rpl14 Nucleotide Sequences

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Echinobase

Gene Literature (0)

Nucleotides (10)

Interactants (46)

ECB-GENEPAGE-23186934

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

Nucleotide sequences for rpl14 - All

Models - Gene (3)

Models - mRNA (2)

mRNAs (7)

ESTs (0)

Models - Gene (3)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	LOC105436651 >LOC105436651 TAGCATCTTTCTTTTTCACAGTTTCCAGCATGACTGATAGGGTACGGTCATAATTTTGTCCCATAATATGCCTCCTAAATGAGTGTATTATTATTATTCTGTGATATGTTTGATTATAATATTTGGACTATATATATTTCATAATCTAAATAGTTTTGAAGACAAGTGTATTTCACAATAATAATGTCACTGCGAAGTGTTGAAATGCGTGATTGTAATGTCCGATGAGTGCACATCGCAACACACGAGTTGAACGCTATGCATGTGTACGTGTGAGGGAAAGAAAGAATGCACACTACACAATTGAGAGCAACACTCGCTGTGGGTACGGTGCCACAAATGGCACAATACAGGTGGAATGAGCTGGGTCTAGACTCCGCATGAGAGAGGTAGTGCGAGAGAGAGAGAGAGATGAGGGGGAGTCTAAAACACTCAATGAAAATGAACTTAGTGGTAATAAATTTAATGAGAGGTTTAATAAGATTTCTTTTGTTCAATCTTAATATGCGTTCTAGCGTGTAACCGCGGGAGGACAGGTATGTATTCAGGCGCAGGCGGAGATGGTCTGGTTATAAAATGAAATTCATCACCATCATGCCTTAGTTTAATTGCTACATCGTCAAAGGGAAGTCCACTCTTATATTGAGTAGATCTAGGTTTCAATAGAAGCAGAAAAATGAGAGAAACAAATAAATGAAAGTTGATCAGTAACCAATATCCGATTAAAAATAAGTAAGTTATGATTCCTGAAGTTACGATCAATCAAACACAAATTGACAACTAGCTCCGTGACGTATCTGGAAATCTCCCCTCCCTTTTGCTCTGATACTAAAAAAATCAATACAAATTATTTTTGCTCTTTAACAAATTTCCTGACTGTTTTTATTCAACCCCTGTAAAATCTGTATGAAACAAATCAAAACCATCAATCAATAACTAAAAAGATGAGAGTTTCTTAACTTTTCTGTACAGAGCTAATGGCAGGGGAGCTCACAAGATTTACAGAGTTACCATTTTCTATTTGATTGATCGCAACTTAAAAATTCATAAATTTCTTATTGTAAATCTGAAATTGCTCATAATTTCACTGACCTGTTCCTCTCATTTCTCCTGCTTCTATTTAAATTAACTTAATATCAGGGTGGATTTCTGCTTAAATACAAAAAAGTATTGTCTCGTCAAAAAAACTTCTGTTTCTAAAATTCCTGTCCATTTATTACCTCGTTCATAATGTTTATCACTGTTCTGTAATATTTCAATTTATATATTTGTATTGTATTAAGTACTTTGTAACCAGTGTCAAATTTCCTGATATGGATAAATTGTTATACTATACTTGTACATAATATTTTCACCATAATTATACCTTCTTGTCTATTCCATTATGCTTCCTCACATGTTGCCTTTTCCATGTACTTCAGGGCAGTTCCCAATGTAAATAAATATCTACATTTTTTCAGATTAGGAAAGTGGATTTTTACTTTTTATTATACACTTAATTTGAAGTGATCATAGTAAATTGAAAGTATGAAAATTGATCTCCATATTAATTGCAACTCCTAATATTGCAACGTGATTGATGTAAGGACTTGTCACTTACATGAATTCAGACTAGTTGCAATCCATTTTATGTTCAGATTCTGTCTGATTTTCCACCACCACTGTTGAGGGTCAAGTCATTTATTCAGCTCTCATTAAAAAAAAAAAATCACAGTGAAAACCAAAATTATGTACCGTAATTGGTTTCTTGAAAAATTTGTTGATGCTAAAAATTCTGTAAATTACATTTTATTCTTCATTTGTATTTGCAGAATTTTTTCTCACAAAGATTTTCCATGATATTCTTAATTCAACTTTCAGATTCATATTCCTCAAAAAATATTTGCAGAATTTTAGAAACAAAAGTTTCCACTAAAAGCACACTCATTTTTCATCCAACCACCATACATATATAAAAGAAAATTTTCACCGCCGTATTGATAGTTGCTTCAACATTAAAGTGTTCTTCTTCATTCAAAGTGTTGTCTGCATTCATCCAATTTTCATTCTGAAAAAAATATCATAGCTACATGAATTGAATTTTCATAAAACCTTTCTACTTGGGAGCTTAAATGAATCAGGAGGGTTTTTTATATTTCGACTCATAGGGTACCTGTCTTAAAATTTTATTTCATGAAAATTGAATTGAATTGAATTGAAAAAGATGGAACTATGTACTCATTGTCGTTCAATTTCATTTGTTCCCTTTTCAATGCATCATGAAACAAATTTCTCAATTTTTACTTCTGCCCATATGACAGTGTCTTTTCATTTTTGGGGTGTCATTGAACATACATCAGTTTTGCATTATACATATGAATATCCAAATTGTATCACCCATACTTTTGTGATTAAGAATGATTTAATCACTTGATAACAGTTTAATGACTATAAACTACATGTATCTTTAAATGATGACTTGGAATTCACTCCTTCTTCCCTATCCTTTAAATCGTACTTGAGGGAAAACAAATTCTTTCTTTTATATAGACCTTGGGGGAAGAAACAAAACAAAATCATTTCATGAGATATTGGGTTTATTCAAGATTTTAACAAAATGATCAAATTGGGATATCCTACCCTAGTATAGAAGAGGAATTTTGAATTCACTGTATTGAAATTACATTTCTAAAATCGATGTCTTTTACTATAGTTCCAAGCTTGCATCCTTTGAATTTTAGGGTATGACATCAGATGCTCTATGGGTTTAATCCCAAGAAATCTCTGGTATAAAATTCTGCCACACTATAAAACTAGGCAACGTTTCAAAGAAACCATCATAAAAACTATTTCGTTGTCATCCCACTGAAATGCATGTTAAAGTTAATACACGTTAAAGTTAATACACGCATTTGATAATAATAATGAGCCAGGGAGTACGAGCATGTAACCTGGTTGAAACTAATATTGCATTTTCTCTTTCGGTTTGATAGGTGTTCAGGAGGTTCGTCGAGGTCGGCCGTGTGGCCTACATCGCCAGCGGACAAAACAAGGGCAAGCTATGTGTCATCGTTGATGTCATTGACCAGAGGAGGGTGAGTACCTCTGCAATTAATATTCATTTTGTTGCTGGTTTTTGCAAACTGATGCACATGCTTGTGAGCATGTATAGGGGTATTGAGTGATTGCCCAATTAACACTCCTGACCCTAAAATGGCTTGGGGTTGGATTCCACTGCCCTGTAGTTTTTCCAAAATAACTCAGCAGATTTTTTCTTTTAACCCTGTGATTTAAGCCTCAAGTCTGTTGACACCAAGTCGGACAATGGGTTAGTGCACAGCATCCAAACAATTTGCTTCGCGCTTCAAAATCACTATATCTATATTTCCCTATACTAATACACACAAAGCTAATTAATTAGATGGTTATTAAAAAAATACTTCCTGTTATAAAAACTAACTTTCCTTTATATATTCATATCGAGTTATTATATGTACATGCTAAATATCAAGATGTTTTGTTTGTCCATGGACGAGGTTGGGGGGGGGGGGGGGGAACAGCTGAGGCTTTGCCCTGTATGACCCAGCCTTTTTAGGGTTACATAATTAATTGCTTCAGTTTGTTTCAGGCAACTTTGTCAGACTGACTTCTTAATTATCGTTTATTTGGTCTTGAATAAGTCTCTGTCTCATCTTAAAAAACAGAATATTTTTATAACATATGACATGTATTGTAACTTACCCCACTTTTCACCTTTGTGTTTCCATCCTAGGCCCTTATTGATGGACCACTCTCCGGCGTGAAGCGCCAGGGAATGCGCTTCAAGCAGCTTCACTTGACAGACTTTGTTATCCGCATTCCTCATTCTGCGCGTAACAGCACCGTAAGGAAGGCGTGGGAAAAGGACGAGATCACCAGCAAGTGGGACGCCACCATCTGGGCCAAGAAGCTCGCTGCCAAGCAGAAGAGAAAGCAGATGACCGACTTTGACCGCTACAAGCTCATGCGTGCCAAGCAAAAGGTGAGAAGATGGAATGAAATGTGAAACCATTCATAAAACCGTAACAAAATTTTTAAATAAACCCAAATGCTTAGCTCAAATGATGACCAGGGATTCCTTGCTAGTCAGTCTTTCTAACCTATATCCATGGGGGAAACTTTGTATTTTGTGGGAAATAATGTGATTGTGATCCTTCAAAGTTTGCAAGAGGTAATTTAAGAGGTGGTTGTGATACCTTGGCGGCTTGGACAACATTAATCTCTGTGTATTACAGTTTACAGTGAGGTTGTTATAATAAAAACTAGATGGAATTATCTACTTCAATTTTTTAAAAATAATTATTACACAATAATTTAATATTTTGTATTTTAAAGTCTTGATTATAGTTCTAGTATATAACAATCTCAAATTGGCACATTGATCATGTTTGACATAGTTAATTCTCAGTGTTTTTGTAAGCAGAAATTCTGGCACATATTTCTCTGATATAAAATGACAGGCAATGGAGAAATTCATTTTTGAGGACAACTATATTTGCAGCAACCCTGTGCAAAAAAGAAATGCAAGAGTTGCAATAGTTGTAATACATGCGAAATAAAATTGAGCATTTCCAACATTTTTTTTTCTTCTTATTTTCTGTTTACAGAGGAACGTAATCCTGACGAGAGAGATGGCCAAGCTGAAGAAAGCCGAATCATCCGCCAAGTAAATCTACCGTCATGGTTCCACGTCGCATTCAACATCTTGCGATAAACCCTTTGTGAATAGTGCAGTCAGGGAATAAAGTATCTGCTGAATGCAA	S. purpuratus
NCBI_REFSEQ/JGI	3.0	LOC119737212 >LOC119737212 CTATTTTTGCGCAATACCGCCCTCTCTTGGTCAAAAGTTGTAGAGAACGTGACGTCACCTCGGTCTCTTTCACGCCGACCCCAAATCATGGTAAAGCATGGTCGACAATTTGCCCCGAATTTTGTGCGATTGTAGCGGAAATGTTTTTGTTGCCGTATCTTATTTCTTATGTACAGGAACCTAAAAAGACATAGTAGTGGTAGAACTGTGACTGAAAATCTGTATGTTCGAATTAAGAGGTGTATTTTGGTACGTTTTTTTAGTGGCCGAAACAGTGGGGAAAAATTGCATGCAAATGCCTGTAGTACTTTGCCCAGTTTCCGGACGGATATTTGCATAGGCTTTGCATACATACATTTTACACTTTTATAAAATGACATTATTTAACCACGAATGACATTTTTGGTAATTGTGTAGTTTAGACACCCTTCAATATAAGAGAACAAAAAGACACTGTTATGTTCCGAGTGCCATGAGGGTCAAAAAGGTAAGAAAGGCACATTTTATTACACAAAAGTCACAAAATTACTAGCATGACTAGTCCGAGTAACTTGGACCCAAGTAATCGCCTTATTAACATTCGGAAATGGTTTAGCGATAGTAGGGTCCAAGCTTAACCGCATCAGTCGGTAGACACAACTTTGTCCTTGACCCAAAACCCAACATTGCCCAACAAAAATATCAGATTTCACCTACTCCTAGAACTATGAGGCTCCGCGTGAGCGGAGCCTCATAGATGTAGAAGCCCGCAAAATTGTCTGCAGCACAAAACACTAATAAAGTACAAAAACGTCCATCAAAATGCAGACATTTCACACAGAACCGCTGCACAGTTTGCCCCTATAGTCCGTACTTTACCTCTTGACATACTCACGTATCATGGGCAGAACTAACATAGGTGGATTCTGTCGGTTTTTAGGCCAAAATGATGAAAAATATGCCCTTTCCGCACTGAGCCAAACGAACACTTGAAACGTGCATGCATATGATCGAGCGATGATTTTCGGTTCGCTCGGAGCGCGCCGCGGGGGGTACGGTACAGGCGAAATGATAGTATGTGCATGCGTACAAGTGCATGTACCGTACCCGCCGCGGCGCGCTCCGAGCGAACCGAAAATCATCGCTCGATCATATGTGTGCACGTTTCAAGTGTTCGGTTGGCTCAGTGCGGAAAGGGCATATTTTTCATCATTTTGGCCTAAAAACCGACAGAATCCACCTATGTTAGTTCTGCCCATGATACGTGAGTATGTCAAGAGGTAAAGTACGGAGTATAGGGGCAAACTATAGGGGCAAAGTTTCTATGGCAGTAGTTTGAATTCAGCAGAGGAAGAAATCTGAAGTTATATGCATTTGTCTGTTTATTAAATGTTCAAAACTTCAAATATTGGTCAATCAGAATGAAGATTTCAGGTTCATGCCTCCAACACTGACCAATCACGATCCTTGAAAAAAAAAATCAACATTATTTTTTAATTTTATAAGTTTAAAATCTGACATATATTTCCAAATTATATTTCGTATATTCTATGCATTAATAGGTGAAGTGGGTAACAGATTTTTTTTGGGGGGGGGGGGAAGTACTCAAGAAAAAAATAATTCAAAGTTTGACTGGTCACTGTAAAGTTTTGTTTATAAACTACAATGCTTGTTTTTTCATCCACACCCGTGATATAATTCATCATAACAGATGTTGATGTGTTTTCTTGGTTGTGTTGCAGGTTTTTGAACGTTTTGTGGAGATCGGCCGCGTGGCCTTTGTGGCCGTTGGCAGGAACAGGGGCAAGCTATGCGCCATCGTTGACGTTATCGACCAGAAAAGGGTAAAGATTTGGCAAGAATTACCTTAACCTAACTCCCCAGCATGATTTACTAGGAACCATACCCTTCCTGACAAATTCCAACACCATATGGAAAACTGCACCCACCTATTTCTGACTTGGTTTTTCTGGAGGTGTGCCAACCTAATGTAAAAGACTGTGTACTGTACCCATCCTGACAGATTCCTACAAAACATGCCGTTGGGGTTTGATGGGTTGAGTTCTATTAGGGTTAAGGTTACTGATAAACTGACTATAGGGCAGTGTGGTACTACTTCAGCTGATAAAAACATCTTTTCATTAGCACGTGTGTTTCATACGTGTTACCACTCAGCACCCCAGACTCAAGAACCGTTCATTTTTATGAAAACGGGTCTGGGAACAAGATTTCAGAAGTTCCTGGATGTCCGCGCCAATCTATTTGTAAACAAGACCATTTACATTTCCCGTAGTAAATATGTTTTCAAGTTTCATTTGTCGCGGTTTTTTTTCTAAACATAAAAGAGTTACCGCATGTTGATGTTTGTGTACCTCATTTCAGGCGCTAGTGGATGGCCCGTGCACCCGTTTCCCTCGTCAGCAGATTCGTCTGAAGAAGCTTCACCTGACGGCCTTCAAGATCCGCATCCCGCACTCCGCCCGCACCGGCACGGTCCGCAACGCTTGGGAGAAGGCCGAGATTGACAAGAAGTGGCGTGCCACCACGTGGGCCAGAAAGCTGGATGCCAAGAAGAGAGTAAGTGGAAGGGAACCGTGGAAGGGTTCCATCGCCCCCTTTTCAAAACACTTTTGACACTGTAATAAGCCAGTTCGGTATTTCAACTGCGCATAGGCACAATGATAAAGGTCATGGGTCATTCAGGTTAGATGAACGTTTAGAAGGCGCATGAACACGGGTGCAGGAGGCTTGCATGTAAATTACCAGCAAAATGGGCGTGCGCGTATCATTGCGTAACATCACGTCAGCGATGTTATCCCGAATGACCTCGGGTCATTGAAATACAGAACCAGCTTATTGTGTGCAGCATTGAATATGACCAGCCCTGTAGTGTAATCAGGTGTTGCTTTTCGGTTTGGTTGAGCAGGCCTAGCAGAAATTGTCACAAAAGCTACTTGCAATCTGTGGCAAACCCCATCACATTCTAAAAATGCAGATTGAAACTCCCCTCCTCCAGGAAAAGAGTTGCAAACCTTTGTACAAGTAGTTAACTTGAAAGCGCCATGGAATACTCAAATATTTTAAAATTTGAAAGTATTGCTCGGCATATTTTGTCTCAAATCATGCGATAAACATCTTATATATAACAGGCATGCAACTTTTCCTCAGATCAGCTGATTTCCTCTTTTTCATTTCCCATGTGTGCCATTGAAAATAGAAAAACACTGTACAAAGTCTTGGAAAGATGTGAATTTCCTCTTTTTTTGTGACTTCCCAGTTGCATGCCTGATATAAGTATGTAAAAGTTAATATTAAATTTGTTTCTTAACCTTTTTCTCTATTTTTTGGTAACCTTTCCAGAAAGCCAACATGACAGATTTTGACCGTTACAAGCTCATGATCGCCAAGAAAAAGGTATGTCACTGGCAGTCTATCATTTTTTTAGACAATTATTTAGGATAGTTAAGGTGCTGTTGAACAAATTTGTTGTGTTTAGGCTTGTACTACAAGAGGGGCAAAATTATCTTTCTCTCGGTCTTAAAAAAGGCAGAAATATTTTGCAAATCAGATATATATTCGGCTAAGATTTGTTCACTTATTGTTTACATATGTCCCATCCAGGTATGGCTATTGTCATATTGTCTTTGTGGTTTATAATTGCTGGGGCTGAAGGGTTCGCCTGATTTCTTTTGACGGGCCGATTTGCTGACTGACTGAATTATTGACTGATTGGGTCACAGAATAATAATAATAATACCAAATTCTTATATAGCGCACGTATCTACCAACAATTAGGTACTCAAGGCGCTGGAAATTTTGTCTATTATTAGAGACAGGTAAATGAAGTACATGAGAACCATTATGTAGCACCTTTATAAGGTTTACAAGGTGCTGCAGCACATTAAGCAGCCACTGCCAGAAACACCGGGGCAAACCCCTTCTCTTAGCAATAAGTGTTACTGGGTTCTTTAACGTGCATTACACAACACACGGGACCTACGGCTTAACGTCCCATCCGAAGGACGAAGCAATAATGGTAAAGTGCCTTGCTCAAGAGCACAAGCACCATGTTCCCACGGACAGGATTGGAACCCATGTACCACGGCACACGAGTCGAACACCGTAACCATTGGACCACAGCACCCCACAGAATACAGATAATGACTGAGGTTTTCATGTCCAGCTTGACTAGAAAAACCTAGTCTTCGTTTTTTCTCTTGTTAATCTCTTTTCTTTTTCCCATTTCACACTTTTTTTTCTGCAGAGGACTCGCATCATCAACGGTGAGGTGAACAAGCTGAAGAAAGCGAAGAAGGCCGCAGCCGCTGCTAAATAGATGCAGTCCTCAATCGTCAAGAACATCAGTCACTCAAAACCTCATACACGTTACAACCCTTCAAAACCGTGATTAGTTACAAACTGTCACCGGTCAAAATCTTTCGATTTGTATAAAGATTGAGACGAGCTACCAAATATCCCATAGTGGTGTAAAATCGTTGGCCCAGTGCGGGTCTGTTTGAGTAATAAATGAAACGGTGAAGAAATCACA	P. miniata
NCBI_REFSEQ/JGI	1.0	LOC110973729 >LOC110973729 GTTATTGTAGCGGCGTGACGTCACCTCGGTCTCTTTCGTGCCGACCCTTAATCATGGTAAAGCGTGGTCGAAAGTTGTCCATAATTCTTGAGATTGTGCTCTTAAATATGACAGTAGCGTTCCATATTTCCTGTCTGAAATAACATTATAAAGTACAGTAACTTTTAAATCTGACTACAAACATTTGTATTTGATAACAGAGGGTTAATTTTACTCGTATATTTGTTGATGAAAATAGTCAGTCATGTCAGTTAATCAAAGCATGATGCAGGCACGATGACATGCGTGCTGCAAGAAGGTGCCGGTAATGTAATGTGCCCAGTTTCCGGACGGTCATTACGCATTTATTCAGTCTGGTTTATTTTGTTATTGTCGCTGAATGTAGTATTTCTGATGTGTATTTGTAAAACTTTATTATTCTGATAAATTCTGAAAGTTAAAATTTAATGTGATAAATTCTTACAATTTCCAAACACCCTGAACATGCCAAATTGATTCTGTCTGAGGAATTCTCGTGGTTGGAGGTTTTTCCATTTATTACACCCACGTCTGGTCAACTCTCCATTCACTTTGTACAGGGATTTGCATGTTTTCCTCCTTTTTGGCAGCAACGTGACAGAAATAATAACTAAAACCATTTCAGTACAGTGTGGGAAATGTTCAAAGCACTTCAACAGTGAAATTTCAGGCACATTTGATGTAAAGGTCAAAATTTTGAGTTAATAATTCACATTTTCCCCATAGACTGCTATGTTATTTTTGCCAATTTGAGTTTCGACTGTGAAAGATGGAAGAGCCATCAATTGACCAATCAGAGAGAAGAATCAAGAATCAGTCATCTTGACCTCAAGAATGGGGCGGCACAGACATCCAGGACTCTCACGGTGTGGTTGCTACCCGTTATTTTGCGAGAGTCCCAGATGTCCGCGCCGCCCCATAGGCTAAGTTGAACTTGAGTCATGGTTGTACATGTTTAACTTTGAGCAAACCTCAGATTATCATTTGATATCTCACGTTCTATATCTTTTTGCTACAGCAGGGAGAATGAAGCACGGTCATAGCAATGAGTGTTGTTGTGTTAAAGGCCTAAGTGTTACCCTAAGAACTAGCAATATCTTGCGCTTGTGTTTCTAGGTCGGTATTGTTCCTAGCTCCTGGGATGTGGCCCAAAGACTCGCCTTGCTGCATCCTTCGGCAAGCCTCAAAGCCGAGCTCGTCGGACTGTATTGACTCTTACATGCTGTAGTCGTGCTTTGTTTAAATGAGTTTGAAGTGAAACTTTTGAGGATCACTTAGTTTTGTTTCTGTTTTGGAAGGTTTTTGAACGCTTCGTGGAGATCGGCCGTGTGGCCTTTGTGGCCGTTGGCAAGAACAGGGGTACTCTCTGCGCCATCGTTGATGTCATCGACCAGAAAAGGGTAACTAATGTGCAGAAATCGCCCTAACTAACCAGTGAACCCTTCAGTGAAGGTCATCTGCAGTGAAAAATTGTTTCTCAGAGAAGCCATGTTGACATATCTGACATCTTGACATTTTCGTATATTATTTGATATACATTACCTCAGTCGCTTCGCCTGAAGCTGTTTTCAAGCAAATCTCCTATTGTCAAAGCTTATTATAGAAAAAATGCCACGAAAAATTTGTTGCTTTTGATTTCAGACCACACCGGACGCCATTAATTAATACTGTTTGCATAAAAGGGTGGAAGCCTTACATTGACATTACTATCACTTAGAATGACCCAACATAAACAGATGCCGTAGGTTTACTGACTTTAGGCATATTGCCTGTCCATACTTAAAAGATATTTTCAACATGGATTTTAGTTTCCATAGCATACCAGAGACTCAGTGGCATGTGTTATTTTGTCTACAGGCTGTACGAGTGAAAAAGTTGCATACATTTTAAATTAATTTTGATATTCAGAACACATCGGAAGCAGTGGTGAAGTACTGTTACAGTTGTTATCAAACACAATTTCAATGATACGAAAAAAGCCTCCGAAGATGGCAAATAGCGTCATCATCGCTGGGCATTGTAGCGCACATCCACTTTGCCGTCATCCAAGCGTTCATTCGACCATTAAAAGTTTACCAGACGCAACAGATGCCCTATGACCCTTTGGACGCGCCTTTTTTCATTGTAGGCCCTGGTGGACGGCCCGTGCACCGGCTTCCCCCGCCAGCAGATCCGGCTGAAGAAGCTCCACCTGACCTCCTTCAAGATCCGCATCCCCCACTCGGCCCGCACCGGCACGGTCCGCAAGGCGTGGGAGAAGGCCGAAGTGGAGAAGAAGTGGCGGGCCACCACCTGGGCCAAGAAGCTGGCCGCCAAGAAGAGGGTGAGGAGAAAACAGTGACTTTGTCTGGAATTTTCTTGGGGGGGGGTCTGCTTTCTGCAAGGAAACAATCTCTGCTGATCATAGCGTCGTGGTGAATCCACAGGATTTTTCCCAATTTTAGGATTCTGGGCCTGGTAATTGTGGATTTTTGAGAGAGAAAATCTTTCAGTTTCTGCTACCTTTTTTAGCACTTTGCACGAAAGAACAAATGTGAATCCCAGATAATTGTAGCTATTTGGGAGAAAACCCATGCCTCGTGAGATATTCATACCCTGAAAAGACACCGTATTTGATGGCGACAACTCCTCTATGTGGATGCATTGTAGATTTCATCTTCATGTCCCCAGTCTCACCCCAACCTGCAGTTACAGCGTTTTTCACTAGTCAGCAAGATACTTCTCATGGGAAGGTTTACATCTTGTAAACATGGGATACCCTCTGTGCGTACAGAACTGGCATTACACTTCTCTGCTTGAGCAGTAAGCACGGAATGGCGCACGAAATGCCATGGTCAGCAGAGTTCTGAAATTGAGCCGTAACCCTGTATCTTGCTTAATATCCACATCATAATGTTTAAAGGTTAATGATGAGATTTCGGCACACCGTCCTCCCGGGGCTCTGAGAATGTTGGTGCTTTCTTGGTGTGATGTGAAGGCTTCGCAGACGGCATGGAAGAGACACCACGCTTGCCAAGCCGAGTGACGCACTCGTAGACTTCAGCATCCTTGCAGAAAAAAAAAATATTTTGTTTGATTTCTTGGCTGGTCCAGTGTTGGCTTTACAGGCAATATCATTCGGATCAGGAAAAGTGCTGACGAAGGTCTTACAGCGGTTTCCCTTTTCTTATTCCAGAAAGCCAACATGACAGACTTTGACCGCTACAAGCTCATGAGAGCCAAGCAGAAGGTACGTCCCTCGATTCCACCCCTTGAAAGGGCTTTGCCGTTCCAGCGTCTGTTCGGGCCCTTTCTTGTCAACATTTTCAGAGTGCATGGGGTACACAGCAAAGCTTATTTCAAAATGGGCCCTCCTTGCCCCTTTTTTGAAGCTTCGTGACTCGTGAACGTGCATGGACGCCCACAGAATACCTGGCAACTTTCAGCGGGTTCTGTGGCAGCGTGAAACTGTTCAGAATCTCAGTTAGTGGTTTAGATCCAGTGTTGAAACATTTCGTGTATAGTCTATGTATTTTTTATAGTCTGGTGCCTAGCTACACATTTTGTTCAGCACGCTGCGCTCAAAACCTTTCGTTATATCTTGCTTGTCAGGCATGGAATAAATGACATCTTCTCAAGCACTGTTCACAAAGGGGGGAAGTAACAGTCGCTGGATCAAAAGATGGATCAACAGTTAGGGAGTGCAGTTTTCAGCTTTCCTTTTTCCTCTGCTTGTCCACATTTGCATTCTGTCAACCCCCGATATTTTTTTCTTCTCCACCTGATGCACCTTTCCCCCCTCTGCAGAGGACACGCATCATCAACACCGAGGTGAACAAACTGAAGAAAGCGAAGAAGGAGGCTGCCGCTGCCAAGTAGACGCGGTCGCCATCCGCCACGCCGCCGTCACCTGAGCAAGGCATCTTACAGAAAGCGCACCCTCTTGGGGTGCTAGTTTCTTGAACTAGCACAGCCAGGGAAATTGTTTCCTTTAAACTTTTTTTGGCTTTGTAGTAAAGATCAAGACTGTCCTCTCAGAAGCGATGTAAATCCGTTGGTTCAGCCAAATCGAATCAGGTCACTGTTTGAGTAATAAACGGAATGGTGAAGAAAAATGAC	A. planci

Models - mRNA (2)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	XM_011662434.2 >XM_011662434.2 TAGCATCTTTCTTTTTCACAGTTTCCAGCATGACTGATAGGGTGTTCAGGAGGTTCGTCGAGGTCGGCCGTGTGGCCTACATCGCCAGCGGACAAAACAAGGGCAAGCTATGTGTCATCGTTGATGTCATTGACCAGAGGAGGGCCCTTATTGATGGACCACTCTCCGGCGTGAAGCGCCAGGGAATGCGCTTCAAGCAGCTTCACTTGACAGACTTTGTTATCCGCATTCCTCATTCTGCGCGTAACAGCACCGTAAGGAAGGCGTGGGAAAAGGACGAGATCACCAGCAAGTGGGACGCCACCATCTGGGCCAAGAAGCTCGCTGCCAAGCAGAAGAGAAAGCAGATGACCGACTTTGACCGCTACAAGCTCATGCGTGCCAAGCAAAAGAGGAACGTAATCCTGACGAGAGAGATGGCCAAGCTGAAGAAAGCCGAATCATCCGCCAAGTAAATCTACCGTCATGGTTCCACGTCGCATTCAACATCTTGCGATAAACCCTTTGTGAATAGTGCAGTCAGGGAATAAAGTATCTGCTGAATGCAA	S. purpuratus
NCBI_REFSEQ/JGI	5.0	XM_011662433.2 >XM_011662433.2 TTTTTCACAGTTTCCAGCATGACTGATAGGCGTGTAACCGCGGGAGGACAGGTGTTCAGGAGGTTCGTCGAGGTCGGCCGTGTGGCCTACATCGCCAGCGGACAAAACAAGGGCAAGCTATGTGTCATCGTTGATGTCATTGACCAGAGGAGGGCCCTTATTGATGGACCACTCTCCGGCGTGAAGCGCCAGGGAATGCGCTTCAAGCAGCTTCACTTGACAGACTTTGTTATCCGCATTCCTCATTCTGCGCGTAACAGCACCGTAAGGAAGGCGTGGGAAAAGGACGAGATCACCAGCAAGTGGGACGCCACCATCTGGGCCAAGAAGCTCGCTGCCAAGCAGAAGAGAAAGCAGATGACCGACTTTGACCGCTACAAGCTCATGCGTGCCAAGCAAAAGAGGAACGTAATCCTGACGAGAGAGATGGCCAAGCTGAAGAAAGCCGAATCATCCGCCAAGTAAATCTACCGTCATGGTTCCACGTCGCATTCAACATCTTGCGATAAACCCTTTGTGAATAGTGCAGTCAGGGAATAAAGTATCTGCTGAATGCAA	S. purpuratus

mRNAs (7)

Clone	Accession	Species	Library	Anatomy	Stage
	GHFM01024071 >GHFM01024071\| -	S. purpuratus
	XM_011662434 >XM_011662434\|>XM_011662434.2 PREDICTED: Strongylocentrotus purpuratus 60S ribosomal protein L14-like (LOC105436651), transcript variant X2, mRNA TAGCATCTTTCTTTTTCACAGTTTCCAGCATGACTGATAGGGTGTTCAGGAGGTTCGTCGAGGTCGGCCG TGTGGCCTACATCGCCAGCGGACAAAACAAGGGCAAGCTATGTGTCATCGTTGATGTCATTGACCAGAGG AGGGCCCTTATTGATGGACCACTCTCCGGCGTGAAGCGCCAGGGAATGCGCTTCAAGCAGCTTCACTTGA CAGACTTTGTTATCCGCATTCCTCATTCTGCGCGTAACAGCACCGTAAGGAAGGCGTGGGAAAAGGACGA GATCACCAGCAAGTGGGACGCCACCATCTGGGCCAAGAAGCTCGCTGCCAAGCAGAAGAGAAAGCAGATG ACCGACTTTGACCGCTACAAGCTCATGCGTGCCAAGCAAAAGAGGAACGTAATCCTGACGAGAGAGATGG CCAAGCTGAAGAAAGCCGAATCATCCGCCAAGTAAATCTACCGTCATGGTTCCACGTCGCATTCAACATC TTGCGATAAACCCTTTGTGAATAGTGCAGTCAGGGAATAAAGTATCTGCTGAATGCAA	S. purpuratus
	XM_011662433 >XM_011662433\|>XM_011662433.2 PREDICTED: Strongylocentrotus purpuratus 60S ribosomal protein L14-like (LOC105436651), transcript variant X1, mRNA TTTTTCACAGTTTCCAGCATGACTGATAGGCGTGTAACCGCGGGAGGACAGGTGTTCAGGAGGTTCGTCG AGGTCGGCCGTGTGGCCTACATCGCCAGCGGACAAAACAAGGGCAAGCTATGTGTCATCGTTGATGTCAT TGACCAGAGGAGGGCCCTTATTGATGGACCACTCTCCGGCGTGAAGCGCCAGGGAATGCGCTTCAAGCAG CTTCACTTGACAGACTTTGTTATCCGCATTCCTCATTCTGCGCGTAACAGCACCGTAAGGAAGGCGTGGG AAAAGGACGAGATCACCAGCAAGTGGGACGCCACCATCTGGGCCAAGAAGCTCGCTGCCAAGCAGAAGAG AAAGCAGATGACCGACTTTGACCGCTACAAGCTCATGCGTGCCAAGCAAAAGAGGAACGTAATCCTGACG AGAGAGATGGCCAAGCTGAAGAAAGCCGAATCATCCGCCAAGTAAATCTACCGTCATGGTTCCACGTCGC ATTCAACATCTTGCGATAAACCCTTTGTGAATAGTGCAGTCAGGGAATAAAGTATCTGCTGAATGCAA	S. purpuratus
	GAWB01023346 >GAWB01023346\|>GAWB01023346.1 TSA: Patiria miniata AMR9002.29601.0.1 transcribed RNA sequence GCAGATTCGTCTGAAGAAGCCGCTCTTTCACGCGGACCCCAAATCATGGTTTTTGAACGTTTTGTGGAGA TCGGCCGCGTGGCCTTTGTGGCCGTTGGCAGGAACAGGGGCAAGCTATGCGCCATCGTTGACGTTATCGA CCAGAAAAGGGCGCTAGTGGACGGCCCGTGCACCCGTTTCCCTCGTCAGCAGATTCGTCTGAAGAAGCTT CACCTGACAGCCTTCAAGATCCGCATCCCGCACTCGGCCCGCACCGGCACGGTCCGCAACGCTTGGGAGA AGGCCGAGATTGACAAGAAGTGGCGTGCCACCACATGGGCCAGAAAGCTGGATGCCAAGAAGAGAAAAGC CAACATGACAGATTTTGACCGTTACAAGCTCATGATCGCCAAGAAAAAGAGGACTCGCATCATCAACGGT GAGGTGAACAAGCTGAAGAAAGCGAAGAAGGCCGCTGCCGCTGCTAAATAGATGCAGTCCTCAATCATCA AGAACATCATCAGTCACTCAAAACGTCATACACGTTACAACCCTTCAAAACCGTGATTAGTTACAAACTG TCACCGGTCAATATCTTTCGATTTGTATAAAAATTGAGACAAGCTACCAAATATCCCATAGTCGTGTAAA ATCGTTGGCCCAGCGTGGGTCTGTTTGAGTAATAAATGAAACGGTGAAGAAATCACAAAAAAAA	P. miniata
	XM_038211397 >XM_038211397\|>XM_038211397.1 PREDICTED: Patiria miniata 60S ribosomal protein L14-like (LOC119737212), transcript variant X2, mRNA CTATTTTTGCGCAATACCGCCCTCTCTTGGTCAAAAGTTGTAGAGAACGTGACGTCACCTCGGTCTCTTT CACGCCGACCCCAAATCATGGTTTTTGAACGTTTTGTGGAGATCGGCCGCGTGGCCTTTGTGGCCGTTGG CAGGAACAGGGGCAAGCTATGCGCCATCGTTGACGTTATCGACCAGAAAAGGGCGCTAGTGGATGGCCCG TGCACCCGTTTCCCTCGTCAGCAGATTCGTCTGAAGAAGCTTCACCTGACGGCCTTCAAGATCCGCATCC CGCACTCCGCCCGCACCGGCACGGTCCGCAACGCTTGGGAGAAGGCCGAGATTGACAAGAAGTGGCGTGC CACCACGTGGGCCAGAAAGCTGGATGCCAAGAAGAGAAAAGCCAACATGACAGATTTTGACCGTTACAAG CTCATGATCGCCAAGAAAAAGAGGACTCGCATCATCAACGGTGAGGTGAACAAGCTGAAGAAAGCGAAGA AGGCCGCAGCCGCTGCTAAATAGATGCAGTCCTCAATCGTCAAGAACATCAGTCACTCAAAACCTCATAC ACGTTACAACCCTTCAAAACCGTGATTAGTTACAAACTGTCACCGGTCAAAATCTTTCGATTTGTATAAA GATTGAGACGAGCTACCAAATATCCCATAGTGGTGTAAAATCGTTGGCCCAGTGCGGGTCTGTTTGAGTA ATAAATGAAACGGTGAAGAAATCACA	P. miniata
	XM_038211396 >XM_038211396\|>XM_038211396.1 PREDICTED: Patiria miniata 60S ribosomal protein L14-like (LOC119737212), transcript variant X1, mRNA CGTATCTTATTTCTTATGTACAGGAACCTAAAAAGACATAGTAGTGGTAGAACTGTGACTGAAAATCTGT ATGTTCGAATTAAGAGGTGTATTTTGGTTTTTGAACGTTTTGTGGAGATCGGCCGCGTGGCCTTTGTGGC CGTTGGCAGGAACAGGGGCAAGCTATGCGCCATCGTTGACGTTATCGACCAGAAAAGGGCGCTAGTGGAT GGCCCGTGCACCCGTTTCCCTCGTCAGCAGATTCGTCTGAAGAAGCTTCACCTGACGGCCTTCAAGATCC GCATCCCGCACTCCGCCCGCACCGGCACGGTCCGCAACGCTTGGGAGAAGGCCGAGATTGACAAGAAGTG GCGTGCCACCACGTGGGCCAGAAAGCTGGATGCCAAGAAGAGAAAAGCCAACATGACAGATTTTGACCGT TACAAGCTCATGATCGCCAAGAAAAAGAGGACTCGCATCATCAACGGTGAGGTGAACAAGCTGAAGAAAG CGAAGAAGGCCGCAGCCGCTGCTAAATAGATGCAGTCCTCAATCGTCAAGAACATCAGTCACTCAAAACC TCATACACGTTACAACCCTTCAAAACCGTGATTAGTTACAAACTGTCACCGGTCAAAATCTTTCGATTTG TATAAAGATTGAGACGAGCTACCAAATATCCCATAGTGGTGTAAAATCGTTGGCCCAGTGCGGGTCTGTT TGAGTAATAAATGAAACGGTGAAGAAATCACA	P. miniata
	XM_022224779 >XM_022224779\|PREDICTED: Acanthaster planci 60S ribosomal protein L14-like (LOC110973729), mRNA GTTATTGTAGCGGCGTGACGTCACCTCGGTCTCTTTCGTGCCGACCCTTAATCATGGTTTTTGAACGCTTCGTGGAGATCGGCCGTGTGGCCTTTGTGGCCGTTGGCAAGAACAGGGGTACTCTCTGCGCCATCGTTGATGTCATCGACCAGAAAAGGGCCCTGGTGGACGGCCCGTGCACCGGCTTCCCCCGCCAGCAGATCCGGCTGAAGAAGCTCCACCTGACCTCCTTCAAGATCCGCATCCCCCACTCGGCCCGCACCGGCACGGTCCGCAAGGCGTGGGAGAAGGCCGAAGTGGAGAAGAAGTGGCGGGCCACCACCTGGGCCAAGAAGCTGGCCGCCAAGAAGAGGAAAGCCAACATGACAGACTTTGACCGCTACAAGCTCATGAGAGCCAAGCAGAAGAGGACACGCATCATCAACACCGAGGTGAACAAACTGAAGAAAGCGAAGAAGGAGGCTGCCGCTGCCAAGTAGACGCGGTCGCCATCCGCCACGCCGCCGTCACCTGAGCAAGGCATCTTACAGAAAGCGCACCCTCTTGGGGTGCTAGTTTCTTGAACTAGCACAGCCAGGGAAATTGTTTCCTTTAAACTTTTTTTGGCTTTGTAGTAAAGATCAAGACTGTCCTCTCAGAAGCGATGTAAATCCGTTGGTTCAGCCAAATCGAATCAGGTCACTGTTTGAGTAATAAACGGAATGGTGAAGAAAAATGAC	A. planci

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