endo16 Nucleotide Sequences

Click here to close Hello! We notice that you are using Internet Explorer, which is not supported by Echinobase and may cause the site to display incorrectly. We suggest using a current version of Chrome, FireFox, or Safari.

Echinobase

Gene Literature (34)

Nucleotides (7)

Interactants (75)

ECB-GENEPAGE-23087252

Show: All S. purpuratus L. variegatus P. miniata A. planci

Nucleotide sequences for endo16 - All

Models - Gene (1)

Models - mRNA (1)

mRNAs (5)

ESTs (0)

Models - Gene (1)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	Endo16 >Endo16 GAGACGATGAGGAGGTTAAATATTTTGCTGTTCGCGGTTTTGGCCGTGGCGCGGTCAATGCCCACAGGTAAGAAATATAATAATTTTACAAATTAGTTTTAAGACGCCTCCTTCTTCTTTCTTGTCTTTCAACTGTTAAATACATGCTTTTTGTCAAAATTGTTCATGTCATTATACATGTTGATATGTAAAAAGAAACGAGCTATGGAGAGAAAGATGTCGCATTTATTTCTGAGAGACAAAATCAACCACAAAGTCATACGCCAGAAAACAAAGGTTAAAGACATCATGGAGAAAGTCAGAGAATCGACGTGGAGATGGGCTGGGCATGTAGCAAGACTTCAGGACAATAGATGGACAAATCGTTTAACAGAATGGCAACCAAGGGTGGGAAAGAGAAGAAGAGGAAGGCAGAAGAGAAGATGGAGAGATGACCTAACATCATACATGGGAACGGCCGCTTGGACTAGGACAGCTAAAGACAGAAGAGAATGGACATTTCATGAGGAGGGCTTTGTCCAACGTCTGGATGAACTATAGCCTGATAGATAGATAGATAGAAAAAGAAACGGAAGAAAATACATAAATCTTTAAATTGAATAGTATCCAAAACTACAAACACCAAAAGGTGTTTTGGAAATGCCACAAAATTTCTCTCTAATAATAGAAACCATCCGATGGATGTATTCAATAATTCTCGTATGATATTATCCTTAATGATTTCTTCTTATTTGCCTGATTTCTCCCGCATTTATACTGCATTCTCCCTGTGATTGCTTGTTCTCATAAATCCTTATTGTAAATAGCATGTTAATCTTACCCCACCCATCCAAATTCAACCTACGTTGTAACGAATTTGCTTGGGTTTTCTAAGCGAAGCTGTTCATAAATTTCTCATTCTTTAAACAATGCAATGTATCATGTACAATGTATTCGTTTTTTTTTTTTTAATCTAGACAGCTAAAATTACAGCAAAGACATTTAGCTAATTGTGTGACCTTAATGCAATTTAATTCATCGTCTGTTTGGTGCAAGAAGGGGGTTGTTTTATATTACTTCATTGCAGAGTTAATAGTACCCTCCTTGCCCTGTACATACGTTAATATCTTCATGTAAATGGAACTAATCCATACATATTTTTCATATACTATTCTTGTTGTTTTAGAGTTGCAATGTGACATCGAAGAGGCCCATACGAATGTTGGAACACCACGAGTAGTCGACGATGACTCTAACTCACTCATGATCTCCAACTTTGAGCTTTCACTCGACGAGGTCGACGAGGGCTTCCTACCCGAGATCGAATATGCAGGTAAGATTGTCTTGTTTAGATCGTTTTCTTTTTAGATTTCGTTGACCTGACTTGAGCTATTGTGTTAAACTAGTTGGGTGTTGCTTGAAAGTTGCGATTGAATGCGAGTTGCAAAATTTGCAACTGTATATTTGTAATCGATTGCAACTCAATTTTCTTGCAAATCTAGCTTTTATTCTCTCTCTCTCTCACTCTCTCTATCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTTCTCTCCCCCCCTCTCTCTCTCTCTCTCTCTCTCTTACTAATGGGGCGTTGCAGAAATTTGAGTTGCGATCAATTGCAAATTTGCAATTAATCGCAAGACTTACGGTTCATTTGGGGGATTTGCAATTGATTGCAACTTTCTTACAATGTTTAAGTAATATGATTTGAGTTTGCCATGTATCGATGTGGTTGGTTTAGTTTCGTGCAAACTGATATATTTCTAAAGATTTTAGTTGATTATGTGATTTATTAAGGTATTATCTTGCTAGGGTTATTGTTAGACGTAAGAAGTAAGAATATGCAGAAGAGCCGTGGAAGAAGAAAAAGAAGAAGAAAGGAGAGAGAGAGAAAAAAAAAAGAGAGAGAAAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAAAGAGAACAGAAATCACGGACAATGACCGGTAAATAGTTTATTCCATTATAATTTATGTTTATAATAATGAAAAAATTACTATGCTTTATAAATGATGTACGCTATGCGGTATTTTGGATGATAATTTGAAACAGAAGTTTGTGGTGGTGAACTACAAATAAAGTATGATTACAAAACCTGTAATGGTGTCCTGCGGTGTTATGCCCTTGGCAAAAGGGGTATATTTTTTATTAACGCTCGAGGGGGGGGGGGGGGGGGGGAGTGGGCGTCAAAATGAAAGTTAAAAAGGTCTATGCTATAGGCATTCCAACTGCATATTTAACTGGAAATCTTTTGCATGATACACATTTGAAGATTTCGTTGGCACTTTTTGACAAAGCCACCCCCACCCAATAAAACTGATTGATTTCCTTGAATTCGCAATTCTCTTTCCAGGAGCGAAATAATACCGTGACTTTCCATATGACCTGTAGAACAAAACAACCATAATATCCATTAGACGATCATTACTGTCAAATATGAGGCCCCAGCTGCTTCCTTTTAGCTAGTATAGTAGTAAGAAAAATGCATATTGCGTCTTATAGTTCTAGGCATTCAATCCATCTTTTGGTTTTATTTAGCTCTGGGGGCCTTAATGCATAAAATGTATCATCGTATCACTGCATCCGATGCCAGCATAATGCGTGTTGATATACCGCATTACATGTGGTTTTATGTATATATTCATAATTATTTAAACGTTTTTCTGAAAATGCCGTATGGCTGATAAGAAAATGCCGTATGGCAAATCTTTTTGTAATATATATATATTTCAAAATGTGATTTCATCTCGATAGATTGTGATATAATAGTACTAACCCTTTGACATGCTGGGTGTAGTTCTTAACACTTTATATGCCACAGAAATAATCTTCCTGTGCCACGTTGTATTTTTCATGGGAAAGATATGATTCATCGTAGGCTTTTATATGTCCAGTGAAAGATTAATTTGTACCAGTGTTAAAGCCCCACTGCACTACTAATAGCGAATTGCACCCTCTATATAGCAAACAATGTCTAATCGGTGCATGTTAATTGGTCCCACATGATCCCCTTTTTCTTATGTTAATTGGGAGCTGATTTGATGAGATGACCACCTGTCAGTGAACTTGCAGGAGGTTTAATCCCCCTGGCCAAACTAGTGCAGACGGGCTGTAAAAGGGTTGCCACGAAGCTAATCAAGACTCGTTATGGATATTTTTGCAAAACCATGATTTCGCACACAGTCACCATAGATTAATCCAGACATATTTATATGATTAATGTTCAAACTCAAATAGACAGAGTGATCAAATGAAGTAAAAAGAAAAGAAACTAATGTTGAAATAAACTAAAGTTGCTTCACGCCTTTGAGATTCCCTCCTTCTTGTTTTTCGCAACACAGACAAGCTAGAAAGGTTTAAAGGTACTATGTCCCATTTGCAGGACAAAAAATTAAAAGCCAATGGCATCTGTATAAGAAAAAATAATTTAGAACTTCTTTCAAAACAAAAGTGCTTGAAAATGACTTTTAGTGGTAAAATAAAGACCATTAGTTGTCGAATCGACTTATTAAGTGATTGCAATCACTTAAGTGATAGTCTGATTTTCAGACCCTTTTACCGAATGGTCGTACGTTTTGTACAGCACAAAGATTCAATCAGTTAATTTTGGCCGTTACAAGTAGTGGGTTATTGATGTAGACAAGTGCTCGTGTAATACAGCTCATTTCATGCATGTGATTACCAAAGAAAAAAGATGTCAGTTAGTCACTCAATAGTGTCTGACAGTGAAGTGTAGAAGGTAAACGAGTTTCCTTGCATTATGTAGATACTAGGACAATGCTAATGCTTAAATTTCACAGATAAGACATACAAGACATATTCATAATTCCCTGCAAAGTTCTATAGAATTTGATGTTGGCTGCAAAAGGGACATAGTATCTTTAAAACAGGCCTAAAACCCCATCTTTTCTAGCAAATGTGTAGTCCATAACTATCGAAGGAGCGGGCGCCAGATAAATGGCGCCATGCAATTAATGTTGATCATGCATTATACGGAAAAGACATTCTCATATCGAGGGGTACAAGGACAATGTTCGCGCCATCTCAAATATTGTGTTAAAGGATTAAGCAAGGGGCTACTAGAACAAAACGCGAAATGTTAAGGGTACCTGGGGATTAACATCAAACTCTTTTGTCTACTTAATCTCTATTGGGGATATCTTATCTCATAGAATGATTCAACTGATTTCGTAACTAGGTTCACAGTCCTTTGTGACGTATAATCACACAGGTTAATTGGAGACAAAAATCAAAGACCAGAATTGCTAGATTTTGTTTAATACAGGGATAAACATATGATGTTTAAGGTAACGTTAGGAAATCGTTTTATAAGTGTTTGATACTATTGATTGGCTTGATAGTAGACATGACCGTATTCTTCATAGACGTACTCCTCGTAGAAAAAAATTATGTTTACTGGCATATAGGTGCTTATTATCAAATCAAATTCTTTGAAAGCGAAATGCAGCCTTAGAGAACACAAAGACAATATGATGTGAAATGTATGCAATCTCTTTAATAATTAAATTAATGATTTTCAAAATGCATGATGTAAATGTTCATTGATTTTTTGTCAAAATTGTTTGTAATTGATTGTCCTGTTGTATTAAATGAAACTAAACCTAACACTAAAACTGAAATAAATGAACATGTTTTACATGTTTATGTAAATTCTATAATGTGTTAACACAAGAAAAAAAAAATTGTATTAATGCAAACAACGGCGTTTCGGGGCCATAATTTTTATGATGATGTTGATGATGGGTTGCATTGGTATTATTATGTTCAATCACTTTTTTCAATCATTGGATACGTACAATGATTCGAATATGTGTTTGTAATGAAGAAGTACTTCATGAAACATCCGCTATAAAGGCCTAGGAGTACTCTGTTCACGCTGTCTAACATGTCATCACTTTTGTTATAAATTTTCTATTACAGTCAGTCTCAAAAGCAACAGCGACCTCTTTCAAGAGTTCCTGGTCACTGCACACAACAACGATCCCCATTGCGATCACGGAACGATGATTGATAAGTACGATATCGGAACGCCAGATGAAGGCTGCCCTCATGTGATCAGACAGGCTATAGTTTCGGACATGCGCAGAATATCGTTCAGCTGGAAGGCACCCGCATGTGGTTGCGTTTCTTTTAGGTATTTAAGAATGAAAAAAATAACATAAATAATTTGGCATCATGTTCTTTTTGTATGCCTCTGTTTTTGTGTGTTTATATTTTTGTCAGAGGCTTGTATCCCCTCCCAACCCCCTGAATCTACGTGTGTTATACAAATATACACTTGAGAGGTTCTGGTTAAACCTATGCGCCAGAGGTGACTCCAATAGTACTATTTACTGAGGGGCGCAACCCCGAAGCATATGGTACTTTTGGAGTCACCGAGGCCCATAGTTTTAACCAGTACATCGAATAGAAGGCATGTTATGTTTTTTTTTTTTTTTTTTTTTTTAATATTACCATTTTGGGGGGGAAATTAAATGTAGAATTTAAAAAAATGTCAATTTATATCAAAATGTTTTTTAATAAAACTATTTTGTTTTCATTAGATTAAGATTTGGAAAAAAAACAAAAAACAATTAGAACAAAAATTCACATTTATTTTCCAACTCCCATCAAAAACTAATAAATTATTGATGCATGATATAATAAATACTTCATTCGCATGTTGCTCTAAATATGATTATGTTTGAGAAAATTAACACAATTACTAACAAATTATCAACGTCTTCGTCTCTTTTCGTGTTTATCTTCTTCTTTTTAAAATCCTTCCGTTGTCATTGTCTGTAAGTTAATTTGAGGGAGGATATTATGCTATAGTTTCATGAACCTTTTATTCAATTCAAAATCTACGCTAGTATTTTTTTTCTCCTTTAAGCATTACAGCTGGAGAAATGTCAATGACTTCCAAAGAAACACCCCTTAATATTCTTCTCATATAAACGGAATCATGCGCATAAGTTTGCAATTCATCGGTTCACTTTAGACTAATTATTCTCGATAGTATGCCGCCGTAGGGGACGCTAGACCATATGAGTAATTTTCAACATTGGGTTCATTCGGTACTTTGTCTCCTTTTTAAAAAAGTAGATGCATGGGGGTGGGGGAATGCATTCAGTCGCTTGTTTATGTTTCCTTCTTCAGTTTGATTATAATGTTTTATTCATGGATTGTAGAACATTATAACCCAGTGATTCGTTGAGAATTAAGATTTGAGACCTGCATTGTGTTTAACTGTAACATGCATCCCTTTCTCTCTCTCTCTCTCTCTCTCTCTCTCCCTCTCTCTCTCTCTATTTTCACTCCTGTTATTCTTCTGTCTCTCTCAAACTCCATATAAATATTTCTTTCCCTCCCTCTCCAGTTTCTCTGTCCCGATCTTCTGCTCATTTGTTTGCCCCCCCCCCCAACCCACCCTTCTCCCATCGTCAATCTGTTCTCAATGGACGCTATTAATTCTAACCGCCATCACTTATATCCTAACATGCCATTTCTTTGAATATTTGATTACCCAGAGCTACTGTCAAGACTGCTGAACACGTGTACTCTGAGTCTTCATCGGAGAAGGGCTCCCTCTTCAAAGAAGTGTGTTTAATTGGCATGAACAAGTCAGGTAACAGACCTTTGATTTTTGTATGATATTCATGTTCTATACTGATTAAAGGCATATTTTAACAATGTTAAATAAGAGATGCATGGCCCTACGTGTTACCAGTGTCTGTGATATGGTGTAATATTGAAGCCCTAAATAGATTGTGCTTCAAAATGATCATGAAGTGCCTCAAAAAAGTAAAAAGAAATGAGTGAACAGTTTTACCATACCCATTTTCCCTATACACTTTAGTGTTATATAAACCGTTAGGAAAACGAAAAACGAAATTTCGATTTCCAATCATAAATATCTTGATAATCTGACAAGCGATCGGCTTGTAAAAGTCATGAGGTTCCTGACTGACCTATATCCAGGATTTTGCTTTAGAATCTGGGACAAAGTTACCCAATCCCTTTAAGAAACAAATGGTGGTTGGGTCTTATTTACCAATGGTATAGCCAACCAATATTAATAGTGCTCTTTCTGTGGGTTATGCACTTATCATTACTTCAGCAATTGTCACGTACACATTTACACCTTGGTAGAGAGTGGCAAATGTGCAGCAAATGTGGTTAAATATCTAACGAAAGGACTTAGTGCTAGGCAGGGATTCGAACCCTGAACCATTGGATTGCGAGTCAAGTGAATGAACCACTATACTATCACACAAGCTTGCTCAGTTGTCTGTACAAAATGAAATGCTTTACACCAAAAATAGTGATTCATTTAATCCTTGTCGAGGCAATGACGTTTTCACGGAAAGCATTTGTCTGCTTTTGCCACTCTCGGCCATGTTAGGTGAATGGTAAAATGTAGAAAAAATGAATTAACTGGATTGATCAAGGAGGTTTGGCTATAGCTATAGAGTAAAAGCAATATTCAGCGCTACATGTATGTATCCTCTGTCAAAAGCACTTCACAAAAACGCTATTATAATATCCAACCCCATCCCCCTTCTATCTCTCTCTATATTTATCACTTTCTGACTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCATTCTCTGCTTATATGTCTCTGTCTTTCCCTCTTTCCCTTTCTGCCTGCCAACCCCCCCCCCCCACCCCCTCTCTCTTTCTATTTATATTTCTCTTCCAATATTTCTCACTCCCACATAACTATTAAATTGTCTTTCTGCTTTTCTTTCTCTCTCTATCTCTCTCCCTCTCACTTCTCTTTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCACACTTTCTCTCTCTCTTTTCCCTGTGTAGATGAAGAAGAGGAGATGGAAGCGATGAAAGAGGAAGAGGTTTTGGAAGAAGAGCCGTTCTATGACGAGGAGCTCTATGGGAACATTGAACGGCTATGCGAGGAAGGAAACTTTAGAGGAACCATTCTACCTGCAGTCATCAAGGAATGCTGCCTACTTCCCGGTATTTTATTTATTTAGTTATCTCGTTAAAGCCCCACTGCACTACGTATAGCTACTTGCGCCCTCTATATAGCAAACAATGCCTAATCGGTGCTTGTTGGTCCCCATGATCCCCTATTTTAAAGTTTATTGAGAGCTGATATGATGAGATAACCACTTGTCAGTGACCTTGCAGGGAGGTCTAATCCCTCCTGGCCAAACTAGTGCAGTGTGGCTTTAAATGTATGCATTGTATTTATTCCTGTTCTCTTTTTGTCTTTATTCAATTAATCATTCATTGATTTATTTCTTTATTTTCAGTGTTGTTTAAACAGGGATGATTAATTAACTGCTGTACTTGAGGGCCCTAGTTTAAAACAATGCATAATTATATACAAAAGTAACTAAATAAGAAAATGTATAGAAGCGTGAAAAACATGTACAGCGAAAGCTCAAGGATTTTACATAACTGAAGGACTTCCTTCTTATGTGAATTGGGAAGAGATACTGAAAGATAAAGGGGAAAAACAAACTGGATTGGCAGTAGATAATTTGAAGGGAGAGAAAAACTGAAGAGGTCTGATTTATTTATTTGTTTATGTGTTTATCATATTTTTATTTTTTTTTAATTTGTTTTACCGCTTGTAAGATTTAAAGCCTATCAGACAAAATATAATTTCGAACTAAAATGTAAATAATTTCAATTAGGTCAGTTGATATAATTCTTTTTTATGAGTGAGTTATTCAATATTCATGTTATGTTCCCTTGGTTTTACTTTGACAGTTCAACAACGCAGAATGTGTCTGGTGCGAGTCATCCCAGGTGAAGAAGATGATATCCACAGGTTGGATACCTTCTGCTCCAAGATTGCGGGAAACTTCTTCAACGGTCACCCCGTCTTAGCCGACGCAGAGGGCGTGCGACGATGCTGTGAGCTGACTAGCGATTCGGATCGTATGGTTTGCATGAGCGAGGAGAAAAGAATGCACTATGACGAAATCTGCAGTTTGAGTGGGGCTAGCGTGAACAACACCGTGGAAGATCGTTTGCCCGGTCGCAACTGTTGCAGCCTCCAGGGTGATCTCAGGTACAACTGCATGGAAAAGAAGGCACTTCGGGAGAATCAAAAGAAACGTCTGGAGGAGAGGCGCAACATGAGGCGCAAGGTGGAAAAGGTGAAGCGTCTTTGCAACGCTGTTGACCAAACACCAGAAGGTGATAGGGACAGTGAGGATTACCAAACGTGCTGTATGGTTGAGGACGTGGACGATGCATTGGCGTGTTTCAGGGAAGTCGAGAGGGACAACTTTGATGGATTGTGCAAGAAGCAAGCCTTGCGATACAGCAACGGTAAAAAGGAAAGAGTTCATCCGTGCTGCAGATTGGAGAGTGAAGAAAGGTATGAATGTTTCTTGGTAAAACGTTCGAACAACCAACAATCAAGAATTAACTCAACAAGAGCACCAGTACCGAATACTCAAGGTTCGACTCGACCGACATTCATGCAGAGGTTATGTGCAAAGCTTCGAAAGGACGATGCGGATGACACACTCATCGCTTGTTGTCAGCAATCATCATTTCTCAAAAAGAAGAGATGCATGGACAAGAGACAAAATTATGCTTTGGCCAAAATTTGCAACGCCAGCAACGTAAGCGTTTCATACGCCATTGTTGAGGGAGAGAGTTTCAACGCTGCCAAGAAGAACCTTCATCCCGAGCACGAATGCTGTATTCTGAACGAAGAGGAGCGGATGTCCTGCATCAGAACAATGAGGATGTCAATGTCCAAGCTTAGACGTCAGGATTCATCTGAGAAGCCAGTGCGTGTAGAAGCTGCACGTGAGCAAAAGGAACAGCGATGGGTGAAGGAGGAGGGCCGTCAGAATAAAGCCATTTGCGCTGCTGTGAGAGAAGACGTTGATATGATAGACGAGCAGGTCGTCCGTTGCTGCGAAAACGACGGTGAAAGTCGGCGGGAATGTCTAGCTGTTCTCCGTAGGAACCACTTTACCGCTATATGCAATACCGATGACTTGTTCCAAATAGACATTTTCAGTACCATTTTGCGCACAGAAGACCCAATCAATGACGAACATAGGTGTTGCATGAGACCGAACGCCGATATAAGAGCTGCGTGCTTCTCTCGCATAGATCGCCAGGTCGCGATGCTGTCCTACAGTCCCCCAGTTATTGAAGAGGTGCAAGATATTCGAACAGAGCTCCTCGCCGTTGCAGAGTTCAACAGAATCGACAGAGTCTGCCAAGAATCGAAAAGTGCGACCTCGCTTGAACTAAAAGGACGATGGCCGGTGAAAAAGTGTTGTAGGTTCCAGAACAATCGAAGGTATACTTGCCTGATGGACGCCGCAACAAAACTAGCTGACCAATCGTGCGACGGACCTCCTCCTAGAGTATACTTTCCAATGGGATTCTACGGAGAATACATCCCAAGTGACTACACTGGCCCTTTCCTCGATCCTTCCCACCCATGCTGTTCATTGACCAGTGACATGCGACAAGACTGCATCCAGGAGGCCAGCATGGCTGTTCTTGCATTGCGACTACCCATGATTCAGGTCAAGCCACTGGTTGAGTTTTTCAAAGAGTTGCCATCTGATACGCGTTTTGATGCCAATCACCAGGAAGACATTTGCCAGGCTGCAGTAGATTTCCAAAGCTTATACGCTGATCTTGAAAACGGCCTTGACGTAGAACTGAACCAGCCTTCAAGAATCCAGACTGAATTACAGGAGCTTCAGGACCTTCTAGCAGAAGAACTGACAGAAGAGGAAGAGGAACAATTGGAACAACTTGCCGAGCAGAATGAAGAACAGTTAGAATTGTTAGCTGAGCAAGAAGAGGAACAGGCAGAATTGCTGGCTGAGCAAGAAGAGGAGCGTCTTGAAATACTTGAGGAACAGGCTCAACAGCTAGCAGAGCAGAATCAACAGAATGAAGAAGAGGAGGAAGAGGAGGAGGAAGAGGAGGAAGAGGAGGAAGACGATCGCCGACGGAAACGAAGAAAAGCTACTAGGTTCCGGAGACCTACTGCTAACAAGGTGCGTGCGGCTGCGGGCCGCAGTATCTATGAGGTCGACAGTTTAGTTCATTGTTGCCAGGAAAATTTTGTGGCGGAAAGAAATTCTTGCATGACAAACTTTTGGGTGCAACTGTTAGAAGAAGCATGTGCAGCCCTTCCTTACTTACCTGATTCTTCTTCTGCTACGTCTACTGGCCTGGAATATGCTTCAGAACTTGCACAAGCCGATAATAATGTGCTCGCCCCAGCTCCATTGACGTTTGGAGGACGCGGAGACATTCGAACCTCTAAAGCAGTAAAGTCAATCTCAGAATCTACAGTCGTTTTGAATTATGATGAAGACAACTTCCGATCATGCTGTGCTCTCTTTGGGGAAGCCCAACTGAAATGCTTCCAAATGCACTATAGTCCTAATGCTCCTAGCTCACAAATGGAAAGTGAGGGATCTGCGAATCCGTCAACGATAGGCAGTGTGTCCGAGGGATATGTATCTGAAAGCCAGGGGCAAGAAAGTGAGAGATCTGAAAGTGAAGGTTCTGAAGGGGAGGATTCCGAAGAGACAGAGGGCGCTGAAGAACCACAGGAGCAAATGGAAAGTGAAGGGGAAGATCTGGAAGAGTCAGAGGGCGCTGAAGAACCACAGGAGCAAATGGAAAGTGAAGGGGAGATCTGGAAGAGTCAGATGGCGCTGAAGAACCACAGGAGCAAATGGAAAGTGAAGGACAAGAACCCGAGTCAGAGGAAGATGTCGATTCTGGAGAAATAACTGATGGATCGGACATGAACATGCCAGGACCGGGATCATCTGACGGAGGTGTTCCACTAGGACTAACGGAAGTCGATGAACAAACATCCGATGGAGAGGAGCCCGAGGAACCAGAAGAGCCAGAAGGAGAACAAGGACCACACGAACAGATGGAGAGCGAGGGAGAAGGAAATGAATCTGAAGAAGAGGAGGTTGAGGAACCCCAGGAAGTGATAGAAAGTGAAGGACAACAGTCTGAATCAGAAGACCCAGAATTTGAAGGAGAAGAACCGGAAGAATCAGAAGGAGAACAAGAACCGCAAGAACAGATGAAAAGTATAGGACAAGAACCCGAGTCAGAGGAAGATGTCGATTCTGGAGAAGTAACTGACGGATCGGACATGAACATGCCAGGACAGGGATCGTCTGACAGAGCAGGAGGTGTTCCACTAGGACTAGTGGAAGTCAAAACATCCAACCAAGAGGGGTCTGAAGTACAAGAAGAATCGCAGGACCCACAGGAACAAATGGAAGGTGAAGGTCAAGGAAGTGAATCGGAGGGAGAAGAACCAGAAGAACCAGAAGAACCAGAA	S. purpuratus

Models - mRNA (1)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	NM_214519.1 >NM_214519.1 GAGACGATGAGGAGGTTAAATATTTTGCTGTTCGCGGTTTTGGCCGTGGCGCGGTCAATGCCCACAGAGTTGCAATGTGACATCGAAGAGGCCCATACGAATGTTGGAACACCACGAGTAGTCGACGATGACTCTAACTCACTCATGATCTCCAACTTTGAGCTTTCACTCGACGAGGTCGACGAGGGCTTCCTACCCGAGATCGAATATGCAGTCAGTCTCAAAAGCAACAGCGACCTCTTTCAAGAGTTCCTGGTCACTGCACACAACAACGATCCCCATTGCGATCACGGAACGATGATTGATAAGTACGATATCGGAACGCCAGATGAAGGCTGCCCTCATGTGATCAGACAGGCTATAGTTTCGGACATGCGCAGAATATCGTTCAGCTGGAAGGCACCCGCATGTGGTTGCGTTTCTTTTAGAGCTACTGTCAAGACTGCTGAACACGTGTACTCTGAGTCTTCATCGGAGAAGGGCTCCCTCTTCAAAGAAGTGTGTTTAATTGGCATGAACAAGTCAGATGAAGAAGAGGAGATGGAAGCGATGAAAGAGGAAGAGGTTTTGGAAGAAGAGCCGTTCTATGACGAGGAGCTCTATGGGAACATTGAACGGCTATGCGAGGAAGGAAACTTTAGAGGAACCATTCTACCTGCAGTCATCAAGGAATGCTGCCTACTTCCCGTTCAACAACGCAGAATGTGTCTGGTGCGAGTCATCCCAGGTGAAGAAGATGATATCCACAGGTTGGATACCTTCTGCTCCAAGATTGCGGGAAACTTCTTCAACGGTCACCCCGTCTTAGCCGACGCAGAGGGCGTGCGACGATGCTGTGAGCTGACTAGCGATTCGGATCGTATGGTTTGCATGAGCGAGGAGAAAAGAATGCACTATGACGAAATCTGCAGTTTGAGTGGGGCTAGCGTGAACAACACCGTGGAAGATCGTTTGCCCGGTCGCAACTGTTGCAGCCTCCAGGGTGATCTCAGGTACAACTGCATGGAAAAGAAGGCACTTCGGGAGAATCAAAAGAAACGTCTGGAGGAGAGGCGCAACATGAGGCGCAAGGTGGAAAAGGTGAAGCGTCTTTGCAACGCTGTTGACCAAACACCAGAAGGTGATAGGGACAGTGAGGATTACCAAACGTGCTGTATGGTTGAGGACGTGGACGATGCATTGGCGTGTTTCAGGGAAGTCGAGAGGGACAACTTTGATGGATTGTGCAAGAAGCAAGCCTTGCGATACAGCAACGGTAAAAAGGAAAGAGTTCATCCGTGCTGCAGATTGGAGAGTGAAGAAAGGTATGAATGTTTCTTGGTAAAACGTTCGAACAACCAACAATCAAGAATTAACTCAACAAGAGCACCAGTACCGAATACTCAAGGTTCGACTCGACCGACATTCATGCAGAGGTTATGTGCAAAGCTTCGAAAGGACGATGCGGATGACACACTCATCGCTTGTTGTCAGCAATCATCATTTCTCAAAAAGAAGAGATGCATGGACAAGAGACAAAATTATGCTTTGGCCAAAATTTGCAACGCCAGCAACGTAAGCGTTTCATACGCCATTGTTGAGGGAGAGAGTTTCAACGCTGCCAAGAAGAACCTTCATCCCGAGCACGAATGCTGTATTCTGAACGAAGAGGAGCGGATGTCCTGCATCAGAACAATGAGGATGTCAATGTCCAAGCTTAGACGTCAGGATTCATCTGAGAAGCCAGTGCGTGTAGAAGCTGCACGTGAGCAAAAGGAACAGCGATGGGTGAAGGAGGAGGGCCGTCAGAATAAAGCCATTTGCGCTGCTGTGAGAGAAGACGTTGATATGATAGACGAGCAGGTCGTCCGTTGCTGCGAAAACGACGGTGAAAGTCGGCGGGAATGTCTAGCTGTTCTCCGTAGGAACCACTTTACCGCTATATGCAATACCGATGACTTGTTCCAAATAGACATTTTCAGTACCATTTTGCGCACAGAAGACCCAATCAATGACGAACATAGGTGTTGCATGAGACCGAACGCCGATATAAGAGCTGCGTGCTTCTCTCGCATAGATCGCCAGGTCGCGATGCTGTCCTACAGTCCCCCAGTTATTGAAGAGGTGCAAGATATTCGAACAGAGCTCCTCGCCGTTGCAGAGTTCAACAGAATCGACAGAGTCTGCCAAGAATCGAAAAGTGCGACCTCGCTTGAACTAAAAGGACGATGGCCGGTGAAAAAGTGTTGTAGGTTCCAGAACAATCGAAGGTATACTTGCCTGATGGACGCCGCAACAAAACTAGCTGACCAATCGTGCGACGGACCTCCTCCTAGAGTATACTTTCCAATGGGATTCTACGGAGAATACATCCCAAGTGACTACACTGGCCCTTTCCTCGATCCTTCCCACCCATGCTGTTCATTGACCAGTGACATGCGACAAGACTGCATCCAGGAGGCCAGCATGGCTGTTCTTGCATTGCGACTACCCATGATTCAGGTCAAGCCACTGGTTGAGTTTTTCAAAGAGTTGCCATCTGATACGCGTTTTGATGCCAATCACCAGGAAGACATTTGCCAGGCTGCAGTAGATTTCCAAAGCTTATACGCTGATCTTGAAAACGGCCTTGACGTAGAACTGAACCAGCCTTCAAGAATCCAGACTGAATTACAGGAGCTTCAGGACCTTCTAGCAGAAGAACTGACAGAAGAGGAAGAGGAACAATTGGAACAACTTGCCGAGCAGAATGAAGAACAGTTAGAATTGTTAGCTGAGCAAGAAGAGGAACAGGCAGAATTGCTGGCTGAGCAAGAAGAGGAGCGTCTTGAAATACTTGAGGAACAGGCTCAACAGCTAGCAGAGCAGAATCAACAGAATGAAGAAGAGGAGGAAGAGGAGGAGGAAGAGGAGGAAGAGGAGGAAGACGATCGCCGACGGAAACGAAGAAAAGCTACTAGGTTCCGGAGACCTACTGCTAACAAGGTGCGTGCGGCTGCGGGCCGCAGTATCTATGAGGTCGACAGTTTAGTTCATTGTTGCCAGGAAAATTTTGTGGCGGAAAGAAATTCTTGCATGACAAACTTTTGGGTGCAACTGTTAGAAGAAGCATGTGCAGCCCTTCCTTACTTACCTGATTCTTCTTCTGCTACGTCTACTGGCCTGGAATATGCTTCAGAACTTGCACAAGCCGATAATAATGTGCTCGCCCCAGCTCCATTGACGTTTGGAGGACGCGGAGACATTCGAACCTCTAAAGCAGTAAAGTCAATCTCAGAATCTACAGTCGTTTTGAATTATGATGAAGACAACTTCCGATCATGCTGTGCTCTCTTTGGGGAAGCCCAACTGAAATGCTTCCAAATGCACTATAGTCCTAATGCTCCTAGCTCACAAATGGAAAGTGAGGGATCTGCGAATCCGTCAACGATAGGCAGTGTGTCCGAGGGATATGTATCTGAAAGCCAGGGGCAAGAAAGTGAGAGATCTGAAAGTGAAGGTTCTGAAGGGGAGGATTCCGAAGAGACAGAGGGCGCTGAAGAACCACAGGAGCAAATGGAAAGTGAAGGGGGAGATCTGGAAGAGTCAGATGGCGCTGAAGAACCACAGGAGCAAATGGAAAGTGAAGGACAAGAACCCGAGTCAGAGGAAGATGTCGATTCTGGAGAAATAACTGATGGATCGGACATGAACATGCCAGGACCGGGATCATCTGACGGAGGTGTTCCACTAGGACTAACGGAAGTCGATGAACAAACATCCGATGGAGAGGAGCCCGAGGAACCAGAAGAGCCAGGAGAACAAGGACCACACGAACAGATGGAGAGCGAGGGAGAAGGAAATGAATCTGAAGAAGAGGAGGTTGAGGAACCCCAGGAAGTGATAGAAAGTGAAGGACAACAGTCTGAATCAGAAGACCCAGAATTTGAAGGAGAAGAACCGGAAGAATCAGAAGGAGAACAAGAACCGCAAGAACAGATGAAAAGTATAGGACAAGAACCCGAGTCAGAGGAAGATGTCGATTCTGGAGAAGTAACTGACGGATCGGACATGAACATGCCAGGACAGGGATCGTCTGACAGAGCAGGAGGTGTTCCACTAGGACTAGTGGAAGTCAAAACATCCAACCAAGAGGGGTCTGAAGTACAAGAAGAATCGCAGGACCCACAGGAACAAATGGAAGGTGAAGGTCAAGGAAGTGAATCGGAGGGAGAAGAACCAGAAGAACCAGAAGAACCAGAA	S. purpuratus

mRNAs (5)

Clone	Accession	Species	Library	Anatomy	Stage
	U49377 >U49377\|>U49377.1 Strongylocentrotus purpuratus endo16 mRNA, larger alternatively spliced form, partial cds and 3'UTR CCACAGGAACAAATGGAAGGTGAAGGTCAAGGAAGTGAATCGGAGGGAGAAGAACCAGAAGAACCAGAAG AACCAGAAGAAGGAGAAGAAGGAGAAGGAGGAGAAGAAGGACCACAAAAACAGGTGGAGAGCGAAGGAGA AGAAAATGAATCTGAAGAAGAGGAGGTGGAGGAACCCCAGGGAGTGATCGAAAGTGAAGGACAACAGTCT GATTCAGAAGACCCAGAATTTGAAGGAGAAGAACCGGAAGACTCAGATGGAGAACAAGAACCGCAAGAAC AGATGGAAAGCGGAGGAGAAGAAAGCGATTCTGAAGGAGAAGATGTGGAAGAATCGGAAGGGGCACAGGA ACTGCAAGAACAGAGTGAAAGTGAAGGACAAGAATCTGAATCGGAGGGCGAAGAGCCAGAACCTCAGGAA CAGCAAGAGATGACCGTCCAAGAAATAGAAGAAGAAGAAGAAGAAGAGGAGGAGGAGGAAACTGGAGGAT GGTATATATGGTGGTCAGGTGGTAAAAAAACCCAAAAGAAAGAGCAATTAGTTGCGGAAGCAGAGGAAGA GGATGAAGATCGGAGAAAGAGAAGGGATGTTTGGAGTTGGATGCTGATTGACGCAGAAGAATCAGAAGGG TCGGAGGGAACGGAATCTGATAATGAACCTCAAACACAAGAACAACATAACGGTGAAGAGGAAGAGGAGG AGGAGGATGAGGAGAAAGATGATGATTCCAGGAGAAAGAGAGATATATGGAGTGCCATGGAGCTTCTGAA TGACATCGAAGAAAAGCAAAATTACAAGCGAAAGCACGCTAAACCAGTTAACATTCATCGAGGACCATCA ATGCACAACCATCAAGGTGGACCAAAAAGGCAACGTCCCGGAAGAATATTCGGAAAGATGTCCCTTCTAA AACTCTTGTTCAAGAATGAGATGATGGAGAGTCTTTGTCCGGCTGTTGAGGCTTCGGATACTATCAAAAG CGTTATTGGTAGCTTCTTCGACCTGGCTGAGCTAGAGCAAGCTCCTAAAAGGAAGCACCATACTCGCGGA AATGATGTCATGCTTCTGCAGCTTAAGGAATGCTGCGCCCTCAATATGACGGATGAGAAAATAGAATGCA TCGCTAACATGACTCAAAACATCGTAGATGGGATATGCGATATTCAGGATGCCGGGTTTAGACCACGCCC ATCATACTTGACTAAAGGGGAAAGCTGGGGCAAGAAAAAATTCCTCTCCGGATGCTGCAATGAGACCGGC GTTGAACGATATTCATGCGCCAGAGAGTACCTAGTCCCTGCAAGTGAAATCGAGGACATGGTCGAGTCAG GCCAAAAAGACCCGGTTGATTTATTCTACGCTGTCGGAAAAGCAGTCGGCAAGTTGCTGACCCTGACCGA CCAGGATGCTGAAGACCATACTGAGGTCGTCGATCAGGAAACAACTACGACCACGACTACGACGCCCGAT GAGATCTCTCAATGGACTAGTATGCGAGGCAATATTGTTACGAAGATGTGCTGCCAAGTGGGTAGCTTGA CGGGCGCCCTCTTGGGTGAGAATGGAGAAGTTACTTGTGACGGTAGCGCCAAAGTTTACTCCAAATTCGT AGAAGGGTTCATGAGAAACGAATGCTTCGCCGCCTATACCAAGTGCTGTAGCCGGCCTGCCGAATGACAA GAGAGCAGTCATTGAAGAAAAAAAAATAGAATAAATTAAAATAAACTTTTGTTGAGTTGTCCCACTCACT ATTTCTTCAGTATAATCGTCGCAGG	S. purpuratus
	GHFM01000639 >GHFM01000639\| -	S. purpuratus
	M27296 >M27296\|>M27296.1 Sea urchin (S.purpuratus) Endo16 gene, partial cds TCGGAATATGCTTCAGAACTTGCACAAGCCGATAATAATGTGCTCGCCCCAGCTCCATTGACGTTTGGAG GACGCGGAGACATTCGAACCTCCAAAGCAGTAAAGTCAATCTCAGAATCTACAGTCGTTTCGAATTATGA TGAAGACAACTTCCGATCATGCTGTGCTCTCTTTGGGGAAGCCCAACTGAAATGCTTCCAAATGCACTAT AGTCCTAATGCTCCTAGCTCACAAATGGAAAGTGAGGGATCTGCGAATCCGTCAACGATAGGCAGTGTGT CCGAGGGATATGTATCTGAAAGCCAGGGGCAAGAAAGTGAGAGATCTGAAAGTGAAGGTTCTGAAGGGGA GGATTCCGAAGAGACAGAGGGCGCTGAAGAACCACATGAGCAAATGGAAAGTGAAGGGGGAGATCAGGAA GAGTCAGAGGGCGCTGAACAACCACAGGAGCAAATGGAAAGTGAAGGACAAGAACCCGAGTCAGAGGAAG ATGTCGATTCTGGAGAAATAACTGATGGATCGGACATGAACATGCCAGGACCGGGATCATCTGACGGAGG TGTTCCACTAGGACTAACGGAAGTCGATGAACAAACATCCGATGGAGAGGAGCCCGAGGAACCAGAAGAG CCAGGAGGAGAACAAGGACCACACGAACAGATGGAGAGCGAGGGAGAAGGAAATGAATCTGAAGAAGAGG AGGTTGAGGAACCCCAGGAAGTGATAGAAAGTGAAGGACAACAGTCTGAATCAGAAGACCCAGAAAAAGA AGAAGAAGAAGAAGAAAGAAGCGG	S. purpuratus
	JT112303 >JT112303\|>JT112303.1 TSA: Strongylocentrotus purpuratus WHL22.415061.0 mRNA sequence AAGACAAAGGGGTGTAACTTTACCCCCCTCATCAAGAGCGGAGGGTTAAATAGAGAAAGACTGGTCGAGG ACAGGTCATAATATTGCTAATTTTTGAGACGATGAGGAGGTTAAATATTTTGCTGTTCGCGGTTTTGGCC GTGGCGCGGTCAATGCCCACAGAGTTGCAATGTGACATCGAAGAGGCCCATACGAATGTTGGAACACCAC GAGTAGTCGACGATGACTCTAACTCACTCATGATCTCCAACTTTGAGCTTTCACTCGACGAGGTCGACGA GGGCTTCCTACCCGAGATCGAATATGCAGTCAGTCTCAAAAGCAACAGCGACCTCTTTCAAGAGTTCCTG GTCACTGCACACAACATCGATCCCCATTGCGATCACGGAACGATGATTGATAAGTACGATATCGGAACGC CAGATGAAGACTGCCCTCATGTGATCAGGCAGGCAATAGTTTCGGACATGCGCAGAATATCGTTCAGCTG GAAGGCGCCTCAGTGTGGTTGCGTTTCTTTTAGAGCTACTGTCAAGACTGTTGAACACGTGTACTCTGAG TCTTCATCGGAGAAGGGCTCCCTCTTCAAAGAAGTGTGTTTAATTGGCATGAACAAGTCAGATGAAGAAG AGGAGATGGAAGCGATGGAAGAGGAAGAGGTTTTGGAAGAAGTGCCGTTCTATGATGAGGAGCTCTATGG GAACATTGAACGACTATGCGAGGAAGGAAACTTTAGAGGAACCATTCTACCTGCAATCGTCAAGGAATGC TGCCTACTTCCAGTTCAACAACGCAGAATGTGTCTGGTGCGAGTCATCCCAGGTGAAGAAGATGATATCC ACAGGTTGGATACCTTCTGCTCCAAGATTGCAGGAAACTTCTTCAACGGTCACCCCGTCCTATCCGACGC AGAGGGCGTGCGACGATGCTGTGAGCTGACTAGCGATTCGGATCGTATGGTTTGCCTGAGCGAGGAGAAA AGAATGCACTATGACGAAATCTGCAGTTTGAGTGGGGCTAGCGTGAACAGCACCGTGGAAGATCGTTTGC CCGGTCGCAACTGTTGCAGCCTCCAGGGTGATCTCAGGTACAACTGCATGGAAAAGAAGGCACTGAGGGA GAATCAAAAGAAACGTCTGGAGGAGAGGCGCAACATGAGGCGCAAGGTGGAAAAGGTGAAGCGTCTTTGC AACGCTGTTGACCAAACACCAGAAGGTGATAGGGACAGTGAGGATTACCAAACGTGCTGCATGGTTGAGG ACGTGGACGATGCATTGGCGTGTTTCAGGGAAGTCGAGAGGGACAACTTTGATGGGTTGTGCAAAAAGCA AGCCTTGCGATACAGCAACGGTAAAAAGGAAAGAGTTCATCCATGCTGCAGATTGGAGAGTGAAGAAAGG TATGAATGTTTCTTGGTAAAACGTTCGAACAACCAACAATCAAGAATTAACTCAACAAGAGCACCAGTAC CGAATACTCAAGGTTCGACTCGACCGACATTCATGCAGAGGTTATGTGCAAAGCTTCGAAAGGACGATGC GGATGACACACTCATCGCTTGTTGTCAGCAATCATCATTTCTCAAAAAGAAGAGATGCATGGACAAGAGA CAAAATTATGCTTTGGCCTAAAATTTGCAACGCCAGCAACGTAAGCGTTTCATACGCCATTGTTGAGGGA GAGAGTTTCAACGCTGCCAAGAAGAACAATGATCCCGAGCACGAATGCTGTATTCTGAACGAAGAGGAGC GGATGTCCTGCATCAGAACAATGAGGATGTCAATGTCCAAGCTTAGACGTCAGGATTCATCTGAGAAGCC GGTGCGTGTAGAAGCTGCACGTGAGCAAAAGGAACAGCGATGGGTGAAGGAGGAGGGCCGTCAGAATAAA GCCATTTGCGCTGCTGTGAGAGAAGACGTTGATATGATAGACGAGCAGGTCGTCCGTTGCTGCGAAAACG ACGGTGAAAGTCGGCGGGAATGTCTAGCTGTTCTCCGTAGGAACCACTTTACCGCTATATGCAATACCGA TGACTTGTTCCAAATAGACATTTTCAGTACCATTTTGCGCACAGAAGACCCAATCAATGACGAACATAGG TGTTGCATGAGACCGAACGCCGATATAAGAGCTGCGTGCTTCTCTCGCATAGATCGCCAGGTCGCGATGC TGTCCTACAGTCCCCCAGTTATTGAAGAGGTGCAAGATATTCGAACAGAGCTCCTCGCCGTTGCAGAGTT TCAC	S. purpuratus
	NM_214519 >NM_214519\|>NM_214519.1 Strongylocentrotus purpuratus calcium-binding protein (Endo16), mRNA GAGACGATGATGAGGTTAAATATTTTGCTGTTCGCGGTTTTGGCCGTGGCGCGGTCAATGCCCACAGAGT TGCAATGTGACATCGACGAGGCCCATACGAATGTTGGAACACCACGAGTAGTCGACGATGACTCTAACTC ACTCATGATCTCCAACTTTGAGCTTTCACTCGACGAGGTCGACGAGGGCTTCCTACCCGAGATCGAATAT GCAGTCAGTCTCAAAAGCAACAGCGACCTCTTTCAAGAGTTCCTGGTCACTGCACACAACATCGATCCTC ATTGCGATCACGGAACGATGATTGATAAGTACGATATCGGAACGCCAGATGAAGACTGCCCTCATGTGAT CAGACAGGCAATAGTTTCGGACATGCGCAGAATATCGTTCAGCTGGAAGGCACCCGCATGTGGTTGCGTT TCTTTTAGAGCTACTGTCAAGACTGCTGAACACGTGTACTCTGAGTCTTCATCGGAGAAGGGCTCCCTCT TCAAAGAAGTGTGTTTAATTGGCATGAACAAGTCAGATGAAGAAGAGGAGATGGAAGCGGTGGAAGAGGA AGAGGTTTTGGAAGAAGTGCCGTTCTATGACGAGGAGCTCTATGGGAACATTGAACGACTATGCGAGGAA GGAAACTTTAGGGGAACCATTCTACCTGCAGTCATCAAGGAATGTTGTCTGCTTCCAGTTCAACAACGCA GAATGTGTCTGGTGCGAGTCATCCCAGGTGAAGAAGATGATATCCACAGGTTGGATACCTTCTGCTCCAA GATTGCAGGAAACTTCTTCAACGGTCACCCCGTCTTAGCCGACGCAGAGGGCGTGCGACGATGCTGTGAG CTGACTAGCGATTCGGATCGTATGGTTTGCCTGAGCGAGGAGAAAAGAATGCACTATGACGAAATCTGCA GTTTGAGTGGGGCTAGCGTGAACAACACCATGGAAGATCGTTTGCCCGGTCGCAACTGTTGCAGCCTCCA GGGTGATCTCAGGTACAACTGCATGGAAAAGAAGGCACTGAGGGAGAATCAAAAGAAACGTCTGGAGGAG AGGCGCAACATGAGGCGCAAGGTGGAAAAGGTGAAGCGTCTTTGCAACGCTGTTGACCAAACACCAGAAG GTGATAGGGACAGTGAGGATTACCAAACGTGCTGCATGGTTGAGGACGTGGACGATGCATTGGCGTGTTT CAGGGAAGTCGAGAGGGACAACTTTGATGGATTGTGCAAGAAGCAAGCCTTCTACAGCAACGGTAAAAAG GAAAGAGTTCATCCGTGCTGCAGATTGGAGAGTGAAGAAAGGTATGAATGTTTCTTGGTAAAACGATCGA ACAACCAACAATCAAGAATTAACTCAACAAGAGCACCAGTACCGAATACTCAAGGTTCGACTCGACCGAC ATTCATGCAGAGGTTATGTGCAAAGCTTCGAAAGGACGATGCGGATGACACACTCATCGCTTGTTGTCAG CAATCATCATTTCTCAAAAAGAAGAGATGCATGGACAAGAGACAAAATTATGCTTTGGCCAAAATTTGCA ACGCCAGCAACGTAAGCGTTTCATACGCCATTGTTGAGGGAGAGAGTTTCAACGCTGCCAAGAAGAACCT TCATCCCGAGCACGAATGCTGTATTCTGAACGAAGAGGAGCGGATGTCCTGCATCAGAACAATGAGGATT TCAATGTCCAAGCTTAGACGTCAGGATTCATCTGAGAAGCCGGTGCGTGTAGAAGCTGCACGTGAGCAAA AGGAACAGCGATGGGTGAAGGAGGAGGGCCGTCAGAATAAAGCCATTTGCGCTGCTGTGAGAGAAGACGT TGATATGATAGACGAGCAGGTCGTCCGTTGCTGCGAAAACGACGGTGAAAGTCGGCGGGAATGTCTAGCT GTTCTCCGTAGGAACCACTTTACCGCTATATGCAATACCGATGACTTGTTCCAAATAGACATTTTCAGTA CCATTTTGCGCACAGAAGACCCAATCAATGACGAACATAGGTGTTGCATGAGACCGAACGCCGATATAAG AGCTGCGTGCTTCTCTCGCATAGATCGCCAGGTCGCGATGCTGTCCTACAGTCCCCCAGTTATTGAAGAG GTGCAAGATATTCGAACAGAGCTCCTCGCCGTTGCAGAGTTCAACAGAATCGACAGAGTCTGCCAAGAAT CGAAAAGTGCGACCTCCGTTGAACTAAAGGGACGATGGCCGGTGAAAAAGTGTTGTAGGTTCCAGAACAA TCGAAGGTATACTTGCCTGATGGACGCCGCAACAAAACTAGCTGACCAATCGTGCGACGGACCTCCTCCT AGAGTATACTTTCCAATGGGATTCTACGGAGAATACATCCCAAGTGACTACACTGGCCCTTTCCTCGATC CTTCCCACCCATGCTGTTCATTGACCAGTGACATGCGACAAGACTGCATCCAGGAGGCCAGCATGGCTGT TCTTGCATTGCGACTACCCATGATTCAGGTCAAGCCACTGGTTGAGTTTTTTAAAGAGTTGCCATCTGAT ACGCGTTTTGATGCCAATCACCAGGAAGACATTTGCCAGGCTGCAGTAGATTTCCAAAGCTTATACGCTG ATCTTGAAAACGGCCTCGACGTAGAACTGAACCAGCCTTCAAGAATCCAGACTGAATTACAGGAGCTTCA GGACCTTCTAGCAGAAGAACTGACAGAAGAGGAAGAGGAACAATTGGAACAACTTGCCGAGCAGAATGAA GAACAGTTAGAATTGTTAGCTGAGCAAGAAGAGGAACAGGCAGAATTGCTGGCTGAGCAAGAAGAGGAGC GTCTTGAAATACTTGAGGAACAGGCTCAACAGCTAGCAGAGCAGAATCAACAGAATGAAGAAGAGGAGGA AGAGGAGGAGGAAGAGGAGGAAGAGGAGGAAGACAATCGCCGACGGAAACGAAGAAAAGCTACTAGGTTC CGGAGACCTACTGCTAACAAGGTGCGTGCGGCTGCGGGCCGCAGTATCTATGAGGTCGACAGTTTAGTTC ATTGTTGCCAGGAAAATTTTGTGGCGGAAAGAAATTCTTGCATGACAAACTTTTGGGTGCAACTGTTAGA TGAAGCATGTGCAGCCCTTCCTTACTTACCTGATTCTTCTTCTGCTACGTCTACTGGCCTGGAATATGCT TCAGAACTTGCACAAGCCGATAATAATGTGCTCGCCCCAGCTCCATTGACGTTTGGAGGACGCGGAGACA TTCGAACCTCTAAAGCAGTAAAGTCAATCTCAGAATCTACAGTCGTTTCGAATTATGATGAAGACAACTT CCGATCATGCTGTGCTCTCTTTGGGGAAGCCCAACTGAAATGCTTCCAAATGCACTATAGTCCTAATGCT CCTAGCTCACAAATGGAAAGTGAGGGATCTGCGAATCCGTCAACGATAGGCAGTGTGTCCGAGGGATATG TATCTGAAAGCCAGGGGCAAGAAAGTGAGAGATCTGAAAGTGAAGGTTCTGAAGGGGAGGATTCCGAAGA GACAGAGGGCGCTGAAGAACCACATGAGCAAATGGAAAGTGAAGGGGGAGATCAGGAAGAGTCAGAGGGC GCTGAACAACCACAGGAGCAAATGGAAAGTGAAGGACAAGAACCCGAGTCAGAGGAAGATGTCGATTCTG GAGAAATAACTGATGGATCGGACATGAACATGCCAGGACCGGGATCATCTGACGGAGGTGTTCCACTAGG ACTAACGGAAGTCGATGAACAAACATCCGATGGAGAGGAGCCCGAGGAACCAGAAGAGCCAGGAGGAGAA CAAGGACCACACGAACAGATGGAGAGCGAGGGAGAAGGAAATGAATCTGAAGAAGAGGAGGTTGAGGAAC CCCAGGAAGTGATAGAAAGTGAAGGACAACAGTCTGAATCAGAAGACCCAGAATTTGAAGGAGAAGAACC GGAAGAATCAGAAGGAGAACAAGAACCGCAAGAACAGATGGAAAGTATAGTACAAGAACCCGAGTCGGGG GCAGATGTCGATTCTGGAGAAGTAACTGACGGATCGGACATGAACATGCCAGGACAGGGATCGTCTGACG GAGCAGGAGGTGTTCCACTAGGACTAGTGGAAGTCAAAACATCCAACCAAGAGGGGTCTGAAGTACAAGA AGAATCGCAGGACCCACAGGAACAAATGGAAGGTGAAGGTCAAGGAAGTGAATCGGAGGGAGAAGAACCA GAAGAACCAGAAGGAGAACAAGGACCACAAGAACAGGTGGAGAGCGAAGGAGAAGAAAATGAATCTGAAG AAGAGGAGGTGGAAGAACCCCAGGGAGTGATGGAAAGTGAAGGACAACAGTCTGAATCAGAAGAACCAGA ATTTGAAGGAGAAGAACCGGAAGAATCAGAAGGAGAACAAGAACCACAGGACCAGATGGAAAGTGAAGGA CAAGAACCCGAGTCAGAGGAAGATGTCGATTCTGGAGAAGTAACTGACGGATCGGACATGAACATGCCAG GACAGGGATCGTCTGACGGAGCAGGAGGTGTTCCACTAGGACTAGTGGAAGTCAAAACATCCAACCAAGA GGGGTCTGAAGTACAAGAAGAATCGCAGGACCCACAGGAACAAACGGAAGGTGAAGGTCAAGGAAGTGAA TCGGAGGAAGAAGAACCAGAAGAACCAGAAGAACCAGAAAAAGAAAAAAAAAAAGATCACTCAGGCTGAT GA	S. purpuratus

ESTs (0)