LOC756458 Nucleotide Sequences

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Echinobase

Gene Literature (0)

Nucleotides (8)

Interactants (0)

ECB-GENEPAGE-23038023

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

Nucleotide sequences for LOC756458 - All

RefSeq mRNAs(7)

Models - Gene (5)

Models - mRNA (0)

mRNAs (8)

ESTs (0)

RefSeq mRNAs (7)

Accession	Version	Protein Name	Length	Protein	Species
XM_041629881 >LOC121432054 GCGCGCGCGCCAGAATTTATCAAAATGAAGCTGCTCCTCAGTTAAAAAGTTGATAATTTGTGGATCCTTCCCTCGGCCGCCAACAATACTGTTTGAATAAACTATGGAGACTATTGAGGAGTTAACTGATGAGGATAATCAGTCAAAGGGACTTTCAAAGACAGCAAAGCGGGGCCATGGCAGACAGGGAGATGCTACCAATTTGTCAGACAGCGGTGAGGGGACAGAAGATACTTTTCCACTTGAAACTCGGCCGATGCATACTCGGACAGCCATGGGTGATTATATAGTTCCGAAAGGAGGCAAACCACTAACCCAGCATGCCTTTCCTAGTCCAGGTCCTGGAGACTACTTGCCAAACCATGAACTCACGCAGCAAGCAGCACCTCAGTATTCAATAGTAGGACGGAGCAAATATGATGGCAAGCAGAAAGCCCCCGGTCCTGGAGACTACAACACGTCCGGAGATCTGATATGGAATGTCAAGTCTGTCACCTTGAAGGCCAAGGGAAAGACGATGATCACGGAAGAGGTGATAGATCCTGAGAACACTATCGGACCTGCCCATAATGTGCGTTACCTCAACACCGGCAAACATGCTCCGAAACCTAGCATCTCGTCACGACACCGACCGGAAGCGAACGTTGGACACCCCAGCAATGCACTATCTGGAATAGCGACAAGTGGCCTTCCCACCCCAGGCCCCAATGCATACTCTCCGAAGATAACTGACAAAGGAAAGTGCAAATCATTTGGAATTCTCCACCGACATGGACGATCTGTCCAAGCTTCATCGCTTGGCCCAGGTCCAGCGGCCTACAGCATCAGAGAAAAATCTACCAAGTCGGGGTATTCACTGGCAAAACGACTACGTGCAGATTGGCAGGTGTCTAACGGGTCGCCTGCTCCAAACTCTTACAATGTTGCCAGCAAGATTGGCAAAGGTTTGGCGATGTCAATCCGTAGCCGGCAGCCGTATGAACACAAAAGTTTTGGACCCAGCCCGAATTCGTACTTTCTCCGCGACTCCATGAAGTATTCCGATGCTCCCTCTGCTACCATGACGTACAGACCGTTTGAATCTGATGAAGTTTCTAGTCCCGGTCCGACACACTATAGCACTACAGATAAAACCATAAGGAAGGCCCCGGTGTACTCCTTCCGGGGCATCTGCAAATACCCGATCCCCCGCCCACAACCGGCCGAAGACACTCCAGGACCTGGGACGTACCTCCGACCTCGAACATTCACAGACAATGATGCCCCTGCACACTCAATGGGCAGGAGAACTAACCTTGTCAGAAGCTCCGGGATCGAAGGACCTGGCCCAAACCATTACAACATCCGTGTCCTCCACAGACCTGATGGCAAGAGGGCGCCAAGTTTCACCATGGCTGGTAGGTGTGACAGTAAGGACAAGCGTATTGATGACCCGGCACCGACAGCCTATACACCTAAGCTGGACACAGATTCAGGACCAAAGTACAGCATGACGGCCAGACGCAAGATGAAGCCAAGAAGTGACGGCGCTGCTCCGAACTCCTTCACCATCAAGACGAACCAAACTGTAAAGGGACGGTTCAGTGGTCCGAAGGCAACGCTCAAAGGTCGAAACACACCTTTTGTATATCAAGGGTATGCTTTCCAGAATTCAGTTCGTCTTCGGGACGCTTGATCGGAAAATATTTATGGCTTTTGATTGGTATATGCCCACAATTCTGCGGTATGGTAAACCATGGATCTACAAGGTCCGTGGGTATATAGTTTGGACTACTTTATTC	XM_041629881.1	XP_041485815.1 uncharacterized protein LOC121432054	1781 bp	XP_041485815	L. variegatus
XM_001195223 >LOC756458 CGCGCAGAGCGCGCTATCATTTCCTTAATAATTGTTATGAATGAAAATATGTGTAAAGCTCAGTAAAAAAAAATTACAACGAACCGGGGTTCTCATTTAGCCCTGTAAATAATTAGCATCCAAGTAGTTGCATTAACATCATCACCATCATCGACTAAACCTACGATGGAGACTATTGAGGAATCTATTGATGAGGAAAGTCAGGTAAAGGGGCTTTCGAAGACAACAAAACGAGGGCTACCAAGCAGGCCGGGAGACGTTACTCATATGTCAGGTGAAGATGGCACAGAAAACACCTTTCCACTCGAAACCAGACCTGTGCACACCCGTACAGCCATGGGTGATTACATCGTTCCCAAGGGGGGCAAGCCACTGACGCAACATGCCTTTCCCAGCCCGGGCCCTGGAGACCTCATGCCAAGGCACCAGATCACGCAACGAGCCGCTCCTCAGTATTCCATAGTAGGACGTAGCAAGACCAATACCAGGAAGAAAGCCCCTGGTCCAGGTGACTACAACACGTCTGGAGATTTAGTATGGAAGATCAAAACCGTCACCTTGAAGGAGAAAGGCACGACTATGATCACAGAAGAAATACAAGACCGTGGGAACACTATTGGACCTGCTAATATCAATGTGTCTTACCTAAACACTGGCAAACATGCACCGAAACCTAGCATCTCCTCAAGGCATCGACCTGGAGCAAACGTGGGCCATCCGAGTAATGCACTTTCTTCGGGAACAGCGACAAATGGTCTTCCCACTCCAGGCCCGAATGCATACTTTCCAAAGATAACTGATAAAGGGAAATGTAAATCATTTGGAATTCTCAACCAGCAGAGACGAGCTGTTCAAGGCGAATCGCTTGGCCCGGGTCCGGCAGCCTACAGCGTCAAAGACTCCTCTACCAAGTCGGGATATTCACTGGCAAAACGGCTTCGTGCCGATTGGCAGGTATCGAGTAGGACTCCTGCCCCAAACTCTTACAACGTTGGAAGCAAGATCGGCAAAGGGCTGGCGATGTCGATCCGTAGCCGACCATCGTATGAACCCAAAACATTTGGACCAAGCCCTAATTCGTATTTTTTCCGCGACTCCATGAAAAATTCCGATGCTCCTTTTGCTACCATGACATACAGACCGTTTGAGTCAGAAAATGACTCTACTCCTGGTCCAACGCATTACAGTATCACGGACAAGGCCATGAGGAAGGCTCCTAGGTATTCCTTCCGGAGCGTGTGCAAGTATCCAGTCGCCTACCCACTGCCCGAAGACACACCTGGACCTGGAACGTACCTCAGACCTCGTGCCTTCACGAAGAATGATGCTCCCGCACACTCCATGGGCAGGCGAACTAAGCCCGCCAAGAGCTCTGTTGTCGACGGACCAGGCCCCAACCACTACAACATCCGGGACCCGCATAAACCTGACGGTAAGAGAGCGCCCAGTTACTCCATGGCTGCACGGTGTGATCGCCCAGACAAGCGCAGGGATGGTCCTGCCCCGACTGCATACACACCAAATCTCGACACGGATTCCGGGCCGAAGTACAGCATGACGGCCAGACCCAAAAGGAAGGCAAGGTGTGTCGGTGCCGCCCCGAATTCATACACCATCAAGATGAACCAGACTGTCAAGGGTCGTTTCAGCGGTCCGAAGGCAACGCTTAAAGGTCGAAACACGCCTCATGTATATCAAGGATATGCCTTTCAGCATTCGATTCCTCTTCGGAATACTTGA	XM_001195223.4	XP_001195223.3 uncharacterized protein LOC756458	1740 bp	XP_001195223	S. purpuratus
XM_001195223 >LOC756458 CGCGCAGAGCGCGCTATCATTTCCTTAATAATTGTTATGAATGAAAATATGTGTAAAGCTCAGTAAAAAAAAATTACAACGAACCGGGGTTCTCATTTAGCCCTGTAAATAATTAGCATCCAAGTAGTTGCATTAACATCATCACCATCATCGACTAAACCTACGATGGAGACTATTGAGGAATCTATTGATGAGGAAAGTCAGGTAAAGGGGCTTTCGAAGACAACAAAACGAGGGCTACCAAGCAGGCCGGGAGACGTTACTCATATGTCAGGTGAAGATGGCACAGAAAACACCTTTCCACTCGAAACCAGACCTGTGCACACCCGTACAGCCATGGGTGATTACATCGTTCCCAAGGGGGGCAAGCCACTGACGCAACATGCCTTTCCCAGCCCGGGCCCTGGAGACCTCATGCCAAGGCACCAGATCACGCAACGAGCCGCTCCTCAGTATTCCATAGTAGGACGTAGCAAGACCAATACCAGGAAGAAAGCCCCTGGTCCAGGTGACTACAACACGTCTGGAGATTTAGTATGGAAGATCAAAACCGTCACCTTGAAGGAGAAAGGCACGACTATGATCACAGAAGAAATACAAGACCGTGGGAACACTATTGGACCTGCTAATATCAATGTGTCTTACCTAAACACTGGCAAACATGCACCGAAACCTAGCATCTCCTCAAGGCATCGACCTGGAGCAAACGTGGGCCATCCGAGTAATGCACTTTCTTCGGGAACAGCGACAAATGGTCTTCCCACTCCAGGCCCGAATGCATACTTTCCAAAGATAACTGATAAAGGGAAATGTAAATCATTTGGAATTCTCAACCAGCAGAGACGAGCTGTTCAAGGCGAATCGCTTGGCCCGGGTCCGGCAGCCTACAGCGTCAAAGACTCCTCTACCAAGTCGGGATATTCACTGGCAAAACGGCTTCGTGCCGATTGGCAGGTATCGAGTAGGACTCCTGCCCCAAACTCTTACAACGTTGGAAGCAAGATCGGCAAAGGGCTGGCGATGTCGATCCGTAGCCGACCATCGTATGAACCCAAAACATTTGGACCAAGCCCTAATTCGTATTTTTTCCGCGACTCCATGAAAAATTCCGATGCTCCTTTTGCTACCATGACATACAGACCGTTTGAGTCAGAAAATGACTCTACTCCTGGTCCAACGCATTACAGTATCACGGACAAGGCCATGAGGAAGGCTCCTAGGTATTCCTTCCGGAGCGTGTGCAAGTATCCAGTCGCCTACCCACTGCCCGAAGACACACCTGGACCTGGAACGTACCTCAGACCTCGTGCCTTCACGAAGAATGATGCTCCCGCACACTCCATGGGCAGGCGAACTAAGCCCGCCAAGAGCTCTGTTGTCGACGGACCAGGCCCCAACCACTACAACATCCGGGACCCGCATAAACCTGACGGTAAGAGAGCGCCCAGTTACTCCATGGCTGCACGGTGTGATCGCCCAGACAAGCGCAGGGATGGTCCTGCCCCGACTGCATACACACCAAATCTCGACACGGATTCCGGGCCGAAGTACAGCATGACGGCCAGACCCAAAAGGAAGGCAAGGTGTGTCGGTGCCGCCCCGAATTCATACACCATCAAGATGAACCAGACTGTCAAGGGTCGTTTCAGCGGTCCGAAGGCAACGCTTAAAGGTCGAAACACGCCTCATGTATATCAAGGATATGCCTTTCAGCATTCGATTCCTCTTCGGAATACTTGA	XM_001195223.4	XP_001195223.3 uncharacterized protein LOC756458	1740 bp	XP_001195223	S. purpuratus
XM_038198104 >LOC119726447 TTTAAAAGCCACGGTACAGTAGTAAATGTAGGCATATGTATGGGTGACTTGTGAAACTTAACCCCCCAAAAATATAATAAAATGCCTTGTTTAGTTTGATTTTTTTTCTATCAAGGTATAATGGAAACGATAAAAGAATTATTTCTCCGAGGTAGAGATGGGCGGGGTCAACCAAATGAAGAGAGAGATGACGAGGGGACGGAAGAACAAACGGAGGACGGAAGCAGACTTCATGACGCAGGTCCCGTTACACGCCGGACAGCCATGGGGGAGTACATCGTTCCCAAAGACGGCAAGCCGCTGACACAACTCGCGATACCTCTTCCGGGTCCAGCTGATTATGATCCCAAGATCGACCTGACCCGTAGGACAAGACCACAATTCTCCATCGTTGGACGAACCAAGCAAGTGAAAGCTCCTCCCATACCCGGTGCGGCAGACTATGATACGCTGGGAGACCTGATCTGGAAAGACAAGAAGAAAACTCTGAAAGACAAAGGGAAGACTTGTCCTCACGGCACGACACCCTCCCACCACCTGACATGCAGTCCCGGTCCGGCCGGCTATCGAGTCACCCACACCGACACCGGCAAGCACGCGCCACGTATCAGCGTTGCGTCTCGTCATCTGGACGGTGTCAACGTGGGACACCCCAACAGCCTCGTCCAACCAGTCGACACGCACGGTGTCCAGACCCCAGGATCCAGTCACTACCACCCAGAGTCACACGCCCTTAACGACCAGATTCACAAATCCTTTGGCATCAACCGTAAAATATGCAATAAGACTTTGGGTCCCGGACCCGCTGGATATACCATACAGGAGGGACAGCAGGGACCAGCGCACTCGCTGTCGAAGCGGCTGCCAGCGAAGTGGCAGCAAGTGACGGACTACCCAGCGCCAAACGTGTACGATGTGGGCACCACAATGGGCAAAGGGGTAGCCATGGGAATCAGAAGCCGCCAGCCCCTACAACAGAAGTATTGGGTACCCAGTCCCAACACGTACATTCTCAGGGACCCGTTGCGATACTCTGACGCCCCCGTTGCTTCTGTGACTTATCGACCGTTTTCACCCACGTTGAAGACGTGGCCGAGCCCGGCCCACTACAAGCCCACTGACGCCACGCTGCCCAAATCGTCCACGTTTTCCTGCAGGAAATTCTGCAAACCGTGCTTTCCGGATATCCTGAAATATCCAGCTCACGCACCGGATACTACACCTGGTCCAGGAACCTATCATAGTCCCAGGAAGTTCACAGACAACGATTACCCAGCATTCTCTATGGGGTCAAGACCCAAGCCAAAGACAAATGATGTACCGGGAGCGAACCATTACCACATCCGGGTCAGTCACCGGCCTGACGGTAAAAAGGCGCCAGAGTTCTCCATGGCCAAGCGGTGCTATCCGCCACACAAGAATGAAAATCCAGGCCCTACCGTGTACAATCCTCCGATAGACACCAATGACGGGCCCAAGCACAGCATGAGTAAACGCTGGGACGCCCGTTCAAAAACAGCCCATCCAGCTCCCAACTCCTACGACATAGCCAAAGGTCAGACCAGCAGAGGGCGTTTCACGGGACCCTTAGCAACGGTCAAAGGTCGCGCTTCGTCCTACGTCTATCCAGGCTACGCGCTCCAAAATTCGGCTCGATTGTTGGATTCGTAATTTGCTGCCCAGCTTTAACTGAAAATTCATCAGATGATGTTTGCTATTTAAAAAAAAAATTGTCTGTCATGCTGATGTCAAAATGCATGTTTTTTAAATTTATTTATTTTATAAGAGATTTGCCCTCTGAGAATTTGCATGGTGTGTGCTCAATCATTACAAAAATATTTCGCAGTCTCCATATCATTTTAACAATAAAAAACAACACGAAAGAAACAATGGGATTAAAGAATCAATTTTGGTGAATAACATGAAAAGCGAATTTCATGCTCAAATCTGCTTTTCAAATCATGTTAAACAAAGCAAATCGATGGTCTCCCAAAGAAAGAATATAATGCAGGTTACTTTTTCATGTTTCTGCTTACCAAAAATAGATTTATTAATCAGCGATTCAAAATCTTCTGAATCATTCTATATATAAAAATCATCCTTCAGCATATGTTATCTGCTAACAACTTTTTAGGACAGTAAGCCTTCAAACTGGCCCATTAACAAACACAGAAAACACATCGGTCACGTTTAAGCTAATGTGCGCATGTTCAAAATGACGCAAACAAAGTGTGCGTTCGCGTAGCTCATCCGGATCGACTCGGGTAAAGCATTCCTCAATGGGTAAAGGCAGACGGTTAGCCACGACAGCCGGGCTAATCGAACGCTCAACCGCGGGCCATCACGATCCTCACAAGATGTCCATTAGCCACCGCCGTAACCATTCGCTCGTACCCCCGGCCCCGCCCTGCAAACAGGATGCTGGGACAGGCTGATGAATTAACGCTCTGATTGGATAGATTTTGCGTGACATGTGACCTGCAAGTCATCATGGCCACGACCCTGCAAGGCAAGTTAAACGGCCGTTAAGACTGAATCATAACCCTTTTATTCCAATTCATGTGGGTTTTTTTTCGTTGAAAAGCATAAATGTGGGACAATCTGTAAAAATTATCTGTTTTGTAAATTTTCCATTCCCGTCACGTGCTCAGGCTCTCAAACTTTGTCCATATGGTCCGCAATGAAAAATAAATCACATCCGGTATGGAATGTTTGCATTTCTGTGAGAAAATGTTCGGATAGCATTTGCGTGCATAGGCTAACTGCGGTCTTTAACAGCTGCAGCCAGATGTCTTTATACATAGGTCATGATAAATTAC	XM_038198104.1	XP_038054032.1 uncharacterized protein LOC119726447	2819 bp	XP_038054032	P. miniata
XM_022225367 >LOC110974048 TCTCACATAAAAAAAACACAGAACGTATGACATCGACAACTAACTTAAATGACCATGAAATTAAAATAAACCGTGGATGGCTTCTTTATCAAATCCACGATCTAAGGAAAATGGAGACCATAAATGAATTATTTCCCAGGACAAAAGATGGGCGGCAACAACCAGATGAGGAAGGAGGTGACGAGAATGCGGAACAAATAGATGGTGTTTTCATCCAACGGACAGCTATGGGGGAATATCTCGTCCCGAAAGACGGGAAGCCATTAACGCAACTCGCAATTCCTCTTCCGGGGCCAGCTGATTATGAACCTAAAATTGACCTCACAGCAAGAACGAGGCCACAATTCTCGATCGTTGGACGAACCAAGCAAGTAAAAGCCCCTCCCATACCTGGTCCAGCGGACTACAATACCTCAGGAGAATTAAACTGGAAAGGAAAGAAGAAAACGCTGAAAGAAAAAGGGCAGACTTGCCCTCACGGCACCAAACCTTCTCACCACCTGACATGCAGTCCCGGACCGGCCGGATACCGGGTTACATACAAAGACACCGGAAAAGATGCGCCTAAGATTAGCGCCGCGTCTCGCCATTTGGACGGAGTCAATGTAGGCCATCCCAACTGCTTGGTGCAACCAGTCGATACGCACGGTGTCCAGACCCCTAGCTCCAGTTACTATCACCCTGAGTCACACGCCCTCAACGATAGGATTCACAAATCGTTCGGCACCAGCCGCAAAACTTGCAACAAGACCCTGGGCCCTGGGCCTGCAGGATATACCATACAAGAAGGTCAGCAGGGAGCAGCGTATTCGCTATCGAAGCGGCTACCAGCGAAGTGGCAGCAAGTGACGGATTATCCAGCTCCAAACGTGTATGATGTGGGAACCACAATTGGTACAGGGGTTGCCATGGCAATACGAAGCCGCCAGCCACTCGAACAGAAGAATTGGGTGCCAAGTCCCAATACGTATACTTTAAGGGACCCACTGCGCCGTTCTGATGCGCCAGTTGCTACTGTCACATACCGACCATTTTCACCCACGTTGAAGACGTGGCCAAGCCCAGCGCACTACAAGCCCACAGACAACACTTTACCCACATCTCCTAGGTTCTCCTGCCGGAAATTCTGCAAGCCGTGCTTTCCAGATATTCTGAAATACCCAGCTCATGCACCTGACACCACACCAGGTCCTGGAACCTACCATAGTCCCAGGCGGTTCACAGACAACGATTACCCTGCTTTTTCTATGGGGTCACGACCCAGATCAAAGACAAATGATGTACCGGGAGCAAACCATTACGACATTCGTGTCAGTCACCGACCCGACGGCAAAAAGGCACCAGAATTCTCCATGGCTAAGCGTTGCCACCCTCCACATAAGAACGAGAACCCAGGGCCTACTGCATATAATCCTCCATTAGACACCAATGATGGGCCAAAGTACAGCATGATTAAACGTTGGAACGGGCTTCGAAGTATGAACCAAAAGACAATGAGCCGCTTCCACGGAGCTGCTGAAAACCAACCCAACCGGCTCCTAACTCCTACAGCATAGCAAAGGGACAGACGAGCAGAGGGCGCTACACGGGACCCCTGGCAACAATCAAAGGTCGTGCCTCGTCCTACGTCTACCCTGGATAC	XM_022225367.1	XP_022081059.1 sperm-tail PG-rich repeat-containing protein 2-like isoform X2	1642 bp	XP_022081059	A. planci
XM_022225366 >LOC110974048 TCTCACATAAAAAAAACACAGAACGTATGACATCGACAACTAACTTAAATGACCATGAAATTAAAATAAACCGTGGATGGCTTCTTTATCAAATCCACGATCTAAGGAAAATGGAGACCATAAATGAATTATTTCCCAGGACAAAAGATGGGCGGCAACAACCAGATGAGGAAGGAGGTGACGAGAATGCGGAACAAATAGATGGTGTTTTCATCCAACGGACAGCTATGGGGGAATATCTCGTCCCGAAAGACGGGAAGCCATTAACGCAACTCGCAATTCCTCTTCCGGGGCCAGCTGATTATGAACCTAAAATTGACCTCACAGCAAGAACGAGGCCACAATTCTCGATCGTTGGACGAACCAAGCAAGTAAAAGCCCCTCCCATACCTGGTCCAGCGGACTACAATACCTCAGGAGAATTAAACTGGAAAGGAAAGAAGAAAACGCTGAAAGAAAAAGGGCAGACTTGCCCTCACGGCACCAAACCTTCTCACCACCTGACATGCAGTCCCGGACCGGCCGGATACCGGGTTACATACAAAGACACCGGAAAAGATGCGCCTAAGATTAGCGCCGCGTCTCGCCATTTGGACGGAGTCAATGTAGGCCATCCCAACTGCTTGGTGCAACCAGTCGATACGCACGGTGTCCAGACCCCTAGCTCCAGTTACTATCACCCTGAGTCACACGCCCTCAACGATAGGATTCACAAATCGTTCGGCACCAGCCGCAAAACTTGCAACAAGACCCTGGGCCCTGGGCCTGCAGGATATACCATACAAGAAGGTCAGCAGGGAGCAGCGTATTCGCTATCGAAGCGGCTACCAGCGAAGTGGCAGCAAGTGACGGATTATCCAGCTCCAAACGTGTATGATGTGGGAACCACAATTGGTACAGGGGTTGCCATGGCAATACGAAGCCGCCAGCCACTCGAACAGAAGAATTGGGTGCCAAGTCCCAATACGTATACTTTAAGGGACCCACTGCGCCGTTCTGATGCGCCAGTTGCTACTGTCACATACCGACCATTTTCACCCACGTTGAAGACGTGGCCAAGCCCAGCGCACTACAAGCCCACAGACAACACTTTACCCACATCTCCTAGGTTCTCCTGCCGGAAATTCTGCAAGCCGTGCTTTCCAGATATTCTGAAATACCCAGCTCATGCACCTGACACCACACCAGGTCCTGGAACCTACCATAGTCCCAGGCGGTTCACAGACAACGATTACCCTGCTTTTTCTATGGGGTCACGACCCAGATCAAAGACAAATGATGTACCGGGAGCAAACCATTACGACATTCGTGTCAGTCACCGACCCGACGGCAAAAAGGCACCAGAATTCTCCATGGCTAAGCGTTGCCACCCTCCACATAAGAACGAGAACCCAGGGCCTACTGCATATAATCCTCCATTAGACACCAATGATGGGCCAAAGTACAGCATGATTAAACGTTGGAACGGGCTTCGAAAACCAACCCAACCGGCTCCTAACTCCTACAGCATAGCAAAGGGACAGACGAGCAGAGGGCGCTACACGGGACCCCTGGCAACAATCAAAGGTCGTGCCTCGTCCTACGTCTACCCTGGATACGCGCTCCAGTCGTCAGTTCGTTTGTTTAAATCATAGCTGTTCCCTACCTGATTGATGTAACGACTACAGATCTATAATTGTATGATGTTTGATCATGAAAAGGAAGAAGGGTCTTTTACCCTCCTCATCGAAAATGCCGACACGTTTTTATAAATTTACACATGTATTATTAATTAGATTTTAGTATTATTTTCTTGTATTTGTGTTTTTATCTTTGAAACATGGCGCAAATCACCTATCTAATTACTTTAGCAATTCATGAAATGTCATCTCCTAGGCCATACAATATAACCTTAGGCCGCCTCTGAATCACTTGGTTGTGGCTTGAAATTACACGCAACTCTACTCGAACTGTCCATGGCCGGCCAAGATCATAGGCTCGTGGTATAATAGGGCAATCTGCTGGAGTCCTCTCAAGTCAGATATCCCGATTCTCTGGCCAGACCTTGTTGAATCCTCAGTCTCAAAAGTCAATTTAATGATAAAGTTAACTCACCGTAAGAAGTGGCCATACCTCAGTTATCCTTGGCAATAAAAGAAATATTTTCCCAAAACAAAGAGAAAAATGAAAACCCATTCCAAATAAATGCAGCCAAGTCATAAAAATACTGCCCCAAAATGAGATAATTATTATTCTCAACATTTTTTCCATCGATAATCCTGTGAGGTCAGTTAATCAGACACAATACCCTTTCACCAATAATTGAGAACAATGACAATGCATGCCCGGGGAGAAACAAAATGCACAATCTGGATCAAGAGAGGGCGTTATTTTCTTAGCAACGGAAGCACCTTTACTAAGTGTGTATCCGCTCCGAGTAGGAGAAAAAGAGGGCGTGTTTGAAATCAAACCGAAGGTCCTTTGGTACTCACGCATGGCATATAGGTGCGCAAGTCTATGCGCATTTGACGCGGAGCGAAAAATCTGGAC	XM_022225366.1	XP_022081058.1 sperm-tail PG-rich repeat-containing protein 2-like isoform X1	2529 bp	XP_022081058	A. planci
XM_022225368 >LOC110974048 TCTCACATAAAAAAAACACAGAACGTATGACATCGACAACTAACTTAAATGACCATGAAATTAAAATAAACCGTGGATGGCTTCTTTATCAAATCCACGATCTAAGGAAAATGGAGACCATAAATGAATTATTTCCCAGGACAAAAGATGGGCGGCAACAACCAGATGAGGAAGGAGGTGACGAGAATGCGGAACAAATAGATGGTGTTTTCATCCAACGGACAGCTATGGGGGAATATCTCGTCCCGAAAGACGGGAAGCCATTAACGCAACTCGCAATTCCTCTTCCGGGGCCAGCTGATTATGAACCTAAAATTGACCTCACAGCAAGAACGAGGCCACAATTCTCGATCGTTGGACGAACCAAGCAAGTAAAAGCCCCTCCCATACCTGGTCCAGCGGACTACAATACCTCAGGAGAATTAAACTGGAAAGGAAAGAAGAAAACGCTGAAAGAAAAAGGGCAGACTTGCCCTCACGGCACCAAACCTTCTCACCACCTGACATGCAGTCCCGGACCGGCCGGATACCGGGTTACATACAAAGACACCGGAAAAGATGCGCCTAAGATTAGCGCCGCGTCTCGCCATTTGGACGGAGTCAATGTAGGCCATCCCAACTGCTTGGTGCAACCAGTCGATACGCACGGTGTCCAGACCCCTAGCTCCAGTTACTATCACCCTGAGTCACACGCCCTCAACGATAGGATTCACAAATCGTTCGGCACCAGCCGCAAAACTTGCAACAAGACCCTGGGCCCTGGGCCTGCAGGATATACCATACAAGAAGGTCAGCAGGGAGCAGCGTATTCGCTATCGAAGCGGCTACCAGCGAAGTGGCAGCAAGTGACGGATTATCCAGCTCCAAACGTGTATGATGTGGGAACCACAATTGGTACAGGGGTTGCCATGGCAATACGAAGCCGCCAGCCACTCGAACAGAAGAATTGGGTGCCAAGTCCCAATACGTATACTTTAAGGGACCCACTGCGCCGTTCTGATGCGCCAGTTGCTACTGTCACATACCGACCATTTTCACCCACGTTGAAGACGTGGCCAAGCCCAGCGCACTACAAGCCCACAGACAACACTTTACCCACATCTCCTAGGTTCTCCTGCCGGAAATTCTGCAAGCCGTGCTTTCCAGATATTCTGAAATACCCAGCTCATGCACCTGACACCACACCAGGTCCTGGAACCTACCATAGTCCCAGGCGGTTCACAGACAACGATTACCCTGCTTTTTCTATGGGGTCACGACCCAGATCAAAGACAAATGATGTACCGGGAGCAAACCATTACGACATTCGTGTCAGTCACCGACCCGACGGCAAAAAGGCACCAGAATTCTCCATGGCTAAGCGTTGCCACCCTCCACATAAGAACGAGAACCCAGGGCCTACTGCATATAATCCTCCATTAGACACCAATGATGGGCCAAAGTACAGCATGATTAAACGTTGGAACGGGCTTCGAAGTATGAACCAAAAGACAATGAGCCGCTTCCACGGAGCTGCTGAAGTAGAACATATTTGCTTATGAACCAACCCAACCGGCTCCTAACTCCTACAGCATAGCAAAGGGACAGACGAGCAGAGGGCGCTACACGGGACCCCTGGCAACAATCA	XM_022225368.1	XP_022081060.1 sperm-tail PG-rich repeat-containing protein 2-like isoform X3	1627 bp	XP_022081060	A. planci

Models - Gene (5)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	LOC756458 >LOC756458 CGCGCAGAGCGCGCTATCATTTCCTTAATAATtgttatgaatgaaaatatgtgtaaagctcagtaaaaaaaaattacaacgaACCGGGGTTCTCATTTAGCCCTGTAAATAATTAGCATCCAAGTAGTTGcattaacatcatcaccatcatcgacTAAACCTACGATGGAGACTATTGAGGAATCTATTGATGAGGAAAGTCAGGTAAAGGGGCTTTCGAAGACAACAAAACGAGGGCTACCAAGCAGGCCGGGAGACGTTACTCATATGTCAGGTGAAGATGGCACAGAAAACACCTTTCCACTCGAAACCAGACCTGTGCACACCCGTACAGCCATGGGTGATTACATCGTTCCCAAGGGGGGCAAGCCACTGACGCAACATGCCTTTCCCAGCCCGGGCCCTGGAGACCTCATGCCAAGGCACCAGATCACGCAACGAGCCGCTCCTCAGTATTCCATAGTAGGACGTAGCAAGACCAATACCAGGAAGAAAGCCCCTGGTCCAGGTGACTACAACACGTCTGGAGATTTAGTATGGAAGATCAAAACCGTCACCTTGAAGGAGAAAGGCACGACTATGATCACAGAAGAAATACAAGACCGTGGGAACACTATTGGACCTGCTAATATCAATGTGTCTTACCTAAACACTGGCAAACATGCACCGAAACCTAGCATCTCCTCAAGGCATCGACCTGGAGCAAACGTGGGCCATCCGAGTAATGCACTTTCTTCGGGAACAGCGACAAATGGTCTTCCCACTCCAGGCCCGAATGCATACTTTCCAAAGATAACTGATAAAGGGAAATGTAAATCATTTGGAATTCTCAACCAGCAGAGACGAGCTGTTCAAGGCGAATCGCTTGGCCCGGGTCCGGCAGCCTACAGCGTCAAAGACTCCTCTACCAAGTCGGGATATTCACTGGCAAAACGGCTTCGTGCCGATTGGCAGGTATCGAGTAGGACTCCTGCCCCAAACTCTTACAACGTTGGAAGCAAGATCGGCAAAGGGCTGGCGATGTCGATCCGTAGCCGACCATCGTATGAACCCAAAACATTTGGACCAAGCCCTAATTCGTATTTTTTCCGCGACTCCATGAAAAATTCCGATGCTCCTTTTGCTACCATGACATACAGACCGTTTGAGTCAGAAAATGACTCTACTCCTGGTCCAACGCATTACAGTATCACGGACAAGGCCATGAGGAAGGCTCCTAGGTATTCCTTCCGGAGCGTGTGCAAGTATCCAGTCGCCTACCCACTGCCCGAAGACACACCTGGACCTGGAACGTACCTCAGACCTCGTGCCTTCACGAAGAATGATGCTCCCGCACACTCCATGGGCAGGCGAACTAAGCCCGCCAAGAGCTCTGTTGTCGACGGACCAGGCCCCAACCACTACAACATCCGGGACCCGCATAAACCTGACGGTAAGAGAGCGCCCAGTTACTCCATGGCTGCACGGTGTGATCGCCCAGACAAGCGCAGGGATGGTCCTGCCCCGACTGCATACACACCAAATCTCGACACGGATTCCGGGCCGAAGTACAGCATGACGGCCAGACCCAAAAGGAAGGCAAGGTGTGTCGGTGCCGCCCCGAATTCATACACCATCAAGATGAACCAGACTGTCAAGGGTCGTTTCAGCGGTCCGAAGGCAACGCTTAAAGGTCGAAACACGCCTCATGTATATCAAGGATATGCCTTTCAGCATTCGATTCCTCTTCGGAATACTTGA	S. purpuratus
NCBI_REFSEQ/JGI	3.0	LOC119726447 >LOC119726447 TTTAAAAGCCACGGTACAGTAGTAAATGTAGGCATATGTATGGGTGACTTGTGAAACTTAACCCCCCAAAAATATAATAAAATGCCTTGTTTAGTTTGATTTTTTTTCTATCAAGGTATAATGGAAACGATAAAAGAATTATTTCTCCGAGGTAGAGATGGGCGGGGTCAACCAAATGAAGAGAGAGATGACGAGGGGACGGAAGAACAAACGGAGGACGGAAGCAGACTTCATGACGCAGGTAAAATGTTCATAAGCATGATAAGTGTAGGGAGATGCTTAGGTAGTTGTTTGTAAAGTGAGTTACCCCAAAACACAGGAGACTATACAGTTTATCAATCTAGACAAGGAGTGGAAAGTAACCAAGGTTTTGAAAACCATGCATGAGTCGGTTTCCGTTTATCACAATTACAGTAGACCTGTTACTATTTATTTCATAGAAAATTCAGTTGGGGATTGTGCAGTCGCCGCTGTGTAGGGCCCTCTTTAGTTTGATAAAGGGCCCCTTTAGTATAATTAGCCTACATTTATTACAATGCTGCCATAAAGGATGATACATAATGTTATAATGTTACATAATCAAATTGACAATATATGTACAGAGATATATTTATAAATAGTGAACGTTAACTAAATGGCAACAACTAGGTCTGGGGTCAAGCATCAGCTTTTGTTCCCCAGCCTATGGACAGACAGACAAGACTGACAGACATACATACATGAAAGGACACAGGTGTAAGACAGTAATCAAGGCCGTTATTACATTGCTTTTGTATGCAATTAAAAATTGAGTTTTCAGTTTTCTAGCAAAAATAGAGAGAGTGGATGACGATTTTAGAAGAGTCATCCAGACTATTCCAATATTGAGTGCCACGTTGGACAACACTTTTTTGGACAATGAGGTTCTACTATCATTAACAAAGATTTTTTCTAGTACCGTGGGTATTACTATTATAGGAATGGATGTTTGAAGTTAGTGTTAAACATTAAATTAGAGTCAAGGGTGTTTTTATCATTCCAAAATGACTTTTTCAGCCTAAAGTAGACTGCTCTTAATACCAAGCATAGCCCATTATTTTGAATAGATCTTGCGAAAATGCGATTTTCGCACGTTTTTACGCTTGGTGCCATGCGAATCAATGCGGATTTGCGTGTTTGCTATGCGTCGAGGTGATCGCCATCTTTTATTTTCGTGTTGCGCTTTGTCGTCTTCATCGTCGCTTAACCTAAACATTTCCCTCCCCCCCAAAAAAAATAACAGCTTTTCCTCTACCTACGGCAAACGTCTTGGTTATAATGTCGCTATACTAGTTTTGTTAGTCCAATAACCTAAGCGTGGGTGTTTGTTCCCTTATAGGGAACAGGGCCCTACACTCTACAACTCCAATTCATTTTACTACATGTATAAGTACTCAACTTCTTGCATCGCTCGATCTTATAGGAAGGGATCAAAACGTAGAAAACTCGCATATAACGCTCAATATATGAAATTGGGGTTTTGCGACAGGCCGACAGTCTGATTTGATATTGGCCTGGGTCTTCTGAATATGCCTCCATATCAGCATCACCTCTACTTTTTTTAGGTCTCTTATGTAATTTTCCATGTTGGAGTGCATTTTTGTATGATTATAATCAATCGTTATCTATCGTGTATTAGCTGTACATGGAAATAAATGTCTAGTTGAATTGAATTGAATTGAATTATAATTAAGCTCAACATCAAGAACCGTCGTCGATATTTTACGGAACATTTATATGCCGCGTCTTCAAACTACACGCAGACCCTAAAACGGAATACGTGCCTATGAGATTTTGTATACGATCTGCACCACAAAATGTCATTTGTGTATGCAGCACAGTGGCAGTGCGACAGTAAAATCTTAATGCTTCCCTTTCAAATGTTTGAAATTCAATTTCTTTTAAAACTCAATTCGCACTGAAATTCAGTAGCATGTTTCCCCGTGTTTCGATAATACAGGTCCCGTTACACGCCGGACAGCCATGGGGGAGTACATCGTTCCCAAAGACGGCAAGCCGCTGACACAACTCGGTAAGCAGAGATTAAAATCGACACTGGCAATTTGTATTAATTGGTGACATGTTCGTCCAGTTTCTTACTTCGAAATGTCTACTTTCGAGCTCCTAGCTAGATTTCTACTTTCGTCCTTTTATCACGGTTGAAGCTAATTTTGAACTTGCCGATTTTCATTGTCTCTTATATCATGGGTTACACCGAAATCGGAAATTTTAAAGTTTTGGCCATTGACTAGGTTTTACGTATATGGGAACCAAATGGTGTCCCCAACATGCAATCATGCACAGAATAGTTTGTTAAGGTCTTTTCAAGTTATTTTCATGATAAAACAATTATGTTTTATTCTTTGTAAGACCCCCAAAAATACATTTTAAATAAAACACACTACATGCACACTGTTCTGGTCATGACTTATCACACAAATAGCAGAACATTAATTCTGTGTCCCCTTTACACGTGAAACCGTGAATAGGTTTTGACCGTGGTATTTTGAAATTTCTGGAGTAAATAATGTCTAATTTTGGCTACAATTAATCAGGAATGTCAATATATTCACTAAAACATACCAAATTACATTAGAAAATGGGTTTTGAAATTGAGCTCACCAAAAGGTACTTCTGCACGAAAAGGGGCCTTCCGAAGCCAGATACACCTAGGCGAGGCTTCGTAAATGTAGCAAAGTAACAACAGATGTAATGCAAGAAAAACAATGTGGCTGAACTCAGGAAACGCAGAGAACAAATGAAGAACAGCACTCTACATTGATCCGTTTGTCAGGACGGCATGTGCAGAACGACTGTCTTGAATTTCGCGTTGCACCACCCTCTAACGCTCAACTAAGCACAGGCATTTCACTTGTTTGCCTTAACAATGCCAACAAAAATTCCTGTTCCGAAATAAGGAGAGCTTCTGGAAGGGCAGTAGGCATTCGTACATTTCTAAGAGGACTTTACAAGTTACTTAAAACCATTTAAAACTTTGTAAGTAATCAAATGAATCGCAGCTTGCGAATTCGGTTGGTTACACACGTTTCCTTTTCCTGCTGTAAGACACTATCCGCAGTGACATTTGTGTCTTGATGTGGCTTGCGAATTTCATTGGAACAAGTTTTCAATTTCGATTTCAATACCAAGATTTATTTCAATGCTTTCCAGATGTGTTCTTGTTTGTTAGCAGCCATTCAATAAGTTGAATGATCGAACTTAATGGTTTTATTGGCACGAAATAAGGCAAAAAGAAATAAACAAATAAAGTAAGGATTTTAGGGAACAGAACAGTGTGTTCATAGATAATTAATGCTGAGTCACATTTATCATTAAACTTTTAATTGTTGTAATTAAATCAAGGATTCCTCCAAAGCGCCCTAGGCACTGTAGTGCGAAAGCCTGAGAAACCTGTGGAGAGAAGGCATTGAAAAGAAATTACAGTTTTAGAGGTGGGAGGAAAAACCCAGAATGATATTCTAGGTTAAACCCACGGAATCAGGTAGGGACCGAAAACCCAATCCACATATTGGCCCGGGCGGGATTCGAATCCGGGTCACAGCGGTGGAAGGCAAGGAAAGTACCCCCACGCCAACCTGACTCCCCTGTCATTATTAACGGGAGCACATTTTTTCTTATATGACTTCCTGATCAGCATTAAATTGAATCATTCCTTCTTTAAAATCAAATCAAATAAATTTTCCCTCTCACCCAGCGATACCTCTTCCGGGTCCAGCTGATTATGATCCCAAGATCGACCTGACCCGTAGGACAAGACCACAATTCTCCATCGTTGGACGAACCAAGCAAGTGAAAGGTGGGCGATGATTTTCATTAATCGTTAAAGTAAAACAGGTACGACCATAATTTTGCCTTCACACCTATCTATGAGTCGTGACGATTTTTTTCCTGCAAAGTCGTGTAGTTATATGTAGTTACACTGAGTATCATGTTGATTCTAGTCCCGTTCGAGATGAACAGCGCCCCATGTGTCAGATGATGAACAGCCCCCTTTCCTTCGATTCCACGCGGCGGCGGGTATACCGTGAAAAACTATGCAGTTCTCTCTATAGACCTTCATCACGATGCCGCTGTCTTTGTCATGTCCCCTGTAGACTCATTGACAGTAGTAATACAACTTTACATATTGATAAATGGGACTGACTATTTTACCTTCCAGCTACAGATTGGTTACATTGCTTTGAATGGTAGAAATACAAGATGGCTGCCCCATGATAAAGGTTTATTGGGATGGCGACGCCCAAATGCTTATCCTCCTTGCATCGAGCAGAACCAATGGGTCCATATCAAAATTGTCAGTTGAATGTTGTACTTAATTCTAAAAAAAAAAATTCCAAGAGAGTCACGCTAAATACTTGCCATTACGTTACAGATATCTTGTAATGTAGCAGCTTGTGTGTTAACAATATGAATTATTCATGAAACTTATGTGTTTGTTTTGTACTTAGCTCCTCCCATACCCGGTGCGGCAGACTATGATACGCTGGGAGACCTGATCTGGAAAGACAAGAAGAAAACTCTGAAAGACAAAGGGAAGACTTGTCCTCACGGCACGACACGTGAGTCACGCATGATCACCCACATCAACCCCATCCTCACCACCATCATAACGTTGCATTCACCACCGTACTAACTCAACATCACCACTCACAATCCTTATCACCATGGTCTGAACTCACCCATTATCATTATCATCACAATTCTCCAGGCCAAATGACCATAATACCGTGTATCACCACTGTGACCTCCATTGTGTCACCATAGTATCACCAAAGCTATCACTATATGCACACCTCAACGCCATCGTCACAAGTACCATCAACCAAATAAGTCATCAAAACACTTCCAAGAGGCAAATTTGCTAAACGTGGATTAATAAGGGAATAAATGTGTGCTCCGGAGGTTTTTATCACTCTGTTTAATACCACTTAGAGTCTGGGTGCTGATAATTACCCGAGCCGGAGGCGAGGGTAATTATCAGCACCCAGACTCTAAGTGGTATTAAACAGAGTGATAAATACCGACGGAGTACATATTTATTCCCATTCATAAATACCTTTTCGGTAAAAAAAAATCATATAATTCGTTCAAAACATCCCGATTTTGTTCAACAAATTCACTTTATGCTTTTTGAATCATCCCTCCTGCAAAATAATGGAGTGTTCAGCTGGCGAGTAAGATGAAAACAACCCTTTTATGGAGATTGACGCGCGCGTATCATGTTCTATGCGATGTCGCGCAGAACGCACCTGGCGCGTTGCGTTTTGAATTTAGAACTATAAAATTCTAACTCCCTGGTAGTGTTGCGCATGCCTACGTGAGGATTGTGAACGTTCAACCAATGAAACGATAAGAGGCACTGGATTTTTAGGAGTCCACATTTTATTGTGACACTGGAAAAGTGTTTAAGACCAGCTAGCCATGTCTTTATCATCCGTTTAATACCGGCCACGTGACGGGCTCTCGACCAATAGGAATGGCTAAACTGTCTGAGGTATTTATGAATATACAATTAATGAATGTTTATGAGTGCAATGGTAAGAATGATTTTATGAGGTGACAGATGGGATGGACCATTCCATCTGTCACCGAATGAAGTTATTCTTTCCATTGCACACATTTGCACAAATGTGAAACATTCATTATTTGTTTTATACAACACCTGAAAAAAATCCTCGTCAGAGCCACCAAACGTATAACCGTTGATAGTGGAATAGAACTTCTATTTTGAAGTGCAAAAGAACTTCAATTTTGATGGTGCGGCTGGGTCGTAGGGACGAAAAATTCAATGACGTAATCAACGACCCACTAATCAGATTTGCTGAGCACTATTTGCCTGTTTGGCACCTCCATGACATTGAGCTACGGTCGCACCCGTACTCACACTGACCTAATAAACTTGTCTTCGTCGTGTGTCCCTAATGTCGTGGATTGTCTTGTAGCCTCCCACCACCTGACATGCAGTCCCGGTCCGGCCGGCTATCGAGTCACCCACACCGACACCGGCAAGCACGCGCCACGTATCAGCGTTGCGTCTCGTCATCTGGACGGTGTCAACGTGGGACACCCCAACAGCCTCGTCCAACCAGTCGACACGCACGGTCAGTTATACAAGTGCAAACCAGTAAACAAAATTAACATACATCTCACCAAATATCGCCCAAAAAACCCAATTGTTCAGGTTTTTTTATGCACACTCGGAAACGTCGACTGTCGACATCAGTCAAACAAATTAAAATTTCAACTTGACAGTTCAAAGAACGTCGTTGTGTCTAGGCTATATATCGCCCTCTTTTGTCGCATGAGAATCTCATGGACTAGGTGACCTGACAGTGAACCTCAGTGGGCTGAAACAAAAACGATTTGATAGGCTGGCATTACCGCAAGCACTGCGAACCTGCAGCCACATTGTTTTCGTTTTGAAGTGAACGCGAAATGCATTGCATTAAAAAAAATGGCCTCATTAATATTTTGCAATTGTGTGACAGGTGTCCAGACCCCAGGATCCAGTCACTACCACCCAGAGTCACACGCCCTTAACGACCAGATTCACAAATCCTTTGGCATCAACCGTAAAATATGCAATAAGACTTTGGGTCCCGGACCCGCTGGATATACCATACAGGAGGGACAGCAGGGACCAGCGCACTCGCTGTCGAAGCGGCTGCCAGCGAAGTGGCAGCAAGGTGGGTTGTACGCATGCACCCTCGTCCTCATATGGCGTCGAGTAGTACGCTACGCTACTTATTGTCTCGAGATTGCAAGCAAACCCTGGGTACGAGGTGTATGGCGCAAAACAATGTTGTGAAGTGTCGAAGACTCCCACATTGGAACCGGTGGCATCAAGGGAGTTGGGAAGCGCATTGGGCGAAAAAAGGGGCTCGGGGACAGGCCTTTCGTTCGGTGACCTTTAGTGCCCTACCGCTCCGAATTTCCGAAAGACAAAGTAGTGTTTGAAACCAAGTCAGAAAACGAGGCCCTAAATTGTTAGTTCTTAGTTAGGGCTTGATTTTAGAGAACAAAGGCTTACATTTGAGAGAACAAACAACAATTTAAGTTTATTTTAAAATTCCTCAACCTTATTGATGCCCTTTCGATTACTGTGGATCTTGAAATAATGCAAGATTTGTTTGAGAAAAGGACGTAGACCCTAATTACTTGAAGCTATTTCTGCTTTCTGTCATATATCAAGTGACGGACTACCCAGCGCCAAACGTGTACGATGTGGGCACCACAATGGGCAAAGGGGTAGCCATGGGAATCAGAAGCCGCCAGCCCCTACAACAGAGTAAGATCAATGTTGTGTCATTTAGTCTTGCAGATATTTGAAGTTCAAAATGAGTAATTGGACGATCAGAGCATGTGTCATGTAACTTCGAGTTTTTACAACCAACCGGTTCTTTTTAGAACCACACTTCTTCTCAAAAGAGATTTTCCACATGGTGTCACCGTAAACCTTCACTACTTTACATGAAACTTTGTTTTACCTTGTAACAATAACCGTTTGATTATCTGAATGATTCTCTTTCTAACCTAGAGTATTGGGTACCCAGTCCCAACACGTACATTCTCAGGGACCCGTTGCGATACTCTGACGCCCCCGTTGCTTCTGTGACTTATCGACCGTTTTCACCCACGTGTGAGTAAATTGAGTTATCAAAGCTGTCCCTCATATAAACTTCGACTTAAAATTAATCTATGCTTGATTAATTAAACACACGATCCACCTTTATTTAATAAACGAACACCAATGTATTATCACCATTCGCATTTTTGTTTAATCCCATTTATTATTAGACAATACAGGGTGAGTAATAAAAAAACCAAAACAAGGAAACCCAAATAGCATGGCCATTTTTGTAATGAAGTTATGCATGTAGCAATTTCAAAATCTAGGATATAAAAGCCAAATTACTAAGCTTTCTTTTAGTGCAAGAATCATTCAAATCACTGATGTACTTTTCAAGTTTTTAAATTTTAAACACAAACACTGTTTTGAAGTTCAGTCCACGGATCACAAAAACGAAAACAATTCACATAGGGATACGTGTGAATCGTTTTCGTTTTGCTGAATGAACTTACTTTTTGTTATCTGTGGACAAAACTTTAAAATCCCGTAACTTGAACAGTACATGAGTGGTTGGAATGAATCTTGTACTAAAAAAAAAAATAATTGGAATTTCATATCCTAGATTTTGAAAGTGCTACATGCAGAACTTCATTACAAAAACGGTCGTTCTTGGGACATGTCTCTATAAAGTTAGAAGACATGAGTTTATTTTGAAGGCTTTTTGACCGATTTAAATATCGTAAAAAACGTAAATATTGTGGTTTTGAGTAGTGGAGGTAGTCTTCTTAGTACGGTTTGACCTTGGGCATAGAAATATGTAAAGGTCACATAAATATGTAAATATGGAAATATGTAAATATAAATATGAATTAATGAAGTTATGAAATTCTGGGCACAGTTTGACCTAATGAATGGATGGGATGAATAGGGAATAGGTGTGGGTATAAGGAACCGGGTACAGTTTGACCAATTCTATGGGAAAGATTGCATAAGGTATGGAAAAAAATATATATATATATTTTTATGGTACATTTGGATCTTAGCCCGAATATGAGTTTCATACGTTAGTCCCTGTGAACGACCAGCTGGTCGGATCTTTAATCCCCCAACAATAGACGGGAGAGGGCGCGTGCCAAGTCAGCGCACTAGTATTGTTACGAAGTTAATCCGATCGATACAAAAAGTAATTGGATTTCCGAACGCTCGACAGCAGAAAGCAGCGATAGATGGCAAAAATGAATGTTGCGTTGATCAGACTGAAACGAGTACGATTGTCTATTTGAAGACTTATTTTAAAGTCATTTTTATTGGGTTTATGGGTATTGTGCATGTTGCGTTTTCCAAGGTATAAACAAACACTCACCGCAGCATACTTGCAGGGTACAACCTGTGTCGGCCATGGGGGTATATGATAAATCCACGATCCATAATCCATGCGTCTGTACGGAGACCGGTGGTCGATCACCCCTCGATGATCGCACCGATCCTGGAGCAAATAAATAACTCCGTCCGTGCGCCTATATTCCTCTTGTTAATCGATACAATACCAATGGCACTCTTCTACACTGCCACCAGAATCATCCAAGTAAAAATATTTGTCTGTGCGCGGTGATCGTAGAAAAGGGAAGGTTTTGGCATCAGCCAGAGCAAATGCTAGTACACATGCACACTACTGTATACATTACGGCCATCCGATCAGATAGCGCTCAAGTTTTCTTAATCCGTGACGGCTAAATTATCGATTAGGCTCTATAGTCTGCAGATGCGCGTACAATAAGGAATGGATTCAGTGGTTTAAAGCCATAACAAAACGTGCGGGCATATGTGGTTTTTCAAGGGAACTATGGCCTGGACAGTGCCCGATTGAGCGTATCGGAATAACACAACCATCCTTGTGCATTTTGTAATATTTCGTACTAGAACGACCCCAAAACCAAGCAAAAGCCTATCCATAGTTAAACATTCGATCGTAACGTGTTCGTCTTTTTGCGGACGTGTGAGAAACCACTCGGGGGGGGGGGGTGTTGAGGGGGTGGGGGGATTGGCGTTCGACGGGAAAAATGGTGCCCCTTTAACGCTGTCTGTATAGGAATGCACCGAACCCTAGTTGTACCTCCGTGCCGGATTTGTTTACAAAATCGAGGATGACTGGGTTTTATCTACGACCATTTTACGGGGGTTATTTAGAGGGCGTGTTCAAGCAATAATTTTATGACTGAGGGTAGGCTTTTCCAATTGATAAGACAACACAAACAAAGAAAAATACAACTGCAGAAAGTACATACGATATGACATTATTGCTTTATTGACGTCATTTTTCAGTAAAACATCATTCTACTCTTTTCTGTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTACTTTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTACTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTTCCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTACCCTGCTCATCCTGCTCTTTACCCTGCTCATCCTGCTCTTTTCCCTGCTCATCCTATAGAGTAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGTAGGGTAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCATGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCAGGGTAAAGAGCAGGATGAGCAGGGAAAAGAGCAGGATGAGCACGGAAAAGAGTAGAATGATGTTTTACTGAAAAATGACGTCAATAAAGCAATAATGTCATATCGTATGTACTTTCTGCAGTTGTATTTTTCTTTGTTTGTGTTGTCTTATCAATTGGAAAAGCCTACCCTCAGTCATAAAATTATTGCTTGAACACGCCCTCTAAATAACCCCCGTAAAATGGTCGTAGATAAAACCCAGTCATCCTCGATTTTGTAAACAAATCCGGCACGGAGGTACAACTAGGGTTCGGTGCATTCCTATACAGACAGCGTTAAAGGGGCACCATTTTTCCCGTCGAACGCCAATCCCCCCACCCCCTCAACACCCCCCCCCCCCCCCGAGTGGTTTCTCACACGTCCGCAAAAAGACGAGCACGTTACGATTGAATTTTTAACTATGGATAGGCTTTTGCTTGGTTTTGGGGTCGTTCTAGTACGAAATATTACAAAATGCACAAGGATGGTTGTGTTATTCCGATACGCTCAATCGGGCACTGTCCAGGCCATAGTTTCCTTGAAAAACCACATATGCCCGCACGTTTTGTTATGGCTTTAAACCACTGAATCCATTCCTTATTGTACGCGCATCTGCAGACTATAGAGCCTAATCGATAATTTAGCCGTCACGGATTAAGAAAACTTGAGCGCTATCTGATCGGATGGCCGTAATGTATACAGTAGTGTGCATGTGTACTAGCATTTGCTCTGGCTGATGCCAAAACCTTCCCTTTTCTACGATCACCGCGCACAGACAAATATTTTTACTTGGATGATTCTGGTGGCAGTGTAGAAGAGTGCCATTGGTATTGTATCGATTAACAAGAGGAATATAGGCGCACGGACGGAGTTATTTATTTGCTCCAGGATCGGTGCGATCATCGAGGGGTGATCGACCACCGGTCTCCGTACAGACGCATGGATTATGGATCGTGGATTTATCATATACCCCCATGGCCGACACAGGTTGTACCCTGCAAGTATGCTGCGGTGAGTGTTTGTTTATACCTTGGAAAACGCAACGTGCACAATACCCATAAACCCAATAAAAATGACTTTAAAATAAGTCTTCAAATAGACAATCGTACTCGTTTCAGTCTGATCAACGCAACATTCATTTTTGCCATCTATCGCTGCTTTCTGCTGTCGAGCGTTCGGAAATCCAATTACTTTTTGTATCGATCGGATTAACTTCGTAACAATACTAGTGCGCTGACTTGGCACGCGCCCTCTCCCGTCTATTGTTGGGGGATTAAAGATCCGACCAGCTGGTCGTTCACAGGGACTAACGTATGAAACTCATATTCGGGCTAAGATCCAAATGTACCATAAAAATATATATATATTTTTTTTTCCATACCTTATGCAATCTTTCCCATAGAATTGGTCAAACTGTACCCGGTTCCTTATACCCACACCTATTCCCTATTCATCCCATCCATTCATTAGGTCAAACTGTGCCCAGAATTTCATAACTTCATTAATTCATATTTATATTTACATATTTCCATATTTACATATTTATGTGACCTTTACATATTTCTATGCCCAAGGTCAAACCGTACTAAGAAGACTACCTCCACTACTGTTTTGCTATAGTTCGAATCCACGACACTGTTCCTGGGACATAACTCTATAAAGTTAGAAGACATGAGTTTATTTTCTTTAAAATGAACTAAAGCAACACATTCAGCTGAGTACACGTACGAGTTTATATAGGCCTATCACTATATACTCTAAGAATTGCAATGTTTGAAATGACAATTAAGTTGAACTTTCGATTCAATCAATAATAATCTGAGTTGTCTATGAATTTATATTCGCTGCGTTCCGGTCATTATTGTCATACCATGTTTCGTTCTGTCCAAAGTGAAGACGTGGCCGAGCCCGGCCCACTACAAGCCCACTGACGCCACGCTGCCCAAATCGTCCACGTTTTCCTGCAGGAAATTCTGCAAACCGTGCTTTCCGGATATCCTGAAATATCCAGCTCACGGTAAGTAACCAAAAAGCTACCCAACGGCCTAGTTCTGTTGTAAACTTTAGATGAAGCAGCTTGGATATGAAAAGTCTGTTTATTGATTGTTGACGACTATACGTGCCAAATAACGAATACGAATCACCTGTAGTGAAACATTCTTTTGGGAAGTGATAGAGAACAATAGATATCGTCTGCTTATAACAAGTGCCGTGCACTGATAATTATGGTAGAGTTTTGTGTCTTTCCCATTTTCATACGTCAAGAAAGTTTCAGGACTTCTCCATCATCATTCCCAGTCGACAATTAATGTAGGCCTATACACCTAGGTTTTAAAGTATATTAAGTGTCCGGTGTTATGTGCACGGGCATCAGCACCGGCCACCAAGCAAATTCGTTCACAGATAATTACCCAGCGTTCTTTGCGTTTATTTAGTGCCAAAGAAGCATACAGGCTGTGTCTGAAACGGGCCTTTGGCCCACGCAGTGGCAATGGATATTCGCAATAACGGAGTCTTATATAGCGCACGTATCTACCAACAATTTGGTACTCAAGGAGCTTTAAATTTTGTCTATTTTCAAAGAAGGGTAAATAAAGTATATGAGAATATGAGACCCATTATATAGCACCTTATAAGGATTGACAAGGTATTGCGGCGCATATTACAGCCACTCCTAAAAACACCGGCGCAAACCCCTTCTCTTAGCGATAAGTGTTACTGGGTTCTTTAACGTGCATTACACAACACACAGGACCTACGGCTTTACGTCCCATCCGAAGGACAAAGCAGTAATGGTAAAGTACCTTGCTCAAGAGCACAAGCACCGTGTTCCACGGTCAGGATTCGAACTCAAGTACCACGGCACACAAATCGAACACCGTAACCATTGGACCACAGCACGCCATATTCGCACTAGCTTGTCATTGCAAAAACCGAATCAGTAGTCGTAAAATTTAGCGATTCGGACTCGGCAATTTTAACTCGGTTAGTGTACCTATATGGTGCCCTCGGTTCACATTCAACAGTTACCCAGCATTCCTTGTTTCACTCGTAGCACCGGATACTACACCTGGTCCAGGAACCTATCATAGTCCCAGGAAGTTCACAGACAACGATTACCCAGCATTCTCTATGGGGTCAAGACCCAAGCCAAAGACAAGTAAGTAACATAAATAATTTGCCTTTAATGTTTAGATTTATGTAAAATTATTTATCGATCGTGCCCTATTAAAGGAAATATACATCATTTGCTTTTGCTGTAATTTTCAGAAATGGATGGAATTGGGGGGTTGGAAATATATAGCAAATATAGTTACACTGACTTTTTTGAGGTTTTGGGTTCGAAAATGCTATAAAAACCAAGAAAAACAATCATTTTCCTGTAGTGTGGTTCCCTGACTCCATATAAGAAGAAACAGAGCAGTTTACATACATTGGGGAATTGTAAGGTCAGGGAACCAGTCTAGCTGGCTTGTACCCGTTCGTAGGTGTGTAATCGATTGCAAACAAGTGCGATGGTCAATTGGGGCCAGTATTTGAAAAAAAAGCCAGTTTTTTTTCCAACGCTGGTCGGCCGACCAGCGTTGGAAATTGATACAAAAATACCACTTTTCTTGAAAATGACAGTGTAGTAGGTGCCATGATTTTACAGGATGCTTTGCACTGTCATTCACTAACAGTTCAAAATGATTTGGTAGTTTTATTTTTTGATGTTTACAAATGTTGTATTTTCCCTTTAAAATCTGAGGATCAGATGTTGTGCAGAGCCACACTGTGAACGTCCGATATATCCAAGAATGCACATTTTATGCCACCCCTCGCGCCAACCAATCGGAGTCGATTTTAGAAATATTGTGACGTCATCTCGAGCAGAAATTCGGCCTTAGCTGTTGATTGGTCAATTGGCTGCCATGTTTTTGTAATACAACAACGGGTACTTACTGAAGACCCGATAGACTACGCCCGCTGAATGGTCAAAATCTAGAGGTCAAGACGCAGCCTCCTTTTGCATAATTAATCGCCGAATCTGCGCGAATAACATAGACGCTTGTGTGGAAGCGGCTATTCCATGGACTTCATCGAATTGGTATCTGACAAATTGCCTGGGTTAATTTAACCCAAGAAAGGGTGAAAACTGCAACTACCCAAACTTGGGTTGTTCTATACCCAATTGTTTGGGTTATAATTTCTGTTAAATTCAACCAAAACTTGTGGTCATACAGGACCAAATTTAATTTGGTCTTGTATGACTACAACTTTTAGTTGATTTTAACAGAAATCTTAACCCAAACAATTGGTTTTCACCCTTTCTTGGGTTAAATTTACCCAGGCAATTTTTCAGTGATGTCCCCAAAAACGTAGAATATTCAGAAACTAAAACCATCGTACAAAGTTTCTGATGGTATTAACTGTATTTTTCTCACGGAACAGTTTTCAGAGATGCAGACGGCATACTTCCAAAACGTCAATTTCAAAATCACCGTTAAGACGCATCATGTCCAATTCAATTTTGTTTAGGCCTATACCGGTAACCATGAGTTTACCAAATGTGCATCTTATTAAACACAAATTTTAAAAAAAATGCAAAAATGTCATCTCTTTAGCAAATTTCCTCAGCTTAATCTGAGAGTCACGCATATTGCATTAATAACAGTTTTAACACGACCTCAACCAATCCGGAAATAATGCTCGCGTTGACTCCGCAGATGATGTACCGGGAGCGAACCATTACCACATCCGGGTCAGTCACCGGCCTGACGGTAAAAAGGCGCCAGAGTTCTCCATGGCCAAGCGGTGCTATCCGCCACACAGTGAGTGCAGTTTGTGTTTCTAAATACGAGATTAAAATGTAATTTAGCCGCCTATAATCAAATCAGATGTAAATAACTTCAAGATGTTGGGTCTGAAGCATTGAAATGACCTCGAATAAACTTAAGGAACATCCCTGGTTGGTGGTTGCTAAAACCAATCTTTAGTGCAGATCCATCGCAAACTACGTATTTGATCAAGTCAGTGGACAGTTTCTTGACCATTTTGAAGGTTTTCTTTTTTTTTTAAGAATAAATCGACAAACATGAAAAAAAAATGAAAAAAACAGACAACGTATGAAAACATGCTACAGCTTTTGCTCAGAATCACATGCTGCTGTAGTTATCATATGGGTTTTGCATACATTCTTCGCGATGTAGGCTGCTTATTTTTTTGTCGTTATGGTACAAGCGAGCACTGATCATTGTTGCTTTACAGAAAGTGTGACGAGTTTGATTCATTTCATTTCTTTCTGGTAATAAAACCAATGATTCCTCAAAAGTGCCCTAGGCACTCTATAGATAGAAATCCCGAAGAAAACTGTAGAGAGAAGACAATGAGAAATTACAGTTTTTTGAGGTGGGATGAAAACCCCAGAAGAATATTCTGGGTAAAACACACGGAACCAGGCATAGGAGTGAAAACCCAATCCACATGTGGTCTGGGCAGAAATCGTACCCTGTTCACGGCAGTGGCAGGTGAGGAAAGTATAACCACTGCGCCAACCTTTACATTTTTTTAAATTTGAAAATACTTATTATACTTATCTGATATTTTTTATCTCATCTTTTCCAGAGAATGAAAATCCAGGCCCTACCGTGTACAATCCTCCGATAGACACCAATGACGGGCCCAAGCACAGCATGAGTAAACGCTGGGACGCCCGTTCAAGTAAGCGCCGATCGCATTGTGGAGATGCTATAAGTACATTTATTTTGCTTGGAGAAAGAAAAGGCTACCAGTCAAAATGCTACATCACGCATAGGCCTATAACTGGGGACCACTGATCAGTTCTCTTGACTTTTGCTGAGACACTTCAGTTTGGTCGGCAGTGTTTTCTGTAAACAGCTAATGATCTAATAACCAGGATTTGTGTTGCGGTCGTTTTATCACTTGGCCACCATTAAGGGGCTTGTGGCCTTTAGTGGTTAGGGTTTGTGACTCACGATCAGAGGGTCAGGGGTTCGAATTCAGCTGCTGGAAATATGTGTCCTTAGGCAAACCACTTCACCCTCACTTGGCTGTCTTCACCCATGACTATAAATGGTACCGGCATTAACTGGGAAGCAACCTGAGATGGACTGGTATCCCATCCAGGGGAGATAGAAATATTCTCAGTCGTTTCATGCCTAGGAAACCGGAGATAAACGCTGGCCAACAGTTGCGTGCACTAAGCTACCGTGTTCCTAGCCACGGTGATCCATTATGGCGCCCTCAATGAACTCTGCCGCCAAACTTAGGACACACATCAGTTCTTCATGCAATCTGACCAATATACCAATGAGCCAACATTAAATCTCAGTACTACAGAAGACGTTTTTTTGTCTTCAGAAACAGCCCATCCAGCTCCCAACTCCTACGACATAGCCAAAGGTCAGACCAGCAGAGGGCGTTTCACGGGACCCTTAGCAACGGTCAAAGGTCGCGCTTCGTCCTACGTCTATCCAGGCTACGCGCTCCAAAATTCGGCTCGATTGTTGGATTCGTAATTTGCTGCCCAGCTTTAACTGAAAATTCATCAGATGATGTTTGCTATTTAAAAAAAAAATTGTCTGTCATGCTGATGTCAAAATGCATGTTTTTTAAATTTATTTATTTTATAAGAGATTTGCCCTCTGAGAATTTGCATGGTGTGTGCTCAATCATTACAAAAATATTTCGCAGTCTCCATATCATTTTAACAATAAAAAACAACACGAAAGAAACAATGGGATTAAAGAATCAATTTTGGTGAATAACATGAAAAGCGAATTTCATGCTCAAATCTGCTTTTCAAATCATGTTAAACAAAGCAAATCGATGGTCTCCCAAAGAAAGAATATAATGCAGGTTACTTTTTCATGTTTCTGCTTACCAAAAATAGATTTATTAATCAGCGATTCAAAATCTTCTGAATCATTCTATATATAAAAATCATCCTTCAGCATATGTTATCTGCTAACAACTTTTTAGGACAGTAAGCCTTCAAACTGGCCCATTAACAAACACAGAAAACACATCGGTCACGTTTAAGCTAATGTGCGCATGTTCAAAATGACGCAAACAAAGTGTGCGTTCGCGTAGCTCATCCGGATCGACTCGGGTAAAGCATTCCTCAATGGGTAAAGGCAGACGGTTAGCCACGACAGCCGGGCTAATCGAACGCTCAACCGCGGGCCATCACGATCCTCACAAGATGTCCATTAGCCACCGCCGTAACCATTCGCTCGTACCCCCGGCCCCGCCCTGCAAACAGGATGCTGGGACAGGCTGATGAATTAACGCTCTGATTGGATAGATTTTGCGTGACATGTGACCTGCAAGTCATCATGGCCACGACCCTGCAAGGCAAGTTAAACGGCCGTTAAGACTGAATCATAACCCTTTTATTCCAATTCATGTGGGTTTTTTTTCGTTGAAAAGCATAAATGTGGGACAATCTGTAAAAATTATCTGTTTTGTAAATTTTCCATTCCCGTCACGTGCTCAGGCTCTCAAACTTTGTCCATATGGTCCGCAATGAAAAATAAATCACATCCGGTATGGAATGTTTGCATTTCTGTGAGAAAATGTTCGGATAGCATTTGCGTGCATAGGCTAACTGCGGTCTTTAACAGCTGCAGCCAGATGTCTTTATACATAGGTCATGATAAATTAC	P. miniata
NCBI_REFSEQ/JGI	3.0	LOC121432054 >LOC121432054 GCGCGCGCGCCAGAATTTATCAAAATGAAGCTGCTCCTCAGTTAAAAAGTTGATAATTTGTGGATCCTTCCCTCGGCCGCCAACAATACTGTTTGAATAAACTATGGAGACTATTGAGGAGTTAACTGATGAGGATAATCAGTCAAAGGGACTTTCAAAGACAGCAAAGCGGGGCCATGGCAGACAGGGAGATGCTACCAATTTGTCAGACAGCGGTGAGGGGACAGAAGATACTTTTCCACTTGAAACTCGGCCGATGCATACTCGGACAGCCATGGGTGATTATATAGTTCCGAAAGGAGGCAAACCACTAACCCAGCATGCCTTTCCTAGTCCAGGTCCTGGAGACTACTTGCCAAACCATGAACTCACGCAGCAAGCAGCACCTCAGTATTCAATAGTAGGACGGAGCAAATATGATGGCAAGCAGAAAGCCCCCGGTCCTGGAGACTACAACACGTCCGGAGATCTGATATGGAATGTCAAGTCTGTCACCTTGAAGGCCAAGGGAAAGACGATGATCACGGAAGAGGTGATAGATCCTGAGAACACTATCGGACCTGCCCATAATGTGCGTTACCTCAACACCGGCAAACATGCTCCGAAACCTAGCATCTCGTCACGACACCGACCGGAAGCGAACGTTGGACACCCCAGCAATGCACTATCTGGAATAGCGACAAGTGGCCTTCCCACCCCAGGCCCCAATGCATACTCTCCGAAGATAACTGACAAAGGAAAGTGCAAATCATTTGGAATTCTCCACCGACATGGACGATCTGTCCAAGCTTCATCGCTTGGCCCAGGTCCAGCGGCCTACAGCATCAGAGAAAAATCTACCAAGTCGGGGTATTCACTGGCAAAACGACTACGTGCAGATTGGCAGGTGTCTAACGGGTCGCCTGCTCCAAACTCTTACAATGTTGCCAGCAAGATTGGCAAAGGTTTGGCGATGTCAATCCGTAGCCGGCAGCCGTATGAACACAAAAGTTTTGGACCCAGCCCGAATTCGTACTTTCTCCGCGACTCCATGAAGTATTCCGATGCTCCCTCTGCTACCATGACGTACAGACCGTTTGAATCTGATGAAGTTTCTAGTCCCGGTCCGACACACTATAGCACTACAGATAAAACCATAAGGAAGGCCCCGGTGTACTCCTTCCGGGGCATCTGCAAATACCCGATCCCCCGCCCACAACCGGCCGAAGACACTCCAGGACCTGGGACGTACCTCCGACCTCGAACATTCACAGACAATGATGCCCCTGCACACTCAATGGGCAGGAGAACTAACCTTGTCAGAAGCTCCGGGATCGAAGGACCTGGCCCAAACCATTACAACATCCGTGTCCTCCACAGACCTGATGGCAAGAGGGCGCCAAGTTTCACCATGGCTGGTAGGTGTGACAGTAAGGACAAGCGTATTGATGACCCGGCACCGACAGCCTATACACCTAAGCTGGACACAGATTCAGGACCAAAGTACAGCATGACGGCCAGACGCAAGATGAAGCCAAGAAGTGACGGCGCTGCTCCGAACTCCTTCACCATCAAGACGAACCAAACTGTAAAGGGACGGTTCAGTGGTCCGAAGGCAACGCTCAAAGGTCGAAACACACCTTTTGTATATCAAGGGTATGCTTTCCAGAATTCAGTTCGTCTTCGGGACGCTTGATCGGAAAATATTTATGGCTTTTGATTGGTATATGCCCACAATTCTGCGGTATGGTAAACCATGGATCTACAAGGTCCGTGGGTATATAGTTTGGACTACTTTATTC	L. variegatus
NCBI_REFSEQ/JGI	1.0	LOC110974048 >LOC110974048 TCTCACATAAAAAAAACACAGAACGTATGACATCGACAACTAACTTAAATGACCATGAAATTAAAATAAACCGTGGATGGCTTCTTTATCAAATCCACGATCTAAGGAAAATGGAGACCATAAATGAATTATTTCCCAGGACAAAAGATGGGCGGCAACAACCAGATGAGGAAGGAGGTGACGAGAATGCGGAACAAATAGATGGTGAGTAGTAGTAGTCATCACGATGCACGTAAAGGCATTCAGATTTGAAGTTATAAAAGTGTTCATTCTGTAATTCGAGATTTTTTAGACCAAATACGCAGTATGCTAGTCAAATATTTGCCATCTCAACTTTGGCCGCAGGTACGTTTATTTTTTTTGTAACAAAATGAGACTAAAGAGTTAATCGAAATGGGGTTTCGAAACCAGTGCATTTAAATAAACTCTACCATGATGATTTGGATCAAGTCGTTTCTCCAAAAAGGACCGATTCCATTCTTTGCGAATGCTAATCGAATTTAAAGCAAAGAAACGAAAAAGCCCCGTTTGGGAATCCATTCATTTCTTGTGAATTTGCTATTCTGTTCAATCGCACTGCACCAAAAATTTTCTCCAATGAATCAGGTGTTTTCATCCAACGGACAGCTATGGGGGAATATCTCGTCCCGAAAGACGGGAAGCCATTAACGCAACTCGGTAAGTGCGCTTTTTCCAAACGAAGTTTGCAAAATGCAGCTGGCTGGAATGATAAGCAAAACTTAGTTGTGTCTAATTGAATCGGGTTACATTTACTCCTCTAATTATGTTTCATGGGAACTGTTCTAATTGGATAAAATAACGAGAACCTCGGTTGGTAATATCAGCTCACAAAAACTATACGACTTTTAAATCGTTCGTGATGTAGCAATTCCTCTTCCGGGGCCAGCTGATTATGAACCTAAAATTGACCTCACAGCAAGAACGAGGCCACAATTCTCGATCGTTGGACGAACCAAGCAAGTAAAAGGTATGAAGGGCTATAAGTCGTTTTCTCCTGGAAAAATGCCATTTTAGCGGGGAGTTACTCAGGACGTCATGTCCGGACATAATATCCGCCACGAGCAGAAGCACCCCCTCGTCGGTTGATAAGACCCATATTGTTTGAGAGTGTTCGCTTTGTAGGTAGCGATGTGACCTTAATGTGTTCACATCATATTCGTTCGTCAACCAGCGAGGTTTACTTCCCACCACTGATCTCTATACACTGGATATGCAGCTCAGAAGTAAATGCCCATGACTTGTGTGAATTGAAGTGACTGCGCGGCCATCTTAGGATATTCAATACATTGGCCTCCAACTTCAGTCCATTCACTAAGTGCATTCATGCATGGCGCTAACGTCGGTGACTTGGAAACTGCCATTGTATTGAATAGCTTAAGATGGCCGCGCAGTCGCGGAGCGGAGCTGCCTATCCAGTGTACAGAGATCAGTGGCCTCACCCGCGGCCCAAGTTATTAAGAAAATTGCGCCCTCTCTTGGTCCAGCTTGAGGCTCATAGTCCCCTTATTAAGGTGATTTTCTGGTAAAGCTGTCATCTATGGGGTTTTATCCAATGAAGAGATTTTTGGAACGGCTGAAAATTAATTTATGCCTCTTTATAAAACTTTCAGATTGTATTTCATTTCATGGCTTTCATTAATGAGTAAAAGTAATCATCTTGCGTTGGACTGAAGAAACATGGATTGCGCAGCCATTCTCTATGGGTGCCACTTATGTGACGATATGATTTGTTCATGAGAATTTTTTCCGCATAGCCCCTCCCATACCTGGTCCAGCGGACTACAATACCTCAGGAGAATTAAACTGGAAAGGAAAGAAGAAAACGCTGAAAGAAAAAGGGCAGACTTGCCCTCACGGCACCAAACGTGAGTCACATATTGTCGCCTCTATCGACCCAATCGTCAAAATTGCGTACACCATTGTTCCAACACTTCAGCATCATCCCATTCCGCGTCGACCAGTAGTACGCCCTCATCGATTGAAGCGAGTCTTATTGGTCGGAAGTGTCTTTTTGGTAACGATGTGACCAAAGCGGAATTCAGTTCCGACCAAAGCAACCTCCATTATTTAGAAAACTGCGCCCTCTCTTGGTCCAGCTTGAGGTCCATGATCTGTGTAATTTTCTGTTTCATTTCCATCACCATTTTCCACTGACTCTAAGTTGTGTTGATCATCAGTTCAAAAAGCTCCCAGCGAATCGCTTGGCTTCGTCATCACTTAAATGCCACACCATGAACAGAGAGAGTTTTAACTATCAACAATTCCGCCCCATTATTTGTTTATTACATCTTTTAATGTCACTGAAATTGTTTTACATTGACGGTAGTTGAAACCGGTTATCTTTATAAAGGTCGGAGAACTTCCCGTATATTCAGTGAACTTGTCATCGTCAGATGTCCTTCCTGACAATAATGTTTGTCTTTCAGCTTCTCACCACCTGACATGCAGTCCCGGACCGGCCGGATACCGGGTTACATACAAAGACACCGGAAAAGATGCGCCTAAGATTAGCGCCGCGTCTCGCCATTTGGACGGAGTCAATGTAGGCCATCCCAACTGCTTGGTGCAACCAGTCGATACGCACGGTGAGCAAAAATCTTTCTCCCCAGACAATCGGAATAATGTCAAGCGATGTGCCGGTATACAGGCCACGGTTTAGTTCTCCAATGGACAAGAATCTTGCACGTGACTCGCATACTTAAGAACTACAACTTCTAGACGGGTTGAACTGTTAACCTCTGCATTGAGAGCCGAGAACAACCTGTCACTCTAATTGGGATCATAACTGGAGAAACTGAGTACACCGTAATTCTGAGATATTATAAATTGTTAATAATTAGTCTTAGGGTTTATCAGGAAGTAGTAAAAATAATTTGACGACGTAAAAGATGGAACTTTACATTATATTTCAATAGGTAAACCTGATTAATTATAACTATGGCATGTTCTAGCTAAAACTATCGTTCGAACACTGGTCAAGTGCTAACAATGCACATTCGCAATACAATCACACTCGAAAGACCCCAGTGGACCAATTTGCAAAATCTCATCGTCAGTCATATTTTGGCTGCAATAGACCAATTCCGCCCGCTAAATCACATGACCTGTAGTGTCAATCCCTATATCATTGTGTGTTTTGAGTGTTGTTTACAAACAATAAAGCCAATTCACGGTATAGTACCCAGCACATAACCGGGCTGACTACGCCACCTGCTGTTGGCTTTACGTTTAGTTCATTTGTTCGTGCGTCCAATGACGTCCTGTCTTCTCCTCGCCTTCCCCAGTACTGTGTCAGTTGCCTTCTGCAGGTCCTGTTCACTGCATCTATCTCCTACGCATATGAGCATGTGGGCCATTGTCTAAACCTCACCAGTCACACCTACTGGACTCTTAGAAACCTTACTTATGAAGTGAGGCCCTACACCAGTACGGAGGCGGTTCAGGGATTTCCAGGTTACATTATGGTTGGTGGTGTCCTCGTGCCATTTGCTTCAATGGTCTTCTGGCTGGTGGAGATGGCTCAAGTTCCATAAAACTACGCCTGCTTTTAAGCCACTTTTGTACTCGCTGATGGTTGTATAAAGGGTGTTGCGGGTCAACTTCGGCCTTGTAGCGTTCAACGGAAGTTGTTTTTTCGCGTCTTTAAGGTGGGGTCTCTGCCAGACAGATTGTACAGACATTCAACTCTGGTTGGTTTCAGGCATCTTGTGATTATTCTGCAAGTTGCTTTCAATGCAATATCCACCTACGCATCACATGGGTTGAGCGGTTCCACACTGCTGGACTGACATACTCTGCCGCTGAGAAACATAGTGCCAGTGCTGCTGTCCGGCTTGTGGTTGGGTCACTTCCAAAGGGGCTATTCGCACGCTTAGCAATAATGTTGTTCCTGGTGTTAACCTTTGCTTTGGTGTCCTCAGCATGCCTACGGAAGCAGTGCGCGGTTAAGAAGCACACAGAGATACCTTGGTTTAGTATCTATGATTAATAAATGACACTTATGAACACTTTGCTTTTCGTGGACACCGTGTTTGTTGAAATTTATTTAACAACCACTATAGGTCACGTGACTTAGTGGGTGCAGTCGGTCTATTCTACAGGTGTCTGACATCTCATTATTTTTTTTCATTGTAATGGCTCCCTCTGTTCTGATAAATAAAATCGGCTGTTGCTATCCAGCGGCATGACCAACCCTCAGATTGTCGATCCAGTCGACCATCTGAGGGGGCGACGTTGGTCGAAGCGTAGTAAAATACGTTGGTCGCTCGAACCTGCCCATTACAGGTGTCCAGACCCCTAGCTCCAGTTACTATCACCCTGAGTCACACGCCCTCAACGATAGGATTCACAAATCGTTCGGCACCAGCCGCAAAACTTGCAACAAGACCCTGGGCCCTGGGCCTGCAGGATATACCATACAAGAAGGTCAGCAGGGAGCAGCGTATTCGCTATCGAAGCGGCTACCAGCGAAGTGGCAGCAAGGTGTGTTTATTGGAATCAGAATGTGTCTAGCTTTTGATCATAGGGTTTTTCTCGAAATTAAGCGACAAGTAAGTACTGAAAGGATTGGGCTCAATCCAAGCACCTGCTATTTTTATCACAGGACATCTTTGTTCTTCATAGTTTTTCCCCAGACAATAATTCACTGCGACTATTTTTTTTCAACGGGATAATACAAACTATCGACTAAAAATCCATCACAAACATTCATCCTGATCTTGTGGATACAAGAGTGAAAATTGAAATGCAAGTGAAAATTGCAGACAAAAACCAATGACGTCAATAAACCAGATGTGATGTGGAAATTTGCATATATAATATGTGACTGAGTGCAACTTTCAGAAACCTATTTTCTTTTCATCTTGTTGCACATAATCCAAGTTTAAGTAAGTAAATGTTGAACCTGAACATAAGTTAATGCATTAATGTGTAACTGAAGACAGTTCCACCACAACTCATGGTGATTGTTGATGGAATAAATTAACACAAACCTCCAGGAAAACGTGTTCCTATAAATCTCCAAGTAGAAATCTCTTCCAAACTAACAATTAATTTCAGCCGTACGATTTTGTATTTGTCCAGAATGTAAGGTAATCGTGGCAAAAATATGAATAGCCATGTTTAATGATGTTGGCCTGTCGTCTTCAGGGATGTGAATGTCAATTTTTTTTTCTCGCTTATTTTTCCTTAAAGTGACGGATTATCCAGCTCCAAACGTGTATGATGTGGGAACCACAATTGGTACAGGGGTTGCCATGGCAATACGAAGCCGCCAGCCACTCGAACAGAGTAAGATGTAAATGTTTAAACTAATAGAGGTCTGACGGAAAAGTCTTAATTAAGACTAAGATCTTGTGTTTTGAATGTCCCCCCCCCTCATCCAAGTAAGGTCACTATTCTGGAAAGTTCAAGAGTGGAAATGACATTTGCCATCATATGTACTTTGCCTTTTCAGAGTTTGACAAGAACTTATTTTCCAGTCATTTTATTTCATCATAATCTGTCTTTTAAAGAAAAAAAACAATGACTTTTTATTCATTCAAAAAATAAAAAAGGCTTGGAAGTGATGTGTAAACATTTCAAAAATTAATCAGTGGAACACTGTCACCTGAAGCATTTGAATGCATGCATGCATGTGCCAAATAAAACCCAAAGAATAATCGTAAAGTCACCTATTATTTTTAAAGCTACCGACTGGTCAGGGAAGGCCCTTGTGACTTTTGGTACAATCAATTACTTTTTACCTTATACATCGGCCATTTTCTTGTGCATAACCAGAGAATTGGGTGCCAAGTCCCAATACGTATACTTTAAGGGACCCACTGCGCCGTTCTGATGCGCCAGTTGCTACTGTCACATACCGACCATTTTCACCCACGTGTGAGTAAATAAAATGATTGTATCGAGCATGGAACGTTCATCCAAAGGGAAGGGGAACCCGATGGACCGAATTAAATGACTTATTCAAACTAAGTAAACACGCAAGAACAGTTTTAAAACAAAAGATTTCGATAACACAGGGAAGAGATTGTATGTCGCCACCATTATTTTTTGTTTCATCAATATGTTCTAAAGTACATGGTTTGAAATATAATTCTTCTATATTCATTCTGAAAGTCATCGAATATGCCATCATAGAGAGTTTATACTATCACGTAGAATGGCTGAGCACACCACGGGCAGATGCAGAAATTTATCCAAGGGGAATCAGACCTATCAGAATTTTTCTATGTCACAAAGTACATATACATGTAGATAATACAATAGATGGATACTTATGCGGTCAGAAATAATAAATCTTGATGGATTTCATCTGTGTGTCGGGAGGGGGTTCAACCCCACCCCCTGGATCCGCGCTTGCACATTCAGATTAGGTTGAAAATCTGAGTTTAATATAATAGCATTTGATCCAATGAAATTTGAAAAGACCTCTGTCCATTTCCAGTTTTATCCAAACCATTCAGATACATACAATAACCTTTTCACTCTTTACAGTGAAGACGTGGCCAAGCCCAGCGCACTACAAGCCCACAGACAACACTTTACCCACATCTCCTAGGTTCTCCTGCCGGAAATTCTGCAAGCCGTGCTTTCCAGATATTCTGAAATACCCAGCTCATGGTCAGTTACGGGCAACTGCTCTTTCGTATGATTAAGCGGCAATGGAGCGAACTTCGGCTTAAAACCCTCTCCGGGAGATCAAAAGAGAACAAAATACCCCTTTGCAACTAATTGCTTTGCGGGCAAATGTCACAAAAGTTACGGTTATCCTTTGCCCCTGATTTCTCAAATAGCATTTGTTAAGAAGATGCAAGCTGCTTTTTTAAAAAAGTCACTCCTGAAGATGTTTGGTAAGAAGATTATGAAAACGGAGAAGTGGAGATTTGTTGTGCTGTAAAAACATACACATCTACCGAACACCGTATCAATTACACTGTTACAGTGACACCTTATAAAATGTTTGATCAGTCATATTGTTCCATCAGCCAAATGTGGCTCCAGACTGACGAACTATATCTGCGGGTCATTGCAAATATTGGCCGGAGTTCATTCAGCAACAGCGATTATTATCAATCATTCCTTATTTCCCAAGTCATTTACACATTCACAAATAATGATCCATTATGCTGTGTTTTGTAGCACCTGACACCACACCAGGTCCTGGAACCTACCATAGTCCCAGGCGGTTCACAGACAACGATTACCCTGCTTTTTCTATGGGGTCACGACCCAGATCAAAGACAAGTAAGTTACCTAAACACCAAGCATAGGTGTTTTGTCACTCTGTCGTTCTTTGGTTGTACTTTTTGCAACATTGCCAGCTCCTGCAAACTGGCAGCATTTCAGCGTTTAATTCCCCTTGCGAATTGCCCACGGCGACAGTGCAAGTTTACAAGTTCAATTCCCGCTTCATCTTAATCCGATATGGGCCTCGAGTTCGCTGGAAAGAGGGCGCAATTTCCTTAACAACGGATGCTCCTTTGGTAATAACCAACTACGCATCTCTGGCTCACGAACTTGAACGACCAGGAAACCCAAGCGTTGCCGTTGCATCAGTACCAACAAAATGAACACTCCTGACCAACGCGGCTCTTTTCAACTGATGAGGGGGTGCTTCTGCCGAGGTGGATACCCGTTAAAGGAAAAAATTTAGAACTTATACTACGTATCGAAATAACACCAATTGTACTGAACTTGCGAAGAACAGATTTCAGCTCTTCGGCAACTTCCCTCGACGTCTCGATTGTCAGCAGCAAGATTATAGTGTCATTCACGAAGAACAATGATACTTTTTGTTTCAAACTTGTAAATGATTTTCTCGACGTCATAGATGATGTACCGGGAGCAAACCATTACGACATTCGTGTCAGTCACCGACCCGACGGCAAAAAGGCACCAGAATTCTCCATGGCTAAGCGTTGCCACCCTCCACATAGTGAGTACGGTTTATCAAACTGTTTTTGCCAAGACGTAAATGCAATTAGCAATAATTACAGTTCCATCTCGATGTTCACGTTCCTCTGTTCTCCAGTGACCTTTCTGGCGACCCCAATTTTGTGTGCAGCATGGGCACCTCATCCTCTTGTTTATAGGATTTTTCACTGTGCACTTCGCCCTCCATCCGTAGATAACGTTGTCCTCCATTATGCAAGATGAAAAAGGGTTCATAACTGCACGCAAATCATTCACTATGACCTTATTGAATTGAAAATACACTTCTGACATGTTCACGTCTTTCAACTTTCCAGAGAACGAGAACCCAGGGCCTACTGCATATAATCCTCCATTAGACACCAATGATGGGCCAAAGTACAGCATGATTAAACGTTGGAACGGGCTTCGAAGTATGAACCAAAAGACAATGAGCCGCTTCCACGGAGCTGCTGAAGTAGAACATATTTGCTTATGGTATAGTAACAGGCTCCCAGTCCAAAATGTCAGGCAATAATACCTGTGACTGGCTTCAAGATGTTTACTACATATTTAAATTTGATAAGCGATATTCTCTTCTCAGCTCCATGGAACAAGTATCGGTTGCACTCGTAATAAATCAGCAAAGTGCCACTAGGTATGACCCTCATTTTTTGGAGGAAGGGATAACTTGAAAACCATCAGTTTGTGGGAGGCACTCAATGACTTTTTGTCATGCCACAGTTCAAAAAGTACAATCCTTGAGGGGACTTCCACCATGGACTGTTCCTCATCCACATCGAAATCATTAGACAGGTGTTCAAATCTAAATTAGACTGGATACCCTTGACTCACTTCCATCACCCAGGCCGAATTCCACCTTTTCGTTTCACTGATTTCACTCACAAAAAGAAACACCAAGGACTAAATCAGTCTCTGGGAAACATAATTGCATTCCATGCATTCGTTTCATTACAATAAGGGATTCAACAGTTAGTACAAGAAGTGTGTGGAGGGACCAACCTTTTTGGAAGATGTGTCTTCTTTTCTAACTTCAGAACCAACCCAACCGGCTCCTAACTCCTACAGCATAGCAAAGGGACAGACGAGCAGAGGGCGCTACACGGGACCCCTGGCAACAATCAAAGGTCGTGCCTCGTCCTACGTCTACCCTGGATACGCGCTCCAGTCGTCAGTTCGTTTGTTTAAATCATAGCTGTTCCCTACCTGATTGATGTAACGACTACAGATCTATAATTGTATGATGTTTGATCATGAAAAGGAAGAAGGGTCTTTTACCCTCCTCATCGAAAATGCCGACACGTTTTTATAAATTTACACATGTATTATTAATTAGATTTTAGTATTATTTTCTTGTATTTGTGTTTTTATCTTTGAAACATGGCGCAAATCACCTATCTAATTACTTTAGCAATTCATGAAATGTCATCTCCTAGGCCATACAATATAACCTTAGGCCGCCTCTGAATCACTTGGTTGTGGCTTGAAATTACACGCAACTCTACTCGAACTGTCCATGGCCGGCCAAGATCATAGGCTCGTGGTATAATAGGGCAATCTGCTGGAGTCCTCTCAAGTCAGATATCCCGATTCTCTGGCCAGACCTTGTTGAATCCTCAGTCTCAAAAGTCAATTTAATGATAAAGTTAACTCACCGTAAGAAGTGGCCATACCTCAGTTATCCTTGGCAATAAAAGAAATATTTTCCCAAAACAAAGAGAAAAATGAAAACCCATTCCAAATAAATGCAGCCAAGTCATAAAAATACTGCCCCAAAATGAGATAATTATTATTCTCAACATTTTTTCCATCGATAATCCTGTGAGGTCAGTTAATCAGACACAATACCCTTTCACCAATAATTGAGAACAATGACAATGCATGCCCGGGGAGAAACAAAATGCACAATCTGGATCAAGAGAGGGCGTTATTTTCTTAGCAACGGAAGCACCTTTACTAAGTGTGTATCCGCTCCGAGTAGGAGAAAAAGAGGGCGTGTTTGAAATCAAACCGAAGGTCCTTTGGTACTCACGCATGGCATATAGGTGCGCAAGTCTATGCGCATTTGACGCGGAGCGAAAAATCTGGAC	A. planci
NCBI_REFSEQ/JGI	3.1	LOC756458 >LOC756458 ACAAAAATGACAACAAACCGGTGGTTCTCATTTATCCCTGTAAATAATTAGCATTCAAGTAGTTGCATTAACGTCATCACCATCATCAACTCTAAACCTACGATGGAGACTATTGAGGAATCTATTGATGAGGAGAGTCAGGTAAAGGGGCTTTCGAAGACATCAAAACGAGGGCTACCAAGCAGGCCGGGAGACGTTACTCATATGTCAGGTGAAGATGGCACAGAAGACACCTTTACACTCGAAACCAGACCTGTGCACACCCGGACAGCCATGGGTGATTACATCGTTCCCAAGGGGGGCAAGCCACTGACGCAACATGCCTTTCCCAGCCCGGGCCCTGGAGACCTCATGCCAAGTCACCAGATCACGCAACGAGCCGCTCCTCAGTATTCAATAGTAGGACGTAGCAAGACCGATACCAGGAAGAAAGCCCCTGGTCCAGGTGACTACAACACGTCTGGAGATTTAGTATGGAAGATCAAAACCGTCACCTTGAAGGAGAAAGGCACGACTATGATCACAGAAGAAATACAAGACCGTGGGAACACTATTGGACCTGCTAATATCAATGTGTCTTACCTAAACACTGGCAAACATGCACCGAAACCTAGCATCTCCTCAAGGCATCGACCTGGAGCAAACGTGGGCCATCCGAGTAATGCACTTTCTTCGGGAACAGCGACAAATGGTCTTCCCACTCCAGGCCCGAATGCATACTTTCCAAAGATAACTGATAAAGGGAAATGTAAATCATTTGGAATTCTCAACCAGCAGAGACGAGCTGTTCAAGGCGAATCGCTTGGCCCGGGTCCGGCAGCCTACAGCGTCAAAGACTCCTCTACCAAGTCGGGATATTCACTGGCAAAACGGCTTCGTGCCGATTGGCAGGTATCGAGTAGGACTCCTGCCCCAAACTCTTACAACGTTGGAAGCAAGATCGGCAAAGGGCTGGCGATGTCGATCCGTAGCCGACCATCGTATGAACCCAAAACATTTGGACCAAGCCCTAATTCGTATTTTTTCCGCGACTCCATGAAAAATTCCGATGCTCCTTTTGCTACCATGACATACAGACCGTTTGAGTCAGAAAATGACTCTACTCCCGGTCCAACGCATTACAGTATCACGGACAAGGCCATGAGGAAGGCTCCTAGGTATTCCTTCCGGAGCGTGTGCAAGTATCCAGTCGCTTACCCACTGCCCGAAGACACACCTGGGCCTGGAACGTACCTCAGACCTCGGGCCTTCACGAAGAATGATGCTCCCGCACACTCCATGGGCAGGCGAACTAAGCCCGCCAAGAGCTCTGTGGTCGATGGACCAGGTCCCAACCACTACAACATCCGGGACCCGCATAAACCTGACGGCAAGAGAGCGCCCAGTTATTCCATGGCTGCACGGTGTGATCGCCCAGACAAGCGCAGGGATGGTCCAGCCCCGACTGCATACACACCAAAGCTCGACACGGATTCCGGGCCGAAGTACAGCATGACGGCCAGGCCCAAAAGGAAGGCAAGGTGTAACGGTGCCGCCCCGAATTCGTATACCATCAAGATGAATCAAACTGTCAAGGGTCGTTTCAGCGGTCCGAAGGCAACGCTTAAAGGTCGAAACACGCCTCATGTATATCAAGGATATGCCTTTCAGCATTCGATTCCTCTTCGGAATACTTGAATTGTCGAAGGGAGAAACGTCATGGTTTGATAATTCCAAAATATTAATGCTAAACAAGTGATGGGGACCAACTAAAATTGAGTGATACATCTTTAGAATCGCTAAAGTCTTGACTCTGAAGCTGAAGTATAATGGATTATTAATCCAAAATTGACAACGTCAACCAATACATAGGACCAAATGAAAATAACATGAGCTGGATGCTGACTACCTTTCACTGCCGAAAGTATTTGGAAAGTATTTACTGTAGGCTACAGAGTGTGAACATTATAAATGGGTGAAAAAGGGAAGAAAAAAGATTATGTGCTTTTT	S. purpuratus

mRNAs based on gene models(0)

mRNAs from cDNA libraries (8)

Clone	Accession	Species	Library	Anatomy	Stage
	XM_041629881 >XM_041629881\|XM_041629881.1 PREDICTED: Lytechinus variegatus uncharacterized LOC121432054 (LOC121432054), mRNA GCGCGCGCGCCAGAATTTATCAAAATGAAGCTGCTCCTCAGTTAAAAAGTTGATAATTTGTGGATCCTTCCCTCGGCCGCCAACAATACTGTTTGAATAAACTATGGAGACTATTGAGGAGTTAACTGATGAGGATAATCAGTCAAAGGGACTTTCAAAGACAGCAAAGCGGGGCCATGGCAGACAGGGAGATGCTACCAATTTGTCAGACAGCGGTGAGGGGACAGAAGATACTTTTCCACTTGAAACTCGGCCGATGCATACTCGGACAGCCATGGGTGATTATATAGTTCCGAAAGGAGGCAAACCACTAACCCAGCATGCCTTTCCTAGTCCAGGTCCTGGAGACTACTTGCCAAACCATGAACTCACGCAGCAAGCAGCACCTCAGTATTCAATAGTAGGACGGAGCAAATATGATGGCAAGCAGAAAGCCCCCGGTCCTGGAGACTACAACACGTCCGGAGATCTGATATGGAATGTCAAGTCTGTCACCTTGAAGGCCAAGGGAAAGACGATGATCACGGAAGAGGTGATAGATCCTGAGAACACTATCGGACCTGCCCATAATGTGCGTTACCTCAACACCGGCAAACATGCTCCGAAACCTAGCATCTCGTCACGACACCGACCGGAAGCGAACGTTGGACACCCCAGCAATGCACTATCTGGAATAGCGACAAGTGGCCTTCCCACCCCAGGCCCCAATGCATACTCTCCGAAGATAACTGACAAAGGAAAGTGCAAATCATTTGGAATTCTCCACCGACATGGACGATCTGTCCAAGCTTCATCGCTTGGCCCAGGTCCAGCGGCCTACAGCATCAGAGAAAAATCTACCAAGTCGGGGTATTCACTGGCAAAACGACTACGTGCAGATTGGCAGGTGTCTAACGGGTCGCCTGCTCCAAACTCTTACAATGTTGCCAGCAAGATTGGCAAAGGTTTGGCGATGTCAATCCGTAGCCGGCAGCCGTATGAACACAAAAGTTTTGGACCCAGCCCGAATTCGTACTTTCTCCGCGACTCCATGAAGTATTCCGATGCTCCCTCTGCTACCATGACGTACAGACCGTTTGAATCTGATGAAGTTTCTAGTCCCGGTCCGACACACTATAGCACTACAGATAAAACCATAAGGAAGGCCCCGGTGTACTCCTTCCGGGGCATCTGCAAATACCCGATCCCCCGCCCACAACCGGCCGAAGACACTCCAGGACCTGGGACGTACCTCCGACCTCGAACATTCACAGACAATGATGCCCCTGCACACTCAATGGGCAGGAGAACTAACCTTGTCAGAAGCTCCGGGATCGAAGGACCTGGCCCAAACCATTACAACATCCGTGTCCTCCACAGACCTGATGGCAAGAGGGCGCCAAGTTTCACCATGGCTGGTAGGTGTGACAGTAAGGACAAGCGTATTGATGACCCGGCACCGACAGCCTATACACCTAAGCTGGACACAGATTCAGGACCAAAGTACAGCATGACGGCCAGACGCAAGATGAAGCCAAGAAGTGACGGCGCTGCTCCGAACTCCTTCACCATCAAGACGAACCAAACTGTAAAGGGACGGTTCAGTGGTCCGAAGGCAACGCTCAAAGGTCGAAACACACCTTTTGTATATCAAGGGTATGCTTTCCAGAATTCAGTTCGTCTTCGGGACGCTTGATCGGAAAATATTTATGGCTTTTGATTGGTATATGCCCACAATTCTGCGGTATGGTAAACCATGGATCTACAAGGTCCGTGGGTATATAGTTTGGACTACTTTATTC	L. variegatus
	XM_001195223 >XM_001195223\|XM_001195223.4 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC756458 (LOC756458), mRNA CGCGCAGAGCGCGCTATCATTTCCTTAATAATTGTTATGAATGAAAATATGTGTAAAGCTCAGTAAAAAAAAATTACAACGAACCGGGGTTCTCATTTAGCCCTGTAAATAATTAGCATCCAAGTAGTTGCATTAACATCATCACCATCATCGACTAAACCTACGATGGAGACTATTGAGGAATCTATTGATGAGGAAAGTCAGGTAAAGGGGCTTTCGAAGACAACAAAACGAGGGCTACCAAGCAGGCCGGGAGACGTTACTCATATGTCAGGTGAAGATGGCACAGAAAACACCTTTCCACTCGAAACCAGACCTGTGCACACCCGTACAGCCATGGGTGATTACATCGTTCCCAAGGGGGGCAAGCCACTGACGCAACATGCCTTTCCCAGCCCGGGCCCTGGAGACCTCATGCCAAGGCACCAGATCACGCAACGAGCCGCTCCTCAGTATTCCATAGTAGGACGTAGCAAGACCAATACCAGGAAGAAAGCCCCTGGTCCAGGTGACTACAACACGTCTGGAGATTTAGTATGGAAGATCAAAACCGTCACCTTGAAGGAGAAAGGCACGACTATGATCACAGAAGAAATACAAGACCGTGGGAACACTATTGGACCTGCTAATATCAATGTGTCTTACCTAAACACTGGCAAACATGCACCGAAACCTAGCATCTCCTCAAGGCATCGACCTGGAGCAAACGTGGGCCATCCGAGTAATGCACTTTCTTCGGGAACAGCGACAAATGGTCTTCCCACTCCAGGCCCGAATGCATACTTTCCAAAGATAACTGATAAAGGGAAATGTAAATCATTTGGAATTCTCAACCAGCAGAGACGAGCTGTTCAAGGCGAATCGCTTGGCCCGGGTCCGGCAGCCTACAGCGTCAAAGACTCCTCTACCAAGTCGGGATATTCACTGGCAAAACGGCTTCGTGCCGATTGGCAGGTATCGAGTAGGACTCCTGCCCCAAACTCTTACAACGTTGGAAGCAAGATCGGCAAAGGGCTGGCGATGTCGATCCGTAGCCGACCATCGTATGAACCCAAAACATTTGGACCAAGCCCTAATTCGTATTTTTTCCGCGACTCCATGAAAAATTCCGATGCTCCTTTTGCTACCATGACATACAGACCGTTTGAGTCAGAAAATGACTCTACTCCTGGTCCAACGCATTACAGTATCACGGACAAGGCCATGAGGAAGGCTCCTAGGTATTCCTTCCGGAGCGTGTGCAAGTATCCAGTCGCCTACCCACTGCCCGAAGACACACCTGGACCTGGAACGTACCTCAGACCTCGTGCCTTCACGAAGAATGATGCTCCCGCACACTCCATGGGCAGGCGAACTAAGCCCGCCAAGAGCTCTGTTGTCGACGGACCAGGCCCCAACCACTACAACATCCGGGACCCGCATAAACCTGACGGTAAGAGAGCGCCCAGTTACTCCATGGCTGCACGGTGTGATCGCCCAGACAAGCGCAGGGATGGTCCTGCCCCGACTGCATACACACCAAATCTCGACACGGATTCCGGGCCGAAGTACAGCATGACGGCCAGACCCAAAAGGAAGGCAAGGTGTGTCGGTGCCGCCCCGAATTCATACACCATCAAGATGAACCAGACTGTCAAGGGTCGTTTCAGCGGTCCGAAGGCAACGCTTAAAGGTCGAAACACGCCTCATGTATATCAAGGATATGCCTTTCAGCATTCGATTCCTCTTCGGAATACTTGA	S. purpuratus
	JT101700 >JT101700\|JT101700.1 TSA: Strongylocentrotus purpuratus WHL22.263672.0 mRNA sequence ACAAAAATGACAACAAACCGGTGGTTCTCATTTATCCCTGTAAATAATTAGCATTCAAGTAGTTGCATTAACGTCATCACCATCATCAACTCTAAACCTACGATGGAGACTATTGAGGAATCTATTGATGAGGAGAGTCAGGTAAAGGGGCTTTCGAAGACATCAAAACGAGGGCTACCAAGCAGGCCGGGAGACGTTACTCATATGTCAGGTGAAGATGGCACAGAAGACACCTTTACACTCGAAACCAGACCTGTGCACACCCGGACAGCCATGGGTGATTACATCGTTCCCAAGGGGGGCAAGCCACTGACGCAACATGCCTTTCCCAGCCCGGGCCCTGGAGACCTCATGCCAAGTCACCAGATCACGCAACGAGCCGCTCCTCAGTATTCAATAGTAGGACGTAGCAAGACCGATACCAGGAAGAAAGCCCCTGGTCCAGGTGACTACAACACGTCTGGAGATTTAGTATGGAAGATCAAAACCGTCACCTTGAAGGAGAAAGGCACGACTATGATCACAGAAGAAATACAAGACCGTGGGAACACTATTGGACCTGCTAATATCAATGTGTCTTACCTAAACACTGGCAAACATGCACCGAAACCTAGCATCTCCTCAAGGCATCGACCTGGAGCAAACGTGGGCCATCCGAGTAATGCACTTTCTTCGGGAACAGCGACAAATGGTCTTCCCACTCCAGGCCCGAATGCATACTTTCCAAAGATAACTGATAAAGGGAAATGTAAATCATTTGGAATTCTCAACCAGCAGAGACGAGCTGTTCAAGGCGAATCGCTTGGCCCGGGTCCGGCAGCCTACAGCGTCAAAGACTCCTCTACCAAGTCGGGATATTCACTGGCAAAACGGCTTCGTGCCGATTGGCAGGTATCGAGTAGGACTCCTGCCCCAAACTCTTACAACGTTGGAAGCAAGATCGGCAAAGGGCTGGCGATGTCGATCCGTAGCCGACCATCGTATGAACCCAAAACATTTGGACCAAGCCCTAATTCGTATTTTTTCCGCGACTCCATGAAAAATTCCGATGCTCCTTTTGCTACCATGACATACAGACCGTTTGAGTCAGAAAATGACTCTACTCCCGGTCCAACGCATTACAGTATCACGGACAAGGCCATGAGGAAGGCTCCTAGGTATTCCTTCCGGAGCGTGTGCAAGTATCCAGTCGCTTACCCACTGCCCGAAGACACACCTGGGCCTGGAACGTACCTCAGACCTCGGGCCTTCACGAAGAATGATGCTCCCGCACACTCCATGGGCAGGCGAACTAAGCCCGCCAAGAGCTCTGTGGTCGATGGACCAGGTCCCAACCACTACAACATCCGGGACCCGCATAAACCTGACGGCAAGAGAGCGCCCAGTTATTCCATGGCTGCACGGTGTGATCGCCCAGACAAGCGCAGGGATGGTCCAGCCCCGACTGCATACACACCAAAGCTCGACACGGATTCCGGGCCGAAGTACAGCATGACGGCCAGGCCCAAAAGGAAGGCAAGGTGTAACGGTGCCGCCCCGAATTCGTATACCATCAAGATGAATCAAACTGTCAAGGGTCGTTTCAGCGGTCCGAAGGCAACGCTTAAAGGTCGAAACACGCCTCATGTATATCAAGGATATGCCTTTCAGCATTCGATTCCTCTTCGGAATACTTGAATTGTCGAAGGGAGAAACGTCATGGTTTGATAATTCCAAAATATTAATGCTAAACAAGTGATGGGGACCAACTAAAATTGAGTGATACATCTTTAGAATCGCTAAAGTCTTGACTCTGAAGCTGAAGTATAATGGATTATTAATCCAAAATTGACAACGTCAACCAATACATAGGACCAAATGAAAATAACATGAGCTGGATGCTGACTACCTTTCACTGCCGAAAGTATTTGGAAAGTATTTACTGTAGGCTACAGAGTGTGAACATTATAAATGGGTGAAAAAGGGAAGAAAAAAGATTATGTGCTTTTT	S. purpuratus
	GHJN011383927 >GHJN011383927\| -	P. miniata
	XM_038198104 >XM_038198104\|XM_038198104.1 PREDICTED: Patiria miniata uncharacterized LOC119726447 (LOC119726447), mRNA TTTAAAAGCCACGGTACAGTAGTAAATGTAGGCATATGTATGGGTGACTTGTGAAACTTAACCCCCCAAAAATATAATAAAATGCCTTGTTTAGTTTGATTTTTTTTCTATCAAGGTATAATGGAAACGATAAAAGAATTATTTCTCCGAGGTAGAGATGGGCGGGGTCAACCAAATGAAGAGAGAGATGACGAGGGGACGGAAGAACAAACGGAGGACGGAAGCAGACTTCATGACGCAGGTCCCGTTACACGCCGGACAGCCATGGGGGAGTACATCGTTCCCAAAGACGGCAAGCCGCTGACACAACTCGCGATACCTCTTCCGGGTCCAGCTGATTATGATCCCAAGATCGACCTGACCCGTAGGACAAGACCACAATTCTCCATCGTTGGACGAACCAAGCAAGTGAAAGCTCCTCCCATACCCGGTGCGGCAGACTATGATACGCTGGGAGACCTGATCTGGAAAGACAAGAAGAAAACTCTGAAAGACAAAGGGAAGACTTGTCCTCACGGCACGACACCCTCCCACCACCTGACATGCAGTCCCGGTCCGGCCGGCTATCGAGTCACCCACACCGACACCGGCAAGCACGCGCCACGTATCAGCGTTGCGTCTCGTCATCTGGACGGTGTCAACGTGGGACACCCCAACAGCCTCGTCCAACCAGTCGACACGCACGGTGTCCAGACCCCAGGATCCAGTCACTACCACCCAGAGTCACACGCCCTTAACGACCAGATTCACAAATCCTTTGGCATCAACCGTAAAATATGCAATAAGACTTTGGGTCCCGGACCCGCTGGATATACCATACAGGAGGGACAGCAGGGACCAGCGCACTCGCTGTCGAAGCGGCTGCCAGCGAAGTGGCAGCAAGTGACGGACTACCCAGCGCCAAACGTGTACGATGTGGGCACCACAATGGGCAAAGGGGTAGCCATGGGAATCAGAAGCCGCCAGCCCCTACAACAGAAGTATTGGGTACCCAGTCCCAACACGTACATTCTCAGGGACCCGTTGCGATACTCTGACGCCCCCGTTGCTTCTGTGACTTATCGACCGTTTTCACCCACGTTGAAGACGTGGCCGAGCCCGGCCCACTACAAGCCCACTGACGCCACGCTGCCCAAATCGTCCACGTTTTCCTGCAGGAAATTCTGCAAACCGTGCTTTCCGGATATCCTGAAATATCCAGCTCACGCACCGGATACTACACCTGGTCCAGGAACCTATCATAGTCCCAGGAAGTTCACAGACAACGATTACCCAGCATTCTCTATGGGGTCAAGACCCAAGCCAAAGACAAATGATGTACCGGGAGCGAACCATTACCACATCCGGGTCAGTCACCGGCCTGACGGTAAAAAGGCGCCAGAGTTCTCCATGGCCAAGCGGTGCTATCCGCCACACAAGAATGAAAATCCAGGCCCTACCGTGTACAATCCTCCGATAGACACCAATGACGGGCCCAAGCACAGCATGAGTAAACGCTGGGACGCCCGTTCAAAAACAGCCCATCCAGCTCCCAACTCCTACGACATAGCCAAAGGTCAGACCAGCAGAGGGCGTTTCACGGGACCCTTAGCAACGGTCAAAGGTCGCGCTTCGTCCTACGTCTATCCAGGCTACGCGCTCCAAAATTCGGCTCGATTGTTGGATTCGTAATTTGCTGCCCAGCTTTAACTGAAAATTCATCAGATGATGTTTGCTATTTAAAAAAAAAATTGTCTGTCATGCTGATGTCAAAATGCATGTTTTTTAAATTTATTTATTTTATAAGAGATTTGCCCTCTGAGAATTTGCATGGTGTGTGCTCAATCATTACAAAAATATTTCGCAGTCTCCATATCATTTTAACAATAAAAAACAACACGAAAGAAACAATGGGATTAAAGAATCAATTTTGGTGAATAACATGAAAAGCGAATTTCATGCTCAAATCTGCTTTTCAAATCATGTTAAACAAAGCAAATCGATGGTCTCCCAAAGAAAGAATATAATGCAGGTTACTTTTTCATGTTTCTGCTTACCAAAAATAGATTTATTAATCAGCGATTCAAAATCTTCTGAATCATTCTATATATAAAAATCATCCTTCAGCATATGTTATCTGCTAACAACTTTTTAGGACAGTAAGCCTTCAAACTGGCCCATTAACAAACACAGAAAACACATCGGTCACGTTTAAGCTAATGTGCGCATGTTCAAAATGACGCAAACAAAGTGTGCGTTCGCGTAGCTCATCCGGATCGACTCGGGTAAAGCATTCCTCAATGGGTAAAGGCAGACGGTTAGCCACGACAGCCGGGCTAATCGAACGCTCAACCGCGGGCCATCACGATCCTCACAAGATGTCCATTAGCCACCGCCGTAACCATTCGCTCGTACCCCCGGCCCCGCCCTGCAAACAGGATGCTGGGACAGGCTGATGAATTAACGCTCTGATTGGATAGATTTTGCGTGACATGTGACCTGCAAGTCATCATGGCCACGACCCTGCAAGGCAAGTTAAACGGCCGTTAAGACTGAATCATAACCCTTTTATTCCAATTCATGTGGGTTTTTTTTCGTTGAAAAGCATAAATGTGGGACAATCTGTAAAAATTATCTGTTTTGTAAATTTTCCATTCCCGTCACGTGCTCAGGCTCTCAAACTTTGTCCATATGGTCCGCAATGAAAAATAAATCACATCCGGTATGGAATGTTTGCATTTCTGTGAGAAAATGTTCGGATAGCATTTGCGTGCATAGGCTAACTGCGGTCTTTAACAGCTGCAGCCAGATGTCTTTATACATAGGTCATGATAAATTAC	P. miniata
	XM_022225367 >XM_022225367\|PREDICTED: Acanthaster planci sperm-tail PG-rich repeat-containing protein 2-like (LOC110974048), transcript variant X2, mRNA TCTCACATAAAAAAAACACAGAACGTATGACATCGACAACTAACTTAAATGACCATGAAATTAAAATAAACCGTGGATGGCTTCTTTATCAAATCCACGATCTAAGGAAAATGGAGACCATAAATGAATTATTTCCCAGGACAAAAGATGGGCGGCAACAACCAGATGAGGAAGGAGGTGACGAGAATGCGGAACAAATAGATGGTGTTTTCATCCAACGGACAGCTATGGGGGAATATCTCGTCCCGAAAGACGGGAAGCCATTAACGCAACTCGCAATTCCTCTTCCGGGGCCAGCTGATTATGAACCTAAAATTGACCTCACAGCAAGAACGAGGCCACAATTCTCGATCGTTGGACGAACCAAGCAAGTAAAAGCCCCTCCCATACCTGGTCCAGCGGACTACAATACCTCAGGAGAATTAAACTGGAAAGGAAAGAAGAAAACGCTGAAAGAAAAAGGGCAGACTTGCCCTCACGGCACCAAACCTTCTCACCACCTGACATGCAGTCCCGGACCGGCCGGATACCGGGTTACATACAAAGACACCGGAAAAGATGCGCCTAAGATTAGCGCCGCGTCTCGCCATTTGGACGGAGTCAATGTAGGCCATCCCAACTGCTTGGTGCAACCAGTCGATACGCACGGTGTCCAGACCCCTAGCTCCAGTTACTATCACCCTGAGTCACACGCCCTCAACGATAGGATTCACAAATCGTTCGGCACCAGCCGCAAAACTTGCAACAAGACCCTGGGCCCTGGGCCTGCAGGATATACCATACAAGAAGGTCAGCAGGGAGCAGCGTATTCGCTATCGAAGCGGCTACCAGCGAAGTGGCAGCAAGTGACGGATTATCCAGCTCCAAACGTGTATGATGTGGGAACCACAATTGGTACAGGGGTTGCCATGGCAATACGAAGCCGCCAGCCACTCGAACAGAAGAATTGGGTGCCAAGTCCCAATACGTATACTTTAAGGGACCCACTGCGCCGTTCTGATGCGCCAGTTGCTACTGTCACATACCGACCATTTTCACCCACGTTGAAGACGTGGCCAAGCCCAGCGCACTACAAGCCCACAGACAACACTTTACCCACATCTCCTAGGTTCTCCTGCCGGAAATTCTGCAAGCCGTGCTTTCCAGATATTCTGAAATACCCAGCTCATGCACCTGACACCACACCAGGTCCTGGAACCTACCATAGTCCCAGGCGGTTCACAGACAACGATTACCCTGCTTTTTCTATGGGGTCACGACCCAGATCAAAGACAAATGATGTACCGGGAGCAAACCATTACGACATTCGTGTCAGTCACCGACCCGACGGCAAAAAGGCACCAGAATTCTCCATGGCTAAGCGTTGCCACCCTCCACATAAGAACGAGAACCCAGGGCCTACTGCATATAATCCTCCATTAGACACCAATGATGGGCCAAAGTACAGCATGATTAAACGTTGGAACGGGCTTCGAAGTATGAACCAAAAGACAATGAGCCGCTTCCACGGAGCTGCTGAAAACCAACCCAACCGGCTCCTAACTCCTACAGCATAGCAAAGGGACAGACGAGCAGAGGGCGCTACACGGGACCCCTGGCAACAATCAAAGGTCGTGCCTCGTCCTACGTCTACCCTGGATAC	A. planci
	XM_022225368 >XM_022225368\|PREDICTED: Acanthaster planci sperm-tail PG-rich repeat-containing protein 2-like (LOC110974048), transcript variant X3, mRNA TCTCACATAAAAAAAACACAGAACGTATGACATCGACAACTAACTTAAATGACCATGAAATTAAAATAAACCGTGGATGGCTTCTTTATCAAATCCACGATCTAAGGAAAATGGAGACCATAAATGAATTATTTCCCAGGACAAAAGATGGGCGGCAACAACCAGATGAGGAAGGAGGTGACGAGAATGCGGAACAAATAGATGGTGTTTTCATCCAACGGACAGCTATGGGGGAATATCTCGTCCCGAAAGACGGGAAGCCATTAACGCAACTCGCAATTCCTCTTCCGGGGCCAGCTGATTATGAACCTAAAATTGACCTCACAGCAAGAACGAGGCCACAATTCTCGATCGTTGGACGAACCAAGCAAGTAAAAGCCCCTCCCATACCTGGTCCAGCGGACTACAATACCTCAGGAGAATTAAACTGGAAAGGAAAGAAGAAAACGCTGAAAGAAAAAGGGCAGACTTGCCCTCACGGCACCAAACCTTCTCACCACCTGACATGCAGTCCCGGACCGGCCGGATACCGGGTTACATACAAAGACACCGGAAAAGATGCGCCTAAGATTAGCGCCGCGTCTCGCCATTTGGACGGAGTCAATGTAGGCCATCCCAACTGCTTGGTGCAACCAGTCGATACGCACGGTGTCCAGACCCCTAGCTCCAGTTACTATCACCCTGAGTCACACGCCCTCAACGATAGGATTCACAAATCGTTCGGCACCAGCCGCAAAACTTGCAACAAGACCCTGGGCCCTGGGCCTGCAGGATATACCATACAAGAAGGTCAGCAGGGAGCAGCGTATTCGCTATCGAAGCGGCTACCAGCGAAGTGGCAGCAAGTGACGGATTATCCAGCTCCAAACGTGTATGATGTGGGAACCACAATTGGTACAGGGGTTGCCATGGCAATACGAAGCCGCCAGCCACTCGAACAGAAGAATTGGGTGCCAAGTCCCAATACGTATACTTTAAGGGACCCACTGCGCCGTTCTGATGCGCCAGTTGCTACTGTCACATACCGACCATTTTCACCCACGTTGAAGACGTGGCCAAGCCCAGCGCACTACAAGCCCACAGACAACACTTTACCCACATCTCCTAGGTTCTCCTGCCGGAAATTCTGCAAGCCGTGCTTTCCAGATATTCTGAAATACCCAGCTCATGCACCTGACACCACACCAGGTCCTGGAACCTACCATAGTCCCAGGCGGTTCACAGACAACGATTACCCTGCTTTTTCTATGGGGTCACGACCCAGATCAAAGACAAATGATGTACCGGGAGCAAACCATTACGACATTCGTGTCAGTCACCGACCCGACGGCAAAAAGGCACCAGAATTCTCCATGGCTAAGCGTTGCCACCCTCCACATAAGAACGAGAACCCAGGGCCTACTGCATATAATCCTCCATTAGACACCAATGATGGGCCAAAGTACAGCATGATTAAACGTTGGAACGGGCTTCGAAGTATGAACCAAAAGACAATGAGCCGCTTCCACGGAGCTGCTGAAGTAGAACATATTTGCTTATGAACCAACCCAACCGGCTCCTAACTCCTACAGCATAGCAAAGGGACAGACGAGCAGAGGGCGCTACACGGGACCCCTGGCAACAATCA	A. planci
	XM_022225366 >XM_022225366\|PREDICTED: Acanthaster planci sperm-tail PG-rich repeat-containing protein 2-like (LOC110974048), transcript variant X1, mRNA TCTCACATAAAAAAAACACAGAACGTATGACATCGACAACTAACTTAAATGACCATGAAATTAAAATAAACCGTGGATGGCTTCTTTATCAAATCCACGATCTAAGGAAAATGGAGACCATAAATGAATTATTTCCCAGGACAAAAGATGGGCGGCAACAACCAGATGAGGAAGGAGGTGACGAGAATGCGGAACAAATAGATGGTGTTTTCATCCAACGGACAGCTATGGGGGAATATCTCGTCCCGAAAGACGGGAAGCCATTAACGCAACTCGCAATTCCTCTTCCGGGGCCAGCTGATTATGAACCTAAAATTGACCTCACAGCAAGAACGAGGCCACAATTCTCGATCGTTGGACGAACCAAGCAAGTAAAAGCCCCTCCCATACCTGGTCCAGCGGACTACAATACCTCAGGAGAATTAAACTGGAAAGGAAAGAAGAAAACGCTGAAAGAAAAAGGGCAGACTTGCCCTCACGGCACCAAACCTTCTCACCACCTGACATGCAGTCCCGGACCGGCCGGATACCGGGTTACATACAAAGACACCGGAAAAGATGCGCCTAAGATTAGCGCCGCGTCTCGCCATTTGGACGGAGTCAATGTAGGCCATCCCAACTGCTTGGTGCAACCAGTCGATACGCACGGTGTCCAGACCCCTAGCTCCAGTTACTATCACCCTGAGTCACACGCCCTCAACGATAGGATTCACAAATCGTTCGGCACCAGCCGCAAAACTTGCAACAAGACCCTGGGCCCTGGGCCTGCAGGATATACCATACAAGAAGGTCAGCAGGGAGCAGCGTATTCGCTATCGAAGCGGCTACCAGCGAAGTGGCAGCAAGTGACGGATTATCCAGCTCCAAACGTGTATGATGTGGGAACCACAATTGGTACAGGGGTTGCCATGGCAATACGAAGCCGCCAGCCACTCGAACAGAAGAATTGGGTGCCAAGTCCCAATACGTATACTTTAAGGGACCCACTGCGCCGTTCTGATGCGCCAGTTGCTACTGTCACATACCGACCATTTTCACCCACGTTGAAGACGTGGCCAAGCCCAGCGCACTACAAGCCCACAGACAACACTTTACCCACATCTCCTAGGTTCTCCTGCCGGAAATTCTGCAAGCCGTGCTTTCCAGATATTCTGAAATACCCAGCTCATGCACCTGACACCACACCAGGTCCTGGAACCTACCATAGTCCCAGGCGGTTCACAGACAACGATTACCCTGCTTTTTCTATGGGGTCACGACCCAGATCAAAGACAAATGATGTACCGGGAGCAAACCATTACGACATTCGTGTCAGTCACCGACCCGACGGCAAAAAGGCACCAGAATTCTCCATGGCTAAGCGTTGCCACCCTCCACATAAGAACGAGAACCCAGGGCCTACTGCATATAATCCTCCATTAGACACCAATGATGGGCCAAAGTACAGCATGATTAAACGTTGGAACGGGCTTCGAAAACCAACCCAACCGGCTCCTAACTCCTACAGCATAGCAAAGGGACAGACGAGCAGAGGGCGCTACACGGGACCCCTGGCAACAATCAAAGGTCGTGCCTCGTCCTACGTCTACCCTGGATACGCGCTCCAGTCGTCAGTTCGTTTGTTTAAATCATAGCTGTTCCCTACCTGATTGATGTAACGACTACAGATCTATAATTGTATGATGTTTGATCATGAAAAGGAAGAAGGGTCTTTTACCCTCCTCATCGAAAATGCCGACACGTTTTTATAAATTTACACATGTATTATTAATTAGATTTTAGTATTATTTTCTTGTATTTGTGTTTTTATCTTTGAAACATGGCGCAAATCACCTATCTAATTACTTTAGCAATTCATGAAATGTCATCTCCTAGGCCATACAATATAACCTTAGGCCGCCTCTGAATCACTTGGTTGTGGCTTGAAATTACACGCAACTCTACTCGAACTGTCCATGGCCGGCCAAGATCATAGGCTCGTGGTATAATAGGGCAATCTGCTGGAGTCCTCTCAAGTCAGATATCCCGATTCTCTGGCCAGACCTTGTTGAATCCTCAGTCTCAAAAGTCAATTTAATGATAAAGTTAACTCACCGTAAGAAGTGGCCATACCTCAGTTATCCTTGGCAATAAAAGAAATATTTTCCCAAAACAAAGAGAAAAATGAAAACCCATTCCAAATAAATGCAGCCAAGTCATAAAAATACTGCCCCAAAATGAGATAATTATTATTCTCAACATTTTTTCCATCGATAATCCTGTGAGGTCAGTTAATCAGACACAATACCCTTTCACCAATAATTGAGAACAATGACAATGCATGCCCGGGGAGAAACAAAATGCACAATCTGGATCAAGAGAGGGCGTTATTTTCTTAGCAACGGAAGCACCTTTACTAAGTGTGTATCCGCTCCGAGTAGGAGAAAAAGAGGGCGTGTTTGAAATCAAACCGAAGGTCCTTTGGTACTCACGCATGGCATATAGGTGCGCAAGTCTATGCGCATTTGACGCGGAGCGAAAAATCTGGAC	A. planci

ESTs (0)