaga agaaatcaaa gttataaaa 469 <210> 128 <211> 1158 <212> DNA <213> Hydra magnipapillata <400> 128 aattaataaa aacgttactc ttaaacaaac gaagttagtt cacgcacaga aaagtacaat 60 attcaaatag ttagattatc aaattaataa tttataatat aacaaaattt ttattagaat 120 gacaaaagat actgaaacaa aagaaaatgg ggttgaatct tctgataatc ctagtggact 180 tttgtgggat tcgtcgcaag ctcaagtttc tcagcattgg aaaaaaattt ggaagttttt 240 aaattcaaaa aaaacaagac aatctccgat taatattgat acaaaaaatg tgcaacatga 300 cgaaagccta aaacctttaa atttagatcg tcaaaatatt ttagttcatg taacgaacat 360 tggatggaat atttcattta aagctgacaa cgttaatgca atctctttta ctggaggggg 420 gttggttcac aactatgcgt ttcgtgaaat gcattttcac tggggagaag ttcacaaagg 480 taaatgcgaa cttggttgcg agcatactat tgacggaaaa agatacgcag cagaatttca 540 tgcagttcat tggaataccg atttatacca gacagaaaat gaagctatcg cgaatcctga 600 tggtttagct gtaatcggta tacttataga tgcaaatgaa aagtacgaag acaacaaaga 660 atttgaagtg tttcttgaga tgtttgataa agttccttat atgaacaaca gtgcttcgtt 720 caatgtagat ccttatcttc tgttacctaa aaatctaaac cattacttta cgtatcctgg 780 atcactaaca atgcctcctc ttactgaaaa tgtctcctgg acggttcttc cagagattgt 840 acgtatttct cttaatcaac ttgaaagaat gagcaaaaat aatcctcgag aagaatggga 900 acaacataac tgttataagt ttcaacgtca atctgattcc tcaacgatta caaataactt 960 tcgatataca caaccaataa atgatcgagt agtaagatct ccgttgccat gaatttaaat 1020 ttgagtttat atggatttgg ctaataaata attgtgtttc agatttatat ctaatacctt 1080 tatattattc aattaattta agtgtgtatc atttatttta ttcttatata ttaatttgcg 1140 agatattaga agcaaaaa 1158 <210> 129 <211> 482 <212> DNA <213> Hydra magnipapillata <400> 129 taccctaaaa tgacacgtgt ttgcgttttt ttgctttgtg ttgcattttt tgcacttatt 60 gatgcgcgac caaagacagc tcgattgaaa gactctaaaa aaagttcaga acttgtcaag 120 ttgaatgatc cttcatttgg gcaaaaaatt ataaacagga ttaaaaaacc ttttgaacat 180 gtgatcaata gtttaaaaaa tggtattgct tcaaaaaagg aaacaaaacc cccaagaaga 240 tgctacttga atggttattg ttctcctggt aaaaaagaaa ttacgcaaaa aaattaacga 300 aataaaaaaa aaacaagaca acaaaacttg tattttttga tactgctttt atttacggat 360 attttttata tttgtcacga actttaattt tattctgcta atgtgattta tgttcaaaca 420 aaacattttt ttttataaac aatgttaaaa aagaaatcaa agttataaaa crtnartamr 480 na 482 <210> 130 <211> 1389 <212> DNA <213> Hydra magnipapillata <400> 130 attcgtgaaa aatatcgtaa tttgatgaaa agttatgttt cacttcttga gccagaggaa 60 aatgctgata aagttattga agacattatt ttttttgaga ctgaacttgc aaagattgca 120 atggatgctt catttattag aaacgtcatg cagcaataca acttgacaag tgtcaaaagg 180 ataagaaatt atcttggcag ttgggttgga aattttgggt tggaaaaaga tttcttgatt 240 tatattattt ctattgattg gttgcgttta accaatggat actttaggta tttaaacatt 300 gaaataaaag attacacact tattggtatt agatcattag actattttaa atcacttaat 360 gagttgatag cagtaactga taaacggatt gtaaaagact acattatctg gataacagtt 420 tggaagtatg gctcttatgc ctctagtctt tttcaagaag ctgagtttac ctttattagc 480 tcagtgcttg gtttaaagga aaaaccagat aggtggaaaa agtgcattgc tgatattgaa 540 caaacaatgg agttcgggtt ggcttcgttg tatgtagaaa aagctctgac agactctgat 600 aaaatattgg ttaattctat tcaatataac attgggtatc cagattatgt aaaaaacgat 660 acatatctaa acatattgta tgacaaggtt aaagtatcca aagatacata tttcgataat 720 gtattaatga tgttttctga aaaaaggtat gatttgcctc ccactcttgt ggaagcatac 780 tttgatccta acaaaaacaa aatggttttt ttggcaggca tattgcaaat tccattctat 840 gataatcttg ggcctatggc tttaaactat ggtgctttag gccttgtagt aggtcatgaa 900 gttacacatg catttgatga tttaggccgt cagtttgata aaaatggtga gcgtaaaaac 960 tggtggagtg aggcaagttt aaatgcattt catgaaagat caggatgtat ggccgagcaa 1020 tattctatgt actcgatgta tggaattaat gtaaatggaa acctgaccct gggcgaaaac 1080 atagcagata atggaggaat caaagtagct tttttggctt ataaaaaatg gcagtctttt 1140 catggggaag aaaaacgtct tcctgggatt ccactaacta tggagcagtt actttttgtt 1200 tcacatgcac aagtttggtg tggtgcttac agagaagaat acattaaaag acatttaaaa 1260 atagattatc attctccagc taaatacaga gtaataggtc cacttgccaa tcttgaagaa 1320 ttttcacgcg catttaattg cacatccggt tcgaccatga atccaataaa aaagtgcaga 1380 gtatggtag 1389 <210> 131 <211> 2214 <212> DNA <213> Hydra magnipapillata <400> 131 atggttggtg gagaatatta tattgtagga ttatttccta tgaattgttc ttcaccaaat 60 gaaatagaca acagaactat tgcttggatg gaagctatga agtatacaat agaggaggaa 120 aacaaaaaat gtaacagaag tatatttgga tacgtaattt atgatacgta cgatcctaca 180 aatatggaca tgacgtcttt tgctgtatta gattcattaa gattaaacgt ttctaaccaa 240 aacgtttgca acagtgataa aatatgtatg gatttaaatg gccaattaaa tcaaaatcaa 300 tttaaaaaag ttttaggatt tgtaggtcca gctgaatcat ctacttctat ttacgttcat 360 gcattaacat cagtttatga acacattccc attattagtt acgcagcagt gagtttagaa 420 ttaaacgaca aaacaaaatt tcctaacttt tttcgaacgg ttcctgctga taactttcaa 480 gctgaattta taaaaaaagt tttacaaaag tacaactgga attttatttc agtaatagca 540 gtagatagtt catatggaag agctggactt gaaattttaa aacagaacta tgaaagtgat 600 gatatttgca tagatgtttt agaaatattg cagcaagcat acgacccaaa aatatattca 660 aaaattgcag aaaaacttac aactagcaca gctcgtgtta ttgtgttttg gggacaattt 720 agacctcttt taaacttttt acaggaggca ttaaatttaa atttatcaaa ccgaatatgg 780 attgtaagta aagcagttag taaaaactct ttttttctaa atttcaaaaa tacacttaat 840 aataagcttc tgtttgttag ttatacagct ggagaagatc agacatttaa aaattacttt 900 ttaagcctaa cctatgaaaa ttcgagtaaa tggctgaaag taatttttga acgaagcaga 960 tttggcaaca actctaatgt taatgcaaga gaaattaaag aagtatttga tttaagcggg 1020 gtttcagttg ttcaaaacgc tgtaaaagtt ttcatggaag ccttttatca atatcaagga 1080 ttttcgtata atagttcaac tccaacaggt tttcttgaca ttaatgacag attaaagttc 1140 aaaaatataa tcaaaagaat ttcactaaat acattaaata gttctaaacc tttacaattt 1200 aattcaaatc aaagttttga tcctgtttat tttgagcttt atacatacaa tgaatcagaa 1260 tttctattgg ttgataggtg gtcatacagt gcaacatacc tagataccat taataacaca 1320 aaatacgact ttttaacaaa taaatctgtt tgttctgagc cttgtaaacc aggagagaaa 1380 acaatagttt cagatataaa aaaatgttgt tgggattgca ttctttgccc ggataaccat 1440 attgctgaag gtaaaaactg ttttgactgt ggaaaaaact taattcccaa taaaaataaa 1500 tcagagtgtg ttaaacctaa aagcatttat tggagtttta acgatagtca aaatccgctg 1560 aacccagcgt taactctgtt atcttctagt tttggcataa tgacatcaat cttttttatt 1620 tacacattca tcaaaatgaa gtcaacccct attgtccgtt catcgtacta tgaattgtca 1680 ttagtgcaaa tgatcatgca tcttatatgg tttgttttac ctcttttaac atttggagaa 1740 gaagcttatt taaaatgtgt tataaggata tattttagta gctttttgca cgtttctata 1800 gttactattt tattggttaa aataactcgg cttgttacaa tttttgggtt ttgcactgat 1860 tgcaggcttt taaaaataga aatgatttat ttaagatcta aaatcgtcat actccttata 1920 ctgtttccat gtatttttgc agccttaata gttgtcgttc ataatagcaa ttttaaaatt 1980 aatgtctttg ataaagtaga tattaaactt tctaccgttc aaaaagattg tgattcaatt 2040 agctttatga taatttattt atgcttcatt ttagttttat cctttttttg cggtattcaa 2100 tcgtttaaag ctcgaactct tccaacaaca tacaatgaaa acaaaaacat agcctattct 2160 ttatttttgt caaacgtaat tttgtgtgtt actgtcggac ttgttagtag taat 2214 <210> 132 <211> 581 <212> DNA <213> Hydra magnipapillata <400> 132 taagagaaac ttggggtgct tggggtgatt ggtcttcatg cagtgcaagt tgtgatgctg 60 gtcttattca aagatcacga gcatgctcag ttccttaccc aataggggct ggtgatgatt 120 gtattggcaa cactacgcaa actcttccgt gtaaactgtt tgactgtcca aaatcatgtg 180 ctattgctaa acgctgcaac tgttctcaag ttaaacaatg gtcttctgtt cctacatttg 240 accaatttca atcaagaggc ttaactctcg gaggaattga aaccgtgctt ggatatttaa 300 gttcatacgg agatgatact gttgataaag catgtcaagc ttgcaacact atgatgttaa 360 ccacattgag atcgaatgtt gctgatcagt taactcaagc taaggctgca agagcaaaac 420 ttgaattaat taaaaatgat atacgtgacg tcatctactg taatggagta attttgaaca 480 atccgggttt atggaacctc tacgatatat tatttgagcg agcaccatgt tagacaggct 540 tattatagag taaacgctat ttacttacgt tttgatgctg c 581 <210> 133 <211> 834 <212> DNA <213> Hydra magnipapillata <400> 133 atggaacttc caagatttgt aaaacaaggc acattatgtg aagattcttt tatggataat 60 ctttttaaaa gaagatgcgc agaaaaggtt ccaagagaga aaacagcgaa acgtccaatg 120 aactcatttt tgctttgggc aaaatctgta aggaaaatgt atgcaagtga aaaccctaat 180 ctaagcaaca ctgaaataag cagactgtta ggcaaagttt ggaaagaaat gagtgaagtt 240 gagaaattgc cgtttattca aagtgcaaag tgtcttcgaa ctaagtttat acaagataat 300 ccaaattatc attacttctt taaaaaaagg aaaatcaatc aactaaataa tacaagtttt 360 tctaaaatgg cttccaaatt aacaagtaat gatttaaatg catacaaaat ttttaaatat 420 ttaaacatga gtgaaattat agaacacaaa gatttgaaaa gctttggcta ccttcaaagc 480 gtattcgcag cttatcagaa cgaaaggaac ggcaatcaaa atacattttc gcctaaaatt 540 ctttcaaaaa gcattagtaa taacttcatt tcgaatgttc aattaaatgc taaatcaaat 600 aaaaataaaa gtgacagatt tgatgaaaat caacaaacgc acaaagaaac aactacgctg 660 cattactatt cagatgaagc acaacatagc tgtgaaaact ctttcaacat caataacgaa 720 gaagatttta atcaaaataa tcaaataaaa aaaagagaag atgttattga acttgactct 780 gaacttagag aattttttat gtctcttgaa aaaggctttg attatgatga atga 834 <210> 134 <211> 353 <212> DNA <213> Hydra magnipapillata <400> 134 ttaaatcaac tgcaccagct ttgataagtg ttcaagaagg atgtgaacat gatggaattc 60 aaagaaaaaa tggagagaca tggaaagaaa caggtaatca ttcaaatggc atcaattgga 120 caagtgattg catgcaatgc cattgcaata taaacattgt gatgtgtaca ataagaacat 180 gtccttcttt gacttgtaac aatcccatat cagttaaaca cagctgttgt cttgtttgcc 240 cagatactga agttgcgaca gttgaaaagg ggtgcattca ttcgtcctct ttatttgatg 300 ttaaaacttc atggaaagtt tacattccag ataaatacaa acatggtaga tgt 353 <210> 135 <211> 1668 <212> DNA <213> Hydra magnipapillata <400> 135 atgtcttgtg ccgtgagctt gggcacagca ggaaacaatt ctcttgcact tgatggtcct 60 aaagaacatt taatggccga ggttaaaatt ttctacattt acattttaaa agaaatttat 120 aagtggttta tgcttaaatc tatattgctt tacctggaac aacgggaaaa cgatttcctc 180 caagtggttg acttagccga acagtaccat gaggaaaaaa tgtcaaaaga agatatagta 240 tcaaaaactg tttcggagcc agtagttcgg tttgctattg ttggcgcacc aaaagtcgga 300 aagtcagcaa ttagtgtaag atttttgact cgacgctaca ttagcgaata tcagccaggc 360 gttgaaaata actatgtaag agaaatattt tttggagacg accatattac ttacgaatta 420 aaagacacgg ccaatgaggt agacgtcctt tctcatattt cgtgggccac atgtatagcc 480 gttgtttatt cgatagatga tcgtctctct tttatgttag ctgaagacat tcttaaatta 540 attgattcgc atttatctaa ggactctaac gaaggtaaaa atatgctatg ctacgctttg 600 atttctaaca aaaacgattt agatcattta cgggtagtta cttctgacga aggaaaatcg 660 cttgcaaaac tgtatcacgc gggtttctgg gaaatgtcag ctgctgacaa ctacgaatca 720 acgtacggac caattagagc aatgatcgta gaagcctttt ttagtactac aaataaacct 780 ataaatccag tgccccaaaa tatcaacaaa actcgtaatg ttgacgactt tagaaataat 840 acaaaatccg ttttaaatca acagaataaa aaaatttccc tagataatag caatacatat 900 ttaaaaaaaa gtcgaaaatc ctcaaaaacc gatgggttta agaaaaattc actcggttac 960 cttttgttag aaaactttgc tatgaacgat ttagcttttg caatggcaaa tgtgccggac 1020 tcacaagacg cacacaagac agacgatcat aaagaaaccg aaaaatctag gaaagagaaa 1080 ttccgatctt ccattaaacg agaaagatta gcaaaaccaa ttcgaaaact cggcgtaaac 1140 caaattgcat ttgaaaatag agataatgag aaagatcaac cgatatcaga cacagactca 1200 ttagactcaa attcgtcgaa gttaaattta aataacaaga ttacagaaac aaatcttacg 1260 aaagatgcaa aagctaatca ggaaaatatt cccgatttag tgcaaaaaac aaactcacaa 1320 acaatttctt catcgatatc tacggttata ttaaaaacaa actcaatagc aataccgcaa 1380 acaaaatcga catcggcaca gcaagctaac tcgatcccgt tatcacaaac aaactcggca 1440 ccagtatcgc aaattaattt accatttgtg acacaaacaa acatgaaaaa tctttataat 1500 aaaaggtata gcacaatgtc aatgaataat gacaatagtc cattggcaaa ttggaatgca 1560 ttaatgttcg gaccagaata cgatctatgt cgcattttta aagggagatc tgaaaaaaaa 1620 tctacgcgaa tgaaaatatc agcaatattc aaacaagcaa atctttga 1668 <210> 136 <211> 926 <212> DNA <213> Hydra magnipapillata <400> 136 atgattaatt ggataattgg tcaaatgtgc tacgaaactg ctgttgtgtg ttttattacg 60 cgacttccat gtattcacta tgctaacttc aatattgtct caaattggta ttttaaagga 120 gacgttttta aaaagtggtt ttcaatatca aaagaagaat gtggaacagt ttgtgtgaca 180 aattctttat gtgttgtagc taattataat gcagacgaaa atttatgcga aataatttca 240 aaaacacaac tgcaagagca aagacaagga tggtatttac tgatgacaaa cacaacaagc 300 gatataaata ttggtccgtt gtgtgagcaa agtaatctat gcatgagtaa cgagtggtgc 360 agagatgttt gtggtcaaaa taatcttcat accttcaatt gcctgaatat caaaaacgta 420 gccaagcgga gcaaagtatt tcaatcttcg acttatagtt atactaatcg tcctgaaatg 480 gcgattgacg gcgatttaca aacggcatct tgcacacaaa tggatcctat aaactggttt 540 aaattagata tgctatatgt atataaactt gtcaaaatca aaatcattaa tagactagtt 600 tatcctgaac gacttgctgg ttataaattg atgtcaagta caaacgatga aaattatgaa 660 catatagtaa cattaagtag agactggcag caaacttata actgttcgaa tagtgctcgc 720 tttattatgg tttccaaagt tcctgataat aaccaatatc ttaacattgc cgagattgag 780 gtctgggtat aaattaaaga ttacttgaga tgcaaattta aaactgtttt agactaatga 840 tgtttaacta atgatgttta aaatattcaa gcttgaaatt atgaccaaat tgaacactaa 900 aaagtatatt aataaaatat aaaaaa 926 <210> 137 <211> 1118 <212> DNA <213> Hydra magnipapillata <400> 137 agcattcagg ataaattatt ttataaaatt tctaaaatta tttgaagaaa ggaagtttaa 60 gaagaaataa tcaaaaccaa aagaaacgtt tctaaacgtt ttaccaaaaa tgaattttga 120 agaactggca aaaatagtag tcgaggctgt acaagaaaat aataatcagc caataaatac 180 aaataagatc aaaactcctc gtgaactaag aaacaacaaa acaaaagagt acgtttcaga 240 aatgattgat aattcttctt ttcatggaat tagttatata gctggtaaag aaaaccattt 300 tattcgacga acgatatggc tactcataac aatgacagct tttggttacg cagcacaaaa 360 agtgtatgaa agcacagtta actatttttc ttttccaatt agtactactc aaatgagaat 420 atacgttaat gaaattgatt tcccggctgt atctttctgc aatttcaacg aatttcggtt 480 aagcaaaatg gacggaacaa aagttgacca agctatttta aatccaaaat tacaaggact 540 ggtaacagct gaagaataca gaaacgtgac ctttggagct atgtttgact taaaagaaat 600 gcttgttgac tgtgagttta acggtatacc ttgttctgat gaaaatttta ccatgtttag 660 ttggatgcag ggagaacgtt gtttcacatt caactcagga aaatttcctc ataaactttt 720 aaagattggt ggtgcaggaa tgaaaagaag cttgaaaatc acaataaata ttatccatta 780 cgaatactat aaagacgaaa tggatgcggc tattcatatg atagtacatg gacagcaaga 840 cactccactc aaaatgcgcg gccctacatt atcacctggt tttacaacat atatccaatt 900 agaaaaaaag atgattatta acttggaagc tccttataaa acaaaatgtg gttctttaaa 960 gttaaaatat tttgatagtt attcattaga cacatgctgg cttgaacaac ttacagatca 1020 tgttcatagt gtttgtaaat gcaaagactt ttttatgcca ggtgatattc caatatgttc 1080 attaaatgat gcaatgagct gtatgtggcc agaatggg 1118 <210> 138 <211> 1413 <212> DNA <213> Hydra magnipapillata <400> 138 atgggatcgg cgggatcaaa aaattctgat tctggaagta atagcaacgt aaaggtatca 60 aaaaaagatt tgcaatattt tattagcgaa gtccattgcc atgaaaaagg tatcaatact 120 atgtgtatgt catcaaatgg tactgtgcta ataactggtg gtgaagattg caatgcccaa 180 atctatgata cagaacaaga gaaagttgtc tcagtacttg ctggtcatga attttacata 240 aaccatgttg tttgctcaga tacgtatatt tttacagcgt ctgcagataa atgtataaga 300 aaatggcgta tagataatgg aacctgtgca aaagttatga aaggacatac agctgctgta 360 aaccgtttgc ttattataga aactcttctt ttttcgtcat cttatgatcg tactatttgc 420 tgctgggata tagttagtgg ggagtgtaaa gcatcgtaca gtggtcataa actaggtgtt 480 tatccacttt tatatatacc acttccagaa caaccttttg atcgggatta ttctgatctt 540 gaaaataata acgacatctt agtatcaggt agtgttgata aaaccgcaaa atcctggtca 600 cttggatcac gagaaacaat aattacattt cgtggtcaca ctggagcggt tttgtgttta 660 gctgcagata gtcaagcaaa gtatttatat acgggaagtc aagatgcaac gatacgctca 720 tttaacttat ttaccgggga acaacttaag gtttttgaag gtcatgctgc aggagtactt 780 caacttcagc ttgttaacag attgttattt tctgcaagtt gtgatcacac agttcgttgt 840 tgggttgcag agattgggga ctgtactaga atttataaag ggcataccca cacgattggt 900 tgcatggtta ttgttaatgg cgtgcttata actggatcag gagattgtac tgctagagca 960 tatgatgcaa aatcaggcgc atgcaaacgt atttttaaag gtcatcgagg tgcagttaat 1020 gctgttgtta tgcgaggaac aaagttatat actgcttctt ttgatggctc tataagaatt 1080 tgggatgcta gtaaacttaa agaaggtgaa gatattgttc ctgaacaacc aaaagcgagt 1140 gggagcacag gcagtaattt aaaagacgtt gtataaattt ataattacta aaacatttca 1200 atacaaaaga ggaaaaaaaa agaaaaggtt tgctggttgt tatttttgag ccaagcaatt 1260 atactggtat atgtttataa tactgtgtat gtatgctggt aatggtacat ttggatattt 1320 ttttacggat ttcaagattt aaaatacagc ggaatgtttg acaggtttct atataatact 1380 ataaatattt tatttgcaaa aaaaaaaaaaaaa 1413 <210> 139 <211> 5381 <212> DNA <213> Hydra magnipapillata <400> 139 cggtgggaaa taaattaata aaaaaaataa accaattgtt gtttttgttt ctttgcactt 60 gacatgttaa cgtagcaatg aagctagctt acacgtgttt atgttccacg atttacacac 120 tgttgctgca atattgcttt gtacttctgc attttcaagt acatgggcta ccttcaactt 180 ctaaaaacta tgaggggtct tcctttacaa ctattgataa cgaaacaatc gatgcatctg 240 aaatggaaga caatccgatt gtatcaaaaa ttaataataa agtcgaaaaa cttggataca 300 ataacgaaga aactggaaat aatgtggtag aaattacttc actcaacagc aaagatataa 360 aagttgatga tgtcaagtca tcaaatgaaa acagtgaaca accagatgat aatgctttgg 420 aaattacttt agaggcagat tcaggaaaca acgaaaagct aaacctaaaa aatatgcaga 480 tagaaacagc atcaaacgaa aatgttaacg ataaaaaaaa agttgaagaa aatgcaaaaa 540 aaaaacatgg attcattggc gattttggtg ttgatacaat ggcgcaccca ccgtatatat 600 ctacagaaga tttccaagat aactttcacg atgagcaaac cttgtctctt cctaatttac 660 cactaatgtt agactcagaa cctattgtat ttcctccaga agttaaaatc gaacctcata 720 tagttgatca catacaccct gtaattgttc accatatgca ccctgttata ccagttgtat 780 catgctgctc tgcacaagaa gccccatcaa tcaatgttag tcctcccgct cccgctttac 840 cgccgcctcc tcctccaccc cctccaccac cgccacctcc atgcacagtc cacattcctg 900 ttacaataca tttaaaagga aaattggctg taactttaaa acactgtcaa aaatgcgact 960 tttcaaaaaa tattgaatct atcggaccat tgaaaatctt accaatcaaa gggccaacaa 1020 aaatttcatt tcttaaaaaa tcacttgaaa aagacgaata cgaagctccc gttgaagcca 1080 atgcaattaa aagaagattt acagaagtag ttccttttga tgatattttg aacaaaatag 1140 acaacattga ctacgatgtt tctaacgata atgtaattgc aacgaaaaaa gatgtgacta 1200 agttcgatga aaaaacatta gatgaaaagc atgttgtaat tgaacgtcca gtatttatac 1260 ctgaagcttt tttaccaaca aaagcattta agcgtggagt ggttataagc ttacctaaag 1320 gaaaagctct attaaaatgc gtcgttaaac caaacaaaac cgtctctgaa aatgtggtta 1380 atattgaagc atatgacaat gcaacgccta taagtagttt aaactcagac attcaacaag 1440 ataatttgag tcatgcaata aatctcgaaa actctttttc agactccaat gaaaatcttc 1500 actctaacaa gcatcatagc agaaaaaaag aatttaatag gtttgcatat cagtttatga 1560 aaatgtttga taaagacatg atgatttcgc tttatcgtat ggctgtgaaa gatattttag 1620 gagagttgca tcatcaaaag agtatgcaac gtcgtacttt attacaagtt aaagcgaaag 1680 acattgaaaa agaactatct actcttgaaa aggtatatcc aggcatttcg aactctctta 1740 agcaaataga tataccggtg aatgatgatt ttaatgggag agtgaagcgt agtattaaaa 1800 attcaaactt accaaaacct cagaacattc aggtatctaa cagtactaga cgcgtaaaat 1860 tagttgatac tgatcggcct gtttttgttc aaaggttatc aaataaaaca actcaaaata 1920 aagatacttc ttcgaatgaa gaaagcttta cattttatgg tgattttgat ccctctaaac 1980 taatagacga ctcaggaggt acaacaaatt gtattgatat aacttgtgaa aaacaaaagc 2040 tatacattca acacgcggga caatattttg aaagtttaga taaacttgct ttagaaccct 2100 acaaaaagtt tatgaaatac aaagacgact catttgtaag caaatatgat gtatcgccag 2160 gtaaagaaga aaaatttcac tcatttcaag acgatagtta taattatatc aacttgaaaa 2220 gaaataaagt caataaagta atcagcagac gcaatgacat tggttcgtca aataaaaatg 2280 acgacgaagt tgaaactgtt actgatgtta gtaacccaag tacaatagtt gaattatttg 2340 gaaagctccc tcgagttcca cttaaaataa ctttgaatcc gaaagggcct ttagctaagc 2400 taaaaaaacc tattgagatt gatttaaaac caccagataa aggagttccg aatgcacgta 2460 cgattgcaac taccaatgat ccgactgttg cagtgcacat agtaaataaa attttcaaag 2520 aagagtcgtt tgatccaaaa aaagaagaaa aacttcaatc agcatatgct gacattaaaa 2580 aaaaaagcag catcataaaa ggttacttgc acatgaatgt aacaccggag ttagtagagt 2640 accagaaagc aagtaaaaaa atgaaaatta ttgtaaattt accaaaagaa ctttctaggc 2700 tttatcgtga gtctgttcgt ctaaatggaa ttaataacaa acacaatcca tcacatatat 2760 tggagcaatt ttctgaaaaa gccacaacgc gcatgactcc ttccgaactt acgccaaaaa 2820 tagcagaata tcaaagaaca ttagctgcac tccaggaaga aaccagaaaa gcattagctc 2880 agcttcagaa agtaaccgct aaaggaactg aagaaagcga aaatatcgaa aaattaaaac 2940 ctcaggcctt agatccttat gccgatcttg gttctaccgc aaagaagcgg acaaacataa 3000 acgaaacaaa agaaataatg cttgacaaaa gtgcagctga acaatacaaa gaggctactc 3060 gggatccgta ctctacttta ggttcaccat ccaaagttaa aacacttaat ggtgagataa 3120 aacaagacat accattagca tcagggatta gcttagttag acgcgataaa aatgatattt 3180 caaaggaagt aacagttgag gctgcagtaa aagatacaac tgatagcctt ctaaaagata 3240 ctactgctgt ttctatactt gcagcctttc cacgttttag tgaggctatt gcaaaaataa 3300 gtccggaaac tcgaagaaaa ttattacaac ttaagccgtt tcagtttata gcgaagcttg 3360 caaataaaac tgcttttgaa aatgaaaaaa caactattac aaacacaaat tcagtaaaac 3420 cacccaataa tgtttctgtt gttgcagatc cttacaaaga cataggaaca attgtcaatg 3480 taaattctga aacacgtggg tttcacaaac atacgtctta caaattcaac aaacgtacta 3540 aaattgcaac aagtaaacgt tcagatacgt atgaccctta tgccgactta ggtacttcca 3600 ttggattaac acagaatgaa gcaagattac ataccaacga aaataataaa attaaagaaa 3660 atgataccct aagtttaggt agtgaaaatg ctgttaaacc gtctatcgca acaaatttat 3720 cacacgctgt agttaaagag actgatttag catcagtaaa atctcagtat aatttaccca 3780 cgatgcattt agtttctcaa aaagaatctc aaaaaaataa cggagaatca aagctatcaa 3840 attctgattc atcttttcga aaaaaggaat ctgatcctta tgcagatctg ggaacatcag 3900 gtaacagtgg accgaaccca gccgaagtga aacataccat taaaaaagca ccagaaaagc 3960 cgcagcaagt ttttgaaaaa aatgtagaca cacatcatca aagcagtaat tctttgacaa 4020 acgatacatc aaaaggtatc aacgagacgg tttacttaaa ggtgttgcaa gaaatccaaa 4080 gaaaaaagca agataagttg caagaaatgg aggaaggaga tttgacgtca aaaaatgatt 4140 tagtaaaatc tgataacacc caagagaatg aattagcggt catttctaaa ttagaaaaag 4200 atatcgcttt agaaaaactg cgtgtagaag acgcacacgt gtccgatcca tcaacactac 4260 ttcagaacgt cggtcaagaa attcaggatt caccaagttc ttcgaaaaaa agtattcaag 4320 aaagtttgtt ggcaaagtca caccgattta ttttgtcaaa taagcaagaa gattttaaaa 4380 agtctagacc atttacacgc agttccctcg aaagacacga agataaatcc agtaatgacg 4440 aagtaagtag aataaaatat ctacaaaata gaagacgaaa aattagtgat gacgataaat 4500 taagctttac atacaaaaaa ccattatacg aatctcaaag tacattgatt gatcagccgc 4560 aaagaaaaac agcagagaac atgcacactt ctagtagttc gtttgaaaaa cctgataaac 4620 ttaaaacaca atctcactct tcgtttttag aacgaaaaaa agcacaagaa gatatttccg 4680 ataacgaaat agaagaaaat tattcaaaaa gaaaactttt tctaagtgat gacaatccaa 4740 gaagagcaga cgataaagaa aagataaatg gaaagaatta tgaagaactc aacctcccgc 4800 atctcccaaa agagtcaaga aaggtagagt tagaaactaa acattcatct gtaagcacgg 4860 aagcggcaaa ccatgaatca tctctggaaa gatttttagc agaagatcaa aaaaaattaa 4920 acaatcacga cgaaaaagtt catgaaattt ctatcaaaaa gcatgatgaa aatcgtagat 4980 gcttacctgc aagtgccgaa ttagaagcaa aagaattact ccacgcaaag gaaggaaatg 5040 aaaatcggtt atctaaagta gaagaaacct caaaagctaa tgacatgtgc ttatcggtta 5100 aagatagtga gactgcaata aacgagggat taaatttcat catcaactca acagcaacaa 5160 caaataaagt cgacagacat aacacggaaa ttaaaacaac tgaaacacac gataacgtgg 5220 atgcttcaac gatatcaaaa aaagttgaat ttgacccata tgcagatctt ggaacagttt 5280 cgacaaaaag cactattcaa ggtacatcac aaaatgaaaa aaattcaaca attaacattt 5340 atgaccctta cacagacgtt ggtggaatcg ttgcaaaata a 5381 <210> 140 <211> 2139 <212> DNA <213> Hydra magnipapillata <400> 140 agataactaa taagaatgta tcgaggagaa agagctgtcg tgaacgacat gcgaatcttt 60 cgaaaaatta tcgatgaaag atttgcaagt ttaattcgca tggacataga atttagacaa 120 atattagagg atcttgtcat tgaccttcat gaaaatccta agggtatgat tgatcactta 180 gttgaacaca gatactttaa cgaattagtt tatggtatac taagaattat ggatcatcat 240 actccaatgg ctccaaggat tgctggaaac gcagcgtatg tcattggagc tttaattgat 300 tcacccgtcg gaaaagaaaa ggttgttgcg ttacttcaaa atgaagatcg agttgaagat 360 acgcagcatt gtttaccaaa ccttgctgct attattgaaa ctggtgatcc tgaaccaatg 420 acaaatgcat ctggaactgc atcacttatt tttgaaagtg aacaatgttt gaactgggct 480 ttggaacaac catcttgtga gtggtttata tcagtgttag gtcaagcact tgttaaaggt 540 gacatgtggg ttgccagcaa ttgcgcgttg actcttgctc gaatttctat gaacaaaaat 600 gggttggaaa aaattgctag acatcctgat tttgacgaac tagcaatgca gttaattgct 660 tctgtaggtg ttgacgatga aggacgaggc atgaacgcag catttgcatt gggatatctt 720 tgcgaaaatg aggatttaat tgcaaagatt gtggactata aagagttctg ggatctgatg 780 catggtttaa ttcaaatgtt aaggagcctt gatgatggtt gtaaaaaaaa ctcggctttt 840 tgtcttaaag caatttcaca gtggaaaatt ggtcaacaac aaataaatga tgaccctgat 900 atcacttatc ttcttgaaat acttacaaaa cttcttactg caggtgacga agatcttgca 960 aaaatggctg ccaatatttt gtgcaacttg gctcaaataa aaaaagggta tatgctgcaa 1020 aaagatgatg aaaaaattgc tgtgaagcca actttaaaac acgtgttatc tcaaatgtca 1080 ataagtgaaa attacagaga agaagcattt aaagcaatga aagctttaat gctagaaaag 1140 ccagagcctc cagtgcttaa agttcttgat gcacattcaa ttcatgccac ttgggaagtt 1200 atttcatcca aatgcaatgc aaatgttcaa tatgaattgc agtgtgatgg agctaatatt 1260 gtatacttgg gtcctgacac ctcatacaca gttactggtt tgaaggaaaa aactttttat 1320 gagtttacac taagagctat tacagatgaa aatgaagaga gctttacaag cgatcctgtg 1380 actgttcaaa catttcgttc agtttctaca cctcctcaaa atttaagagc aatacaagtt 1440 acagctagcc aggttaagat agtttgggaa aaaccattaa agattattgg caaccttaaa 1500 ggctatcgtg ttaaagaaac tggaagttca attcattatg aacctgtttc tttatactat 1560 attgccagca atttagaagc agacaaagag tacacgtttg aagtttgtgc agtaacacaa 1620 cgaggagatg gagaagtagc aacagttact gttagaacac ttggtcatga ttatcatgca 1680 ccatccaaac ccaggttggt atgtataggt ccaaatgaaa ttgtttgtac atgggaacca 1740 cctgcagcaa aaaatcttag aataaagaat tatgaagtca tatgtaatgg aaaggctatc 1800 tattttggaa cagtaagaaa atgtattgca aacagattaa aagaaaacac agtccacaca 1860 ttttcagtaa ttgcatggac gagtgagggt cgcagagaaa gtcttccagc aacaaaaaaa 1920 actacaggtg gttataagaa aaaagcatta aaaaaacgac cttggaagaa tgagtcagaa 1980 cttcaaaaat ggttgaaaga tgaagaaact gaagaattaa aatcagattc agaagaatca 2040 gataatggtt cagcaccaac agatgcaaat gataacgaga atgaggattc tgaaaatcca 2100 caaaaaacag acagtgaaaa cgaagaagac agctcataa 2139 <210> 141 <211> 632 <212> DNA <213> Hydra magnipapillata <400> 141 atgccatgcg caccacctcc tcctcctccc caaatgatac caatgcccgt agcaatgccc 60 gcaccatgtt cgccacagat gtgtggatcg caaatgccag tgggttgttc accacaaatg 120 tgtgggcaat catatgggca acaaatgggt ggatgcggtg gtggtggtta tggaggcgca 180 caaggtggtt atggtggatc acaacctagt tatcaagtag cgtatgtaca aggacctcag 240 ggaccaatgg gtccagcagg tatgcctggt gcaccaggtt taccaggacc aatggggcca 300 agtggcccac caggaccatg cggtccacca ggaatgccgg ctccagctac aaggccatgc 360 agtccaattt gcctccattg gatggcaatc ataagtcaag cacctggagc tcaagctcaa 420 gcacaacccg tatcatgtcc acaacagtgt caacaatcac aatgttgtta cccaccaatg 480 caagcaccta tgcaagctcc agtacaagct gcaccagcat gcatggcatc atgcgcacca 540 caatgctgtg gaagataata aaatacctat atgtaattga ataaagtttt gtattcatat 600 tttttaaaac taaaaccatt ttacaattgt ta 632 <210> 142 <211> 6493 <212> DNA <213> Hydra magnipapillata <400> 142 attcctattt ctggattacg atttgccaac aataaaccat tttctaaaga tattgcaggc 60 tacaagctta acggatggtt aactttacaa gctgttatag ataatggcac cgatgttatg 120 tatttatttg atattcctaa gttaaagttt tcttcatatg tatccagtgt ttttactgtg 180 tatttgactg caggaaacaa attaaactct gttaacactt cgattgagat tgctgttttg 240 tcagaaatta gtagtataca attgtatgct gaaaataatc aattgcaaaa tagcagttat 300 agcacaagtg tgacaatatt caatggaact aatgtatatt tgatacttga ttttggtgat 360 ggaacccctg ttttaagttt aacaaatatt aatgccactg gtatgaatgg tttcacctac 420 actatttcac acatgtattc tgtgtgtgac atttatacaa ttactgctta tgtatcaaat 480 gttcttgtta ccagtagtgg agtgttcaat gcaacaatca ttagttcaaa aaaagttgca 540 gttttttgca tattatctca gttaaatgtt ataacaacac cgactgtttc tttaaatggg 600 tatgttgagt tacctatcac taaaagttta atgttaaaca tatttcaaga tattggatca 660 tataggaatt attcaattga ttggggggat ggtacttatt catataataa tcaatcagtg 720 ttgaatttaa atgtttattt tcctgttatg tttcaagtgc agcatatgta tgaaaaggaa 780 gacatgtata atgtttctat aacatgtaaa aacgccttac aaaaacttaa ttatgttgtt 840 caagttcagg taaagagttg ttctgtgcct tatgtcagtt tttattacgg aacatcttta 900 aatccagtga gtgtttttcg aaactatgat aaagatttta taggtttcat tgaaaaagtt 960 aaagtatctt gtcaaagtaa aacttcgact tttgaatgga atcttacaag ttcgaattta 1020 aagcctataa taagtcgaca aaaaggtata gaatctcagc aaaaaattat gtatacaatt 1080 gcaaaaggtt cacttgatgt tggtttttat acattgtcat tgcagtatac ctatggagaa 1140 acttctactg tttattcagc atatgttaat aaaaatggaa atgaaagttt ttaccaaaat 1200 tttactatta gtgcagaaaa tagtaatgat ccagatgatc caaccgttgg aattaagggt 1260 attactttta catggagatg taaagttgct acaaattttt ctgatgccca aattgttatg 1320 gcaaatttca catctttaaa ttcaactttt ggtggtgatg catgttttaa tgaaacctgg 1380 gtgaatattt cttctactag tccaagtatt aaatttagta cacagcagtt cttggaagga 1440 atcaattacc acttcgaagt ctgtggaaca aaatacgcag gcaaagatat atactcaaag 1500 gatcaataca aaacaagttg cttcattcaa caatttctaa ttattgcagc aagtgctcct 1560 actataaccc taaagtgtat atcaaactgt gcaaccaaat taaattttca agagcgtgta 1620 atatattcat ttgtctgtga agactgtggc tccagaagat tagtggcaaa atggattatc 1680 acaagtgatg cttctacaga gccactaaca gataatgata caacaactgg gttttctact 1740 cctagtcttg taattaaaag agatattttg cttgaaacta aaaattacac atttaactta 1800 atagttggtt atgctgactc tataagtaga gcaagctttg agtttacaaa gactgtttgt 1860 tcgaagccaa ctggaggagt ttgttatgta aacccagcct ccggttatgc cctggataca 1920 aagttttcaa ttgtttgtta tggttggaga gatgctgatg gattgctgtt ttatcgtttt 1980 tattatgaca atggtcagat tgagcggatg aatctcagta gtacaaactc tgtggattat 2040 ccattattaa atgcagcaac tatagatcaa cctagtttag ttaactttgt gatggggcct 2100 ggtgaccaaa agaatgatta caagatcata atttttttaa gagttagcaa taagtacaat 2160 gcttacacag aacagaattt tactataatg gtgcgcacac aagttatcag tttaattaac 2220 aacttgccca ttattgattt aaattctttt aaatctgtaa gtgatggttt ggttttatca 2280 ataaaatatc catcagaaat tacttcacag gctcagaatc aggcagcaaa tattgtggaa 2340 cggttgtctg gatatctcac caaacaaaat ttgaaaggtt ttggagcaga tagttttgat 2400 acactgactc aatcacttct aaattctatt tcgagtttgt ttctgactga ttttaattca 2460 actgatccag gatctccctt tattcctgat aataaaacag catcatctgg cactgaaaca 2520 actgcaacaa caacaacttc agcagcattc tcaaatctta ctgtgaatgt agacatagtt 2580 tcaaagttat ttgattctat gaataaatat ttcatagctg cacattctta caaagtacct 2640 ggtgaaattg ctactatagg tgaaacaaag gagtttaatt ttgtattaaa gaaaaatttc 2700 tcttttgatg tgagcaacag ttctattggc tcactcgatg gtggttttac gtttccgaat 2760 gttgaagata tctttaataa ctccatgcaa gctaaacaaa ttctaattaa taatgtcaga 2820 atgaaaaatc ttgtttacac atgggacaca aatcgatctg aaaatatact cacagaatct 2880 caaagtcttt caatctttgg tcttgatggt cttccaataa aagtcactaa tacttcacaa 2940 ccaattacta ttgccataaa aaatattcca gaaaaaatga ctggtaaaaa tatatcatta 3000 tcaatgccta atgatgtata tctagttaag cttccattga aatcagattg taaaatgcta 3060 ctgaagtttc tgtttaaaaa tgatccaaat aatttaacaa acctaattgt ttacattcaa 3120 tatggaaaag ttgcatctaa atttgattat gatattatgc taaatatttc tgctaaagac 3180 ggcattttta tgacaaaaaa caataatctt gttcgaaact taacttttgc taatacattt 3240 acaaataaaa tgaatggtct aagaaatcaa gatgctaagc ttaatgatga tggttcattg 3300 gtttgtgga attttaacaa ctctacatat gctccatcta acaatagtga actacatatg 3360 tcattttgtt attttggtcc aatgcctgat aaaaaactaa atgaaaatga atacactttt 3420 gatcaagcag agttttctgg aaaatttgag tatgaaatga aatcatattg tgctgaatgt 3480 aattacgga atgaaaatgc aaacaaatgg atgtctgatg ggtgcgagct tgatgaaact 3540 tccactaatt ttttggtaac caaatgtaaa tgcactcatt taacaacgtt tggtggattt 3600 ttcattgctc ctaacccact acttccactt tcattagctt tatttaaaca aggatacata 3660 ctaactgtag ctgttgcagt tgtcattctt ctatggttac tttgtttacc atttacacga 3720 agaatggata agcaagacga atctaagata ggtgtttgtc cactgtatga taatcgtgaa 3780 ggagaaactt atttgtatca gataatagtg catactggag acatcagaaa tgctggtaca 3840 aaatctaaca tatttctcac tgttgctggt gacataagtg aaagtggagt gagacactta 3900 aaagatcctg ttaggaaatg ttttcagcga tcaagttgtg atgtgtttat aatgtctact 3960 tgcagttctc ttggtaattt agattttata agactgtggc atgacaatag tggtggaggt 4020 tggtacttaa gaaattattat aattattgat cttcaaactg aaaaagaatt tctatttatt 4080 ggtcatcgtt ggatggctgt agatcgtggc aattgtttgg tagactgtgt aataccggta 4140 gcatcagttg aagaatctac aaattttaat tatgttttta aaacaaaagc acaacacaag 4200 ctattagatg aacatttatg gctttcagtt cttacgcgct tacctcaaag taattttacc 4260 agatgccaaa ggttgtctgt tgctttttct ttgattatga cttctatgat ggtaagcgca 4320 atgtttttc atggtcttac atcaactgat acagcaacat gcatagcttg tgaagaaaac 4380 aggaaatcat cttcaacaaa aacaattagt aaaaaatgtt ttcctgtttt gtgtttgtac 4440 atgacatggt ttatttgtat tggaagtata tttggttgtg gttttattgt tctatggtat 4500 ggaatgagtt tcggaaataa ccaatcttta cattggttga ctatcataat tgttgatttg 4560 gtaaaagaaa tattattatt tgcacccata aaaatattta tatctgcaat aattatttct 4620 cttgttgtaa aaaaagttag cgaagacaaa agtgaaatta aaaataaagg taaagcgtta 4680 gctctgaatg aaagttggct tcacaaacag aaagataaat cattgatttt taacaaggat 4740 gatgttaata tacaaccacc tgatcctgtt tcattaaaaa aaatgagaga tttacgctta 4800 aagcaactta agatgtatag tttaatgaca gaacttattt tatatttttt ttatgcaata 4860 tttgctttcc gcattggtta ttttgcacgt gaaaatgttg ctttttatca aactcgcaat 4920 atacaagaac ttttcaattt gacactgaga ggtgttccac tgccaaaaga ttatagcaaa 4980 atttatggca aggttcaatc atcaaagcat ttttggtcgt ggatggaaga acttttcttt 5040 ccacaagttt atcctgaccc atggtataac ttgagtgctt tctattcaaa tacaagtcaa 5100 caaaattttc ctggaaaatt gtttttaaat gatcttacct caaaaattgt taatgggatt 5160 agaattcgcc aagttcgtat tcagccagat tcttgcaaga aagcatactt gatgtctaaa 5220 tttatcaaag ttgattgttt gtcatcatat gcatcatctc ttgaagaaac aagagatttt 5280 gatttaaatt ggaaaattcc aaaacaatat aactctccca ttattccttc tacaatgcca 5340 tggaggtatc aaacttggaa agagcttgat gggtatccat atgcagcaga tttagatatt 5400 tactatggcg gaggctatgt cttagaaatc tttcctaaat ggaaaaacaa ggctttactg 5460 gaacaattaa agaattcaag atggattgat agacaaacac gagctgtaat aattgagttt 5520 gctttgttta atgctgctac taattatttt accatggtta caatggcctt ggaatttcct 5580 gcctctggtg gagttgtgcc tacttcttct atacttacat ttcagttgtt ttcttcagga 5640 acagatatat atgtctggca tgttctgttt attttaatgg ttttagtatt gaccattcga 5700 cattgtcatc ttttgtatca atctggttgt aaatattttc tggagttttg gagcttagta 5760 gaaagtttaa tgatactgtt ttcagtaatt gcagttggtt atctggtcaa gatgttattg 5820 caacggctgc cagacaaaaa accacaaaca tttatcaatt ttcagtttgc atcctactgg 5880 gatcttgttt atgttaatct tatttcaatc gttatttttt ttgtgacatt aaaattcatc 5940 aagcttttgc agttcaatcg ccgtatttca atggtgtcat ataccctaaa agttgcatgg 6000 taccctttaa ctatgtttgg aattgtcttt tttattatcc tgtgttcttt tgtgtcttct 6060 tctgccatta tatttgggcc ttttatggat gactataaga ccttcttaaa tacaataact 6120 tctgttgttt cattgttgtt gggaagattc agttttattc aatataaaaa tgcgaacagt 6180 tttctcggac cagttttttt ttatggtttt aatattattg ttatttggat cattatgaat 6240 atgtttgtat ccatattaaa tgatgcgttt cgaaaagtcc gtacaaagcc tgacaaccag 6300 actaatgatt atgaaataat tgaatttttt ctagaacaac ttaaagattt gtttggatat 6360 agatggatta aacaggagaa tactttttca tatcaaaatg aaaaaatctt tgatataaaa 6420 cacgaaagcg acacttataa aagagtatca cattcgaacg gaattttatc gaaaacctct 6480 gatttcaaca aag 6493 <210> 143 <211> 1068 <212> DNA <213> Hydra magnipapillata <400> 143 tgtcaacatt agatgcaagc gttttagaat gacaaaagat actgaaacaa aagaaaatgg 60 ggttgaatct tctgataatc ctagtggact tttgtgggat tcgtcgcaag ctcaagtttc 120 tcagcattgg aaaaaaattt ggaagttttt aaattcaaaa aaaacaagac aatctccgat 180 taatattgat acaaaaaatg tgcaacatga cgaaagccta aaacctttaa atttagatcg 240 tcaaaatatt ttagttcatg taacgaacat tggatggaat atttcattta aagctgacaa 300 cgttaatgca atctctttta ctggaggggg gttggttcac aactatgcgt ttcgtgaaat 360 gcattttcac tggggagaag ttcacaaagg taaatgcgaa cttggttgcg agcatactat 420 tgacggaaaa agatacgcag cagaatttca tgcagttcat tggaataccg atttatacca 480 gacagaaaat gaagctatcg cgaatcctga tggtttagct gtaatcggta tacttataga 540 tgcaaatgaa aagtacgaag acaacaaaga atttgaagtg tttcttgaga tgtttgataa 600 agttccttat atgaacaaca gtgcttcgtt caatgtagat ccttatcttc tgttacctaa 660 aaatctaaac cattacttta cgtatcctgg atcactaaca atgcctcctc ttactgaaaa 720 tgtctcctgg acggttcttc cagagattgt acgtatttct cttaatcaac ttgaaagaat 780 gagcaaaaat aatcctcgag aagaatggga acaacataac tgttataagt ttcaacgtca 840 atctgattcc tcaacgatta caaataactt tcgatataca caaccaataa atgatcgagt 900 agtaagatct ccgttgccat gaatttaaat ttgagtttat atggatttgg ctaataaata 960 attgtgtttc agatttatat ctaatacctt tatattattc aattaattta agtgtgtatc 1020 atttatttta ttcttatata ttaatttgcg agatattaga agcaaaaa 1068 <210> 144 <211> 1501 <212> DNA <213> Hydra magnipapillata <400> 144 atgttaggtg ctacacatag agagaaaaat gcaaatactt tagtgcgatc caggagttta 60 cctaaaagaa tgtttcagaa accgttgttt cgaagtatgt caaaacaaat gcataaaaaa 120 gccatatcaa atctccaaaa tcattcttcg ctcggatatc ctgtttcacc gcagtcttat 180 tatacgggag cattgtttca atatggctcg cattttcacg aagcctctaa taaacttttg 240 aagttttcag agtctagaaa agaatctcta actttgccaa aagttcataa cgaaaactcg 300 tatgatgtac cacattttgc ttcaaatagc aagtatgatt ttgaacctta tttgtacgaa 360 aaacgtaaaa gagccactag cattcgaaga tgccaaagtt tacctatgtg tttccaagaa 420 aaagacttta atgctatatc aacaagtccg ttaatttttg gagataacag tatattagaa 480 aaagtaactc gaactcgtaa aggctctttt tcaagaaaag acagcaattg tagtgaaaaa 540 ctagaatttg acaatctttt attggaaaat ctcatatcaa atgtgctaaa aaaatatatt 600 aactctaaaa catacaattc gtcattatca aataaacgat cacgacattt aagcaaacta 660 ctagaggata tggttagact tcgtttaatc aatagcaacg acaagtacaa aattgtagct 720 catgtatttt tgggagaact aaaagactac ggtttatctt ttgctacgca gtgctcttat 780 catccaactg aagatttttt tgcgtcctca acatcacagt cagaagatat atttgtttgt 840 gctattgtta ccgctatgaa atgcgacgag gagatgtcgg tctacgaaaa tcctaattgt 900 ggtcgttgtg gaaagaaagt ttatcatgcg gagcgaatgg ctggtgggga tacctactgg 960 cacaaagttg gatgttatac ttgtaaagta tgcaacgtta ggttatcttc aactacagta 1020 gccgaagcca atgacgagca cgaaatatac tgtaagtcat gttacggtaa actaagaggt 1080 cctaaaggat acggttatgg cgcaggggct ggaactttaa gtatggactc tggtggtaaa 1140 tacgaaagtc atactgggcc tcttgtatca agtgattcgc agatttattt tgggggaaat 1200 aaatgcccaa gatgcggtgg ctctgtttat catgcagaag aagtcatagg agctggatgt 1260 tcttggcatc gacattgctt tagttgcttt atttgtaaaa agaagctgga ttctacaaac 1320 tgccaagaaa atgatggtca aatttactgc aaatcgtgtt acggtaacca atttggacca 1380 aaaggctacg gatatggtgg aggaagtgga gttttaacac acactactta gatcaatttt 1440 ttaaagaaat aaacattacc gttgtattat aaaatatttc caatatatga tatttataac 1500 a 1501 <210> 145 <211> 1763 <212> DNA <213> Hydra magnipapillata <400> 145 gttgtgaaga agcatcacgt attcttttaa aacatggagc accagcagga gtttatgatg 60 attcaggaac gtcatgctta tcacacttga ttgcaaaaat gcctaatgta gctgtcgagg 120 ctttagatca atttcaacat gttgataagg caaaaagaac aactaagtat tatttaagtt 180 acttagaaac caaaaaatgg aaaaatagta aaaaactgtt aaaaaaaagt gtaagagtgg 240 ttttggtcag agaaccttta gagaacattg taaaaaatca agattcatca ttaattatgc 300 atccagttat tcaacggcta attaaaaaaa aaaaacagtt atatggtcag catagcttta 360 tttttgtcct tttgatcaac ctcttgttta caacaatatg gactgctctg acttttacac 420 ttcctcagta taaatttggt atttcatctg atttaacaac tgtagctcct gaaactatct 480 tccccaacat caccgtgttg gctgatttaa catttactaa atcatatgat tcaaccttat 540 cactggattc aacaatatca ctggattcaa tcaatacaac tgcttcaacc acacaaagca 600 tttcacaagt tgaattttat actccttatg ataaacagag ctggagattt gttttagagt 660 tcattggatt gcttttagct atctactttt tcattcagac aaaagttcaa tttaaaatgg 720 caacagaaag ttatgcaggt gttaaggttt ctcgtttgca agagttaagg cgagatttaa 780 atttttgcca tcctcggtgg ccacaagaac gaaaactaat tgaagaagaa attcgtaata 840 ttagtgcaga aacaatggga tcattgtata atgcatggat tgtttttgat atgctttgtt 900 acataggact tgtattttta atggttacta gaattatttt gatttgttct aaagaagtag 960 ataatactta cgaaacaaca ctacgagctc attattatgc atttcctgtt gttcttttca 1020 taatatggat aagatttatg tcttctttta gacctttttt tgctattggt ccatttattg 1080 ctatgtttgg gagtgttgct gaagaaacag tgaaatttac atttttattt atggagtttt 1140 taatacctta tgcatgcatg gtatggatta tatttggtgg acctcagtgg gatgataata 1200 gttatgctaa ttttgatgat gtaatgtttc aacttcttcg aataacaaat agagacagtt 1260 tttcttacac aaatcttttt acgcataatg gaacagtaaa tacatcagaa aaggtggttg 1320 cccagttaat ctgtggatcg ttctatgctt ttatgtcaat tacatgcatt agtctttata 1380 tcggaattct ctcacagact tttacaagag tgttttcaaa tgcagcagcc acagcttaca 1440 tgttgcaagc agaagccttg attattgctg aaaaaaaatt aagcaaaaaa aaaaaaaagg 1500 aggttcaaaa tgcaatagca aattactgtt ctcctgagat tgtatttgaa attgaagatg 1560 aagctgaagg cgcttcccaa gtattggcta tgcttgaaaa cattagtagg caaatagagt 1620 ttcttcaaaa aggtcaggca gagttgaaac aaaaatcaga ttatatagaa gaggaggcat 1680 cgtcattgct ttacgaaaaa gataaaatta tagatgattt aagtgttagg attcaggact 1740 taatgacatc ctccgatact tga 1763 <210> 146 <211> 3261 <212> DNA <213> Hydra magnipapillata <400> 146 atgaaatttt cacgggctgc tgaagaacaa gttattcaaa aggcaaaaac cgaaacaaaa 60 aaaattattc tgcaaaaaca tactgataga aagactttta aaataactac gccatttata 120 acagattata attcaaaaga tcaaaaaagg cattttcaca ataatcatca ttctggtgaa 180 tcttattcta ttacttggaa aaaaggttat aaagttcaaa taagtcagct aaattctcaa 240 aactgtcaaa ctcagctaag ttttcctagc ccgttgacaa ctgctagtac aggtgtgatc 300 agtgttggcc catatcaaaa tataaaaact gtcagaccag tttcacagaa agatttaaac 360 tttgaacaag aagaagaaga acaagattta aatctagaag aagagagaga agaggacgca 420 aaaataaaag ttgtagttgg atggaaattt ttacctactg taaataaaat tcgttataaa 480 gaaaaggaaa tagagaaaga gaaagaatat cctgtaggat tacgatcacc aacaggaacg 540 aacaacttag atttatccga aagaatagaa agtacattat ctgcagaaac ccattataaa 600 agtcttagtg aaagatacaga tgaaacttct agcgaggact tttcttcaag ttttaacaaa 660 ttagagaaga aagaatattt tggtgaatct gaatttaaag agtcacaatt agttaagtct 720 tcatcgagta cgataatagt tgtagtgaaa gtatacaaat cagaacatat agcattaatt 780 agtaattatt atgggatatca caataatgtt ccatgtaaaa cttatttggt taaatgtcac 840 actggaaaca aatacttctc tggtacaagt gcaaaggtct caattgtact tcatggaaat 900 atatgcgctt cagagaaaat agtgttagaa aaacctgtta gtggaaaggg tcctttccag 960 actggtcact ttggaatcaa tgccgatgtg tttgaaataa gtacaaaaga tgttggttac 1020 ttgtggaaaa ttgatattgg acatgataat tctggttttt ctccttcgtg gtacttgata 1080 aaagttgaag tagtagatgg tgataaaacg cacaagtttc tgtttaataa ttggctttat 1140 tacagccgca cttatcattt actacgtgtt gaacttgaaa cagaagaaat cccaattgtt 1200 gaaataatcc caaaactgag tgaaggtgat ttaactgaac atcatactct aaaattttac 1260 aaaaattttg aatcagacaa tccaaaacca ctcattgttc gcagagggtt atcatttgat 1320 gttcttgtac ggctagctcg tgaatatgaa gcacaaaaag acagttttta tttttctctg 1380 tcaacaggaa gtaatcctcg tgaggcaaat aaaaccaaag ttatagtgaa agagttagct 1440 ccaaaatatt taagccaagc tatagaagaa aaaaaatggt tttacattat taagagcaat 1500 gatgatccaa atagtgttcg tgttcaagtt tttattccat caaatgcttt agtgggtgaa 1560 taccttgttg tggttgaagg agagagtgat tcttttaaat atcctacaga caaagtttac 1620 attttattta acccatggaa tgaagatgat gaagttttta tggaatctga agaaaaaaga 1680 aatgagtata taatgcgaca attcggcatc atataccaag gatgctggaa ttctcctgtg 1740 gagaaaaagt ggtattttgg acagtttgaa gaagtaagtc ttaacactgc attttatctt 1800 ttggataata tacctgctaa agatcgaaat gctgttggaa tagcgcgatg gatttcttca 1860 ttggtaagca gtaatgatga aaatggtatt ttggttggaa actggtctgg taattatgaa 1920 gatggcactg ctccatcaca ttggaatggt tcacctgcta ttttaagaaa gttttataaa 1980 aggggcatac ctgtaaaata tggtcaatgt tgggtgttca gtggtttaat tacaacaatc 2040 ttgcgtactc ttggaattcc ttgtcgtcca gtgacaaact atttgtctgc gcatgaatca 2100 aatggagatt gttttcatga aatttattat gatgaaaaag gaggaaaaga atcaggagaa 2160 acaatttgga attttcatgt atggaatgaa gtgtggatga aacgacttga tttgtttgat 2220 tcaaagtttg atggatggca ggctattgat gcaactcctc aagaagttga cggaggtatt 2280 aaccagatgg gtccagcacc tttagttgct atcaaagaag gagttatgga catcaaatat 2340 gatgtacctt ttgttttttc tgaggtaaat gctaactcgg ttaaatggaa aaaaaatgaa 2400 gaagaatcat atgatgttat tatgtaccaa acagatgcag ttggtaaacg aatgagtaca 2460 aaagcagttg gaatagatga gcaagatgat tctgttatta atgattacaa gtatgtggaa 2520 ggaagtatac atgagatagc tgctctcaaa aatgctctac aaagttcggg ccatgaatac 2580 gctcaaaaaa tatacagctc ccgaaatgcc aaagtctttt tgagtgtgtt gggaaataaa 2640 gaaaaatttg aaatgggtga tgatattgtt ttgactgtgc gcattaaaaa tacaatgaac 2700 aaagaaattg agataccaat attattagcg ggaactatta agcgctacaa tggctcagtg 2760 atcagagcct tgtcaaatca gaacattcca aaagttactg tcaggaaaaa ggatgaaaaa 2820 gttattagaa tcaaagtacc ggctgccgat tacctgaaat gtgttgttga tgatgcttct 2880 ctagtatttc ttgtccaggc tgatgtcact gttaaagaaa aaaagtatat tataatggaa 2940 gaggtaactt ttgtcatcac caaacctgac ctcgtgatta ctggtcttcc agaagaactt 3000 tacgtaggac agacttacga agtagtgatt ccatttaaca atattattgg taggaacctt 3060 actcgatgca agttaatttt agatggcacc attgttaaga aaggattctc tgtaaagtta 3120 cctgattgtc ctgcaaatga aaaaactgat ttccgatttc agattactcc tgaggtggtt 3180 ggaaaaaaga aatttaacgt cacttttaat tctctgcaac ttggtggact tagtggatcg 3240 cacaaagcga ttgttttgta a 3261 <210> 147 <211> 3152 <212> DNA <213> Hydra magnipapillata <400> 147 tccgctgaaa atcactggct tttattgatg aattacttca tcggagtaaa aagttcgact 60 taacacaaat actctatcgt tttttttctt aatttgtaaa gagttttaaa tttaagctct 120 taacttgcct tttttaatat acctgaggac cttgcggaat ggtttgatga aatatactag 180 ttaaaatgtt ttggaaaatt attgttttta tttttgctat agatcaccta tcaggtgcac 240 cacgacatca caaaaaattt cctaaagatg tttcaggtga aaagcgacaa agtcttggag 300 attgggatgt tcattatact gagccaagcc aattaggagc tgctagtttg gtacaaggtc 360 cgaacacaga agaccttctt tccttacaaa aagcaatggt tggttaccaa aaaataaata 420 aagcttacga gcctgctata gtattagctg gagcttttcc tcatctagag ggtgcagtac 480 cacatgctca actaataaaa acatttcata agccaatacc tcaagaagaa agcgctgttg 540 atgacgaaga tgatgatgac gacgacgacg acgatgaaga tgacaatgaa aacaaaaatt 600 cacgaaaaaa aagaactctt aagagccatc ctcgtcgatc taaaaaacgc actctcccta 660 acagtgaaaa agaaaagtca gacaaaaata aagagttaat aacaaccagc aaagacaatt 720 taaaaggtaa aaaatttgct gaacgtaaag aagttgaggg agataaaagt ctttcaaaaa 780 cagagcttga taatgacaaa aatacagaaa aagaaactaa gtttcaaaaa gaaacagaca 840 agttgcaaga aaaagaagtg agcaacgcaa aagaagaagt taaagaacga gaagaaaacc 900 atcataaaga actagctgat ttaaaaggaa aaaatgcaca gtatgaagga gataagccaa 960 ataatgtaga aaaacattta aacaatgaag gagataagtc aaatgtgggt gataaaaaat 1020 tacaatatga aggcgataag ttaaatgctg gtgaaaaaaa catgcagcct gaaggagaga 1080 aagaaattgt cggagaaaaa gaaaaacaac acagaaaaga attcgctaaa gcagaagaat 1140 cagaaaaagt tccaaataaa attaagcaac aggaggaaat aaaacaggaa gaagtaaaag 1200 aagaagtgga aaaaaatgaa aaagatagcg gaagtaagtt tactaaacaa cataagataa 1260 aagtagatga aaaggatgca ctgacaacag atgttcaaag taagtcaagt aaagaaaaag 1320 agtctggata cgataatgga agaagtgaaa acagtgaagc aacatctagc aaagtacata 1380 actcaattaa ggaaaatgta aatgataaca atgaagcttc tgttgataaa aattaccaca 1440 attctcggca agaagaagat cgcgttcaag aaaatgtagt ttcaaaagaa gggcataaaa 1500 atacgaaata cgttaaagga aaccaggttc aagataccaa acttgaacga aatcagaacg 1560 atgaaaagga gttaagtact agtgatctaa aggagttcaa ggagtctgaa aaaaatgaat 1620 tgaataaaca tcaaagcaat gacaaagatt ccacaaatgt gaaaagtttt acgaaagaag 1680 gaaagcagtc agcaagttct gaacaatacc aagaagtcaa cggaaagctc atttttaccg 1740 agagagagaa actgcgttta aaagccggcg ctgaaaaaga aagagaagcc gagagagtaa 1800 atgaagccca agctaataat aaaaatgaaa acgatgataa gacaaagccg gagtttaaag 1860 caggtccaaa tgaagaaaaa gaatctgtta acgagtctca aaacaaaaaa cttgaaaacg 1920 atgttaaaca agataaactc cctttaaaag tgaaccgcga agaagaaaag gaatctgaaa 1980 aaggaaatga aacaaataaa gaaagtgaag aaaaaggaaa atacgctgta cctgaagaaa 2040 aacaacaaga gccagtgaag gttgaggaaa aagaaaatcg tcaaaattat tatccaaaaa 2100 aaaaaaaaca gttgcacgaa aagttctcaa gtgaagagag caagcagtta gaccaaaatt 2160 ccgtagtcgt agttacaaaa cagtttgatg caagcaaaaa tgaaaatcaa aaagatttag 2220 aagtagaaaa gctttcagga aagagttccc gttctcaaaa cgaacaaagt gacgatacaa 2280 aagacgccga agccacttct tcaacggctt cagcttcaga aagactggag aacaaagaag 2340 cagagagtac cgaaaaatat tcagataaaa tttcgttagg aaagtggcat aaaaacaccc 2400 caaaaatgga aaaaaatgct gacgaactag aaagaaaaga ggctgaaaaa tacgataaaa 2460 atactctgga aaagtctgag caaattacaa aaggcgagaa gagcgtatct gaagaacacc 2520 ggcacgagga aaaagaactt ttgcttaatg acaatcctgt aagtgataac gaacttgttg 2580 gaaacccaaa gtccaataaa aaattacatg aaaaacctga aaaacaagct gaaaccgaaa 2640 tttctcctaa attaatggtt tcaaaagaag atgaaaccca aaaacaagct gacatgagga 2700 aaccaacaga agaacgaaaa ttcgagaaaa aaaaacccaa ggagtttaaa gaaaacgttg 2760 aagagcaggc aagtgttgat caagaagtgg tgaaagaaaa accaaaaagt tccagacaca 2820 aagitgccga aaaactagct gagtttgcac aaaatgaaaa cactgaaaga aaaagtcgcg 2880 atgacgatga tcgtaaagtt catgactcaa aaaccgccaa aataaacgca gatatgactg 2940 atgaagagtt ggaacaaaac tctcgagttg ttttgagcca attaaagcag ttgcaaagtc 3000 ttgcccagtc tccaaatcca gacccaaaaa aaattgatgt tagtgcactt catcccggga 3060 cagtaaaaat acttaaaaaa cttggcgaag aacacgagcg acgggggctt gttgacgatt 3120 acggaggtga caaagatatt gaaggtattt aa 3152 <210> 148 <211> 1347 <212> DNA <213> Hydra magnipapillata <400> 148 aatttcaaga cattcatgtt atgattttca ttggttttgg ttttttgatg acttttttga 60 aaaagtatgg ctatggagct ctttcataca acttactctt agccgcagcc acaattcaat 120 gggcaacact tataaatgca tggataaaac aacgaatgca aaaaaatagc aatcattttg 180 aaggcaatcc aactaaaatt aaagttggag tgacagacat gataacggct gattttacgg 240 cgacagctgt tctcatttct tatggtgcag ttatcggcaa ggctagtcgt gtccagcttt 300 ttgtgatgac tattgtagaa tgtgtgatct ttgctatcaa cgaaaacata attatggaat 360 atctaaaaat ttcagacgtt ggagggacaa ttgtactgca tgtgttcggt gcttactttg 420 gactggcagt ttcatttatc ttaaaaaacc attcagattt aaaacataaa gaaggatccg 480 aataccattc tgatatcttc tctatgattg gcacattgtt tttatgggta ttttggccaa 540 gttttaatgc cggtttactt ggagacaaat caattcaaca aagtcgagct ttggtaaaca 600 catacttttc cctggcagct tgtgttttaa cttcattcgc gtgttcttcc tttgtcaaca 660 agaaatttaa gttaaacatg gttcatattc aaaatgcaac acttgctgga ggagttgcag 720 tcggaacatg tgcagatctg atgataaaac cctggggagc aataatgatc gggatgtttg 780 ctggttgtat aagcgtactt ggatacaatt accttacgcc aatattaaat aaacataaaa 840 tacacgacac ttgcggtgtt cataatttac acggaatgcc cggtgtattt ggtgcattat 900 gtggagcagt agcggcggca gctattaaac caaaaagtta ttatgataaa gatgactttt 960 taaacattta cacgcttggt gaagagagaa ctctcgttaa acaaggttgc tttcagcttg 1020 cagcattact tgtttctctt actctggcta ttgttggagg actaatgaca ggacttctag 1080 taaatttctt ccaaagcatt gttgatgacg atcattttga cgacaaagga gattttgaga 1140 ttcctgcaga tcacgaatat tgcgaggaat caaacaaaga tcagttaatg aataacatga 1200 acgaatgaag aacttcaaaa atttattttt aaataactta gcattaatag tttttttaaa 1260 gataaaactc ttttttttaa tttaatttat aaggaaaaca aatagtggta tgagaaaatg 1320 cgtaaattta acaatgaaat ccttaaa 1347 <210> 149 <211> 1440 <212> DNA <213> Hydra magnipapillata <400> 149 atgggagatc attctgttgg cttaactgta tattcacatg atataataac cagggctttt 60 gaatattttg caacaagtcg ttccacttac aatcaattgt gttgtgatta tcagttgcca 120 aatgaagttt atgtcaaagc tgctttatta aatcaaagtg gaaattatttt tggaaaagct 180 gttaataatc cagagaaatt agctactact aagattttgg ttatagagga ggtcacagaa 240 gacacaaaag ttgaagatga cttagaattg aaagagtctc tcttggatga gcaagaatat 300 caaaagcaac atcctcttga cgctcttgag ggagatatga aagcaatgac actacataga 360 tatattgaat caaaagcaaa tgagcctata gagccggaaa aagttaaaag tcccaaaaaa 420 cctggtagtt tacctacaaa gcgttcaatt ccattcaaaa taaaattaga taggccaatg 480 ataactgcag atgcaattat tgaaaaaact agatgtcaat tagcaataca ggaagcaatt 540 ggagaaataa aaaaaaagac ttgcatagac tttaagccac atgaagatga agcaaactat 600 atatcttttg cttttaacaa tgcaggtgca ctttcagata taggtgtgga gcctggtgag 660 cgaagattt tgataactat tcgaacttgc tacaaaggta ctatgttgca tgaaattctt 720 catactcttg gaatgatgca cgaacatact cgaccagatc gcgatagtta cataagcatt 780 aatattacaa atataaaaga tggtatgatg aagaactttg aaaagtatgc ccatttaatt 840 ggagatgact tgccatatga ttatgaaagc atcatgcatc ctcctgttaa ctggttttcc 900 aaagatccac aaaaccttaa tacaattaaa ccaaacaaca ttatttacca agaccaaaaa 960 ttaggtcaac gcgatggatt aagtaagcta gatgcagcaa agttaaacgc agctttccag 1020 tgcccagaaa agtatcttga taaaccagaa ttaccggaac ctgaaaaacc acaactaaac 1080 tcctctctaa cagaagatca gttttcaaca cctgcaccaa catctacttc tacaacttcg 1140 acaacaacaa aagatccgtt taatgttaat caagatgact ctgttacaaa tccaagtatt 1200 aataacgatg aagacgacaa cgataaacca aaatctgatg acaatccatt tccagaaccg 1260 gggagtgata acgaaccgcc tattcctttt ccaatgcagg aacctgataa caataacgaa 1320 agaagaaaaa aaataggaaa acacgccgtc aaattaatga agcgacgaaa gcacaaaaac 1380 tgaaatacaa gaaaatatta ataaaatatt tatagtattg aaatttagat ttttttttta 1440                                                                         1440 <210> 150 <211> 1378 <212> DNA <213> Hydra magnipapillata <400> 150 agtaacaaaa aattatgtta agtaaaataa ttttgtccct gttgcttgtt gttgctacat 60 cagcaaagaa atgctccaag tcttgcgaaa agatatcacc ttatcctaca aatttttttg 120 aagacatagt tccacatttt gtaaataata gacccactgt aggagttgta gcaatggaaa 180 tacttggtca gaaaatgctg gtagaagttc cttggtctga aaacaaagat tactttggaa 240 gctcttttgt aaaacttttg gacgcggcag gagcaagagc tgtaccaatt aaagaggata 300 ttactaaaaa agatttaaat atccttttgc acaaaataaa tggagtcatt ataccaggtg 360 gtgatgctga cattggagat tccggttatg aacgaatttc aaagcaaatt atcaaccact 420 caaaaaaaat ggcaaaaaaa aacattactt ttcctgtgct tggaatatgc cgtggggctc 480 agatgatgat gattgcagaa gcagacaaag actttttagt tgagacagac tccttaaatt 540 acagcattcc gttagacttt acagatgaag cgcgagaaag tcgcctcttt ggacatgccc 600 cacaaggatt gtttgacgct cttgggacaa aagctataac ttttaacgcg cataaagcag 660 gcattccaac cgtaaacttc tacaataaca caaagctgat ggaaaccttt agagcaatat 720 caacaaatta tgatcgaaac ggcactcaat ttataagtac atttgaaggt cgacatgcac 780 ctttatacgg tcttcagtgg catcctgaaa aatctctatt tgtttttaat ccagttctgg 840 cagtggacca ttccatcatt tcaattatag ctgcccaata catatctaac ttttttgttt 900 cagaaacacg aaagaatcct aattctttca gagatcgagc cgatgaacaa aatcatcttc 960 ttttaagtca ttatccaaca tatgtaggta acattactga gacaccatat gaacaaatat 1020 atctctttga ctttgaaaaa ccgtaccaaa aaggaaagaa accaacagag ttttaagtaa 1080 acattttggt tttgtaaaac gtaacacaag attagtttgt aaataaaaga tatggtaaac 1140 gtttgggaaa taactctggg aaaaaaactt gcaataccat ctaacttaac tcatttcgaa 1200 gaagaaaaca aaacaaaaca aaaaaaaaaa aacaaacacg cgtgttaaca tattgtgatt 1260 atttttgaaa ctattttttt tttaaatacc cataatatta ttttttttta aagcggaaat 1320 gatattgttg tattatattt gtttcgttta taaaaagata taaattcatt tgacttca 1378 <210> 151 <211> 764 <212> DNA <213> Hydra magnipapillata <400> 151 agttagactc aagagcgcac gcttggttaa ccaaggacgc tcaattttaa acacagcacc 60 tgctgtaaat aggcaaaaag cgttcaagcg caacattacc aaagattttc aaagtatttt 120 aagtcagtta ttttgtaggc tcattagtaa agaagcctct aaagataaca aagatgagat 180 ctatcgcagc tttcctcctc ctggttgctg ttaccaacgc aaaaactctg catgaatctt 240 taagaaagag aagcccacag gcttgcagtg gtgactgccc agctgtttgt gcaccagctt 300 gtttaccaat ttgctgtgta cctccacctc caccaccacc accaccacca ccaccaccac 360 ctccaccacc accaccacca cctccaccac cacttccact cccaggaaat ccaggacctc 420 caggacgacc aggacctcca ggaggcccag gaccaatggg accaccagga cctccaggac 480 caccaggacc accaggaaac ccaggacaag ggggtttacc tggccaacct gcccctccac 540 cacctccatg tcctccaatt tgtcctgttc aatgcattcc aacttgtcca caatactgtt 600 gcccagcaaa gaggaagtaa agtaccaaac atctttgaca cttgtttatt aagtgaaaag 660 atatctcata taatgcagca atgttcttca atccacttta atcaaaatga aaacgataaa 720 tggatgtaaa taaaacaaga aatataatga gttcattcat aata 764 <210> 152 <211> 634 <212> DNA <213> Hydra magnipapillata <400> 152 ttcgctgaga agtctaagaa ctcaagatga gatctatcgc agctttcctc ctcctggttg 60 ctgttaccaa cgcaaaaact ctgcatgaat ctttaagaaa gagaagccca caggcttgca 120 gtggtgactg cccagctgtt tgtgcaccag cttgtttacc aatttgctgt gtacctccac 180 ctccaccacc accaccacca ccaccaccac cacctccacc accaccacca ccacctccac 240 caccacttcc actcccagga aatccaggac ctccaggacg accaggacct ccaggaggcc 300 caggaccaat gggaccacca ggacctccag gaccaccagg accaccagga aacccaggac 360 aagggggttt acctggccaa cctgcccctc caccacctcc atgtcctcca atttgtcctg 420 ttcaatgcat tccaacttgt ccacaatact gttgcccagc aaagaggaag taaagtacca 480 aacatctttg acacttgttt attaagtgaa aagatatctc atataatgca gcaatgttct 540 tcaatccact ttaatcaaaa tgaaaacgat aaatggatgt aaataaaaca agaaatataa 600 tgagttcatt cataatattg ttatttattt taaa 634 <210> 153 <211> 1590 <212> DNA <213> Hydra magnipapillata <400> 153 atgataaatg gtggtccacc tggatgtgtt ggggttgcaa acccatctgg ttggatgaat 60 gttgcaacgt ttttagagtg gatgaaacat tttattcaat atgtgaaatg ttcaccagct 120 aatccagtgt ttttacttct tgacaaccac gagagccatg tttcaattgt gtgtttagat 180 ttggctaaaa aaaatagcat aactatgctg tcctttccac cacattgtag tcacaagtta 240 cagccattag atcggtcagt ttatgggcca ctgaaacttt attacaatgc agcctgtgat 300 gattggattg tatctaatcc aagatcgatg accatatatg atatagcttc agttgtaagg 360 aaagcctatg cacaagcttt tactttgtct aacatttctg caggatttgc tgtggcagga 420 attataccct ttaatcctaa catattttct gataatgagt ttttttcttc atatgtaaca 480 gaccgtccag aacctattac tgctaaccct tttccaggtg ttgttgatcc agttcatgcc 540 ccagctttta atcaatcatt gatgtcaagt ctgtcatctg gttcagcttg tagtgtattg 600 cctattcagc ctatatctga ctctggaagt caactatcca gtgtttctaa taatatctct 660 catcaagcaa gtctagaaaa aattaggcca tttccaaaag ctggatcaag gaaatccatt 720 aaaggatgtt tatgtaaaga tattcgagga atgaaaagtc ctatgatggc gagatatgta 780 aatagtagtt gcgagacaaa caacaacacg acagatcaca attataatca ctacgatact 840 agggacatag tagaacaaga ttattttaga tcgatagaag acaacacaga aaaacaccgc 900 ggtttcattc gaaagcttgc taatgaccat atacattata aactgtttgg taagggaatt 960 ataaacatat gcgatgacga cattaaaatg aatccttttg aaaaaaaact cacaacgacg 1020 gccgttacgt tgcgccgcgt cagtagtgag ttggaagata tgcatattga tttttttaaa 1080 aatgtatgtc acgcaataaa cgaagaaaac gtcggtgaag ttttcaacga agtttcgcaa 1140 gaggttttgg ctgatgacaa tttaaattgg ggacgagttg taagtttaat aacgtttggt 1200 ggaaagctag ctcaatggtt ttgggctaga cagcctaata atgaattgat tgaagagatc 1260 gaggactggt taaccgaaag tttatcagat aaaaaagact ggattattga aaaaggaggc 1320 tgggacaact ttaatcgcac atttacaaaa ccagtacaaa gcacatggtg gaaaactagc 1380 ttatgggttg ggttgagcgc atctttagtg gcggcattag ctatgaaatt tctgaggtga 1440 aatgcggttc tctaacaaaa agtaaatatg acgttatagt aagaaaaaat gaaaaaaata 1500 tagttatcgt tttgtagtaa gtaagaaaat aacagaagca tcaatacttt taaactaaaa 1560 actattgtaa atatttatct gatcacaatc 1590 <210> 154 <211> 598 <212> DNA <213> Hydra magnipapillata <400> 154 aggcttcaaa gatagaaaaa agatgagatc tatcgcagct ttcctccttt tttttgctgt 60 tgcaaatgca aagactgtac accaatctct aagcaagaga agtccacagg cttgttctgc 120 tgactgccca gctgtgtgcg caccagcttg tttacaagtt tgttgtatgg ctccacctcc 180 accaccacca ccacccccac caccaccacc accacctcca ccaccaccac cacctccacc 240 accagctcca ttaccaggaa atccaggacc cccaggacgc ccaggacctc caggaggtcc 300 aggaccaatg ggaccaccag gaccaccagg accacctgga ccaccaggaa atccaggaca 360 aggaggtttg cccggtcaac ctgcaccacc accaccacca tgtcctccaa tttgccctgt 420 tcaatgcatt ccaacttgcc cacaatattg ctgtccagcc aagaaaaagt aaagaaacct 480 atggaacttg ttttttaagt gaccaagata ttttatctgc aacatcaatt ttttaaatac 540 aattataaaa atgaaaatag atgtaaataa accagaaaaa ataataaact ttatttaa 598 <210> 155 <211> 145 <212> DNA <213> Hydra magnipapillata <400> 155 ttcgatgaag atggaaatgg atctataagt tcagatgaac ttcgcgatat catgcttaaa 60 tttggagagg atttaaccga agaagaaatt gctgaaatga ttgttgaagc ggattttaat 120 ggagatggaa atattgatta tcaag 145 <210> 156 <211> 618 <212> DNA <213> Hydra magnipapillata <400> 156 aacacatcta aactatttac agtatttgtg ttaaaaagaa atattagaaa tttaattatg 60 ctcctgtatg taagtttagt gaacttactt ctaccattgt ctgttggagc tgtaaatcca 120 gtacttatag gagttttagt aaaggttggt gtggatgttg ctttacaaca aattgatgaa 180 gtttggaaag gagatgctgt gagagattgg aaatgtgccg tagaaaacag atctaataaa 240 actcttattg ctttaggaac aacacaagaa tcaggaagta tgtcaacaac ttttgctgat 300 attcctccag aaaatacggg tgtgtttgta tgggaaaaat ctagaggagc tgcaacaggg 360 gcagcaggcg ttgttcatta caaatatggc aacaaaattc ttaatttaat ggcatctatt 420 ccttacgact ggaacttata tagttcttgg gctaatgcac gcctatcgaa taaaaaagag 480 agtttttatg atttgtataa tggaaaaaat ggcgctaaaa gccctactaa aggcggaaat 540 tggggtgaag ttgatggagc aaagtttttc ttaactgata aaagtcatgc tgagttcaaa 600 gtaatttttt ctggataa 618

Claims (11)

A microarray chip for detecting whether or not triclosan (TCS) is exposed in a sample in which oligonucleotides of all the nucleotide sequences of all the genes of SEQ ID NOS: 1 to 156 are integrated, or complementary strand molecules thereof are integrated.
The microarray chip for detecting exposure to triclosan according to claim 1, wherein the gene is derived from Hydra magnapapilla .
1) separating the RNA from the hydra of the test group exposed to the test sample and the hydra of the normal control group, respectively;
2) labeling the experimental group and the control group with different fluorescent substances while synthesizing cDNA from the RNA of the experimental group and the control group of step 1);
3) hybridizing the cDNA labeled with different fluorescent substances of step 2) with the microarray chip of claim 1;
4) analyzing the reacted microarray chip; And
5) A method for detecting the exposure of triclosan in a sample, comprising the step of comparing the degree of gene expression integrated in the microarray chip of claim 1 with the control group.
4. The method according to claim 3, wherein the sample is any one selected from the group consisting of a biological sample, a food sample, a chemical sample, an industrial sample, a clinical sample, and an environmental sample.
The method according to claim 3, wherein the fluorescent material of step 2) is selected from the group consisting of Cy3, Cy5, poly-L-lysine-fluorescein isothiocyanate (RITC), rhodamine-B- isothiocyanate (RITC) Wherein the method comprises the steps of:
1) separating the RNA from the hydra of the test group exposed to the test sample and the hydra of the normal control group, respectively;
2) The RNA of step 1) was subjected to quantitative real-time reverse transcriptase polymerase chain reaction (RT-PCR) using both primer pairs complementary to each gene described in SEQ ID NOS: , qRT-PCR); And
3) comparing the gene product of step 2) with a control to determine the degree of expression.
The method according to claim 6, wherein the sample is any one selected from the group consisting of a biological sample, a food sample, a chemical sample, an industrial sample, a clinical sample, and an environmental sample.
A kit for detecting exposure to triclosan comprising the microarray chip according to claim 1.
9. The method according to claim 8, further comprising the step of adding any one selected from the group consisting of a fluorescent substance consisting of a strepavidin-like phosphatease conjugate, a chemiluminescent substance and a chemiluminescent substance And a kit for detecting the presence or absence of triclosan.
9. The method of claim 8, further comprising a buffer solution for use in hybridization, a reverse transcriptase for the synthesis of cDNA (complementary DNA) from RNA, deoxynucleotide triphosphates (dNTPs) and rNTPs (ribonucleotide triphosphates, And a washing buffer solution. The kit for detecting the exposure of triclosan according to any one of claims 1 to 3,
A kit for detecting exposure to triclosan, comprising all of the primer pairs complementary to each gene described in SEQ ID NOS: 1 to 156 and capable of amplifying the gene.

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