LOC105442637 Nucleotide Sequences

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Echinobase

Gene Literature (0)

Nucleotides (6)

Interactants (0)

ECB-GENEPAGE-23010112

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

Nucleotide sequences for LOC105442637 - All

RefSeq mRNAs(12)

Models - Gene (1)

Models - mRNA (0)

mRNAs (6)

ESTs (0)

RefSeq mRNAs (12)

Accession	Version	Protein Name	Length	Protein	Species
XM_030972697 >LOC105442637 TAAATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972697.1	XP_030828557.1 uncharacterized protein LOC105442637 isoform X1	4311 bp	XP_030828557	S. purpuratus
XM_030972697 >LOC105442637 TAAATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972697.1	XP_030828557.1 uncharacterized protein LOC105442637 isoform X1	4311 bp	XP_030828557	S. purpuratus
XM_030972754 >LOC105442637 TAAATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972754.1	XP_030828614.1 uncharacterized protein LOC105442637 isoform X1	4121 bp	XP_030828614	S. purpuratus
XM_030972754 >LOC105442637 TAAATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972754.1	XP_030828614.1 uncharacterized protein LOC105442637 isoform X1	4121 bp	XP_030828614	S. purpuratus
XM_030972805 >LOC105442637 AGAAGCAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972805.1	XP_030828665.1 uncharacterized protein LOC105442637 isoform X1	2699 bp	XP_030828665	S. purpuratus
XM_030972805 >LOC105442637 AGAAGCAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972805.1	XP_030828665.1 uncharacterized protein LOC105442637 isoform X1	2699 bp	XP_030828665	S. purpuratus
XM_030972849 >LOC105442637 CAAAGAAGAGTTGTGGTATACAGCACCTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGTCAGGGAAAGTCTGTTTGCGGGCAATTCACGACAATAAGCCTCTAGCACTCTTAAGCTAGGTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGCAACTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972849.1	XP_030828709.1 uncharacterized protein LOC105442637 isoform X1	2703 bp	XP_030828709	S. purpuratus
XM_030972849 >LOC105442637 CAAAGAAGAGTTGTGGTATACAGCACCTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGTCAGGGAAAGTCTGTTTGCGGGCAATTCACGACAATAAGCCTCTAGCACTCTTAAGCTAGGTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGCAACTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972849.1	XP_030828709.1 uncharacterized protein LOC105442637 isoform X1	2703 bp	XP_030828709	S. purpuratus
XM_030972900 >LOC105442637 GAAGCAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972900.1	XP_030828760.1 uncharacterized protein LOC105442637 isoform X1	2508 bp	XP_030828760	S. purpuratus
XM_030972900 >LOC105442637 GAAGCAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972900.1	XP_030828760.1 uncharacterized protein LOC105442637 isoform X1	2508 bp	XP_030828760	S. purpuratus
XM_030972950 >LOC105442637 AATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972950.1	XP_030828810.1 uncharacterized protein LOC105442637 isoform X2	3760 bp	XP_030828810	S. purpuratus
XM_030972950 >LOC105442637 AATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	XM_030972950.1	XP_030828810.1 uncharacterized protein LOC105442637 isoform X2	3760 bp	XP_030828810	S. purpuratus

Models - Gene (1)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	LOC105442637 >LOC105442637 TAAATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAGTAAGTTGATATGCTTAGAAAGGCTGAAGTCAAGTAGTTTTTAAATTAAAGCTATGATGGAATGAAACAGATCCGCATAATTGGGAACAATTGAATGCAGAATACGAAAGCTATGGCTTTAAGAAATTTTCTATATAACTTTTTGACACTACCAAGTTACTTTTAATTATGTCAGTAAAGGTATAGACCAGTTTTGGAAAAGCCCCCCTCTCAAAAAATGAAATGGTACCTTTTTTTAACAATCATGTGAAAGAATATGTTTTGACTAATAGCTGATGATACAAATTTTGATACTAATTGATATATTTGGTAAATTATTATATCTATCCGGAGTGGATAGATATTGCGCATGTGTCGCATAGTCCCATATACATCTTTCTGTGTACAGTGCTTGTAACTTTACCATGACTGGGTCAAATTTCTCATCATTTTGATGATCCAGAACCTTTCAGTACACACCAATACTTACCGTATATGCTAGATGATCAACCTTTTGTGATCGATTTCACAACGTTTTTTTCGCAATGCAATCGCATGACCAAAACTGGTCTTGAATGAGGGCTCACTATTTGTATTTATTTTTGTAATACATTCATATTGGTTTTTTATAAAATGCAATTGTTTTTTTTTTTCTTTTTTTATTTCTAGTGCTTTTAATCAACAAATGTCAGTTTGATTAAAGAAATGACCCACACCAGACGGTTATTTCTGTCTATGACTCTCTATGTTTTGCTGGAGTGTGGGGTGGAGGGGGGGGGGGGGGGGGAGTCACAGGTTGAACATTGGCACATAGAGAGGTCAAAAGTCATTTGAGGTCAAGCGTTAAAGTTTACCTGCAACCTCAGCTACACTACAAACACAAACACATTTTACCTTCACACATGTAAAATATCAATGCAATAATTCTACTCGTATCAAAGGGGGAGGGAGTAGATGCAGTGGAAGCAGGTGAAAGGCAGTAGCATATCATGTAATACCCCTTCTCAAAGTTTATGGGATGTTGCATTCTATGGCAGATATTTCAAAATCAGCTTGCGATAGGCCCTACAATTCTTATAGATGGCAATGGACATTGCGATATTCTAGTTATTTTCACAAGTGGGCGAGACAACATCGCTAATGCCTTGTTTTAACTGAAAAGTCATCCACAAAGTAGATGAGGTTTAGACATTGGTCAGTTAAAAATTTATGTTGTGCCACCACCCATGATAATGTCATTACAGAAATGGTACAATTTGAAACAGGAAAAGAGCTTAAAATGAAAATGCATTGAAGTACTGTACCTAAACAAAATATTGAAATTAACATTATTTCTGAACTGTTGGTTCTTACAAAAGTTATTGATTTCGGTCTAAGTAGCAGTTTGGGATGTAATGTGGTGTTTGAATCTTTCCATTTCAGATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGATGGATATGATATATTTAAGTGTAATTTGGGACTCGGGTTCTGGTTATTTATAGGGAAAGAACCATTAGTAATTACCATAGTAACATTGCTCGATAGCTTATCAAAATCAAGAAATCAATGGTATTTACTATAGTAAACTATAGTAACTATAGTAAACTTCCCGCGGGAAACTGCCAAAAAAAATAAACGGTCAACAGGGTTGTGAACGCAAATGAACACGCTCCATTTGAAATTGCCATGACCGCCACAACAAATTTAACATGTTTAATTTTTGAAGCGGTTCCTGGCAGTATGCACAGATCACTCCGGATTAGGGCTGTAGTATTCCAAAAACGGTTATCCTCCCTCCGAATCCGTTTGGTTTTCGGTTAACCTATACCGAATTGTGAGACATAATTTTAATCTGATATGTATCAATTTGCTTGGATTAAACACCAAAGTGTTTATTTTCTTTAGTGGTACAAGGGTTTTGTAGTACTATCAGCCTAATTTCATTCATTTTCTTTGAAAATGTGATTGAACAATAATGATTTTTTTTTTCAAGGGGGGGGTTTTAACATTTATAAATCGGCCCGAAAAATCGCAACGACTCAGCCGACCGCTGAATAAGCGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGTAAGAGGACACTTTTTTTTTTTTTTTGTGGTCTCAATATTTGAAAATCTGACATTTTGCTCCGTTGGGGGGGGGGGGTAAGGTCACCTTTTTTAGGTCAGCCATGAAAATATTTTTTTTTTAATAAAAAAAAAAAAAAAAAAAAATCCAAAGGGGGGTGTTTGGGGGGGATTACGGGGGGGTTTACACATATAAAAATACCAAAGGGGGGGGGGGCGGGTGTAACCCCTCAAACACACCCCCCCCCCCTGTGTACGCGCCTGATCTCTGCAAACTATGGTAATTGTATCCCCCGGCAGTATGTCGGTGGGGTACTTTTGATTCAGCAGCGTTACGCCGCCCCGTCATCTTGTGTGCGCTCTAACTGCCACATTTCTTTACAGATATCTTTCAAATTTTGTATGGAGGTGTATCTTGGTATAATCTACACACCTATAACTTTTGGTGATGCTGCCCCCTGTGTTCCGTCTTCTATAGGGTAAAAGGCCATATTTTATTCTTGTGTGCGCTCTAACTGCCACATTTCTTGACTAATTTCTTTCAAATTTTGTATGGAGGTGTATCTTGGTATAATCTACACACCTATAACTTTTGTTGATGCTGCCCCCAGTGTTCGGTCTTCTATAGGGTAAAAAGCCATATTTTATTCTTGTGTGCGCACTAACTGCCACATTTCTTGACAGATTTCTTTCAAATTTTGTATGGAGATGTATCTTGGTATAATCTACACACCTATAACTTTTGGTGGTGCTGCTGCCCTCAGTGTTCCGTCTTCTATAGGTTAAATGGCCATATTCTTTTGGATGGTTTGGGTGTGCTCTATGGGCCTCATTTTTCAAGGGATTTTGTTCAAATTTTTAACAAAGGTGTATCTCGGTAGAATCTACAAGCCTATAGATTTTTGTGATGCTGCCTCCAGTGTTCCGCTTTTATAGGGTCAAAGGTCATACTTTGATAGATGTCTTTGTGGCACTGTAGTTTGCGGTCTAATTGCATCATTACTTAACAGATTTCTTTCAAATTTTGTATGGAGATGTATCTTGGTATAATCTACACACCTATAACTTGTGGTGGTGCTGCCCTCAGTGTTCCGTCTTCTATAGGTTAAATGGCCATATTCTTTTGGATGGTTTGTGTGTGCTCTATGGGCCTCATTTTTCAAGAGATTTTGTTCAAATTTTCAACAAAGGTGTATCTTGGTATAATCTACACATCTACTCTTTTGGGCAATGCTGCCCTCATTTTTCTGTCTTTTATATGGTCAAAGTTTATATATGTCTTTTATGCGCTCTAACTGCCACATTTTTTGACAGATTTCTTTCATATGTATGATGGAGGTGTGTCTGAGTACGATCTACACATCGTTCGTGTTTGGTGATGCTGCCACCTGTGTTCCGTCTGTTATAGGGTCAAAGGTCATAGTTTGGTGGATGTCTTTTGTGCGCTCTAACTGCCACATTTCTTGACAGATTTCTTTCAAATTTTCTACAGAGATGCATTATACTTAATCTACACGTATATTGTTTTGATGATGCTGCTCCTAGTCTTGACAATAGTCTGAGCCACAATTGGCGGTCTCTACGTCATCCTTTTGATTCAGGGAGGGGGGGAGAGGGGATCTTTGTCCCTCCTTCGACCATAAGGATGACACAAAATCGCTGCCACTGCCGGGGGATACATTCGCATTGCGCGTCAATACAGATTGCGATATTTCTAGTTACCATAGTTACAGTGCTTGATAGCTAATAAAAATCAAGAAATCAATGGTATTTACCATAATTTGCAGAGATAGCATTAATTGTAAAGATACGATAGTTTTATGCAATGGGGTCGTGATGGTTGATATGTATGACATACTGAGTTGTTATAATGAGGTTGCACTGTATTATGAAATAATAATAATAATCTGTTTTTTTATATAGCGCTCAATACACCGATCCAACAATGTGCCTAAGCGCTTTACAGATATATTATTACCCCGGTCATCGGATTCAGGCTTACCCGCACACAATGTGTGCACATTTTCGCAACGACTCAGCCAGCCGCTGAATAAGCAGGGGGGGGGGGGGGGGGGGGGGGGGTAAGAGGACACTTGTTTTTTTTTGTGGTCCCCAAAAAATCCCAACGATTCAGCCAACCGCTGAATAAGCGGGGAGGGGGGGGGGGGGGGGGGGGGGGTAAGAGGTCACTTTTTTTTTTTTTTTTTGTTCCCCAAAAAACGCAACGACTCAGCCAACCGCTGAATAAGCAAGGGGGGGGGGGGGGGGGTAAGAGGACACTTTTTTTTGGGGGGGGGGGGGGTCTCGAAATTTGAAAATTTGACATTTGGCTCCGTTGGGGGGGGGGGGGTTACAGCCATGGGAATAATTTTTTTTTTTTTTTTTTTTTTATAATTAAAAAAAAAAACGAAAGGGGGGGGGGGGTTGGGGGGTTTACACACATAAAAATACCAAAGGGGGGGGGGGGGGTTTAACCCCCCAAACCCTCCCCCCCCCCCCCCCCCCCTGTGTAAGCGCCTGAATACGGTGTTAATGCCTAAAGCCCCATTTACACATTGACAATTGAAACGGCAATTTATGGCAGTTTTACATTCCTCCATGGTCAACGAGCAATGCCTAAAGCCCCATTTACACATTGACAATTGAAACGGCAATTTATGGCAGTTTTACATTCCACCATGGTCAACGAGCATTGACTAAAGCCCCATTTACACTTTGACAATTAAAACAGCAATTTATGGCAGTTGTACATTCCGCCATGGTCCACGAGCAATGCGTAAAGCCCCATTTACACATTGACAATTGAAACGGCAATTTATGGCAGTTGTACATTCCGTCATGGTCAACGAACAACGTGTTGACACATTAGTTGGGTTGACACAGTACTTGCTCAACTTAAGAATTAGGTTGAAAACTTAATCATCTACGATTAGGTTGCTAATCATCAATGATTAGTGCCGTATAGATGCACTAAAAAATTAGCAATTTTTAAGTTTAGTTGAAAAATCAGACTCCAAAATTTCTTAGAGTTTACGCTCAATTCACGAGCAGCGGGGGGTCCGCAGTCTATCATTAGGGACCTTTAGATTGAGTGGACGAGAACACGAGGAACGCCGACTGATCATGCGTGTCAACTACTTAACTGCCCATGTTGACTACAATTAGAAATCTTTTAGATTGCACTCGACGATATACATGCATGTAGGAAGTAATACTATGAACATCACGGACAAAGAAAGAAGATAAAATATACAGTTCCTCATTTTACCCTCAACAGAAGAACATCCCTTCACTGCTATTATGTAAAAATGTGTAGAACAGGTGACTATGCATGTGACACCTGTTCTACACATTTTTACATAATAGCAGGGAAGGGATGTTCCTTTGTCTACCTGAGGAACTGTATATTTTATGCGCACGCGGCATACTAGTACCTTGAGCATGTAAAGGCGCTATAAAAATACCAATATGTATGTATGTATGTACTAGATTTAGGAAAATCAAGGTTGACGCATTCTCGATCGCCGACTGAGACGACGTAACGCATGCGCAGTGCCTTGAAATGACGTCACACGTTGCAGTCAAAGCTGTAGACGTGCAAATCTAAAAGTCCCTATTATCCCGTGTGGACGTAATTTAATCAATGAGCTCCACGATTAGCGTGACCTCTCCGTCAACCCTCTGTGCGTCCCTGTAGCTGGGATTATCTCGGCACTTCCGGCCAATGATTGATTGGGAGGGTTGCTTAAAAACTTAATCTTAAACATAAGTTTTCGTGTGGACGCTCATTATTTATGGGGTAAGCTCTTATTGATGATTAGCAATTGTCGATGATTAGGTACTGTTTAAATGTAACTATTGTAGGACATTAGAGGCCTGCTGTTGTGGAGGAACGTGGGACAGATTTATTGCTTTAAAGGTAGGCGTGAATTAGATCTCTAAATTTGAATCTTACAACAACAAAAAACAAAAAAATGTTATACAATTTTGATAATAGCTAGGTAGCTTCCAAAGAATGAATGGAATCTTGATACATATTTGTACTGCCTTCATGCTATCTGAAAGAAAAGTATCAGGTTGGATAATTAATGTAGGTGACCTTTGGGAAAAATCAATTCTAGCATATTAATTTAGCATGAAAAGTGCATACGGTAAGTAGTGTTTTGTCAAGCCCAGGGCCCCGTTGCATAAAACTATTGTATCTTAACAATTTATGGTATCTGTGCAAACTATGGTTATTACCATAGCAACACTGCTTGATAGCTAATCAAAATCAAGAAATCAATGGTATTTACCATAGTTTGCAGAGATACCATTAATTGTAAAGATACAATAGTTTTATGCAATGGGGCCTTGATGGTCGATATGTATGAAATACTAAATTGTTATAATGAGGTTGGACTGTATTATGAAATGTTTGAGTGACATCAAAGTATGCAAATTAGTTGTTACCAAAGTTGAATTTGTGATGGAATCTAACTTGGTTTTATTCATTTTTTTGTATTGTATATTTTTGTCATGTTTTACTTGTATTTTTCATTTTTTGTTTTGATGACAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTAGGTATACCGAGTGTCTGAAACAAAAGTTGACACTTTTGAATATTCTGCCAAATAAAAAATGTGAAACATTTTTGAGAAATTGTCATATGTATGGATGGTTGAAGCTCTCGTCTATCATATGGCAATAACAAATCTAATAATAATTGTTTCTTGGGTAAGCACTGGCCACTTTTGTAAAGGGTATGAAAATTAGGTTGCGCAAGATTTGGCTGAGCGAGAAGTCCCCCAGCATAACAATTGTTAATGGTCTGTTCAATTTATGATTAATTACGATGGATATGGGTTTGGGCTGTGTATGATGTGTCCCACCTCTTGCCCCACCCCACCCAACTACATTTAAAGGAGAATGAAACCCTGATTTTTAGTCTTAGGCCAAAAAAAAAAAATTGTTCGGTTGTCCTCGATTGCTTTTCTAGAGTAGGGGCGGGCGGGCGGATTTTTTTTTTTTTTTTTTTTTTTTTTTAAATTCATTTTTTGTGTGTTTTTTTTTTTTTATTTTTTTTTTTTTTTTTTTTCTTTGAAATACAGCACCTTTTAAATCTCCATTGTACTACTTATAGCTACTTGCGCCCTCTTTGTAGCAAACAATGCCTAATCGGTGACCATTGGTCCCCATGATCCTCTTTATCTTATATTAACTGAGAGCTGATTTGATGAGATAACCACCTGTCCAGTGACCTTGCAGGGTGGTCTAATCCCTCCTGTAAACTAGTACAGATGGGGTTTAAAATGAGTTTAAGATTTGAATGAACGGCATTTTGACATAGAAAAATAAAAATGGCAAGTTTAATAAATACCTAATTGCGTACTGAAAAGATCAAACTGGCAACGGGACGCATTTTGATCCTTGCAAATGCATAAAATGGTATGTTTGGCATTTAAGATTGCCCCCCCCCCCCCCCCCCCCCCCCCAAAAAAAAAAAAAAATGAAAAAAAAAAAATGAAAAAATGAAAAAAAAGAAAACAAAATTGAATTAAAAAAAAAAAAATACGAGCGGCCCGAAAATGACGAGCGGGCGGTCGAGGACAACCAAACAACTTTTTTTTTTTGGCCTTATTGTGTTAATCAAAAGTTAAATAATTATTATTCAGGTACAGAAATTATGCTTGCACAACAACTGCAAGCGAAACCAGAGCCGCATGAAGATCCCCTACTATGCGGTTGTCTGCTTCAACAGGAGGTTCCACTGTACTAAAAAAAAAAAAAAAATTCATGAGGTCATTTTGCTGGTCTCAACTATTTTTATTTCTTTGGGTTTTTTTGGGGCTAATATAACAAGGTAATTTTTATGGTCCCAAGGGCTTTGTTATAATGAGATTTTACTGTATATCAAAACAAGCGTTGTGTATATCAAAACATTTAAAATGGGCCTAAATTATACTGCCCTACTTTGGCAAAAGGAAGCAAGTGACATACCATCTAAATTTGAGTTATTTATGTTTTTATATCTGCAAATGACAGACACATTTTGTTTCTTTACAAGACATTTCACGACTCACGACAATAAGCCTCTAGCACTCTAAAGCTAGTTGGTGAGTCAAAGAAGAGTTGTGGTATACAACACCTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTAGTTGGTGAGTCAAAGAAGAGTTGTGGTGGACAGTCAGGGAAAGTCTGTGTACGGGAAACTCACGACAATAAGCCTCTAGCACTCTAAAGCTAGTTGGTGAGACAAAGAAGAGTTGTGGTAGACAGCACCTTGTCTGTGTGCGGGCAACTCACGACAATAAGCCTCTAGCACTCTTAAGCTAGTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGTCAGGGAAAGTCTGTGTGCGGGCAACTCACGTCCATAAGCTTCTAGCACTCTAAAGCTAGTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGCACCTTGTCTGTGTGCGGGCAACTCACGACAATAAGCCTCTAGCACTCTTAAGCTAGTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGTCAGGGAAGTCTGTGTGCGGGCAACTCACGACAATAAGCCTCTAGCATTGTGGTAGACAGCAAAACATTTTACAGCTTTGACAATATTTACGACTTGAACTTTGAACTTTTGTCACTTGCTTCCTTTTGCCAAAGTAGGACAGTATAATCTAATACAATACATATGCTATCAACTTTTTTTCTTGTGTTTCTCTTTGACAGGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGGTGAGTCAAAGAAGAGTTGTGGTATACAGCACCTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGTCAGGGAAAGTCTGTTTGCGGGCAATTCACGACAATAAGCCTCTAGCACTCTTAAGCTAGGTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGCAACTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGTCAGGAAATTTTACAATTTTGAACATATTGACGAATTTACGAACTTGAACATTTGAATCCTTCATTATCTTACTCTATCTACTCAATCTGAATCTTCATTATCTTACTCTGTCTACTCAATCTGAATCTTTATTATCTTACTCTATCTACTCAATCTGAATCTTCATTATCTTACTCTATCTACTCAATCTGAATCTTCATTATCTTACTCTTTCTACTCAATCTGAATCTTCATTATCTTACTCTATCTACTCAATCTGAATCTTCATTATCTTACTCTGTCTACTCAATCTGAATCTTTATTATCTTACTCTATCTACTCAATCTGAATCTTCATTATCTTACTCTATCTACTCAATCTGAATCTTCATTATCTTACTCTATCTACTCAATCTGAATCTTTATTATCTTACTCTATCTACTCAATCTGAATCTTCATTATCTTACTCTGTCTTACTGAAACTCAATCTTGATCTTACTCTGTCTTTCTGAAATTGAATCTTCAATTTCTGTGTTGTGTTGCTCAAACTGTGTGAAATTGTGTGAAAACTAGAAAATAAGATACGAAACGAGATTTGACAAGAGTGTTAATAAACAATAAAGAGAAGAAAATTTCTTTTTGAGTTGATTTTTAGTGAAAGAAATAAAGCTGACTGGTTGATTGCTTGTTTAAGATATTGGAGAAAATTGTTAGTGTATAGAGAAAAAAAAGTGAATTGATTGAATAACTGAATTGTTAGAAATTGATTGTGAGAGATAGAGATATTTTTGATTGGTTGGTTGATTGAGTGATTTGATAAAAGTGAAATTCGTGAATATTACCTTTAGCATATAAGGTTGAATATAGAAACATAACTTTAAGACCAACAAGAGTGTTAATAAACAATAAATAAAAGAAAATTTCTTTTTTGAGTTGATTTTTAGTGAAAGAAATAAAGTTGACTGGTTGATTGCTTGTTTAAGATATTGGAGAAAATTGTACAGAGAAAAAAAAGTGTATTGATTGAATAACTGAATTGGTAGAAATCGATTGTGAGAGAGATATTTTTGATTGGTTGGTTGATTGAGTGATTGATAAAAGTAAAATTTGTGAATATTACCTCTAGCATATAAGGTTGAATTTAGAAACATAACTTTAAGACCAACTAAGGCAAAACTAGAACACTTCGTACTAGCAGAGAGAAAGTAGAGGAATTACACGATAAAAATAACAGAACACAGAAATTTATTTTAAAGAGCGCCATCTTGAGGCAAAAACAATACTTCCAAACACATCGTAAACAGAAATTTAGTTACATCGAGGTATTAATTTATTTTGGTCTTTACTGAGACGACGGTTTGAAGAACACATTCTACTTTTGTATTGATATAGGGTTGTATAAAAGTGTTGATTGATAAAGAAAGAAATTTGTGTCTGGATATAGGCTCCTGTAGTGTTCATAGCTTTAGTATTATAAGTAAGCCGATTGCAGAGAGGTTGAGAACGAACATTGTATCGGGATATAAATATAGTTTTATAAATATAAATCGGCTTGATCGATTAGAAAGATAAGAAAAATATTTAAATTAGGATATAAAGTGGACTTTTTTTACACAGAGTTTTAATACAGATTGTTGTTAATAGAGCGCCATCACAAGGCAAATTAATATAATAAAGAGAAATTCCGTCACGATCAATACCTTCTAGATTAATATTTAACACAATTGCCGAAGAGCGCCATCTTTTGTTGAAAGCTATATATTTTTCTAGGCATTAATTTTCATTTTTGTTAAAAGGAAATAATTCCAAGAAGGAATACAGTATTGACAAGATATTGCATTGTCTATTATACAAAATACAACATACATTGACCTATAATCCATACATTTAACTTTAAAAAATAAAGAAATCCCCCAAAAGCAAACACTTTGAACAGCAAATCAAAGACCATTACAAGGCAATTTGAGGTGATCAAGACATTACAGCTCGAATAGAAGGCTTCCTCTAAAGGAGTTTTTATCTTGAAACAAAAACATAATAGTCTGTATATAGTTCAGGCTTTGATATACACTGAATTTCAGTAAAGATTTTGAATTGATATTGACAACAGTGATACTTCAAATTACAATTGTGCATCATAATTTGAATACAGATACACTGTATAAGATAATTTGGAACGGAAAACCTTGTCTTGGCAAAAAAGCAAAAGGGCAGTTGTAATCTTATAGTTCAAAGCTTTGTACGAAATATTTTGTGATGGAGGAATACACTGATACATGTTGTGTTTGTAAGAATTTAATTGGAGAGGATGAGATTACTGTAACTTGCAAGTCATGTACTGGTCCCTATCATGTTACTTGTATGGGTTTTCCATGTAAGGAGACAATCAATGACACAAATGATAGAAGATGATAGACACTACTGAATTCAAGACAGTTGTTGATGAAATCTTAGATGTACTGTCTACTTGTGCACCGCTGATGAATTCAGAGTTTGATGCATGCTGCATATGTGAAAGTGAGATCGGAAATGACATAAGTTCACTTTGTGAGTTTTGCAATAGTCATTTCATGTTTCATGTATGCAACTGCCCTGTGAAGACAAACTGAATGATAGGAGATTGATTTGGATTTGTTCTTTGTGTGGAAATAACAACATCGCTCATCGCATGTTTGATCAAGTATGTATCCCTTCTCATTTCAATAGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGGTATGGTAAAAAGGGAAAAAAAAACAATCGATTGAGAGGAACACAACATAACATATAACTGACAGGAAAACAAATGAGTCTGATAGACATAATCCTTTGGCTATGGAAAATCCATCCCAAATAGAACACGAAGAGATGCAAAATGAAAAATTTGAGGATGACTGGGTAATTGTGAAATCAAGGAAGACGAAATGGGTGGAGAAACTAAAATCAAGAAAATTGTATCCCAAATCAATAGATGATCATCAAACAGACAGGAAAATCAGAAGAAAATCAGTGAATGGTGTAGTCTTGGAACCAGGTGTGACTTACATTGGCAAAGCAATGAAGACATTCTATGAAAGTCATGAGAAAAAAAATGGAAACCGAAAGAAAAATGTATGTAAGGAAAACAAGAATGTGAAAAGAGAAGATGTCAGTTTGCAGTCTTATGTAGAAACTCTTTTGGCTATATATGCATACAGTGTGCAATCCCCATGTTCAATGAAATTGTACAGTGAGACCTGTGTGCAAATTGAAACGATGCAGACACGATCTTGGGCTGACGTAGCAGGTTATTTGCCATCTCGATCAAGAACAGATTCATGTGTTGATATTCATGCCTGCACTCGTAATCTTTTTGAACAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	S. purpuratus

mRNAs based on gene models(0)

mRNAs from cDNA libraries (6)

Clone	Accession	Species	Library	Anatomy	Stage
	XM_030972697 >XM_030972697\|XM_030972697.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC105442637 (LOC105442637), transcript variant X1, mRNA TAAATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	S. purpuratus
	XM_030972754 >XM_030972754\|XM_030972754.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC105442637 (LOC105442637), transcript variant X2, mRNA TAAATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	S. purpuratus
	XM_030972805 >XM_030972805\|XM_030972805.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC105442637 (LOC105442637), transcript variant X3, mRNA AGAAGCAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	S. purpuratus
	XM_030972849 >XM_030972849\|XM_030972849.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC105442637 (LOC105442637), transcript variant X4, mRNA CAAAGAAGAGTTGTGGTATACAGCACCTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGTCAGGGAAAGTCTGTTTGCGGGCAATTCACGACAATAAGCCTCTAGCACTCTTAAGCTAGGTTGGTGAGTCAAAGAAGAGTTGTGGTAGACAGCAACTTGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	S. purpuratus
	XM_030972900 >XM_030972900\|XM_030972900.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC105442637 (LOC105442637), transcript variant X5, mRNA GAAGCAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGGTCAGTCTTCCAAAGCCGGGAAAAAAGGCACTGATGGAAATCACTCTTCTGATAAATCAGAGATTAGATTTGACAAAGATGAAGGAATAGAATTAGCAGTAAAGAATGAGAAGCTGGATACAAAGAAATCTATGAATGCAAGTGACCAAGGCCTTGATCCAAATACATGTAAAAATGATGAACACTCAGACCAGCATATTTGCAATATGAAAGACAACAAAGGTTCAGATGGAGTTGTGCAGGACGATTCAAAGAATAATCTGTTGAAATCAAATTTTGATGAAAATAGGGAAATTGAAACAGACGATGATAGTGGCAGTGATGTTCACATACCAGTGAAACGTTCGTGTGCAAGAAATTGTTTAGAATCTGATAGTGATACAGACACAAGTCCTGGATGTGATTTATTCGATAGAAGTGTTTTACCACAACGCAATATGCCTTTGAATGTTAGTGATAGACCAAAAGATATGCCCATAAATGAACCAGTAGACAATGTCTGTGAATCGGTATTGGAAAATGATGATATGATGAAAAATGATTTTTCAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	S. purpuratus
	XM_030972950 >XM_030972950\|XM_030972950.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC105442637 (LOC105442637), transcript variant X6, mRNA AATATGCGAATCTGGTTTCTGATATCGATAACTTTAGTAATGTTTGACGGATTTTAATCAAATTTGATATGAAAGTACATGGCATCAAAACATGGCCTTAGTTTGATTTCCCAGTATGTACCCTGCGAGGGGATGCTATGCTTTGCGTTGACTTGTTTTATTTATGTCATTTAGCATTATGAATGAGGGCTCATTATTTGTATTTATTGTAATATATTGATATTGGTATTTTATTAAATGTAATTTTTTGTTTTGTTTTGTTTGTATTTTAGGTTACTGAGAGTTGAAGAGAGAGTTGCAGAAAATTTGATAGATCTACTCTTACTGTTGGACAGTTACTGAGAGAGAAGCAAGGAGGCAGAGGTAAATTCAGCTCTTACTGTTGGACAGTTAGTGAGAGGGAAGCAGGGAGGAAGAGGTGAATAGAGCTCTTATTGTTGAACATTTACTGAGAGAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTCTTGGACAGTTATTTAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACGAGCAAGGAGGAAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAATAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAACAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTGATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAGTTGTTACTGTTGGACAGTTATTGAGAGACAAGCAAGGAGGAAGAGGTGAATAGAGCTGTTACTGTTGGACAGTTACTGAGACAGAAGCAAGGAGGCAGAGGTGAATAGAGCTCTTACTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGCAAGGAGGCAGAGGTAAATAGAACTCTTATTGTTGGACAGTTACTGACACAGAAGCAAGGAGGCAGAGGTGAATAGAACTCTTACTGTTGGACAGTTAATGAGAGAGAAGGAAGGAGGCAGAGGTGCCATCTGCCATTTGGACTTTGACTGAATAAAGTTTTTGGAGTGTACTGGTTGAAGCAGATTTCATTATCATCTCCATCTCATCTCATACCATCTCATCTCATACCATTTCATCTTCACCCACAAAACTCATAATCTTGAGTTTTTGAGAAAAGCACTCATTCAAACCTTCATCTATCATAAAGTCTGTGTGCGGGCAACTCACGACAATAACCCTAGCACTCTTAAGCTTTGATACGAACTTCTTGGTGATCATGATGAACACTGTTACTTGGATTTGAACCAATCAAGGACCCTATCAAGTACGACCAACAAAAGAAAATGTGGCAGATCAAAGAAGAGATCAAGGATTTCCGAATGTACAGAGTTCATGCTGGTGGCAAGAGAAAAGAAGCAAAGACAAGAAAGGTCGAGCAAGGAACAAGAAAGATGTTTCAGATGGTGTACAAGAAGATGCAGTGTTTGACAATGACCTGAAGAATAGAAGCTTTGATACAGTAAAAGATGGTACAGACAATGATACTGATATGTCATTTAATGATCATGCTCATTCAAGGAATCCTTTAGAATCTTCTTCAGATTCAAATATCAAAGATGAAGACATTGAAAAGGCAATAGATGCTAATATGTACACATGTACTGATGAAACAGAAACAGAAGTTGAATTTGTAGCAGATCTTGGATTACGTGATAGACCTGATAAAGATTTCAAATTTGTACCCCTCCAGAATAATGACAAACAGAACATTTGTTCAAAACTGAATATCAGATATATAGGCAAAGGCTGTGATTCAAGGTTAGATAGAAATAGCTCTATTGGAGTTCCTTTACAGAGTAAACAAATTACTGGTGATGGCAATTGTTTCTTTCGTGCAATTTCCTATGTAATTTCTGGAACTGAGCATAATCATGCAATTTTAAGAAATGCCACTGTGAAACATTTATTGCAAACCAAGGACATGTTTAGTAATACATTGAGGCAAGAATATAGAACAGTCAGAGAATATGTTTTGAAACGTAGAATAAAGGAAGACGGAACGTGGGCTACAGACACTGAAATTAGCGCTTTAGCAAATTTAATCGATACTGATATTTATTCATACAATGACCAAGTACCATGTTGGCAATTGTTCTCTGCAAAGAAACCTGGAAGAATAAATATTGTAACATCTGATAAGGGAATTTATATACTGTACACAGGAAATGTTCATTTTAATGTTGTTGAATCTGTAGATTTTGTCAATTTCAATTCATTGGAACAGACAAGAACAACTAAAGAAGATAGAACGTCAAAGAGAACTTTGCCATGTCCATCAATTCAGGCTGATGTTAAAGTAAAGCATGTGTTCAAGAAGTGTAGATCCAAGTCGCAGATAGAGGAAGAAATTGATGAAGTAGTGGATAAGTCTCCTGAAACATTTCAAAACCATGTTGATCCAAAGGGAAAAAAACGTAGGCTCACGTTGGAGACTGGTACGATAAATCACGATGAGAGGAAAGGTACTGCAAATCTTTTTGACATGACATATGAACAGTGTGCAAGTAATCAGTCTGAATCAGTCGTTCACAACGAACGTAACACCAAGGACGAAACCCTTAAAAGTGATCACAAAGACAAATGCACGAGAGTCGATACACAAATAACGCTTGTTGCCCAAGGGACATTCAATCAAGGTGATACAAGATTTGGTGACTTAAGTGGAAAGCAGTGTGTTACCAATTCACTTTCTGCACTGTTGTATAGCAAGGTAAAAAATGTCAATGATTGGAAAAGTACAGATCTAGACAGGATTTTGAATAACGGTAATGAATTATACTGTTACATACGGCGATCCACTTCACTCGACAACCAATACTTATTGATATCTGATCTATTTGAATATTTGGATGCGTACAATGAATTGTTTAACATAGTACGCCGTGAACCAGTCACTGGATTGTTAGATGGAGATGAATTGATATTGGCCCAGTCTCTTTCGATGACATTGAAGCAAGCACTCGAAAAAGAACTCTGTACTGATTCTGATGCATGTTTTGTGACATTTGCTAGAAGTACTTTCATTGTATTATCTGGTCAAGATGGTTTCTTTATATTTGATTCACATTCCAGAAGCAGTCGAGGTTCCTGAGT	S. purpuratus

ESTs (0)