trmo Nucleotide Sequences

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Echinobase

Gene Literature (0)

Nucleotides (14)

Interactants (2)

ECB-GENEPAGE-23189162

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

Nucleotide sequences for trmo - All

Models - Gene (5)

Models - mRNA (1)

mRNAs (10)

ESTs (0)

Models - Gene (5)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	LOC577363 >LOC577363 ATGTGTAATACAGCTGCACCACGGCCACGCCCCAAGCCTAGCCCAGCCCTACGGTACCGGGCGGTGGCGATCTTAGCAGCACAGCCGCGCCAGCACAAGATCACCACTCCTTTATCCCTGGTTGGTTGTACCCTTGCCCCGGCTTTACTTTAGAAGAAAGAAAGAAAGATATGTAAGTGTTTGATAGTGTTGGTATGATTATTACATGATCAAATTATTCTGAGTCGGTGAGAATGTTGTAACTTATAGTCTAAAACTCAGTATAATTCATGATAGGCCCTAAGTATTTTGCAATTTCTCATTGCCCCTTCTTCTGTTTTGGGGGTAGGCCACGCGGGAGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGAGTTGTCTTATTAGTCAGATCAGATTGATATTAGGTGTATGATTTAGTTATGTTGCACAATGAATATAAAGTGTTAGATGTGAAATCTAAAGAGCGCGCTAGTAGGGGATGTGGCCTGTGGTTGAACGTTTATTTAATCTTATTTATTTATATTCAAATTTGTCGAGTAATTTTCAACAATTAGAGATGATCGAGGATCAAGAATATGCAGAGGCCAGGGGCCGGTCCATGCCATGATGCATGCTATTTGAAAATTAATGACAATTTTTTGTATGTTTCCTTCTTAATTGCACACACAAATCCTTTGCAGAGACGCCAAGTTCAAAGATCAGCAATGCGTGACATTTCATGATACGGGCGCGTGTGAGGGTATAACACACGTATAAGGTATAGCGTTTTTCGAAATCAAGCGCGCGCACGTTGTGTGTGAGAGCGTTTTCAGACCCTCGAAATGCGTGACACTTGGTAGCTCTGCCTTTGGAGCCTGGGGTTTCTTCAAATGAAAAATATTTTTCACTCATGTTAACTTAAAGATAAACTTTAGTACTGGTAATGCGATTGCATTGTGAAAGAAAAGGTGTGGAAAGGATCAGAAACAGTTGATCATGTAGCATGTAAGTATTGGTGTGCACTGCAAGGTTCTGGAGTCATCAAAATCATAATAAATTGACCGAGTCTTGGTAAAGTAACAAGCACTCACATAGAAAGCTATATATGGGACAACACACATGGTGTCGGGGCTAGTACTACCTTGATTTCCTTGTCTTTCTATGCTCATTACTCAGCCAGTATACATTTTTCCAAAATTGTTGGCACATGTCATTTATTTGTAATCTTGAACATTCAGTGTAAGTTTTGTTGATTCTGTGAGAATTTTTTTTTTCTTTTACCAGTACTGGAGTTATCTTAAAAGGTAAAGACCAGTTATGGTCATGCGATGCATTGTGAAAGAAACGTTGTGGAATCGATCAGAAAAGGTTGATCATCTAGCATCTAGCATCTGCAAGGTTCTGGAATCATCAAAATGATAAGAAATTTGGCCTATTCTTCGTAAAGTTACAAGCACTATACACAGAAAGATGTATATGGGACTACCCTATATCTTCACAGACCATGGAGAGAAACAAATTTACCAAATATATGATTAGTAGGCAGTTTCCCGGCAAATTTGTTATCATCATGTATAGTCAAAACATATTCTTTCACATGATTGGTAATGAGAGCTTCCATTTCATTTTTTGAAATTGGGGCGTTCCAATACTGGTCTTTACCTTTAATATTACACTTACACTGTTACAGTCAGATAGAGTCAAGTTAGATAGAGATAGCTCAAAACCACATGCAGTTAGAGTAAGATGCTCAAAAACCACATGCAGTTAGATGGTAGACTTTATATATCTTTAATTCATCCTTATTTTCGTGTTAGCTTAGATTCCTTTGAATTTGGTTCATGCAAATAAAAAAACAGAGTTTAGACAACAAATAAGAAAGCTTCAGATTGTTGGAAAAAGATGCTGTTTCTCTCTCTCTCCCTCTCTCTCTCTCTCTCTCTCTCTAACTATCTCTGAAAGAACTAATCAATAGCCAGATAAATTTACAAGAAGCTTATTACAGTGAGTTTAATGTCAAAAGAAAGAATATCTGTTCTGATTCTGATAGTTTGTGAGCTTGCCATTTGATAATTCATAGTAGTCCTTGATCAATTTAGACCTTCTTAAGAGCTTAAAATGCAATTATCTGAATCCACTTTTATTCTATTTGATTCCCAAACAGGTTACAGCACCTGAATAGCAGACTGAGAAGTTCTTTATTCAGGATTCCCATCATCATTCAAAAGATGTCTACTTCAGGTCAAAGTTCAACCAGCTCAGTCAAGAGCTGCTCAACCGGTACCATTGAAGCACAACCCTCGAGCCATCAGTCTCCTCTGGTACTCTCAGTCTCACATCTCCTATTGGTTACATCAGGTCTTGTTTCAAGAGCAAGAACGGGACACCAAGGCAGCCATCGGTGTGTAGCTATGCTAGAGCCAAGCTGAAGATCCTCAAGTCTGTGTTTGTCTGCCCTGATCACTCGCTGGATGGCTTGGCACATTCTCTCATGTCTGGTGAGTTCAATCGTTTGATTGGCTTTAACCCTAATAAGGCCGGGCTATTGAGGTCTTAGTATGGCCGGGGGGGGGGGGGGGGGGGGGGGGCCATTATGGCCCCTAAGGGCCCTTTAGATCGCGAAGCGGCCGATTGACGCGAACATTTGCATGCATGTCAAGTGAAGTGTATAAAAATAATATGATAATTTCAATTTTGAAAAATTCACTCATTTGCATATTTATGGTAATTTATGCAAATAAAGTCATAAAAATCACATTTTTACGCATATAAATCATAATTATTCATAATTAGGTATTCTTTTTCACTAATATATTCATTAGACCAGGTGATCGAGGTGATGTGCTTCAAGGTATACCGGTTGAGCAGCTCTTGACTGAATAATCATACAACAAAAAAAATTTGAAGAGCCAGCTTATTCCTTATGTTATCCCTGTTTTTTAATTTCTTATGATTTCTTTGTTTTTAACTGATGTATTTCATTGTTTTGTGTATTATTTCATTTCTACTACAATTCAACTATTTTGACCCCAAAACAACCACCTAAACTTTAAAAACAAGACCAAATAACCCATGTTGATCTGTTTTTAGGAAAAATGACTTTTCCATATGTTTTGTACACAAATCACAAAAATGAGCGATTTTCGGGCTGATATGCAAAGACAAAAAGGTCACGTGACCTTGTAATCGTAGGTCCGATTTTCAAAAAAAATCTTTTAAAAGTTGCGCAAGACTCGAAAGAAAAAAGTCAGCGAGTGGCGGGGCGCCATCCATATGCGTTCTCGAGCAATCAGAAAAATCGTGGAGGGGGGGGGGGCATAATGGCCGCCCACCCCGGCCTTATTAGGGTAAAGCCCCACTGCACTTGCTACTTGTGCCCCTTATATAGCAAGCAATGCCTAATCGTTGCCTGTTTGTCCCCCATGATCCTCTTTTCTTATGTTAATTGAGAGCTGATTGTGAGATAACCACCTGTCAGTGACCTTGCAGGGAGGTCTAATCCCCCTGGCCAAACTATAGTACAGACGGGATTTCAAAGTATAATATTGACTTAAAACACCTGGGTGAAGAAGGATATTGAATTTGTAATGTAGGTAATAAGGATCTTTTCTCGAATGTTTATCTATCTTTTTGTGGGAAAGATTTATGCATTTGCCCATTTACACAAAATTATAGATCTATAGATTAAGATTTTACTCCAAATAATCATGATTGTCATTCATGATCATTTGCTTCTCTCCCATTCAGGGTTCTGTGTGTCTTCATAAGAACAGCCAGGAGAGTTTCACCAAGGCCAAGGCTATGGGAAGAAGGTCAACATGTTTGTTGACAAAGTCATCAGCAAAATAGGATCAACACCTATCTCTATTAGATGTTCTAAGTGATTTCTGTTACCCACGTCGGGGGTAAATGATATAAATTCTGAAAAGAAATGAAGAGGCTGGTCAGAATGTGTGGTTACTGTGAAGCATCATGTATAGAACTCTTTAATAACATAAAGATAACCATAGAATAACATATTCCACTATGAAACTAAATACAAGTAATCGGATTAAATATGAATATTAACACAGCTAACTCTAAATTCATAAACAACATTGGCATAGGCATCTGACTGCTTATCTTCTAATCTGAACACGGCTAACTGTAATTATAGACCAAGGTGAACCAGTTTAAAAGTTGTTTTGTGTCTTTTTACACAATAACCCAACTTTCTCCAATATCCCGACCTGTCTATAGTCGCACAGTAACCTAAATCCTTTTCTGAAATAATACTACACAATTACTTTTCTCAATTCTAGCAAAACTCTTCTCTACATGTATATGCAGGGACAAAAGTATAATAAAAGATACAAGGAATATATTCTAACAAAATCATACTCAATCTTCAAATATGATATTAACAGTTAAAGAGAGAACCAGAAATGAGAGGGAGTAAAAGAGAGAGACATGAGAGAAAGAGAAAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAAACTACAAATGCATAACAACTCATTTATCAAAGACCTGAATCTTGAACTATGAACCCACATGCTCTCTTTTCTACGATATTCCCTCATTTCTCCAGTTGGTGGACTACTGCTGACCACAAGTCATTAGTCATAGCATGTCACAGTTATCTCTGATAAAGACCAGAGAAACTTCTCCCAATGCACAGACTATTGAATTGGTATCAGGATTAACTTACTACTACTCTTTGTATAGTGGGGTATGAACTCGTCACTATACATCTCACATTAAGCATACACACATTATGAGGTGTCTTCACACTTGTTGGTTTAACATGACTTAGTATGAATATATAAAGATTTACTACTTCTACTACATAATAATACGACCATTATATAATCTAAATGCTTCATAAACGTGACTAACACCATACAATAGATACATGTCATGTAGATACATAGGTTAAGCCTGCATCTCTCATGATAAGTCTGGTTGATAAAATACACTTAATTGGTTCTAATATTACTAATAACATTCACTTCATCATTAAACACGAGTTGCAGCACAATAATGTAATATATGAATTGAACAATAATAATTAACTTAATTAGACAGACAGAAATGAAAGAGATTAAAAGTTGTATTTCTTACCTGAAAAGAAATGAAGAGGCTGGTCAGAATATGTGTTTACTGTGAAGCATCATGTATAGAACTGATGCTATCAGGCAGAAACCACTGACATGACCAACGCCTTCGATTTGGTTTCGTTTTGGGGAGAGGGCACAATATGAGTCACCACTTCTTGGAAACAGGGGTTGGGTTTCTGCATCTTTGCAGCAAGCCCTGAAGAATGTGCAAACTTTTTAAGATACTGGTGTGTAAAATATATGATAATACTAACAAGATATATGTATACAAAATTTGAGGGAGGCCTATTTTCCAGGGCCTTACACATCTATATGTCTAAGTTTATTTGTTTTGCTTGTCTTTCAGGGTTATGTTTGTGTTCCATGAGAACAGCCAAGAGAACTTCACCAAGGCCAAAGTGAAACCTCCAAGACTGGATGGGAAGAAGGTTGGTGTGTTTGCCTCAAGGTCTCCTCATAGACCCAATCCTATAGGACTCACCCTGGCAAGACTGGATAAAGTGGAAGGTATTCTGCTATTAAGATATCTTTATGGTATTCATTCAATATACCACTTCGGAGATAGTACTTGTACAAATCATTAAGCCTGTCTGCACTAGTTTGGCCAGGAGGGATTAGATGTTCCAGCGTGGTCAGTCACTGACAGGTGATTATCTCATCAAATCAGCTCTCAATCAACATAAGAAAAAGGGGACCATGGGGGACCAATGGTCACTGATAAGGCATTTTTTGATATATAGAGGGTGCCGCGGTAACTATAAGTAGTGCAGTGGGGCTTTAAACCTGGTGCAATCCTACTTTGTGCATTTTAGAATAAGTGCTGCCAAAGTGATCAAGGTGTTTATGAATACATTTTGTTTGCCCTATAGATGGAAAAGAATACTTCCACCTGCGCATCATAGAATGTACATTTGGTGCATAAATGAATAAAGATTGTCTTGATGGGTTTTACGTTTGTTAACAAATGACCTTAGATCTGCCCATGCGCAGATAGTATCTCTGAAGTGGCTTAATTAATATATGAATAAGGGTATACATGTATTGTTTTGATAAACGGTCTTAATCAATGGAAACTTACCCTTTAGTTCCATATCACCACTCCATTTCATTTCTCTTCATTTTTTAAATATTTAGTGTATGTGTGTCTATTTTTGTTTTTTTCATTTTTGTTTATTCATTATAATCTTGTCAATCACACCTAATGGATTCCTTTTCCTCCCAGGAGATACCTGTACCGTCTGGTATGGACATGATAGATGGAACCCCAGTCCTGGATGTCAAACCTTACGTTTCTGATTACGACAACCCCAAGCAAACCTCTACCAGAACTACTGATCATGTTCACAAGAGGCTTGATGATGCCTCAAGGGTTCCAAGTGAAGTGCAAGAAACAAGAGATGGGGCATTACCATCTCAGGTGGATAGTCAAAGCATAAAGACTGACCGAACAGAACATTTCTCCAAGGACAGTACTACACGGTCACACGGCATAGGTGAATCAAGCGGTCATGCCAAAGATATGACATCAGACTTAAACACAGACAATAGAGACAATGGCAATAGAACTACTTCATGTGAGAGCAGTGATGCTACTCATACGCTTCAACCTGAAGATGTTAGTGGAGATGATGTGAGAGTTGCAGACTGGGTAGGAGCTCCTCCGATCAAGGAACTTACTGTTCGGTTCACTCCCAGTGCCAAAGCACAACTTGCTTGCATTCTGGGGAAACACTGATCCAGGTGAGAATTCACAGATTTGTTCACGTGTTTGCCTCGATATGAAATTAAGGTGCCCTAAAAATGAGATGTCCTACTCCTTTTTCTTTCAGTCAAAGCATCTCAGTACAATGATTTATCCCAAAGATGTACATGTAACATGGTTTAAATTTCTAAAAAAATTAGTTTGTGAAAGGACTTGATATTGTCTTAATCAGTACCATACTACCATTTGTCTCAGAAGCAAAAATCTATAAATGAGATCAAAAGATGATGTAAGCATACTAGAAAATATTAAACACCATGACCATTTTCCTTTTCAGTCATCTGTGCCTCACTGGTAAACAAATTTACTGAAGCAGTCAAAAAAAAAAACTGTAATCATTTGCAGATCTTAATTACTAAGAATTAGATATTTTAAAAATAGATACCATATGTTCTACTCTTCCGTAAAGACTGTAAAGCATTCATACTCATAGTGTTAATAATATTTTGTTCCACAGATCACAAGCTAGAATTTCTGTACAGCTATGATGAAGCTCCCAGGCCATAGAAGACATCCTGTCAGCGACCCCACGCTCTGTCTACAGGAGAAAGTCTTGCTCTGATAGACTGTACTACTTCACCATAGACAACCTTCACATCACCAGCTGGTTTGGAGCGGGGTTTGTAGAGGTGCTTCAAGTGCAACCCTTTCCTTGGCTGATATACCCAAACACACTGCTGCGAGTGAAGGGCTGGCATCATCCAAAGTCAATAGATGATTGTGAAACTCGTTATAATGATGTCATTGGGACGATGAAAAGTTCCTAGGTTTATCAGGAGGGTGTTTCACAAAGGTCCTAAGTTGAACTTATCTCTAAGGTGGACTTACAATTATGGGAAGCTGCTAGCATCTTTGAAAAGAAATTCTACAAGTTGATTTAAAAGGCATAAAATATTGATTCAAATCATTCATATTTTAAGGAGATTTCTTGATGTTC	S. purpuratus
NCBI_REFSEQ/JGI	3.0	LOC119740238 >LOC119740238 TGAACAAACGAGGGCGCTGTTCAAAATGTAAGATGGCAGCGCCCATGTGCATGAGCGGATTCAGGTGAGCGTTGCACGGCCGGGCCGGGTGAGGAATGTTAAGGTAGCCCTATTGTAACTTAGGTTATCAAAAAATACTTAAAACATTCAGTTTATAGAAATTCCGGAAAGAATTCCATATACCTACGCCACTTGACACCTGTCATGCCTGTGTACACAAACCCTATGAAAATTGTATGAGACTGGTCATGCTGGTCTGTGGCGATCGTGTAGTGTAGGGCCCCTGTCATGCCTGTTTTGGGCGATCGTGTAGTGTAGGGCCCCTGTTTTGTTTTGATCAAATTAGAGTCAAGAATGTTTTTTATTGCTCAAAAATCACCTTACAATCAAAAGCAGACTTTTCTCAATTCTCAATTCTAATGACACCCGTTTTGCAATTTTGAACAGTTTCTTGGGGTAGAAATCACGATTATCCTGTGCGGTTTGTGCCTTGCGATTCAGCACGCCGTGTGTGCTCACGGTACATGGCGCAGTGTTTTGCCATCTTTATTTTCGGGTTGTGTGTTGTCGCCGCACTGTCATCGTCATTTTATCCCCAAATTATCCTCAAAAAATCAAAACCCTGCCCTCTATCTATGAGTGACATACATTGTACCTGTTTATTGAGAATGTCACCAACTCGTTTGGTAGGTCTAATAACTATAAAGTGGATTTTGTTCCCTTTTAGGAACATTTTACCACTGGACATTTACCACTCTAGTCTTTCGTTTCAAATTGATATCACTTGGGTTCACTCTCGGGTACAAAATGTTGAAGAAAATTAAAGTCTTCTTTAAAATCTGAATTGAGACCTCAAACTTGGCTGGTGAAATACTGAGGATCTTGTCTTTGCCTCATGAAAACTGTAGAGAAATTTGTCCACTAAAGAGCGAGTGAAGTTGGCTTGCACTCAGGGTCATTGTCTGCTTTAGGCTTAAGCAGGTAAATATTTACATATGTACATGTAATAATAATTGACTGGAGAGTTGCTATCTCGGTTATATCATTTGAATATATGTTCATGAACTGCTGCTGATTTTTTCTTTTTCTTCTAGGGTAAGAAGATTTCTAAGCACCTCGACCAAGATCTTTCAGCAGAGGAACGTGGTACCTTATTGTAACATGGAAAGTAGAGAGAGTCCAGTTCCTTCCAGACAAGGCCATGCATCACTGGCGGACTGCAAGTCAGAAGAAACTAGTGCCACCAATGACCAGGATATCCTTGGCTCACCTATTGGATTCATTCAGTCGTGTTTCAAGAGTAAGAATGGAACGCCCCGGCAGCCATCAGTCTGTGCGTTTTCAAGAGCAAAGCTGACAGTGTTGAAGGAAGTCTTCCCCAATCCGGAACATTCCATTCAGGGTTTAGGTCAATTTTCCCATGTATGGTAAGGCTCAAAACTGTCACATGTTTATGTTTGGGGTATGGTACTATTACCCACTAGAGTGTAAGGTTGTCTGTTTTCTAATAATTTAGTATTCGATTATTTGAAGCTGCGTTTGACAGAATATTTGAATATTCGAAACACACCGATCAAGTTTATACACGCCAGATGCAACAGCATGCTTCGCCCGTCAGATGTTGCTCGCAAAGTGCCCCAGCCGACAATAAAGCGCTGCAACTTTATGATTAAAATCACATCACAGTCATGTACATGAATCATTTTTTTCTTTGAATATTCGAACAGCTAAAATGCTATTCGAATAATCTGTTGATGATTGAACATTCAAATATTCGAGACAGCCCTTCTAGGGTGTGTGAAAAAGCTTATTAACCCTAACAGAACTCAACCTATCAAACCCCAACAGCATGTTTTGTTTTGAATCTGTCAGGATGGGTACAAAGTACCACTAAACTGACAGTCTTTTACATTGGGTTGGCACACCTCCAGAAACAAAGTCAGAAATATGTGTGTGCAGTTTCCCATATGGTGTTGGAATTTGCCAGGATGGGTATGGTTCCTAGTAAATCATGCCAGGGACTTGGGGTTAAAATTGGAGGATTTGGGACTGTTAGGGCTAAAGAAATGTTTTTGTTGACAATTTTATTGAGGGGAGGGATTGGTTTATGTTTTACTGGATATTGTGTTTAAAGCAAATTAAAAATATATCTCCAAATTTGTCCACAGAGGAATTTGATTTTGATTTTCTTCATTACAGAACATCTTACAGCAAACAGCCCCATAGTTCATCCACAGAATTAAATACACTTATATCTGATCCAATCAAGTCATTTGTTGACAAATATAATGAAAAGATATGCCACAGTTTGTATGTTTTATCAATTTATCACTCCAAATCACCTCTTCTGTCTTACAGGATATTGTTCATCTTCCACAAGAATGGCGATCGGAAGTTCACCAAGGCCAAAGTCAAGCCGCCTCGTTTGGATGGAGCCAAGGTTGGGGTATTTGCGAGTCGCAGTCCGCATCGACCCAATCCTATCGGCCTGACCTTAGCCAAGCTGGATAGAATTCAAGGTATTCAAATGTTCAATCTGCAATTGTTTGGGGCCAAGCTAAAACAAAGAATAGTGTCTCCTCCTCACTTTTTGATAAAATGGAGGCAGGCCCTTTTTTCCGAAGATGGCAGATTTTTTCAAGATGACAGATGGATTCAGCCATTTTCTTGACTCTTATACGTAGCAACAATTTTGTTAGAAACAAATAAAAAGATATTGACAATGTATGTGCAAAATATATTGCAAATGTTTGAATTTAAAAAAAGGGGGAAAAAGAGGCAGGTGGGAAAAAGGAAGCGTGTGGGTACGAGAAACTGGTTTGTTATTTTACTTGGCCTTATCCACATCATTAGTTGAATTATGTAGTGCTGTTTGATCCAAAGGGTTTAATGATAATAAATAAGTGCTTATAAAATGCAAACAAAATCTTAGAGACTCAATTGAGGTGCTGAGAAGAAAATGGGACATAGTTTAGAATCAGTCCTTTCAGATTTTAAAAATGGAATTTTAGTTTAAAAGCATGATGTCATCGCTCCTGCTTTGTTCTAAATTTACAGGAGCTGTTGCCCCATTTGTTATTTGCTAAACCTGTGAAGAACCTATTGGGTATCAATGCTGTTATTCCTTGCTAAATGTTTTTGTTGTATTGTAGCCCTTGACGAGTGTTTCATTCTCTTTACTCTCTCAGGCAGTACCTTGCATCTGTCCGGTGTTGATATCATCGATGGCACACCAGTTCTTGACATCAAGCCATATGTGCCATCCTATGATAATCCTGATTGTATTCAACATGGTCGGTCGTCGTTTATTAACTCTGGTTGTGTGCCCGATAATTCTGAAGCAACTCCCAAGGATGAATTATTAAGGGATAGTCAGGGTGATACTAAGGAGGCAGTGTCTACAGAAGGAAGAGAAGTGGCTGGACAAAACCTGTCGGTGTGCAGTCAAGGATCAACCAAGAATCGGAAACGAGTTGTGCCAAACACTCAAGACAGACTGAATGAGTCGGCAGGGTCCAGTGTGACCTCAGACGGCAAGGCCCACAGGCAAATATCAGCAAGTGCTAACACTGGAGGGGAGAGGGACAATGAATATTCACAAGGTTCAGAGGTCGGAGTAGCTGATTGGATCCACTGTCCACCAATTAGGACGCTGGATGTTAGGTTCACTGCACATGCGGAAGCAGAACTGGGGAAGTTCAAGAAAGAAAGTAGTGGTAAGTACATGTAAACATAGACTTTTTGTAACAAACTCTGCTCAGATCTGTCTTGCTAGTATTGTTGACCTGTTGCAAAGCACAACAATGGACCGATCCAGTAAGCACCGCCCCAAGGTGTTCTGACCAATCACGGCCGTGATTTATGTCCGACGTGCGTGCACGTGTACGTATGATATGCGCAGAAGGAAAATGCAGCGTGGCAAGGGAGACGAGCACGTGTTAATTTGCCCACGTGTGCACTGGGCGGATCTTACTGGATCGGTCCATTTCTCAGTACAGAATAACAAAGTCAACAAAAAACAAAAAGACCCCCCCAAACCCCCCCCCCCCAAAAAAAAAACATTAACTGAGCAAAAACAAAATAGCAAACTAAACAAGCACCAGTATGTGATACTGCTAGTGATTTATGTTTGTCCATTGCAACAATGAACTTGACATTTGTTTTCAATAAAAACAGCCTCCGTGGGCTAAAATTTAAAATAAAAGTCAAACTTTTTCAATCTATGTTTTAAACCAAACCCTCCACCAACTCTCAAAAATGAGAGGTAGTTGGGAAGGTGCTTTATTGTGAATGGCTCATTCTATAAATTTGGGGTCCAAACTGTGACATTTTTTTTCGTCCCTGTTACCTTGGTACTTTGTAATTTGCCATTCAAGTATCATTAAGAATGACTTCAAACAATGTTTTATTTGTTTCGTAGGTTTGCTATTCGTAATCAGTCTTGAAGGACGACTGCATTAAGGAGTGCATCAGAATTATAAAATCATAAATGTCAGATGTAAAAGGGACAGGGAAGAAGGTGGACCCCAAATTCCATTGAATACATTTTTAATGTAAAGCCAATAATTTCTCATTTATTTTCAGATCCAAATTTCCAGCTAGAATTCCTTCTGGACCAGCAAGAGGCTAAGCAAGCCATCTGCAAGATTCTGGAGGCTGACCCGAGATCAACCTACCGTCGGAATAACTGTCAGGACCGGCTGTACTTCTTCACGGTTGACACGCTTCACGTGACCTGCTGGTTCGGCAGTGACTTTGTGGAAGTGGTACGTGTTCAACCTGTCAGCTCTGCTGATATCCCATGATCTGGCAAAATTGGAATCTCACGGACCAGAATTTCTATCAGATGTCGCCTCCATATCCCCCGTTTTGGATTTGGGACTTCTTTATCTTGTTGACTGTTCATTTTTTCCCCCAGAACTTAATAAACCATGATCGAGTGATATTTTTTTCATGGGCTGTGTTGTTGT	P. miniata
NCBI_REFSEQ/JGI	3.0	LOC121415111 >LOC121415111 TTGCCATGGGATCTTTAGGAAAAAGTATCTTGCCTTCAAGCGCCAGCTAGCTCAGATAGACATGTGAGTACAATAAGACGTGGTACTTGACCTGCTCCTAGACAGCTGGCAGCCGTCTGTTTCGAGGAGTTTTTTAACATTTTTTTTTTATTTCTCCTCGTACACTAGGTGACTAGCTGTATTTGGTGAGTGAAGCCAACGAAGTTCAGCTGAACAACCAACAAAACAGAGACCGAAGCTTTTGGTCTAACCTGCTCCCAGCTAATTCGTGCAGACCATAAGTGTTAATTTAATTCTTGGGCCTCATCATGACATGATCATGATGATTCATCATCTCAGCTCAGTCACACTCACACTTTTTCGTGTGGCCCAGCCTCACATAGCCAGAGTCATGGCTGTCCTGCCTGCCCATTGTCCCGTGACTGCAACAACATGCATTAACCCATTGTTATAAACAAAGATGTGTTACTATTATTGTTAACTGTTTTGATTAATACTATAATAGGATTACAGTAAGATGCTGTCAACAAAGAACAAGTATAACTGAGGACTGAGCAACACGGGGGTGGCAAAGTCAAAAGAAGAGTTAAAGTCTTTTTTCAAGAGACATGACATCAATCATTACTCAACTCTCAAGTCAATTAAGACAAATCAAGACATGTCACTGTCAATAAGTGTCATGTCAGTCACTTGACACATTTTTTCTAAAAAAAAAAATTCTAAATAGGTCTAGCCTCTAGGGCCTAGAAAGCTGGGTCTAGATCTCTATATCAAAACTGTCAAGTCACCCCCCCCCATCCATGCTCCTGCTTCACTGAATAAAAGGGAACAAGACAAAGTTTGGGGGTTTTTTTCTGGGAGGGGCAGGACACAAATATTTTCAAAGAAACTAAGTGATAGCTAGGGCTTGTCATTGGTGTGATTTTACATTTTTAAAGTAGAATTTCAGGATTTCATACACACTTTTGGTGATTTTAATTTTTGTTATCTATTTTTAATTTAAAAAAATGTAGTTTTTACCCCCCCCCCCCCCCGGATACAGCCATGTGTACATAGTCATAGATTCCTCTTGCTATGTTTTTGTTTAAAGTAGACTTCAGTCACATCTTACACATTATGACTTTAGGGTCTACCCATGCATATGTTGTATTGAATATGTTTTCATTTATTTTTTCTTCTGATCAATACCTTTTTATCTTCAAATTTGCTTCCCATTAAGGTTACAGCACCTTACCAGGCTAAGACGTTCTCTGTTCACGATTCCTGACATCATTCGAAGCATGTCTAACTTGGGTCAAAGTTCAGTCAACTCTGCAGCGAGGAGATGCTCAACAGATACCTCTGAAGCTCACTCCCAGCGGCCATCGGTCTCCTCCGGTACTCTCAGTCTCACGTCTCCCATCGGTTATATCCGCTCTTGTTTCAAGAGCAAGAACGGGACACCAAGGCAGCCGTCGGTCTGTGGCTATGCCAGGGCAAAGCTTCAAATCCTCAAGTCTGTTTTTGTCTGCCCGGATCACTCCCTGGATGGCTTATCTCAGTTCTCTCATGTCTGGTAGGTACAACTTTTTGTTAAAAACTCAAAAAGAGTCATACTTCATCAGAGACCAAATGACCATGTTTTAGCACAGATGTCCAGCCATACCCAAGTTAAGACCTCAATCTCATATTGCTGAAGATACATGTACCCCATTGCAACCTTACAAAAGTGGTTGCATGTCTCCTGGGAACATCCCCCTCCAAAGTACTGTAACATGATCGTTTGTACACTCCAAAATCATAAACTCTTGCACTTCAGTCTCCTATGCTCTCCTGTAAATTCAATCTCCAAAGCTCTCCTTACTTTGATTAAACTAAAATTATTAAACTGAAGATAGGGTGAACACAGAATAAATTAGAACTTAACACAAAGAAGTCCAGATCAGCACTGACTTTACTTTCCAATCTAATCTTCTGGGAAGTTCTGCCAATGTACCCACATTGGATAATCATAGAAATCAACCAATCAAATACAAGGAAAATGGTATGAACTATAAAATGAACTAACCCTATTTAAAAATAAGAACCAATCAGAGAATAGAGAAGGGTGATCATGAGTTAAACTGAATCCTAATGAGAATTAAACAATAAGACCATGTGGAGTGGAAAGCTAATGGAACACCAGGAAGCATGACTGAGGGGAAACTGAATGAAAGAATGAAATGCAATGAACCTGTGTTGCTATGTGAGATGTATTGTGGAGATGGAATGAAAGATGAGATCATGACAATGTATGTGGATTGTGAGGATGGAAAGAAGGATGAGATGAGTTGGAATGGAAATAAACAAGTTGAATGTAAACAATAAAGTATGGAAAGCCAAATGTAAGAGTACAGATTAAATAAGTGAACCCAGCAAAATTTACTGAACATTACAGTACCACACCTTTCTTATTTTTTATCCTAGCCCAGAACCCAATCTCCAATGGGTTGATATATCTTTAGACGAGACTCTTAATTCTGAATGCCTGTGTAACCCCCACTGGGTCCTTGCCTGAAAATGGGAAGAAGTTTGATATTTTGTTTCTGAGAAGTTCATTTTTTTCCCTTCATATGTCATGGATGATGGCCTTGGATGACCAGGCAGTATTCTTTGTGCACACTGATGTAAATTTTGACTTGTGCCAAAGTAAGGCCTGACTGCAATGAATGTATCCAGCTGCCAATGATGTAATAATCCTACAAGGGTTGCATTAAAATCCATTTCAAAACACCTTTTCAATAGTTTACATTATAATTGTGTACTACACTTTGTAGTATCCATTCTCAAGTTAATTTTATTGAAAAGGGATTTGCAAATGTTATGTTTACTGTTTATGTCGGATTACAACATTGGCATCTGGGGTTCATTCATTGCAGTCATGCCTTACTTTGGCACAAATCAATATTTACATCACTACAAAGAATACCTTCTGATCAGTGATTATTCAAGCATGAAGAATAATAATACTTTTCTTATATAGCACATAATAAACTGAGAGTTACTCTACGTGCTTTACAATAAAGGATTCAAAATACACATCGGCAAACAAAGAAAATAGACTTGTGAATTACAGAATAACTTAACATTTAAACTTACAATTATTACCTATAAAATAATTACCCATACTACACCTAGTTATGAAAAAGATGGGTTTTGAGTAAGGACTTGAAAATCGAATAAGTGGATGCCTGTCTGATATGTAGGGGTAATTTGTTCCAAAGGGTTGGTCCAGCTACAGCAAATGATCTGTTACCATAAAGCTTGAGACAGAACTGAAGACATACCGCATAAATATTGCATCAAATTATTTGGGAGAAGATACTCTTTCCAGTCATATACCGAGTTTGCGTTCATGACATATTTTTCCTTAAATTGGGGATTTGCGATGTGTCAGTTTTTTTTTTTTTTCTTTTACTCACGGTATTTTAGGATTCTCTTTGTGTTCCATGAGAACAGCCAAGAGAAATTCACCAAAGCCAAAGTGAAACCTCCAAGACTGAATGGAAGAAAGGTTGGCGTTTTTGCATCCAGGTCTCCCCATAGACCAAACCCTATAGGACTCACTCTGGCAAGACTAGACAAAGTGGAAGGTATGTACAATGTACTCCCAGTGGGGGTGTGGGGGTGGCAGTGACACTGCCTCTGAGATGGAACCTTTAGGGGAGATCGGGGTTAGTTGGAACACGTGGTAAGTTGAAACATTGTAATTTTCTTCAACTCCTGTAAAATCAATCTATGCAATACTGCCCTCAATTTATTGCTGCTATTCCTGTTGTATTATTAATAGCAATAAATTATTGAGGGCAGTGATCTTGCATAAATTTATTTTACAGGCATTAAAGAAAATTACAATATTTCAACTTACCCCATGTTCCAACTAATCCCGATCTCCCCTACTATTCCATCCTCAATGGAATGGGAACAAATTCTGGCTCACATTAAGACAACCCCAACCATTGAATACTTCAAGAAGTCCCTAAAAACTTGTCTTTTCTCTTTTTTAAGGCAACTTTGTAAGTTTGTCACTGTATACTTGTTTTTGTGTGAATTAGGTAAATTTAAATTGTGACCACTTTGCGTTATTTGGGAAAAGTGCATTAGGCTGTAAATATAGGGTATTACTACAAGGTGGACACATCACTTGTTGTAGACAAGGGACTGTCCGTGATGTGATGTGCTTTTTTAGAAATCATGTGACTAGTGAAAAGAGACAAGTGGCCCAACCTGGGTGAACCGGCTTGGCGGCCAGTCTCATCTCAGTCTACACATGTTACGGGGCATGAGCATAACCCGAGTCATGAGGCCTTATGGAAAGGCAAGTGGATACCATGCTCATGTATGAACTTTCAAAATGGACCCAAAAGAAATAATGATCCTTCTGTCTCAAAATACCCTGAACAATTTACTTTGTTATGTATCACCTACCTGAAAGGTTGATGCAATAGGTAATGTATAAATCTTGTTAATGTATTTTGTCTTTCAGGAAACACGCTGTACTTGTCTGGTGTGGACATGATAGACAGAACTCCAGTCCTGGATATCAAACCTTACGTTACTGATTATGACAATCCTAAACAAGCTTCTACCAGAACTGCTGATAATGCTCACATGCAAACACCATCAGAAATACAGCTTGGTGGTGCCTCAGGGGTTCTTAGTGAAATGCAGGAAACACAATGTGGTTTAGAATCTTCCCAAGCAAACTGTGTTAGCCTACAGACTGATCAACCAGAAGAACGCTCTAAGGACAGTACTCGATGTCCTCGGCAGTCAATCAACGTAGTCAAGTTAAATAGTCACATAAATGATAGGTCATCAGACTCAGATACAATCAAGAGTGAAGATGGCAGCAGAACTACTGAGAGCATTGATGGTTCTGAAGACAACAAAAATGTTGTGAGAGTAGCTGACTGGGTAGGAGCTCCTCCGATCAAGAAACTCGCTGTTCGGTTTACTCCAAGTGCTGAGGCTCAGCTTGCTTCATTCTGGAGAAATCCTGATTTGGGTAAGAATACACCATAATGGCTTTGTCAAATGTTTGTCTCAATGTAATCATGAAAAGAGATAGAGACACAAACGTGGGATAACTCATTTTCTGATAATTTTAGTTAACTGTGAATCAAACAAAAATAATTTTGAAAGAAATTTTGTATTACTGTGAGACCATCTTCATATCTATGTACTATAGATATACTTTGTGATTGAAAATAAAATAGGTTGCAACCACGGAAAAAAGACTGAGCATTGAAGTAGTAGTAATTTTTATCCAATAGTCATATTCTGTCTTTCAGTCATCCTGCCTTGCTTGTAAACATTACTCAAGTGGGAAATTACTGATTAATTACAGACGGTGTTCTAAAGATAAATTCTGATATTATGTAGATACAGTTACAACCAACTACAGTGTACTAATGCCATACTTGGCTCTTTGCCCCCCTTATTCAAATGTAAGTCATTGATAGCATTCATTCTTTCTTGTATCACAGATCACAAGCTGGAATTTCTTGACAGCTATGATGAAGCTCACCAGGCAGTAGAGGACATCCTTTCGGCAGACCCTCGATCAGTCTACAGAAGGAACTCATGCTCCGACAGACTGTACTACTTCACTCTAGACAACCTTCACATAACCTGTTGGTTTGGTGCAGGATTCGCAGAAGTTCTTCAGGTGCAGCCGATTGACCTGGCAGATATACCGAAACAGACTGGAGATGAAAGTGTCGCAACATTCAAAGTCAAGACATGATTGTTGGTTGACTGCCTCTGCTTTGCCAAAAACAATGCCCGTCTCGTAGTTGCTGGATTCATCGAAGTGCTCCAGCCAGCCTCCAAGACTAAGTAAAATCAACCCCAGAACAGACACAGATGATGGCTGGGCAACACTAAAAGAAAACAAGTAATATTTGATCAATTGCCCATCCTCCACCAGCCAGTTGTTGAAGGATTTGCAGAAGTGCTCCAAGTGCATGTACGTAATTTGCTCAAAACTCTGACCAGGAATTAATCCGAATTGTTCATGCATACAGAAAAATATTGTGTTTCGAAGCCTTTGGCAATGATTCATTGAGCTTGTTTTCACTGGAACTGTTAGAACAAGTTTCAGTGCTGAAAACTCTCACAAAACGGTGCCTAGT	L. variegatus
NCBI_REFSEQ/JGI	1.0	LOC110984706 >LOC110984706 GCGCGCGGCAGTCTATTTTATGGCATGCGTACTGCATCCTCTGCCTCCTGCAGACAATGCCCATGAGGCAGGTTAAGTGGTGAGCTTTGTGAGGATATTAGCATTCCAACTTTGTCCACTGGCGCATGGCATGCCCTCGCTTTGTTTTTATACAAGGGCCTAGCCTCAAGGCAGGTCATGTGGCCATAGCTTCTGCACAGAGTTTGCATGGTTTCATGTTATGCTACATCCATGCAATGATGCGTGTGTGCGTGGGGGGGGGGTGGGGCAACACAACAGTTGGCGGTTGGGAATTCCTAATAATGGCCTTAAGTAGGCTAGTCATGATGGTGTGAAGAATCATGAATGTTTCCTACCTCCATGATCTGATGGTAGAATTGACTTTATTAAGCCTATAGGCATAATGGGCAGGATAGGACATACAACATATGTACATCATACATGATGTAGGGCCTTTAAGGTTTGGAAGTTGATGCTGCTACATGCACAGGGAGCATTTTTTTAACTGCGGTAGATTTGTTGAAGTCCTAAAAGGATGGTCAGGACATCATTGTCCAGAGTGCTACATTCAGCTGTCTTTTAATTCGTAAAAACAAATAAGCCTAACCTATATCTGCATGTATAGGCAGTAGTTTAAAACTTACTTCTGTTGTAGCATCTGCTTGGAACAAAGACCTATTTGTAGGTTTTATTGGGCAGAATAGCATGGATCCATTTCCAAGTGTTTTGTTTTGCCATTGTGGCCTTGGAACACTTGTGTCATTGAATTTTCATATCTGTGTCTTTTCAGGATAAGAGGATTGCTTGACATATCCGCAAAGATCTGCCAGAAAAACAATGTGACCTATTTTCCTAAAATAATGAACTTCATGGCTTCCACTCAAAGTGGCTCTGCATCTCAGATGGATTGCAAAGCAGAGGCAAAAGAAGCTGAGCTGATGAAACTTTCTGGCTCACCTATAGGTTTTATTCAGTCATGCTTCAAGAGTAAGAATGGAACACCCCGCCAACCATCTGTCTGTGCATTTTCAAGAGCCAAGTTGAGAGTATTAAAGGAGGTCTTTCCCAATCCGGAGCATTCCATTCAGGGTTTGGCCGAATTTTCCCATGTTTGGTAAGTCTTCACTGCCATTTGAAAGCAAATTTTTGTTTTAGACAAAACTGTATCATGTAGGTTTTTAATTGCTTTTGACGGTACTAGAGAATTTTTAATAATGGCATTTACACAAGATAATTTTCTGCAGCTGAAACTTTTTCTCAGAAGAAATTTTGCACAACTACAAAATTCTTATCCTATACACTATTGTATGTTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCACAACTACAAACTTCTTATCCTGTACACTATTGTATGTTGTAAGGGTAATCCTTTTTCTTGCAGGATTTTGTTTATCTTTCACAAGAATGGTGACAGGAAATTCACAAAAGCAAAAGTGAAACCACCTCGTTTGGATGGAGATAAGGTTGGAGTGTTTGCAACTCGTAGTCCACATCGTCCCAATCCTATAGGACTGACCTTAGCCAAACTGGACAGAATTGAAGGTACCCAATGTTAATACTCTTATTTATATCATTGCTTATTGTAGTTTGAATTTCAGGGTGTGGCTATATGCAGATGTTCATGAATGATTCATTAATTTGGGCTTCAAGCTGCTATGTAGTGAGCAGAATACATATATCTTCATGGAATTGGTAATTGATTACAGTTCTTCACCCAGTGTATTCTAAGCAGTTAAAACTGGTCCTCACTTCTACACTAGGCCTACAAATATCACAAGTACTACTAAAGAAAAGCCCACCCTTTCCATAAAGTTTTGAGCTTCTCTACAAAATTTGGTGCAGAAACATTTAGAATAACTAGACAATTGGGAATGGATTGTTTTAATAAATAGGATGAAAATTAATTTCACACATGTATTTCTTTACTATTCTAGGTAACACTTTGCATCTATCTGGTGTTGATATCATCGATGGCACGCCAGTTCTTGACATCAAGCCATATGTACCCTCATATGACAATCCTGACAGGATTCATCACCATCAGACACCATCTTTGAACCCATGCCATGTGCTCGATTTCACTGACTTGGGTCCTTCAGATCCAATGCTGAGGGATAACCGAGATACTAGTGATGCAGCATGTTCTGTAAATGAAAAAAAAGTCTCCAGAGAGAACTTAGTGTCAGTGCTAAATCAAAAATCAACTTGCCATCCAAATGATACTTTGTTGAGAAGTCAAAGCAGAGCGACTGAGTCAAAGGTAACCTTAGACAGTCATGCCCAGAGGCATGCTTCTGATTTACAGCATGTGGAGACTGCAGGCGGCTCTTTACTGGGAGAGAGGAGTGATGAATGTTCACAAAGTTCACAGGTCGGAGTTGCTGATTGGATCAACAGTCCACCAATCACATCACTTGAAGTGAGGTTCACTACTCATGCTGAAACAGAACTTGAAAAGTTTCAGAAAGACAGTAGTGGTAGGTATTCAAAGAGTGCCATCTATTCTTATTTGTCGCTTCTCGTTCTCAAAGAAATATCTTTCTAGTTATGAATGATCCTTGTATGATGTAAATTACTCAGAGCTGCTTGAAAGCTTTGTCAAATAATTCCAAGGACAGGATTGAGTATTAAAAGCTGGAGTACGTGACAACGAAAAGGAAAGATGAAGTAATCCCGGGGATAGCAAGATGCGACTTCCCGATTTATGTGCAAGATGTACTGTCTTTATTCTGTATAGATTTCAGTCAACTGAGTTTTATACTCAAGAGTTGATTGTGGTGTGAACTTCAATAAATGTAGAGATCTAAAATGTAATGATTGCTTGTTCTAAAGTGAAATTCAGATTATTGACAAACATTCAATTCCCATTCGTTCATTTTTTGTAAAAAGCTAACTTTCAAAGCTAAATTTATTAAATTATAATTTACATATTAAATGGTAACAGCCTGTGAATTGTTGATTTATACATTGTATTGTGTTTATTGTTTGGTTTTTGCAGATCCAAGTTACTGCCTGGAACTCCTTCTTGACCAGCAAGAAGCAAAGCAAGCCATCTGCAATATTCTAGAAGCTGATCCTAGATCAACATATCGTCGAAATAATTGCAAAGACAGACTGTATTTTTTCACAGTTGACACACTTCATATAACCTGCTGGTTTGGGGTAAATTTTGTTGAAGTGGTGCGTATTCAGCCTGTCAAATTTGCTGATGATTTGTGATTTGCCAAAAGGGAATAGAACAGGAACCATGTCTACAATAGAAAGAACCAGAGAAAGTCATGACTGTATTTTCTAATGACCCTGTATAAATGCAAATTTCCAATTTCAGTTTGTACGGTTGGAATTGGAGACAGCCAAAACAGACACGAGTCTCAAATTGACGTATAATATTGTGCTAGTCATCCTGATTATGACTAGAGCAGGCTATTTGTAATGTAGAAACCATATTTTATTGAGTAACAGTAGCACTGTATAAGAAGTGCAAGAGTTGGAAAAAGCCCAAAGAATCATTCAGTGGGAGTAGAGAATTGTGAGAAGTGTGAAACATTCACTCAATGAGAGTAGATCACTGTTTGGTATTTCTGTAAACCACTCTGAACATCACTGCATTTTGAGTTGGCTTTTACCCGTTCTTATTTTTCCCTTGAAGTTCTTTAGAGTGTATGTTGGCTGTTACAGAGCTTCAGGTTTCAAATCAATGGCATGTGGCATGAGCTGCCAATGAAGCGAAACTAACCTCATTATGTACT	A. planci
NCBI_REFSEQ/JGI	3.1	LOC577363 >LOC577363 CTAACAAGATATATGTATACAACATTTTGAGGGAGGCCTATTTTCCAGGGCCTTACACATCTATATGTCtaagtttatttgttttgcttgtctTTCAGGGTTATGTTTGTGTTCCATGAGAACAGCCAAGAGAACTTCACCAAGGCCAAAGTGAAACCTCCAAGACTGGATGGGAAGAAGGTTGGTGTGTTTGCCTCAAGGTCACCTCATAGACCCAATCCTATTGGACTCACTCTGGCAAGACTGGATAAAGTGGAAGGTATTCTGCCATTTAAGACATCTTTATGGTATTCATTCAATAGACCACTTCGGAGATAGCACTTGTACAAATCAttaagcctgtctgcactagtttggccaggagggattagatgttccagcatggtcactgacaggtggttatctcatcaaatcagctctcaatcaacataagaaaaaggggaccatgggggaccaatggtcactgataaggcattttttgatatatagagggTGCCGCGGtaactataagtagtgcagtggggctttaaacctgGTGCaatcccactttgtgcattttagaataagcGCTGCCAAAGTGATCAAGGTgtttatgaatacattttgtttgccctATAGAtggaaaagaatacttccacctgcgcatcatagaatgtacatttgtcacataaatgaataaagatttgtCTTGATGGGTTTTACGTTTGTTAACAAATGACCTTagatctgcccatgcgcagatagtatctCTGAAgtggcttaattaatatatgaataagggttatacatgtattgttttgATAAACGGTCTTAATCAATGGAAACTTACCCTTTAGTTCCATCACCACTCCATttcatttctcttcattttttaaatatttagtgTGTGTGcgtctatttttgtttttttcatttttgtttattcattataattttgtcAATCACACCGAATGGGTTCCTATTCCTCCCAGGAGATACACTGTACTTGTCTGGTATGGACATGATAGATGGAACCCCAGTCCTGGATGTCAAACCTTACGTTTCTGATTACGACATCCCCAAGCAAGCCTCTACCAGAACTACTGATCATGTTCACAAGAGGCTTGATGATGCCTCAAGGGTTCCAAGTGAAGTGCAGGAAACAAGAGATGGGGCATTACCATCTCAAAGGGACAGTCAAAGCATGGACACTGACCGAACAGAACATTTCTCCAAGGACAATACTACACGGTCACACGGCATAGGTGAATCAAGCGGTCATGCCAAAGATATGACATCAGACTTAAACACAGACAATAGAGACAATGGCAATAGAAGTACTTCATGTGAGAGCAGTGATGCCACTCATACGCTTCAACCTGAAGATGTTATCAGAGATGATGTGAGAGTTGCAGACTGGGTAGGAGCTCCTCCGATCAAGGAACTTACTGTTCGGTTCACTCCCAGTGCCAAAGCACAACTTGCTTCATTCTGGGGAAACACTGATCCAGGTGAGAATTCACAGATTTGTTCACGTGTTTGCCTCGATATGAAATTAAGGTGCCCCAAAAATGAGATGTCCTACTCCTTTTTCTTTCAGTCAAAGCATCTCAGTACAATGATTTTATCccaaagatgtacatgtaacatggtttaaatttctaaaaaaattagTTTGTGAAAGGACTTGATATTGTCTTAATCAGTACCATACTACCATTTGTCTCAGAAGCAAAAATCTATAAATGAGATCAAAAGATGATGTAAGCATACTAGAAAATATTTAACACCATGACCATTTTCCTTTTCAGTCATCTGTGCCTCACTGGTAAACAAATTTACTGAAGcagtcaaaaaaaaaactgtaatcATTTGCAGATCTTAATTACTAAGaattagatattttaaaaatagatacCATATGTTCTACTCTTCCATAAAGACTGTAAAGCATTCATACTCATAGtgttaataatattttgttccaCAGATCACAAGCTAGAATTTCTGTACAGCTATGATGAAGCTCACCAGGCCATAGAAGACATCCTGTCAGCTGATCCACGCTCTGTCTACAGGAGAAAGTCTTGCTCCGATAGACTGTACTACTTCACCATAGACAACCTTCATATCACCAGCTGGTTTGGAGCGGGATTTGTCGAGGTGCTCCAAGTGCAACCCGTTTCCTTGGCTGATATACCCAAACACACTGCTGCGAGTGAAGGGCTGGCATCATTCAAAGTCAATAGACGATTGTGAAACTCATTATAATGATGTCATTGGGACGATGAAAAGTTCCTAGGTTTatgaggggggtgtttcacaaaggtcctaagttgaacttatctctaaggtggacttaacaattatgggaAGCTGCTAGCATCTTTGAAAAGAAATTCTACAAGTTgatttaaaaggcataaaatatcgattcaaatcattcatattttaaggAGATTTCTTGATGTTcgttgatgtggaatttatgaaaagtctaaaatacttgaagttttgcttttgaatatgttttattttaaggctacaaatggctctccataatgttcaagtccaacttagagttaagtccgacttaggatctttgtaaaataCCCCTTGGTATATTGTTATATccaggtttttaaaaaataatataaagagcTGGGAGGAGCAATGGCCTTGTTATGTCAAGTATCCTGTCATATCACATTTCTTTTTAGTGAGTTTCCACACTATTTTGTCCCAGACATTCCCATTTCAAACTGGTTTGAATCAGGGTTTTC	S. purpuratus

Models - mRNA (1)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	XM_030976987.1 >XM_030976987.1 ATGTGTAATACAGCTGCACCACGGCCACGCCCCAAGCCTAGCCCAGCCCTACGGTACCGGGCGGTGGCGATCTTAGCAGCACAGCCGCGCCAGCACAAGATCACCACTCCTTTATCCCTGAGCACAACCCTCGAGCCATCAGTCTCCTCTGGTACTCTCAGTCTCACATCTCCTATTGGTTACATCAGGTCTTGTTTCAAGAGCAAGAACGGGACACCAAGGCAGCCATCGGTGTGTAGCTATGCTAGAGCCAAGCTGAAGATCCTCAAGTCTGTGTTTGTCTGCCCTGATCACTCGCTGGATGGCTGCACATTCTCTCATGTCTGGGTTATGTTTGTGTTCCATGAGAACAGCCAAGAGAACTTCACCAAGGCCAAAGTGAAACCTCCAAGACTGGATGGGAAGAAGGTTGGTGTGTTTGCCTCAAGGTCTCCTCATAGACCCAATCCTATAGGACTCACCCTGGCAAGACTGGATAAAGTGGAAGGAGATACCTGTACGTCTGGTATGGACATGATAGATGGAACCCCAGTCCTGGATGTCAAACCTTACGTTTCTGATTACGACAACCCCAAGCAAACCTCTACCAGAACTACTGATCATGTTCACAAGAGGCTTGATGATGCCTCAAGGGTTCCAAGTGAAGTGCAAGAAACAAGAGATGGGGCATTACCATCTCAGGTGGATAGTCAAAGCATAAAGACTGACCGAACAGAACATTTCTCCAAGGACAGTACTACACGGTCACACGGCATAGGTGAATCAAGCGGTCATGCCAAAGATATGACATCAGACTTAAACACAGACAATAGAGACAATGGCAATAGAACTACTTCATGTGAGAGCAGTGATGCTACTCATACGCTTCAACCTGAAGATGTTAGTGGAGATGATGTGAGAGTTGCAGACTGGGTAGGAGCTCCTCCGATCAAGGAACTTACTGTTCGGTTCACTCCCAGTGCCAAAGCACAACTTGCTTGCATTCTGGGGAAACACTGCTCCCAGGCCATAGAAGACATCCTGTCAGCGACCCCACGCTCTGTCTACAGGAGAAAGTCTTGCTCTGATAGACTGTACTACTTCACCATAGACAACCTTCACATCACCAGCTGGTTTGGAGCGGGGTTTGTAGAGGTGCTTCAAGTGCAACCCTTTCCTTGGCTGATATACCCAAACACACTGCTGCGAGTGAAGGGCTGGCATCATCCAAAGTCAATAGATGATTGTGAAACTCGTTATAATGATGTCATTGGGACGATGAAAAGTTCCTAGGTTTATCAGGAGGGTGTTTCACAAAGGTCCTAAGTTGAACTTATCTCTAAGGTGGACTTACAATTATGGGAAGCTGCTAGCATCTTTGAAAAGAAATTCTACAAGTTGATTTAAAAGGCATAAAATATTGATTCAAATCATTCATATTTTAAGGAGATTTCTTGATGTTC	S. purpuratus

mRNAs (10)

Clone	Accession	Species	Library	Anatomy	Stage
	XM_041608209 >XM_041608209\|>XM_041608209.1 PREDICTED: Lytechinus variegatus tRNA (adenine(37)-N6)-methyltransferase-like (LOC121415111), mRNA TTGCCATGGGATCTTTAGGAAAAAGTATCTTGCCTTCAAGCGCCAGCTAGCTCAGATAGACATGTTACAG CACCTTACCAGGCTAAGACGTTCTCTGTTCACGATTCCTGACATCATTCGAAGCATGTCTAACTTGGGTC AAAGTTCAGTCAACTCTGCAGCGAGGAGATGCTCAACAGATACCTCTGAAGCTCACTCCCAGCGGCCATC GGTCTCCTCCGGTACTCTCAGTCTCACGTCTCCCATCGGTTATATCCGCTCTTGTTTCAAGAGCAAGAAC GGGACACCAAGGCAGCCGTCGGTCTGTGGCTATGCCAGGGCAAAGCTTCAAATCCTCAAGTCTGTTTTTG TCTGCCCGGATCACTCCCTGGATGGCTTATCTCAGTTCTCTCATGTCTGGATTCTCTTTGTGTTCCATGA GAACAGCCAAGAGAAATTCACCAAAGCCAAAGTGAAACCTCCAAGACTGAATGGAAGAAAGGTTGGCGTT TTTGCATCCAGGTCTCCCCATAGACCAAACCCTATAGGACTCACTCTGGCAAGACTAGACAAAGTGGAAG GAAACACGCTGTACTTGTCTGGTGTGGACATGATAGACAGAACTCCAGTCCTGGATATCAAACCTTACGT TACTGATTATGACAATCCTAAACAAGCTTCTACCAGAACTGCTGATAATGCTCACATGCAAACACCATCA GAAATACAGCTTGGTGGTGCCTCAGGGGTTCTTAGTGAAATGCAGGAAACACAATGTGGTTTAGAATCTT CCCAAGCAAACTGTGTTAGCCTACAGACTGATCAACCAGAAGAACGCTCTAAGGACAGTACTCGATGTCC TCGGCAGTCAATCAACGTAGTCAAGTTAAATAGTCACATAAATGATAGGTCATCAGACTCAGATACAATC AAGAGTGAAGATGGCAGCAGAACTACTGAGAGCATTGATGGTTCTGAAGACAACAAAAATGTTGTGAGAG TAGCTGACTGGGTAGGAGCTCCTCCGATCAAGAAACTCGCTGTTCGGTTTACTCCAAGTGCTGAGGCTCA GCTTGCTTCATTCTGGAGAAATCCTGATTTGGATCACAAGCTGGAATTTCTTGACAGCTATGATGAAGCT CACCAGGCAGTAGAGGACATCCTTTCGGCAGACCCTCGATCAGTCTACAGAAGGAACTCATGCTCCGACA GACTGTACTACTTCACTCTAGACAACCTTCACATAACCTGTTGGTTTGGTGCAGGATTCGCAGAAGTTCT TCAGGTGCAGCCGATTGACCTGGCAGATATACCGAAACAGACTGGAGATGAAAGTGTCGCAACATTCAAA GTCAAGACATGATTGTTGGTTGACTGCCTCTGCTTTGCCAAAAACAATGCCCGTCTCGTAGTTGCTGGAT TCATCGAAGTGCTCCAGCCAGCCTCCAAGACTAAGTAAAATCAACCCCAGAACAGACACAGATGATGGCT GGGCAACACTAAAAGAAAACAAGTAATATTTGATCAATTGCCCATCCTCCACCAGCCAGTTGTTGAAGGA TTTGCAGAAGTGCTCCAAGTGCATGTACGTAATTTGCTCAAAACTCTGACCAGGAATTAATCCGAATTGT TCATGCATACAGAAAAATATTGTGTTTCGAAGCCTTTGGCAATGATTCATTGAGCTTGTTTTCACTGGAA CTGTTAGAACAAGTTTCAGTGCTGAAAACTCTCACAAAACGGTGCCTAGT	L. variegatus
	JT100768 >JT100768\|>JT100768.1 TSA: Strongylocentrotus purpuratus WHL22.699394.0 mRNA sequence CTAACAAGATATATGTATACAACATTTTGAGGGAGGCCTATTTTCCAGGGCCTTACACATCTATATGTCT AAGTTTATTTGTTTTGCTTGTCTTTCAGGGTTATGTTTGTGTTCCATGAGAACAGCCAAGAGAACTTCAC CAAGGCCAAAGTGAAACCTCCAAGACTGGATGGGAAGAAGGTTGGTGTGTTTGCCTCAAGGTCACCTCAT AGACCCAATCCTATTGGACTCACTCTGGCAAGACTGGATAAAGTGGAAGGAGATACACTGTACTTGTCTG GTATGGACATGATAGATGGAACCCCAGTCCTGGATGTCAAACCTTACGTTTCTGATTACGACATCCCCAA GCAAGCCTCTACCAGAACTACTGATCATGTTCACAAGAGGCTTGATGATGCCTCAAGGGTTCCAAGTGAA GTGCAGGAAACAAGAGATGGGGCATTACCATCTCAAAGGGACAGTCAAAGCATGGACACTGACCGAACAG AACATTTCTCCAAGGACAATACTACACGGTCACACGGCATAGGTGAATCAAGCGGTCATGCCAAAGATAT GACATCAGACTTAAACACAGACAATAGAGACAATGGCAATAGAAGTACTTCATGTGAGAGCAGTGATGCC ACTCATACGCTTCAACCTGAAGATGTTATCAGAGATGATGTGAGAGTTGCAGACTGGGTAGGAGCTCCTC CGATCAAGGAACTTACTGTTCGGTTCACTCCCAGTGCCAAAGCACAACTTGCTTCATTCTGGGGAAACAC TGATCCAGATCACAAGCTAGAATTTCTGTACAGCTATGATGAAGCTCACCAGGCCATAGAAGACATCCTG TCAGCTGATCCACGCTCTGTCTACAGGAGAAAGTCTTGCTCCGATAGACTGTACTACTTCACCATAGACA ACCTTCATATCACCAGCTGGTTTGGAGCGGGATTTGTCGAGGTGCTCCAAGTGCAACCCGTTTCCTTGGC TGATATACCCAAACACACTGCTGCGAGTGAAGGGCTGGCATCATTCAAAGTCAATAGACGATTGTGAAAC TCATTATAATGATGTCATTGGGACGATGAAAAGTTCCTAGGTTTATGAGGGGGGTGTTTCACAAAGGTCC TAAGTTGAACTTATCTCTAAGGTGGACTTAACAATTATGGGAAGCTGCTAGCATCTTTGAAAAGAAATTC TACAAGTTGATTTAAAAGGCATAAAATATCGATTCAAATCATTCATATTTTAAGGAGATTTCTTGATGTT CGTTGATGTGGAATTTATGAAAAGTCTAAAATACTTGAAGTTTTGCTTTTGAATATGTTTTATTTTAAGG CTACAAATGGCTCTCCATAATGTTCAAGTCCAACTTAGAGTTAAGTCCGACTTAGGATCTTTGTAAAATA CCCCTTGGTATATTGTTATATCCAGGTTTTTAAAAAATAATATAAAGAGCTGGGAGGAGCAATGGCCTTG TTATGTCAAGTATCCTGTCATATCACATTTCTTTTTAGTGAGTTTCCACACTATTTTGTCCCAGACATTC CCATTTCAAACTGGTTTGAATCAGGGTTTTC	S. purpuratus
	XM_030976987 >XM_030976987\|>XM_030976987.1 PREDICTED: Strongylocentrotus purpuratus tRNA (adenine(37)-N6)-methyltransferase (LOC577363), mRNA ATGTGTAATACAGCTGCACCACGGCCACGCCCCAAGCCTAGCCCAGCCCTACGGTACCGGGCGGTGGCGA TCTTAGCAGCACAGCCGCGCCAGCACAAGATCACCACTCCTTTATCCCTGAGCACAACCCTCGAGCCATC AGTCTCCTCTGGTACTCTCAGTCTCACATCTCCTATTGGTTACATCAGGTCTTGTTTCAAGAGCAAGAAC GGGACACCAAGGCAGCCATCGGTGTGTAGCTATGCTAGAGCCAAGCTGAAGATCCTCAAGTCTGTGTTTG TCTGCCCTGATCACTCGCTGGATGGCTTGNGCACATTCTCTCATGTCTGGGTTATGTTTGTGTTCCATGA GAACAGCCAAGAGAACTTCACCAAGGCCAAAGTGAAACCTCCAAGACTGGATGGGAAGAAGGTTGGTGTG TTTGCCTCAAGGTCTCCTCATAGACCCAATCCTATAGGACTCACCCTGGCAAGACTGGATAAAGTGGAAG GAGATACCTGTACCNNGTCTGGTATGGACATGATAGATGGAACCCCAGTCCTGGATGTCAAACCTTACGT TTCTGATTACGACAACCCCAAGCAAACCTCTACCAGAACTACTGATCATGTTCACAAGAGGCTTGATGAT GCCTCAAGGGTTCCAAGTGAAGTGCAAGAAACAAGAGATGGGGCATTACCATCTCAGGTGGATAGTCAAA GCATAAAGACTGACCGAACAGAACATTTCTCCAAGGACAGTACTACACGGTCACACGGCATAGGTGAATC AAGCGGTCATGCCAAAGATATGACATCAGACTTAAACACAGACAATAGAGACAATGGCAATAGAACTACT TCATGTGAGAGCAGTGATGCTACTCATACGCTTCAACCTGAAGATGTTAGTGGAGATGATGTGAGAGTTG CAGACTGGGTAGGAGCTCCTCCGATCAAGGAACTTACTGTTCGGTTCACTCCCAGTGCCAAAGCACAACT TGCTTGCATTCTGGGGAAACACTGCTCCCAGGCCATAGAAGACATCCTGTCAGCGACCCCACGCTCTGTC TACAGGAGAAAGTCTTGCTCTGATAGACTGTACTACTTCACCATAGACAACCTTCACATCACCAGCTGGT TTGGAGCGGGGTTTGTAGAGGTGCTTCAAGTGCAACCCTTTCCTTGGCTGATATACCCAAACACACTGCT GCGAGTGAAGGGCTGGCATCATCCAAAGTCAATAGATGATTGTGAAACTCGTTATAATGATGTCATTGGG ACGATGAAAAGTTCCTAGGTTTATCAGGAGGGTGTTTCACAAAGGTCCTAAGTTGAACTTATCTCTAAGG TGGACTTACAATTATGGGAAGCTGCTAGCATCTTTGAAAAGAAATTCTACAAGTTGATTTAAAAGGCATA AAATATTGATTCAAATCATTCATATTTTAAGGAGATTTCTTGATGTTC	S. purpuratus
	GAVU01017028 >GAVU01017028\| -	S. purpuratus
	XM_038215482 >XM_038215482\|>XM_038215482.1 PREDICTED: Patiria miniata tRNA (adenine(37)-N6)-methyltransferase-like (LOC119740238), transcript variant X3, mRNA CGAGGGCGCTGTTCAAAATGTAAGATGGCAGCGCCCATGTGCATGAGCGGATTCAGGTGAGCGTTGCACG GCCGGGCCGGGGTAAGAAGATTTCTAAGCACCTCGACCAAGATCTTTCAGCAGAGGAACGTGGTACCTTA TTGTAACATGGAAAGTAGAGAGAGTCCAGTTCCTTCCAGACAAGGCCATGCATCACTGGCGGACTGCAAG TCAGAAGAAACTAGTGCCACCAATGACCAGGATATCCTTGGCTCACCTATTGGATTCATTCAGTCGTGTT TCAAGAGTAAGAATGGAACGCCCCGGCAGCCATCAGTCTGTGCGTTTTCAAGAGCAAAGCTGACAGTGTT GAAGGAAGTCTTCCCCAATCCGGAACATTCCATTCAGGGTTTAGGTCAATTTTCCCATGTATGGATATTG TTCATCTTCCACAAGAATGGCGATCGGAAGTTCACCAAGGCCAAAGTCAAGCCGCCTCGTTTGGATGGAG CCAAGGTTGGGGTATTTGCGAGTCGCAGTCCGCATCGACCCAATCCTATCGGCCTGACCTTAGCCAAGCT GGATAGAATTCAAGGCAGTACCTTGCATCTGTCCGGTGTTGATATCATCGATGGCACACCAGTTCTTGAC ATCAAGCCATATGTGCCATCCTATGATAATCCTGATTGTATTCAACATGGTCGGTCGTCGTTTATTAACT CTGGTTGTGTGCCCGATAATTCTGAAGCAACTCCCAAGGATGAATTATTAAGGGATAGTCAGGGTGATAC TAAGGAGGCAGTGTCTACAGAAGGAAGAGAAGTGGCTGGACAAAACCTGTCGGTGTGCAGTCAAGGATCA ACCAAGAATCGGAAACGAGTTGTGCCAAACACTCAAGACAGACTGAATGAGTCGGCAGGGTCCAGTGTGA CCTCAGACGGCAAGGCCCACAGGCAAATATCAGCAAGTGCTAACACTGGAGGGGAGAGGGACAATGAATA TTCACAAGGTTCAGAGGTCGGAGTAGCTGATTGGATCCACTGTCCACCAATTAGGACGCTGGATGTTAGG TTCACTGCACATGCGGAAGCAGAACTGGGGAAGTTCAAGAAAGAAAGTAGTGATCCAAATTTCCAGCTAG AATTCCTTCTGGACCAGCAAGAGGCTAAGCAAGCCATCTGCAAGATTCTGGAGGCTGACCCGAGATCAAC CTACCGTCGGAATAACTGTCAGGACCGGCTGTACTTCTTCACGGTTGACACGCTTCACGTGACCTGCTGG TTCGGCAGTGACTTTGTGGAAGTGGTACGTGTTCAACCTGTCAGCTCTGCTGATATCCCATGATCTGGCA AAATTGGAATCTCACGGACCAGAATTTCTATCAGATGTCGCCTCCATATCCCCCGTTTTGGATTTGGGAC TTCTTTATCTTGTTGACTGTTCATTTTTTCCCCCAGAACTTAATAAACCATGATCGAGTGATATTTTTTT CATGGGCTGTGTTGTTGT	P. miniata
	XM_038215481 >XM_038215481\|>XM_038215481.1 PREDICTED: Patiria miniata tRNA (adenine(37)-N6)-methyltransferase-like (LOC119740238), transcript variant X2, mRNA TGAACAAACGAGGGCGCTGTTCAAAATGTAAGATGGCAGCGCCCATGTGCATGAGCGGATTCAGGTGAGC GTTGCACGGCCGGGCCGGGTGAGGAATGTTAAGGGTAAGAAGATTTCTAAGCACCTCGACCAAGATCTTT CAGCAGAGGAACGTGGTACCTTATTGTAACATGGAAAGTAGAGAGAGTCCAGTTCCTTCCAGACAAGGCC ATGCATCACTGGCGGACTGCAAGTCAGAAGAAACTAGTGCCACCAATGACCAGGATATCCTTGGCTCACC TATTGGATTCATTCAGTCGTGTTTCAAGAGTAAGAATGGAACGCCCCGGCAGCCATCAGTCTGTGCGTTT TCAAGAGCAAAGCTGACAGTGTTGAAGGAAGTCTTCCCCAATCCGGAACATTCCATTCAGGGTTTAGGTC AATTTTCCCATGTATGGATATTGTTCATCTTCCACAAGAATGGCGATCGGAAGTTCACCAAGGCCAAAGT CAAGCCGCCTCGTTTGGATGGAGCCAAGGTTGGGGTATTTGCGAGTCGCAGTCCGCATCGACCCAATCCT ATCGGCCTGACCTTAGCCAAGCTGGATAGAATTCAAGGCAGTACCTTGCATCTGTCCGGTGTTGATATCA TCGATGGCACACCAGTTCTTGACATCAAGCCATATGTGCCATCCTATGATAATCCTGATTGTATTCAACA TGGTCGGTCGTCGTTTATTAACTCTGGTTGTGTGCCCGATAATTCTGAAGCAACTCCCAAGGATGAATTA TTAAGGGATAGTCAGGGTGATACTAAGGAGGCAGTGTCTACAGAAGGAAGAGAAGTGGCTGGACAAAACC TGTCGGTGTGCAGTCAAGGATCAACCAAGAATCGGAAACGAGTTGTGCCAAACACTCAAGACAGACTGAA TGAGTCGGCAGGGTCCAGTGTGACCTCAGACGGCAAGGCCCACAGGCAAATATCAGCAAGTGCTAACACT GGAGGGGAGAGGGACAATGAATATTCACAAGGTTCAGAGGTCGGAGTAGCTGATTGGATCCACTGTCCAC CAATTAGGACGCTGGATGTTAGGTTCACTGCACATGCGGAAGCAGAACTGGGGAAGTTCAAGAAAGAAAG TAGTGATCCAAATTTCCAGCTAGAATTCCTTCTGGACCAGCAAGAGGCTAAGCAAGCCATCTGCAAGATT CTGGAGGCTGACCCGAGATCAACCTACCGTCGGAATAACTGTCAGGACCGGCTGTACTTCTTCACGGTTG ACACGCTTCACGTGACCTGCTGGTTCGGCAGTGACTTTGTGGAAGTGGTACGTGTTCAACCTGTCAGCTC TGCTGATATCCCATGATCTGGCAAAATTGGAATCTCACGGACCAGAATTTCTATCAGATGTCGCCTCCAT ATCCCCCGTTTTGGATTTGGGACTTCTTTATCTTGTTGACTGTTCATTTTTTCCCCCAGAACTTAATAAA CCATGATCGAGTGATATTTTTTTCATGGGCTGTGTTGTTGT	P. miniata
	XM_038215480 >XM_038215480\|>XM_038215480.1 PREDICTED: Patiria miniata tRNA (adenine(37)-N6)-methyltransferase-like (LOC119740238), transcript variant X1, mRNA GCTGTTCAAAATGTAAGATGGCAGCGCCCATGTGCATGAGCGGATTCAGGGTAAGAAGATTTCTAAGCAC CTCGACCAAGATCTTTCAGCAGAGGAACGTGGTACCTTATTGTAACATGGAAAGTAGAGAGAGTCCAGTT CCTTCCAGACAAGGCCATGCATCACTGGCGGACTGCAAGTCAGAAGAAACTAGTGCCACCAATGACCAGG ATATCCTTGGCTCACCTATTGGATTCATTCAGTCGTGTTTCAAGAGTAAGAATGGAACGCCCCGGCAGCC ATCAGTCTGTGCGTTTTCAAGAGCAAAGCTGACAGTGTTGAAGGAAGTCTTCCCCAATCCGGAACATTCC ATTCAGGGTTTAGGTCAATTTTCCCATGTATGGATATTGTTCATCTTCCACAAGAATGGCGATCGGAAGT TCACCAAGGCCAAAGTCAAGCCGCCTCGTTTGGATGGAGCCAAGGTTGGGGTATTTGCGAGTCGCAGTCC GCATCGACCCAATCCTATCGGCCTGACCTTAGCCAAGCTGGATAGAATTCAAGGCAGTACCTTGCATCTG TCCGGTGTTGATATCATCGATGGCACACCAGTTCTTGACATCAAGCCATATGTGCCATCCTATGATAATC CTGATTGTATTCAACATGGTCGGTCGTCGTTTATTAACTCTGGTTGTGTGCCCGATAATTCTGAAGCAAC TCCCAAGGATGAATTATTAAGGGATAGTCAGGGTGATACTAAGGAGGCAGTGTCTACAGAAGGAAGAGAA GTGGCTGGACAAAACCTGTCGGTGTGCAGTCAAGGATCAACCAAGAATCGGAAACGAGTTGTGCCAAACA CTCAAGACAGACTGAATGAGTCGGCAGGGTCCAGTGTGACCTCAGACGGCAAGGCCCACAGGCAAATATC AGCAAGTGCTAACACTGGAGGGGAGAGGGACAATGAATATTCACAAGGTTCAGAGGTCGGAGTAGCTGAT TGGATCCACTGTCCACCAATTAGGACGCTGGATGTTAGGTTCACTGCACATGCGGAAGCAGAACTGGGGA AGTTCAAGAAAGAAAGTAGTGATCCAAATTTCCAGCTAGAATTCCTTCTGGACCAGCAAGAGGCTAAGCA AGCCATCTGCAAGATTCTGGAGGCTGACCCGAGATCAACCTACCGTCGGAATAACTGTCAGGACCGGCTG TACTTCTTCACGGTTGACACGCTTCACGTGACCTGCTGGTTCGGCAGTGACTTTGTGGAAGTGGTACGTG TTCAACCTGTCAGCTCTGCTGATATCCCATGATCTGGCAAAATTGGAATCTCACGGACCAGAATTTCTAT CAGATGTCGCCTCCATATCCCCCGTTTTGGATTTGGGACTTCTTTATCTTGTTGACTGTTCATTTTTTCC CCCAGAACTTAATAAACCATGATCGAGTGATATTTTTTTCATGGGCTGTGTTGTTGT	P. miniata
	GHJN010270961 >GHJN010270961\| -	P. miniata
	XM_022245137 >XM_022245137\|PREDICTED: Acanthaster planci tRNA (adenine(37)-N6)-methyltransferase-like (LOC110984706), transcript variant X2, mRNA GCATGGCATGCCCTCGCTTTGTTTTTATACAAGGGCCTAGCCTCAAGGCAGGTCATGTGGCCATAGCTTCTGCACAGAGTTTGCATGGTTTCATGTTATGCTACATCCATGCAATGATGCGTGTGTGCGTGGGGGGGGGGTGGGGCAACACAACAGTTGGCGGTTGGGAATTCCTAATAATGGCCTTAAGTAGGCTAGTCATGATGGTGTGAAGAATCATGAATGTTTCCTACCTCCATGATCTGATGGATAAGAGGATTGCTTGACATATCCGCAAAGATCTGCCAGAAAAACAATGTGACCTATTTTCCTAAAATAATGAACTTCATGGCTTCCACTCAAAGTGGCTCTGCATCTCAGATGGATTGCAAAGCAGAGGCAAAAGAAGCTGAGCTGATGAAACTTTCTGGCTCACCTATAGGTTTTATTCAGTCATGCTTCAAGAGTAAGAATGGAACACCCCGCCAACCATCTGTCTGTGCATTTTCAAGAGCCAAGTTGAGAGTATTAAAGGAGGTCTTTCCCAATCCGGAGCATTCCATTCAGGGTTTGGCCGAATTTTCCCATGTTTGGATTTTGTTTATCTTTCACAAGAATGGTGACAGGAAATTCACAAAAGCAAAAGTGAAACCACCTCGTTTGGATGGAGATAAGGTTGGAGTGTTTGCAACTCGTAGTCCACATCGTCCCAATCCTATAGGACTGACCTTAGCCAAACTGGACAGAATTGAAGGTAACACTTTGCATCTATCTGGTGTTGATATCATCGATGGCACGCCAGTTCTTGACATCAAGCCATATGTACCCTCATATGACAATCCTGACAGGATTCATCACCATCAGACACCATCTTTGAACCCATGCCATGTGCTCGATTTCACTGACTTGGGTCCTTCAGATCCAATGCTGAGGGATAACCGAGATACTAGTGATGCAGCATGTTCTGTAAATGAAAAAAAAGTCTCCAGAGAGAACTTAGTGTCAGTGCTAAATCAAAAATCAACTTGCCATCCAAATGATACTTTGTTGAGAAGTCAAAGCAGAGCGACTGAGTCAAAGGTAACCTTAGACAGTCATGCCCAGAGGCATGCTTCTGATTTACAGCATGTGGAGACTGCAGGCGGCTCTTTACTGGGAGAGAGGAGTGATGAATGTTCACAAAGTTCACAGGTCGGAGTTGCTGATTGGATCAACAGTCCACCAATCACATCACTTGAAGTGAGGTTCACTACTCATGCTGAAACAGAACTTGAAAAGTTTCAGAAAGACAGTAGTGATCCAAGTTACTGCCTGGAACTCCTTCTTGACCAGCAAGAAGCAAAGCAAGCCATCTGCAATATTCTAGAAGCTGATCCTAGATCAACATATCGTCGAAATAATTGCAAAGACAGACTGTATTTTTTCACAGTTGACACACTTCATATAACCTGCTGGTTTGGGGTAAATTTTGTTGAAGTGGTGCGTATTCAGCCTGTCAAATTTGCTGATGATTTGTGATTTGCCAAAAGGGAATAGAACAGGAACCATGTCTACAATAGAAAGAACCAGAGAAAGTCATGACTGTATTTTCTAATGACCCTGTATAAATGCAAATTTCCAATTTCAGTTTGTACGGTTGGAATTGGAGACAGCCAAAACAGACACGAGTCTCAAATTGACGTATAATATTGTGCTAGTCATCCTGATTATGACTAGAGCAGGCTATTTGTAATGTAGAAACCATATTTTATTGAGTAACAGTAGCACTGTATAAGAAGTGCAAGAGTTGGAAAAAGCCCAAAGAATCATTCAGTGGGAGTAGAGAATTGTGAGAAGTGTGAAACATTCACTCAATGAGAGTAGATCACTGTTTGGTATTTCTGTAAACCACTCTGAACATCACTGCATTTTGAGTTGGCTTTTACCCGTTCTTATTTTTCCCTTGAAGTTCTTTAGAGTGTATGTTGGCTGTTACAGAGCTTCAGGTTTCAAATCAATGGCATGTGGCATGAGCTGCCAATGAAGCGAAACTAACCTCATTATGTACT	A. planci
	XM_022245135 >XM_022245135\|PREDICTED: Acanthaster planci tRNA (adenine(37)-N6)-methyltransferase-like (LOC110984706), transcript variant X1, mRNA GCGCGCGGCAGTCTATTTTATGGCATGCGTACTGCATCCTCTGCCTCCTGCAGACAATGCCCATGAGGCAGGTTAAGTGGATAAGAGGATTGCTTGACATATCCGCAAAGATCTGCCAGAAAAACAATGTGACCTATTTTCCTAAAATAATGAACTTCATGGCTTCCACTCAAAGTGGCTCTGCATCTCAGATGGATTGCAAAGCAGAGGCAAAAGAAGCTGAGCTGATGAAACTTTCTGGCTCACCTATAGGTTTTATTCAGTCATGCTTCAAGAGTAAGAATGGAACACCCCGCCAACCATCTGTCTGTGCATTTTCAAGAGCCAAGTTGAGAGTATTAAAGGAGGTCTTTCCCAATCCGGAGCATTCCATTCAGGGTTTGGCCGAATTTTCCCATGTTTGGATTTTGTTTATCTTTCACAAGAATGGTGACAGGAAATTCACAAAAGCAAAAGTGAAACCACCTCGTTTGGATGGAGATAAGGTTGGAGTGTTTGCAACTCGTAGTCCACATCGTCCCAATCCTATAGGACTGACCTTAGCCAAACTGGACAGAATTGAAGGTAACACTTTGCATCTATCTGGTGTTGATATCATCGATGGCACGCCAGTTCTTGACATCAAGCCATATGTACCCTCATATGACAATCCTGACAGGATTCATCACCATCAGACACCATCTTTGAACCCATGCCATGTGCTCGATTTCACTGACTTGGGTCCTTCAGATCCAATGCTGAGGGATAACCGAGATACTAGTGATGCAGCATGTTCTGTAAATGAAAAAAAAGTCTCCAGAGAGAACTTAGTGTCAGTGCTAAATCAAAAATCAACTTGCCATCCAAATGATACTTTGTTGAGAAGTCAAAGCAGAGCGACTGAGTCAAAGGTAACCTTAGACAGTCATGCCCAGAGGCATGCTTCTGATTTACAGCATGTGGAGACTGCAGGCGGCTCTTTACTGGGAGAGAGGAGTGATGAATGTTCACAAAGTTCACAGGTCGGAGTTGCTGATTGGATCAACAGTCCACCAATCACATCACTTGAAGTGAGGTTCACTACTCATGCTGAAACAGAACTTGAAAAGTTTCAGAAAGACAGTAGTGATCCAAGTTACTGCCTGGAACTCCTTCTTGACCAGCAAGAAGCAAAGCAAGCCATCTGCAATATTCTAGAAGCTGATCCTAGATCAACATATCGTCGAAATAATTGCAAAGACAGACTGTATTTTTTCACAGTTGACACACTTCATATAACCTGCTGGTTTGGGGTAAATTTTGTTGAAGTGGTGCGTATTCAGCCTGTCAAATTTGCTGATGATTTGTGATTTGCCAAAAGGGAATAGAACAGGAACCATGTCTACAATAGAAAGAACCAGAGAAAGTCATGACTGTATTTTCTAATGACCCTGTATAAATGCAAATTTCCAATTTCAGTTTGTACGGTTGGAATTGGAGACAGCCAAAACAGACACGAGTCTCAAATTGACGTATAATATTGTGCTAGTCATCCTGATTATGACTAGAGCAGGCTATTTGTAATGTAGAAACCATATTTTATTGAGTAACAGTAGCACTGTATAAGAAGTGCAAGAGTTGGAAAAAGCCCAAAGAATCATTCAGTGGGAGTAGAGAATTGTGAGAAGTGTGAAACATTCACTCAATGAGAGTAGATCACTGTTTGGTATTTCTGTAAACCACTCTGAACATCACTGCATTTTGAGTTGGCTTTTACCCGTTCTTATTTTTCCCTTGAAGTTCTTTAGAGTGTATGTTGGCTGTTACAGAGCTTCAGGTTTCAAATCAATGGCATGTGGCATGAGCTGCCAATGAAGCGAAACTAACCTCATTATGTACT	A. planci

ESTs (0)