gpaa1 Nucleotide Sequences

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Echinobase

Gene Literature (0)

Nucleotides (10)

Interactants (16)

ECB-GENEPAGE-23078214

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

Nucleotide sequences for gpaa1 - All

Models - Gene (3)

Models - mRNA (1)

mRNAs (8)

ESTs (0)

Models - Gene (3)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	LOC591529 >LOC591529 ATGGGCCTGTTAACAGACACTCGAACACAGGCGGTCATGTCCCGTGTTATTCTGGCCATCCACAAGCCTCTGGAGGTCCTTCTGTACATTGCTGGTGTGGCCTCACTGCTAGTGTTAGCATTCACCCCTCTCAATGAAAAGACATACTTCTCTGAAAATGCCCTCTTACCAGGCTTGGTGGAGAGGAAGTATCTGAATGATCAAAGTGTCAAGGATTACGCCAAGGAACTGACCCGACTGGGAGCTGCGGACAACGGGAAAGGTCCTATCCCTGAAGATTGGCTGAAAGCTCAATTTATGGACTTGGGCTTAGATGTGTTTTCACAAAACTTCACTGTGCAGCACCCCTTTAACGTTAAAGCAAAAGGAACTCAAGAGAGTGGAGCTGTCTCCGGAACCAATGTCTATGCTATCCTCAGAGCCCCTAGAATTGCAAGTACCGAAGCGATAGTCATCACAGTACCATATCGCAATAAAGAGGCTGAAGCAGGCAGGGCAAGGACACACTATGGAATTGGCCTGATGCTGTCATTAGCCAGCTTCTTTAGCAAAAACACATTTTGGTCAAAGGACATCATCTTTGTGGTCGTGGACAAAGAAGAGGTCGGGATGCAGGCCTGGTTAGCTGGCTACCATGATAGTCATTCAGAATATCTCCCAACAAGCCTCATGCTAGGGCGCAGTGGATCAATCATCGCTGCCATCAATTTGGAGCTCGGCTCTGAGTTTACTGATCACATTGATTTGAAGATTGAAGGTGTTAATGGACAGTTGCCAAACATGGATCTGTTCAATCTGGCTGTCAGGTTATGTCGTGTAGAGAGGGTTCCTGTCACTTTCCAAAACAGATTTGATCCTTCAGAAAGAATTGTTGTCAAGTGGGCGGGACTACAGCATTCGGCCACAACCATGCTACTCAACATGGCTAAGCAAGCCAGCGGAAAGCCAAGCGGAATCCATGGTCTGTTCCTGCGCTACCACATAGAAGCCCTGACTCTCCAGGCCCATCCTGCAAAGCGTGGGTCCGGAGTAGAAGCAGTTGGGCGTGTCATGGAAGGCGTGGTCCGCAGTGTAAACAACCTGTTGGAGCGGTTTCACCAGTCTTTCTTCTTTTATGTACTCCCTAGCTGTGAAAGATATGTCTCAATCGGTCTATACATGATTCCTTTCGGCCTCTTGTTGGTTGTACCTACACTGCGTGGTATGGCCCTCTGGCTTCTTGCAATGCAATCCGTTGAAAAGATGGACACTTCTTCAGACGAGAAAGATAATGATGAGAAAGAGGACGGTGATAAAAAGAAAAAACTGGAGCTAGAGCAGCAAGGTCGTCCTTTTGGTCAAGTCATGCCTCTCATCATTGGTGCACACATCATGGGAGCCATACTGTTCATAAGCCCACAATATCTTGTCAGTGAGCACATCGCATCCTTCAATGTAACCCCGCAAGGTGCCATTGCTATAGGTTTTGCAGCCTTCTTCGTTGGATCAGCGTCCCTCCCTATCTTTGGTAGGAGGAATAATTTTCAAACGAGCGAGGATTTACCTTCGGACTGGCAGCTCTTGAAGTGTCTCACGCTCATCTGGTACACAGTTACACTCCTGGCTGTGTCTATGTTTAACTTTTCTCTGGCTTTCTTTGTTGCTGTGCCAACAATTCCCATCGCCGTCATTGTTCAACCAGCCGAGCAATCAGTTTTGAAAATAATACAGGGATTTCTCCTTCTTATGATATCTCCCCTATCTTTGCTCTATTCTTTCATAACTGTTCACCATGGATTCTTTAACCCTGGAGATGCCATGGTAGACATTCTTACCCAGGGGTTGCATAAGACTGTAGATTCCTTGTTTGAAGGTGTGGTCAATGCCTACTTGTATGGCAACAAATCTTTTGCCTTGATAACGTTAGTATGGTTTCCTGTTTGGTTTCTCTTGTGGGCAGTGCTTTTCAGGAAAGCAAGTGGCAAAAAGGTTTCATCATGA	S. purpuratus
NCBI_REFSEQ/JGI	3.0	LOC119720647 >LOC119720647 CGTTTTCGAATATGGCTCATACTTGTTACCTGACTAAATTTAACACCACTGCAGTGCTGGTACGGAAAACGTGCGTTGTAAGTTTTTTAGTAGCATTTTTATGActttaatttcagttttattttcaagtgatattAATGAGCATAATGACAATCCTTGAAACTACCCTTTTGCTTCATAAGGATCCTCAATAAATGTCATTACTTGGTTTAATCACGCTCGCCAATCGCTTGCTATCGTCTATTGGAGTCAGAGAGGGCGCTTCAGAAATTCAGAGAGGGAGGTCATGCACTTAACATCGGCGGCAAACTTGAGGGATAATCACTGCTTTTTACCCGAGATAGACACAAAAACGAACTTAAATATCAACATCCATCACAGGGAATGCTTACACCATCCTTTTATCTTCAAAATGCTGAAGTCTGCTTAATCAGTGGCTGGTTTTCCAGCACCAAAATACCACCCTGACGGTCGGCCTGTGACTGCCATATTGGTCAGCCATCTTGGATGATTGGTTTATGCGCATATGCATGGAGCTGATGCATGTATGTCATGCACAAACACATGATGGCCCTGCATCTGTTTTTATCAGTTGTCTCCTTGCTACTTCTATATCAACAAGTCATCCCAGAGCACAATCCAGCTATCTCCAACCCTGCAAGCAACATGACATTATTGATGGCAGGTGACATCCATCCAAACCCGGGACCTCGTGTAAAATGTTCcgggaaaagttccatactcggatgccaatttatctgctgccaaacatattaattgtcaccttaccttgtcatttgaaccaagagaaatcaaggaagctgtgttaaggtgaaaaaaaattactcaaaatgtgtttttagagcacattttggatgcatacgtcgtgcagaactaacttgaagcagccggtcaaaactgattgtagtggctgaaagacagcggtacgttatacacgtgacatcaacaaccatgacgtcgcatgagcctgccaatgatagtgcaatacgtcattatgaatatttattttctcatgaatatttagtttatttcaatggatacttcaaatatgtccaaagattgattattgcaacagcgatcgtgcgcggcctagcggttaagagtctcgtgtgtcaagcaagcgtcagaggttcgaatcccgatgaagtaactgactgattaataaatagaaattaaggaaaggagagggtgagagtagaggagggaaagtggaggaataaccataaaagatgtaacttttggcgctagaaaattaattgaaaaaagtgacgtccgagtatggaattttttcctaTTCCAGCATATACCCTTGTGGATTATGTGAGTACCCTGTCACATGGAACTGCAAAGGTGTTGCCTGTGACGACTGTAGTATCTGGTATCACCAGTCCTGCATTGATTTGTGCTCAGCTGACTTTGAATTATTAAATCATTCCAACATTCAATGGAAATGCCACAAATGTAATAGCACAAACTGTGATAGCTTTACATACCATAGTTATGAACTACACTACCCCAGCGATGACTTGAACATCGACTCGAACATCGAACTTGGCAATATACCATCATCAGAAAATTCCTTTAAACCACTGCAGACAAGTAGTCCAATAGCAAGTACCCAGACTGATGATGAAAGAACTAAGGAAAGTTACACATTGTCACAAGTATGTAGCCCAACCATGGCAACACAAATGCCCAGGGCCCACAGCTCAGTCTCATATCGGCCAGGCACACAAAATCTAAGAATAATGACAGTAAACTGCCGGAGTGTGCTGGCCAAAAGGTCAGAACTTGCCATCGCCATTGAATATATCAAACCGGACATTGTATGTGGAACCGAATCTTGGCTGACAGGAATAAAACCAGGCCGAAACCCTTCTGAGGGTTATGTGAAATCAAGTGAAATCTTCCCAGAAAATTACATTGCCTACAGGAACGATCGCTGTAGCCTAGGTGGAGGAGTCTTCGTACTTGCTCATCGAAACTTGGTCACAGTTGAGCTCCCGCAACTTGTGACAAATTGTGAACTCGAATGGGTCAAAGTAAAACTGGAAAATAATAAAGAACTGATCATTGGATCCTTTTACATGCCCCACCGAAATACTACCACATTGAATGAACTGGATAAGTCATTCAAACTTTTGACAAGCTGTGGTTTCCAAGATAAGCAAATTATCCTTGCAGGTGACTTCAATTGCCCCGACATAGATTGGGAGCACTGTATTGTTGACTCAAGGAGCAAAGACAATACAACACAACAAATGCTGCTTGACATAACTTCTCACCTCACTCAAGTCCACATGTCACCCACGCGTGAGGACAACTTACTGGACCTGGTACTTACATCAAACCCAAGCCTTGTAAAGTCCTCGGTTTCTGCACCAGGGATATCCGACCACGACATTGTGATCACCGACATAGCAACTAAACCGACTATTACTAAACAAGCACCAAAGAAATATTACCAATTCTCACAAGCCAATTGGGAGAGCTTAGCTGGAAACTTGGATGCACTCTCACAGGACATCATAAGTATGCGACAAAGCGGCTCCAACGTACACCAGATGTGGGAAAAATTCAGTTCAACGGTACTAAGCGAAATTGACAAACACATCCCCCACAAGATCAGGAAAGGTAACAACTGGTTACCCTGGCTAGACAAATCCATCGTGAAAATGATCAAAAGGAAAAGAAGACTGTACAAGCGtgcaaagaaaaacaacaaatggGAAGCATACCGTAGCCTCCAAAAACAATGTAGGAGGAAAATCCGAAGAGCCCACTGGAACTACATCAATAAAGTCATTCAGGAAAGCCTCGCAAACAACAACAGTAAGCCATTCTGGAGATACATCAAAAACAGACGCCAAGATAATGTCGGTGTTGCCCCACTAAAGCACAAGGGGACCTTGTACAGTAATAGCTCATCTAAGGCAAAAATACTCATCGAACAGTTCAAGTCAGTGTTTACACAGGACAAAAATCGTGATCTCCCAGAAGTAAACACAAAAGTAGATCAACCAATTCCACGTATCGTCGTCCACTCAGTCGGTGTAGCCAAACTGCTGAAGAAGATTAACATTGCAAAAGCACCTGGACCAGACAACCTACCAAACGCTGTGCTGAAAAATTGTGCTGACAACATCGCACCTGGTCTTGCAGCAATATACCAAACTTCTCTTGACTCCGGCATCCTACCTGGAGATTGGCTTAAGGCCAATGTATCCTGTGTTTTCAAGAAAGGAGACAAACACCTAGCCGAGAACTACCGTCCAATCTCCCTAACCTCAGTACTCTGTAAGCAACTGGAACATATCATTTACAAACACATCATTTCACACCTTGAATATCACCAAATCCTCACACAGTTAAACCATGGTTTCCGTCGTGGCTATTCCTGTGAAACACAACTTACAGTTACACTACATGACCTACAAAAATCTTTTGACGAGAAAAAGCAAGTTGATATTGCCATACTCGACTTCAGTAAAGCATTTGACACCATCCCACACAACAAACTCCTCCACAAGCTCCACAACTACGGCATCAGGGGCCCTCTACATCAGTGGTTAACCTGCTTTCTCACCCAACGCACAATGAGAGTGGTATTGGAAGGAGTAGCTTCTCGGGAAGTGCCGGTCGACTCTGGGGTCCCCCAAGGGACAGTGTTGGGTCCCTTGCTGTTCCTTTGCCACATCAATGACCTTCCAGCCTGTGTGACATCCAAAGTCCGTCTCTTCGCAGATGACTGCCTGCTGTACCGACAAATAGATGACCCCAGTGATCATGTCATCCTCCAACAAGACATCGAAAACCTGGAAACTTGGGCGGGAAAATGGGGAATGCGCTTCAATGCCAAAAAATGTAACATTCTCAGCATTAGGAATAAATCAACACGTTTCTACACATTAGACAACACTGTTCTTCATCAAGTACCTAGCAACCGGTATCTTGGTATACACATCTCTGAGGACCTCAAATGGAATACACACATATCCAGTATATCCAAGAAGGCTGGCTCCACTTTAGGTTTTCTTCGCAGAAACCTTAGGGGTTGCCCAGTCAACTGCAGAAGAACTGCCTACCTAGCTCTGGTACGACCAATCTTGGAATACGGAGCTACAGTGTGGGACCCTTACATAAAAGCCAATATTGACCGACTGGAACGCATCCAACATCGAGCTGTACGCTTCATCACCGGAGACTACAGATCACAGAAGCCCGGTTGCCTCACAAAAATGCTACAAAATCAACAACTACCATCTCTGCAAGACAGAAGGAAACAATTACGACTCACATTCATGTACAAAGTGGTTAAGGGGCTAGTGCCAGccataccatctcagctctaCCTAACATCTAAAAAACCTGGGAGACAAATTCGACCAAGAACACTTTTCAACTCTGCAACAACACACTCCATTGAAAGCTCCATAGCTGTCAACTCAAGGTGCTACAGAGTTCCTCGGAGCAACACAGATCAATTCAGGTACTCCTTCTTCAACAGAACTATAATTGACTGGAACCATCTAGAGGAATGCGTAGTCCAAGCCGACTCTGTTGACACCTTCAAATCCCTCATCAGCCGCGGACCTCTCTCTCAATAAGTTACTGTACAGTGAACACCCTCTCTCTCTCCCGTTGCTCTTATGCCAGAATTGGTTTCTTGCAACGTACACCTACAGATACAGATGCAGATTGTCGATTTCGCGTTCTGGACCAACACctcattgagggcgctgtttctaaAAGGGCTACGAACGATATGGGTTTATTTTGACACTGTGTTTTGTAAGGGTTCTTTGAATGGTTTTACAGGTATGAGACGCCTTTTTGAAAGAGCGTTGTAAGTGCCCATTTTCCATATTTAAAGGTTCCTTATATCTCTGgctcacaagagggcgctgtgacCGCGCCCCAGAGGACCCCAACTTGACTACGGAGGCGCTGttgatattatgctaatttagGCCCTTGGCCTTAGTGTTTAGTTATAAAAACTGTGAACTAATGTaaaatacaaacatgacaaacctTAAGTTTGCTCATGATTTAGCACTTACTTAAGTTTTCTCAATTGAAGCTTATCAGTACCAGAATGTTATTGTTATGTGCATTAAGAACTAAGGAGTAAATTTGGGTTAAATTTATTCCTGCATGCATGTTTTTAAACAGATTTTCTTCATggcaggtttaaaaaaaaagtcatttcaaAGAGGAGTGAAGTGGGGAATTGGTGACCTCTGAACTGTAACCTCTATCATCATCGTGGATGTTTATCTGTCAAGGTCACAAGTGATTGAATGATGATGAATGACTTCTTGCTTGGTTTGTTGCCCCTGCAGATCACCAGATCTCCAGAAGAGCTTAAGAAATACTGATCAGTGCGAAAGGACTGAGAGGCTAGTCTATTTGCGACAATGGGGCTTATGACTGATCCGTACACGCAGGCAGTGCTTGCCACCTTCATTGGCCGTTTCCACAAAGTCGGTAGCCTCCTGTGCTACGTGGCAGGAGTGGCTTACATGCTGGCCCTGGCTTACCCTACGCTGAATGCAGGCACCTACTTCTCCGAGAATGCCCTGCTGCCGGGATTGGTGGACCGTGAGTATGCCGACAGCAGCTACAATGTGGAGCAGCTGGCTGAGGAGTACAAGAAGGTCATTGACGGCGGGGAGGGCTTGCCCGTTGCGTATATGGAAACCAAATTCACCCAGCTTGGTCTCGACACCTACACCCAGAATTTCAGCGTCAAGCATCCCTTCTTGGAAACTGAAGTTATTGGGAAGCGTCGAGTGCCTAAAACCATCCAGGGAACAAACGTTTATGCCATTTTGAGAGCTCCGAGAATTGCGGGGACTGAAGCGATTGTCTTGATGGTGCCTTACCGCAGCGGCAAGAAGGCACAAGAACGTGGTGATACGCACTTTGGCATAGGGCTGATGCTGTCCCTGGCTAAGTTCTTTCAGACCAAGACCTACTGGTCCAAGGATCTGATCTTCTTAGTAGTTGATCAGGAGGACATGGGCATGCAGGCCTGGCTGGAGGCCTATCAGGGCATACCCTCAGACTACATCAGCTCATCGATCATGCAAGGGCGTAGCGGGGCCATTATGGGTGCGGTCAATCTCGAGGTGGGCGTTCCTCGCGTCAAACGCTTGGACTTAGTGACCGAGGGCATCAATGGCCACCTACCCAATCTGGATCTTTTCAACCTGGTTGTGCGGCTGTGCGGTAAGGAAGGAGTCCAGGCCTCCTTCCAGAATCAAGTAGACAGTAGCAACTACCACCGCCTCACCAGGCAAGGGTACGAGAAATCCGCCAAGACAATGCTGCTAAACATGGCACATCAGGCCACAGGACAACCCCGTGCCATACATGGACTGTTCCTCCACTACCACATAGAGGCCATAACCATAAGGGCAGCGGCAGGCCAAAAGTCCGGCAGCAAGAGTATGCAAGTGGTAGGTCGAGTTCTTGAAGGAGTCATCAGAAGTATCAACAACCTCCTAGAGCGGCTTCATCAGTCCTTCTTCTTCTATGTCCTCCCTAACTGTGACCGTTATGTCTCCATTGGGCTCTACATGCCACCCTTTGCATTACTCATGATGGTCCCCTTACTGAATGGTCTTGCTCTGTGGATCAAATCTGGTAGCATATCCAAATCTCTACCAACAAAGGACTCGGGAAAGGAAACGCCGAAGACTGATTCAGAGATCACGGACGATTTTGTTCCTCGACCATTGAGCACCATCATGCCACTTCTCATCGGAGCATCAGTGACCGGTGCCCTGCTTTACATCAGCCCTGAGTTCTTCATGAGTCGCTTGGGCAATGTCTTCAAGCTGACGCCAGAGGAGTTGGTCAGTCTGGGTGTGATGGCTCTCTTCGTGGGTGGGGCCATGTTTCCTCACATCATCCGTCGCAAGATGTCTTCCCCCTCCGATCCAGGTGAAGTCGCCGCCGAGTGGCAGCTCCTTAAGTCCTTCGCCCTCATCTGGCAGGCCGTTATCCTGTCCGCAATCTCCATGATGAATTTCTCCCTGGCGTTCTTCATCAGTGTTGCCATGGTACCCATCAGTGCCGTCGTCAAGCCGTCATCAAGGACCCCCCTCCGTCTCCTGAATGCTGTGCTCCTACTCCTAATCTCCCCACCAGTACTCCTCTTCTTGTTCCTTGCCATCTTTAACGCAGCCACCTCACCCATTTCAGATGGCGGAGAATTGCTCTCCACCACTCTACAGATGTCCAAGCATGCCTTATACCGAGCTGTTGTTGACGGCTACGTCTTTGGAAACTTGTCTTACGGCTTGGCTACGATGGTTGTGTTTCCAAACTGGCTCATGCTGTGGCTAGTCGTCTGGAAGAAAGTTTAAAACTGGACATGTTGGCTGTAGAAAGAAACAtgtaaaatt	P. miniata
NCBI_REFSEQ/JGI	1.0	LOC110973945 >LOC110973945 AACTCATAAGCAATATTACCGAAGATTGGTGAAGACGTGCTACCTGACTAAAGTTTACTTCAACAGAAAGGGAGCTGAGACACCGCGGCAGTGCTGACGAGGTATTTTTGTGTTTAGTGTGATATGAGATCACGAAATGTATCACCAGTTCTTGTATTCTTTTTTAATCTTTATACGAATCTGAAATAAATGCCATCACTCGGTCGGATCATGGTAGAGAGAGTGTAAACTGATGATGCACGCGTGATAACGTGATCAGCTCAAGTCAAGGCAGTCATGCATACAGTTGAGGGCGCTGTTTAAGTTACAGGACTTTGTATGGATAAGAATAATAACACAGAATGATGTGACAGTGTGTCAGTTGTGAGATATAGATATCTGTCTTTAAGCCTTTTTAAACCGTCCTACACAAAGATGCATTCTTGGCAAATTAACCTGGTATCAGTCAAATGACCCATATTGGTGTTGTGCAGGGTGCGAAATTAATGGGCGCAGGTAGTTAAAATGCACCATTTTGTCTCTGAAATGCGCCCATAAATCATGACGGGCGCAAGTGCATACGCACCATGTACCTGAACATTTTTACCGTTTGTACTTTGTTTCTACTTTTGTCATGAAAAATACCTGAACTCATTGACTTCACTTTGGATCAGCCTTGTCACAGAACCATAACACGGTACAATTTTTTTACAATGTCACCGAGCACACACCGCAGTCTCGCATGCAATGCATGCACAACATAAACGTACACACGCGCATACCTGCAGCCAGTGTCACGACCTCGCTGAATGGTCTGCACAGTAACGTTGTCTGAATCGATACAGCTGAAATTTACACATGATTGTATGGAAACTGGCCCAACCACAACACCCTAGAGTCATGCATAAATTCAAGCCAAACGAGTGGATTCGGCTCAGACTTCAGTTTTGCAGATTCCAGTCATAGCTTGAACCATGCGCCAAAATAGCTGAAACCAGCAAAACCAAAGTCTCAGCCTAATCCACTCGTTTCAAAAACACTGGAGTGCTGCAGTTAGTTCCCTTTTACGTCTGTGTACATATGTACATTATAAAGGCCCAGTGCCTGACTTTTTGCATAGCATCGCTAAGTACATGTTTGAGGTTCCGGTTGGTCGCATACTAGTTGTATGTTGCGTACAACCCGCAAAAATAACAACTCGATCAAGGCTTTAATCTCTGCCAAAGTCTAAGCCGTAAGTTATCAGTGTCATTAATTTAAACAAAAGCAACAGCGAGGACCAGGGTCTTTGCTTTTTTTTCTTGAACATATGTCTTTAACATTGTACAGGAGCTACTTGCTCCCGTAAACTGACAAATTCAGCTGCCTAGCAAGTATGCATTGCTCCTGTGATGTTTAGCCCAATTTCGAGCCCTGTAGTGTACAAAAGAGAGGTATTTTGATTTTTTTATGAAAAAGACATAGTGTTACCCTAGGACTCTAGCATTCGTCATCCATCGAACTGAAGAGCATGATGGAGAACAAACCCCAGAGTTCTAAGGGTATTGTGACTGTTACTACAAAGGAAGGTTAAGTGCTCTTTTGTCTGTTTTTTACCATTTTCTCTCAAACGTTGTATTGTTAGTTCCCAAGCTGATTGATCTAGAATTGATATTGAGCACAAATAATTTGAACTTGCACAAATTCTTTGAATTTGGTTGCAGAAGATACATATGGCCGTATTTGTAAGTAGATGATAAACTCATAAGGACAAAGCAATATGGAAGTTAGCACAAATCTGCTCCTATCATTGATAGAATGTCAGTTCATCTGTACAGTGTATACATAAAGAATGTAAATTTGAATTTAGTGTTATACTTTGATAAATTGCACAGGCATTGTGATGTGAGATTCACATCACATGTATAGCTTTGCCCTAATGTGTGAATTTATGAATAGATTTGATATTTTTTCTCTGAAGTAAGATAGAGATACAAGCTAAAACCCTGAGTTTTTTTCCCACATAACCTTTCCCCGACGAATTTTTTATACTTAGCCAATAATGTACTTGTACATAATTTAGATTTGCATCTGTACAAGTTTTCATTGTATAATCAAAGTTCTTCATAATGTACAAAAACAAGACATTTTCCAGCAGGAGGAAAGCAAGGGTACACCTTGGAATTGGCGACTGCTGAACTTGTGTTGCTATCTTGGATGCAAATCATTAAAGGTCTTGAGTGATTGAATGGTGATGATGATGACGAATGTCTTCGTTCATTTGTTGCCCCTGCAGATCACAAAATCTTCAGAGGATTCTAAGAAATACTGATCCATCGTCGGGGCAAAGGACTGGAAGGCTAGTCTAGTTGCAGCCATGGGGCTCATGACTGATCCAAAAACACAGGCATTCCTATCCAATTTCATCAGCCGTTTCCACAAGGCAGGCAGCCTCCTATGCTACTTGGCTGGCATGGCCTATATGTTGGCCCTGGCCTACCCACCACTGAACGCTGGCACTTACTTCTCTGAGAATGCCTTGCTGCCAGGTTTGGTGGACCGTGAGTATGGGGATAACAGCTACAATGTGGAGCAGCTGGCGGAGGAATACAAAAGGGCCGTCGAAAGCATTGAGGGTTTGCCAGTCAGGTACATGGAAACCAAATTCACTGAGCTTGGTCTGGATACCTTCACCCAGAATTTCAGCATCAGACATCCTTTCTTACAAACTGAAGTCATTGGGAACCGGCGAGTGCCTCAAGTCATCCAGGGAACAAATGTGTATGCCATCCTGAGAGCTCCAAGAATTGCAGGCACTGAGGCGATAGTCATGTTGGTGCCATATCGTAGTAGTAAGGCAGCACAGGAACGCGGTGACACGCACTACGGGATAGGGCTCATGCTGTCCTTAGCAAAGTTTTTCAGGACCAAGACGTACTGGTCCAAGGATGTTATCTTCCTGGTGGTTGATCAGGAAGATATGGGCATCCAAGCCTGGCTAGAAGCCTATCAGGGTATCCCCTCGAATTACATTAGTTCGTCAATCATGCAAGGGCGCAGCGGAGCTATCATGGGAGCGGTCAACCTGGAGGTGGGTGTGGCCCGTGTCAGACGCCTAGACCTGGTGACAGAGGGCATCAACGGCCACCTGCCCAACTTAGACCTCTTCAACCTGGTTGTGCGGCTGTGCAGCAAGGAAGGGGTACAGGCTTCCTTCCAGGGCCAGGTGGACAGCGGTAACAACCAACGCCTCACCAGGGAAGGGTATGAGAAATCTGTCAAGACCATGCTGCTGAATATGGCTCATCAGGCAACAGGACAACCCCGCAGTATACATGGACTGTTCCTCCATTACCACATAGAGGCCATTACCATCAAAGCAGCAGCAGGCCAGAAATCTGGCAGCAAGAGTATGCAAATGGTCGGTCGTGTCTTGGAAGGTGTGATAAGAAGCATCAACAACCTCCTAGAGCGGCTGCACCAGTCCTTCTTTTTCTATGTCCTCCCGAATTGTGACCGTTACGTCTCCATTGGTCTCTACATGCCACCCTTTGCCCTGCTTATGATGGTTCCTCTGCTGAATGGTCTCGCCCTCTGGATCACATCTGGTAACATTTCCAAATCGGCACAAGATCAGGACGTGGGAAAGGACAAGCCAAAGACTGATTCAGAGAGCATGGAGGATTTTGTCCCTCGGCCATTCAGTACCATCATGCCTCTTCTCATCGGAGCATCAGTGACCGGTGCCCTGCTGTATATCAGCCCTGAGTTCTTCATGAGTCGACTGGCTACTGCCTTCAAGTTAACTCCAGAAGAGATTGTCAGTCTGGGCGTGATGGGGCTCTTTGTGGGCAGCATCATGCTTCCGCATATCATCCGCCGGAAGATGTCCTCCCCTTCTGATCCAGGCCAGGCCACTGCCGAGTGGCAGCTGCTGAAGTCGGTGGCCCTCATCTGGCAGGCTGTTATCCTGTCCGCTATCTCCATGATCAATTTCTCCCTGGCATTCTTCCTCAGCGTTGCCATGGTTCCCATCAGTGCCGTCATCAGGCCATCATCCAGGACCCTGTTCCGTCTCCTGAATGCCATTCTTCTCCTCCTCATCTCCCCACCAATACTCCTCTTCCTGTTTCTAGCTATTTACAATGCAGCCACCTCACCCATTGTAGACATCACAGAACTACTGTCGGTCACTCTTCAGATGTCCAAGCATGCCATGTACAGATCAGTAGTAGATGGCTACCTATATGGGAACTGGTCTTATGGCTTAGCTACCATGGTTGTGTTTCCAAACTGGCTCATGTTATGGCTCGTTGTATGGAAGCAAGTTTAAAAATTGAACATTGTAACTCTAAAAATAGAACCACTCGAGTGTTTTTGACCCTGTAAAAACAATTCCAAATTGTCAAAAATTGTCAGCTATGTGTACAATCATGAGATCCATTCAAAATTACCAAGGAAATTAGACTGATGACTTAGCATTAAAACAGAGAGCCAAAAATGGCCTTTTCAATTCTTGTTGCTGAAGCTAGCTTTGTTTGCAGAATTCTGAACGGGGGATACTGTGTGTCTGTTGTAATAGAGTAAAAAGTCTGTTTGTTTGGTATGTAATATGTTTAAATTGATTATTCTGTTTAACTGAAATTACAGTATATTCAAATGTTTAAGAGTAACTGAGAAAAGGACCGTTAAGGAAATTGGCCCCTGTTTTTTGGCTTTATTAAAGAAGAAGAAATACTGGTGTATTTGTAATTTACACTGTGTACTTGAATATGCTGAGAGCATTCTCAAACCTCAATAGGGGCTATTCGCAATTGTGCGCCACCATGAGTTTGCAACGCGTTGGCCAATCACAGCGCGCGAAATTTGTCAACCCTTTCCAAACGTGCATTAGGTCGACAAATTTCGCGCACTGTGATTGGTCAACGCGTTGCAGTCTCTTGGTGGTGCACTATTGTGAAACACCCGTATTTTATCTAGCATTCATCTAGCCAGAAGCCACACTGCTTTGATCTGAAAGTTGGGTATATAACAGTTGAAAATAACTAAGATTTTTTTAATGTAAACAAAGCATTTGATCACATTTTTAAAAATCTGAATCACATGTAGAACAGTGTAAAGTTTTGGTTGATTCCCCAAATATAGGAAAGGAAAGCCTGTAGCATTGAGTATTGAGTAATTTGAAAAAATGTGGAGATTTAATACTTTGCATTGCAGTTAGTGATATGTTTGCAATAAAGTTGTGCACGCTTATGTGCATGTCATACATGTATGTGGCTTCTTGTAAGAAATTTCTTCTGCAGCTTTTGTTTTACACTCCTACATGTACATACATTGTACATATATGTTTAACATGCCAGATTATCTTGTATTTAAAAAGCTCCTCAGAATCGCTCCAAGTGCTTTTTAGAGCCAGGTTCTGAAGTCATTTCTGAAAAACTGTACATTTATAAGAAACTTGTGCTTCAAAAATATTGTAAAAAGAGAGGAGGGGGGTGGACATTACGAAGGCCGTGTCATTGAACATGCATGTACATGTACTTGTCAAAGACAGACACGTGCTTAGAGAGGTTTCTACTCACGTGGTTTCAAAGTAGTTCTCATGATTTTGTTTTGCAGACTTTTTAAGATCTGAAGTTGCTAAAGCGTGTGGTTATACCTGTGCACCCACATTACTGTTTGTGGATTCCTGTTGGTAGCAAGCGCTGGCCACTCTCATAGCAGTCAATGCTGGTTACAAGGCTACACCGAGGCTTGTTCCGTCTCCGCACAGTCCTGCCACTTTTCAACATGGCTGACTCAGTTCCCAAGGAAACTGCCGCAGTTGCCATGGTGAGCCAATCACCAGAGGACAGCAAGGTGTCGAATGGTAACAAACGCTTACTGGAATCAGACGAGCAGAAGAGTTCAGGTTCCTCTCCAGCCCAAGTCACAACTACAGCCAACTCTGCAGCCTCCATGTTAGTCTCTGTTGCAGCCACTGTTTCAGTGTCTTCTGAAGCCAAAGTAGCAGCCACTAGTACAACAACTGCTAGTTTTGATGAGCCAGAACCAAAAAAACTCAAGACTGAGGTTAGTGAATACACTGTCAGATGTTCTCTGAAATATTTTGCCTCATTTAGACCTCAATAAAAATTTAGTCATGCACTCACTATTTGAAAAGCAAATACGTCTTCTGCCATTTCATTTATATAATTTTTGTCTCAATGCCTTTTCAAATCTTCACTGTATTGGCAAAACTGAAGCCACAGCCAAAATGCCTGGTTCCAACCAATACATGCCTTTTAAACATTCTGTGTTCTCATTTAGGTGTTTCTAGTGACATAAGTTAATCAGTACTTCATTTTGAACTCAAATCATCTCTCACGCTGTACACAGGATGAGAGCAGCAATGCACCTTCCTTTAAGTATGTCAAGAGGAAAGTGGCCATGTTACTTGCCTACTCAGGAGTAGGCTACAAGGGCATGCAGAGGTAAGAGACTGTGAGATGGAGTGAGAATGGGGGCAGTGCAGGATGAAGGGGGAGGAGAAATATCAGCCATGTTAGTTGGGTGAAGGATCACCAAGTTTCGTTTATCCCTGTCCAGGAAAATTTTTGTAACTGCTTAAAGTGCATTCAGTTAGAAATCACAGAAATCAATATTAAAGAATGTACAACTTCAACTTTAAAATCAAACATCAGTTTTAAAATAGGTCAATTTATTATTAACCCAATACCCCTAGATTCTTCAAATCCATTAGGTTTTAGAGGACTTTGCAGGGTTGAGAAAGATACAGCCAGCCACTCTTAGAAAATTTGACTTGATGTGTCTCAAAGTTGAATTACAAAGAGTGCACCTAGTGAATTCAGGAAGGTTCTTGAACATCCCAGTGCTTTCAAAGCAACATAAAACAGCCCCTAAGTATCAGTTGCATGCAATACTGAGCGATTCTCTCGGCAGAAATCCTGGTGAGAAGACAATCGAGGAAGATCTAGCCAAAGCCTTGTTGAAGTGCCAAGCCATCACAGAGGAGCAGGCCCAGAACTTTGGCAAGATGGCCTTCCAGCGCTGTGCCCGGACAGACAAGGGTGTGTCGGCCATTGGACAAGTTGTGTCCCTCAAGATGAGAATATTTGACAATGTGGTGGAACAGATCAACGAATATCTGCCACCTTGCATCAGGGTCATGGGTAAGTATTGCTACATTCGCTTTTGCCTCCCTCCAGCAGAATGAGTATAGGCCACTTAGAAATGTGGATGCAGAAATAATGTTCCTGAGAAAGAAATTCATGAAAATATCACCAGTAACCTCTTGCAAAAGGGTCGATACTTTTAAGATTTCCACAAAAGATTTTTGTCCTGCTTGCTTTACAGGAATCAAGCGAACCACAGGTAGCTTCAACTCCAAGCACAACTGCGACTTTCGCACCTACATATACATGCTGCCCACCTTTGCCTTTGAACCAGTGGAGGAGATCACCACAGAAAGCTACAGAATCACAGGTAGGATGGAGATGTTCCATCTGAGCAGGACAACCGACTGTGCTTGTATACATTGAATGCACACACTGACAAGCTTGAATTCGCTAACTGCCCAACATGTTTCATAACAAGTTCTTATTCTTGTTGCTCTAGCGGAGAAGCTAACTGAAGTCAAGGACCTTCTAGCTCTGTACCCTGGAACGCACAACTTCCACAACTTTACATCTGGAAAGTAAGCCAGCCAAGAGTCTCTCACTGAAACTAGATATGAGTCTTTTAAAATGGGTCAGCAATTTAACCGTATGCATTTGTGACATTTCCTATGAAGAGTAGAGAGTTTCCAAGAGAAAATGCTTCTCTTTCCTCTCAGAGCGTTCAAAGACCCAAGTGCCTACCGCTACATCCGTGAGTTCACTTGTGGTGAACCTTTCATGGATCAAGGCCTGGAATTTGTCGTCCTAAAGGTCAGGGGTCAAAGTTTTGTGCTGCATCAAATCAGGAAGATGATTGGTGAGTGCATCTCAGTTGAGGCTAACATTGTCTGAAATGTACATTCAGAGTTAAAGATGTTCCGTATTCCATTCCATTCCAAATTTTTCAGCAGGGTTTTATAATAATGCTAAATGGTTTCTGGTTGGAAAGCTTGCCAGTGAAACACCAATACAAATGTGATTTTTGTTTTGTTAGGACTAGTGATTGCAATTGTTAAGGGCTTCACTCCCAAAGAGACCTTGGAGAGGGCCTTTGAAGGGGACAAGTTAGACATCCCAAGAGCTCCTGGCCTAGGCCTGGTCTTAGAATCGGTGAGTTGTTGATGTGGATTTCGGCAGAAGAGTGATTTAGCAAACCATAATGGCAGAAATATAAAAGTCAATATACCTAAAAATCAGTACCAAAAGGGGTGTGCAGTTGTCACTAGAACCAAAAAAAGATGAGACAGAATCTCCAGATTGTTAGCTAGCAATGTTCCCCAATAGCAGTGCTGGTTTAGTCAGAAACCAGTCTTTACGTCAGCAAATGAAGAAAAAAACCAAGGGAAGAGAAACAGTAGAAGTATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAGAAAATGCCCAACCCCTTCAGAGAGAATGCCCAACCTCTTCAGAGAGCATGCCCAACCTCTTCAGAGAGCATGCCCAACCTCTTCAGAGAGCATGCCCAACCCCTTCAGAGAGAATGCCCAGCCCCTTCAGAGAGAATGCCCAACCCCTTCAGAGAGAATGCCCAACCCCTTCAGACAGCATGCCCAACCCCTTCAGAGAATCATGGTGGTAGTTATCACACAGCACTCATGGTTAGCAATTGAGTTTAGGATATAATGAACTTGGACGTTTTTTCCTCTTATTATGAAGGTTCATTATGAAGCATACAACAGGAGGTGGGGCAACGATGGCATGCATGAAGCTCTCACATGGGACGAGCATGAGGTAATTGGTGTGTGTTTAGTTGGAGTCCTGTTGATTGGTCTGGCTGCTTGTCTGTTGGGCTCTCTGGCTGACTGTCTGTCGGGGAAGCTGGGTGTCGGTCGAGCTGTCTGTCTCCTTGATTGGCTGACTTCATTTGGCAGTTCTGAATATTTGTATTGAGACTTCTGACACTTGTTTTGGCAGGGCAAGATAGATGCATTCAAGAAGGAGCATATTTATCCTACCATTGTCAACAAGGAGAAGAAAGAAAGATCGTATCCTTTTGGAAGAATGTTAACGTACCATTAAATATGATGGTTCGCAGTGTTCAGTTTTAATTGGGGAAGCCATGTTTAAGTGCGTAATTAAACTTTCATCAAATAGGAGTTTATGCTGAACTGAAGAAAGTGATGTCACCATTGAAGGAGATTCCAGATATATTCCTTCTGTGAGCAGTTTCCTTTAACTTATCCTTCCCACCAGCATGATGCAGTGGCTAAGTACCCTTGCATTACACACTTATGATGTCCCAGAGACGCCAAACCCTTACCGCAAATTGTCCAGAGAGATACAAGACAGGAAGGAGGAGGTTGGTGTGAGCTGTCGCTCTTGAATATAAGGTCACGTTGGGTTTTGCTGCTTGCTAAACTTCAAAATGTAAATAAGATTTGGTCGGTGTTGTTGGAGTGATTTGTACGTCACCCTGTGGTCTGTCATAGGAAACCACAATTTCAAGAAAACAAGAAAACCACCCTCTGCCGTCAGCCTCATGCAGCCAACCTGAATATGGGGATGGTGGCCCAGAAGTGACATCTACGACCAGTCAGGAGCAGTCTAACCAAGATGGCAGCAGGTCAACAGAAGACAAGCACAAGGCCAGCTCGTCATCATCAGAGGTGCAGCTTCCAGATGGTACTGTCAATACTCAAGTTCTAAAAGCAAAGGACAGTTCTGAGAAAACTTGTGAGATTTCAAGCACATCAGGAGGTCCTAGCACTGAAACTGGGAACAGTTAGACCAGACTTGAAAGTGAATTCTATGTGGTGTTATATTTTTCATTTCCTTTCTTGTATCAAAGAAAAAAAAATATGGATTCAAATTTGTAACTTCTTTATCTAAAAAGGGCCACATTCTTGTTATCAAACATTCAGGTACACAGGTAGTCAGTGTTGTATTTGAGTCCATCACAAGACCCTGTCCATCACGTCATTCTGTCTTAAGCCAAT	A. planci

Models - mRNA (1)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	XM_011663940.2 >XM_011663940.2 ATGGGCCTGTTAACAGACACTCGAACACAGGCGGTCATGTCCCGTGTTATTCTGGCCATCCACAAGCCTCTGGAGGTCCTTCTGTACATTGCTGGTGTGGCCTCACTGCTAGTGTTAGCATTCACCCCTCTCAATGAAAAGACATACTTCTCTGAAAATGCCCTCTTACCAGGCTTGGTGGAGAGGAAGTATCTGAATGATCAAAGTGTCAAGGATTACGCCAAGGAACTGACCCGACTGGGAGCTGCGGACAACGGGAAAGGTCCTATCCCTGAAGATTGGCTGAAAGCTCAATTTATGGACTTGGGCTTAGATGTGTTTTCACAAAACTTCACTGTGCAGCACCCCTTTAACGTTAAAGCAAAAGGAACTCAAGAGAGTGGAGCTGTCTCCGGAACCAATGTCTATGCTATCCTCAGAGCCCCTAGAATTGCAAGTACCGAAGCGATAGTCATCACAGTACCATATCGCAATAAAGAGGCTGAAGCAGGCAGGGCAAGGACACACTATGGAATTGGCCTGATGCTGTCATTAGCCAGCTTCTTTAGCAAAAACACATTTTGGTCAAAGGACATCATCTTTGTGGTCGTGGACAAAGAAGAGGTCGGGATGCAGGCCTGGTTAGCTGGCTACCATGATAGTCATTCAGAATATCTCCCAACAAGCCTCATGCTAGGGCGCAGTGGATCAATCATCGCTGCCATCAATTTGGAGCTCGGCTCTGAGTTTACTGATCACATTGATTTGAAGATTGAAGGTGTTAATGGACAGTTGCCAAACATGGATCTGTTCAATCTGGCTGTCAGGTTATGTCGTGTAGAGAGGGTTCCTGTCACTTTCCAAAACAGATTTGATCCTTCAGAAAGAATTGTTGTCAAGTGGGCGGGACTACAGCATTCGGCCACAACCATGCTACTCAACATGGCTAAGCAAGCCAGCGGAAAGCCAAGCGGAATCCATGGTCTGTTCCTGCGCTACCACATAGAAGCCCTGACTCTCCAGGCCCATCCTGCAAAGCGTGGGTCCGGAGTAGAAGCAGTTGGGCGTGTCATGGAAGGCGTGGTCCGCAGTGTAAACAACCTGTTGGAGCGGTTTCACCAGTCTTTCTTCTTTTATGTACTCCCTAGCTGTGAAAGATATGTCTCAATCGGTCTATACATGATTCCTTTCGGCCTCTTGTTGGTTGTACCTACACTGCGTGGTATGGCCCTCTGGCTTCTTGCAATGCAATCCGTTGAAAAGATGGACACTTCTTCAGACGAGAAAGATAATGATGAGAAAGAGGACGGTGATAAAAAGAAAAAACTGGAGCTAGAGCAGCAAGGTCGTCCTTTTGGTCAAGTCATGCCTCTCATCATTGGTGCACACATCATGGGAGCCATACTGTTCATAAGCCCACAATATCTTGTCAGTGAGCACATCGCATCCTTCAATGTAACCCCGCAAGGTGCCATTGCTATAGGTTTTGCAGCCTTCTTCGTTGGATCAGCGTCCCTCCCTATCTTTGGTAGGAGGAATAATTTTCAAACGAGCGAGGATTTACCTTCGGACTGGCAGCTCTTGAAGTGTCTCACGCTCATCTGGTACACAGTTACACTCCTGGCTGTGTCTATGTTTAACTTTTCTCTGGCTTTCTTTGTTGCTGTGCCAACAATTCCCATCGCCGTCATTGTTCAACCAGCCGAGCAATCAGTTTTGAAAATAATACAGGGATTTCTCCTTCTTATGATATCTCCCCTATCTTTGCTCTATTCTTTCATAACTGTTCACCATGGATTCTTTAACCCTGGAGATGCCATGGTAGACATTCTTACCCAGGGGTTGCATAAGACTGTAGATTCCTTGTTTGAAGGTGTGGTCAATGCCTACTTGTATGGCAACAAATCTTTTGCCTTGATAACGTTAGTATGGTTTCCTGTTTGGTTTCTCTTGTGGGCAGTGCTTTTCAGGAAAGCAAGTGGCAAAAAGGTTTCATCATGA	S. purpuratus

mRNAs (8)

Clone	Accession	Species	Library	Anatomy	Stage
	XM_011663940 >XM_011663940\|>XM_011663940.2 PREDICTED: Strongylocentrotus purpuratus glycosylphosphatidylinositol anchor attachment 1 protein-like (LOC591529), mRNA ATGGGCCTGTTAACAGACACTCGAACACAGGCGGTCATGTCCCGTGTTATTCTGGCCATCCACAAGCCTC TGGAGGTCCTTCTGTACATTGCTGGTGTGGCCTCACTGCTAGTGTTAGCATTCACCCCTCTCAATGAAAA GACATACTTCTCTGAAAATGCCCTCTTACCAGGCTTGGTGGAGAGGAAGTATCTGAATGATCAAAGTGTC AAGGATTACGCCAAGGAACTGACCCGACTGGGAGCTGCGGACAACGGGAAAGGTCCTATCCCTGAAGATT GGCTGAAAGCTCAATTTATGGACTTGGGCTTAGATGTGTTTTCACAAAACTTCACTGTGCAGCACCCCTT TAACGTTAAAGCAAAAGGAACTCAAGAGAGTGGAGCTGTCTCCGGAACCAATGTCTATGCTATCCTCAGA GCCCCTAGAATTGCAAGTACCGAAGCGATAGTCATCACAGTACCATATCGCAATAAAGAGGCTGAAGCAG GCAGGGCAAGGACACACTATGGAATTGGCCTGATGCTGTCATTAGCCAGCTTCTTTAGCAAAAACACATT TTGGTCAAAGGACATCATCTTTGTGGTCGTGGACAAAGAAGAGGTCGGGATGCAGGCCTGGTTAGCTGGC TACCATGATAGTCATTCAGAATATCTCCCAACAAGCCTCATGCTAGGGCGCAGTGGATCAATCATCGCTG CCATCAATTTGGAGCTCGGCTCTGAGTTTACTGATCACATTGATTTGAAGATTGAAGGTGTTAATGGACA GTTGCCAAACATGGATCTGTTCAATCTGGCTGTCAGGTTATGTCGTGTAGAGAGGGTTCCTGTCACTTTC CAAAACAGATTTGATCCTTCAGAAAGAATTGTTGTCAAGTGGGCGGGACTACAGCATTCGGCCACAACCA TGCTACTCAACATGGCTAAGCAAGCCAGCGGAAAGCCAAGCGGAATCCATGGTCTGTTCCTGCGCTACCA CATAGAAGCCCTGACTCTCCAGGCCCATCCTGCAAAGCGTGGGTCCGGAGTAGAAGCAGTTGGGCGTGTC ATGGAAGGCGTGGTCCGCAGTGTAAACAACCTGTTGGAGCGGTTTCACCAGTCTTTCTTCTTTTATGTAC TCCCTAGCTGTGAAAGATATGTCTCAATCGGTCTATACATGATTCCTTTCGGCCTCTTGTTGGTTGTACC TACACTGCGTGGTATGGCCCTCTGGCTTCTTGCAATGCAATCCGTTGAAAAGATGGACACTTCTTCAGAC GAGAAAGATAATGATGAGAAAGAGGACGGTGATAAAAAGAAAAAACTGGAGCTAGAGCAGCAAGGTCGTC CTTTTGGTCAAGTCATGCCTCTCATCATTGGTGCACACATCATGGGAGCCATACTGTTCATAAGCCCACA ATATCTTGTCAGTGAGCACATCGCATCCTTCAATGTAACCCCGCAAGGTGCCATTGCTATAGGTTTTGCA GCCTTCTTCGTTGGATCAGCGTCCCTCCCTATCTTTGGTAGGAGGAATAATTTTCAAACGAGCGAGGATT TACCTTCGGACTGGCAGCTCTTGAAGTGTCTCACGCTCATCTGGTACACAGTTACACTCCTGGCTGTGTC TATGTTTAACTTTTCTCTGGCTTTCTTTGTTGCTGTGCCAACAATTCCCATCGCCGTCATTGTTCAACCA GCCGAGCAATCAGTTTTGAAAATAATACAGGGATTTCTCCTTCTTATGATATCTCCCCTATCTTTGCTCT ATTCTTTCATAACTGTTCACCATGGATTCTTTAACCCTGGAGATGCCATGGTAGACATTCTTACCCAGGG GTTGCATAAGACTGTAGATTCCTTGTTTGAAGGTGTGGTCAATGCCTACTTGTATGGCAACAAATCTTTT GCCTTGATAACGTTAGTATGGTTTCCTGTTTGGTTTCTCTTGTGGGCAGTGCTTTTCAGGAAAGCAAGTG GCAAAAAGGTTTCATCATGA	S. purpuratus
	GHFM01005729 >GHFM01005729\| -	S. purpuratus
	XM_038190425 >XM_038190425\|>XM_038190425.1 PREDICTED: Patiria miniata glycosylphosphatidylinositol anchor attachment 1 protein-like (LOC119720647), transcript variant X2, mRNA ACTTGTTACCTGACTAAATTTAACACCACTGCAGTGCTGGTACGGAAAACATCACCAGATCTCCAGAAGA GCTTAAGAAATACTGATCAGTGCGAAAGGACTGAGAGGCTAGTCTATTTGCGACAATGGGGCTTATGACT GATCCGTACACGCAGGCAGTGCTTGCCACCTTCATTGGCCGTTTCCACAAAGTCGGTAGCCTCCTGTGCT ACGTGGCAGGAGTGGCTTACATGCTGGCCCTGGCTTACCCTACGCTGAATGCAGGCACCTACTTCTCCGA GAATGCCCTGCTGCCGGGATTGGTGGACCGTGAGTATGCCGACAGCAGCTACAATGTGGAGCAGCTGGCT GAGGAGTACAAGAAGGTCATTGACGGCGGGGAGGGCTTGCCCGTTGCGTATATGGAAACCAAATTCACCC AGCTTGGTCTCGACACCTACACCCAGAATTTCAGCGTCAAGCATCCCTTCTTGGAAACTGAAGTTATTGG GAAGCGTCGAGTGCCTAAAACCATCCAGGGAACAAACGTTTATGCCATTTTGAGAGCTCCGAGAATTGCG GGGACTGAAGCGATTGTCTTGATGGTGCCTTACCGCAGCGGCAAGAAGGCACAAGAACGTGGTGATACGC ACTTTGGCATAGGGCTGATGCTGTCCCTGGCTAAGTTCTTTCAGACCAAGACCTACTGGTCCAAGGATCT GATCTTCTTAGTAGTTGATCAGGAGGACATGGGCATGCAGGCCTGGCTGGAGGCCTATCAGGGCATACCC TCAGACTACATCAGCTCATCGATCATGCAAGGGCGTAGCGGGGCCATTATGGGTGCGGTCAATCTCGAGG TGGGCGTTCCTCGCGTCAAACGCTTGGACTTAGTGACCGAGGGCATCAATGGCCACCTACCCAATCTGGA TCTTTTCAACCTGGTTGTGCGGCTGTGCGGTAAGGAAGGAGTCCAGGCCTCCTTCCAGAATCAAGTAGAC AGTAGCAACTACCACCGCCTCACCAGGCAAGGGTACGAGAAATCCGCCAAGACAATGCTGCTAAACATGG CACATCAGGCCACAGGACAACCCCGTGCCATACATGGACTGTTCCTCCACTACCACATAGAGGCCATAAC CATAAGGGCAGCGGCAGGCCAAAAGTCCGGCAGCAAGAGTATGCAAGTGGTAGGTCGAGTTCTTGAAGGA GTCATCAGAAGTATCAACAACCTCCTAGAGCGGCTTCATCAGTCCTTCTTCTTCTATGTCCTCCCTAACT GTGACCGTTATGTCTCCATTGGGCTCTACATGCCACCCTTTGCATTACTCATGATGGTCCCCTTACTGAA TGGTCTTGCTCTGTGGATCAAATCTGGTAGCATATCCAAATCTCTACCAACAAAGGACTCGGGAAAGGAA ACGCCGAAGACTGATTCAGAGATCACGGACGATTTTGTTCCTCGACCATTGAGCACCATCATGCCACTTC TCATCGGAGCATCAGTGACCGGTGCCCTGCTTTACATCAGCCCTGAGTTCTTCATGAGTCGCTTGGGCAA TGTCTTCAAGCTGACGCCAGAGGAGTTGGTCAGTCTGGGTGTGATGGCTCTCTTCGTGGGTGGGGCCATG TTTCCTCACATCATCCGTCGCAAGATGTCTTCCCCCTCCGATCCAGGTGAAGTCGCCGCCGAGTGGCAGC TCCTTAAGTCCTTCGCCCTCATCTGGCAGGCCGTTATCCTGTCCGCAATCTCCATGATGAATTTCTCCCT GGCGTTCTTCATCAGTGTTGCCATGGTACCCATCAGTGCCGTCGTCAAGCCGTCATCAAGGACCCCCCTC CGTCTCCTGAATGCTGTGCTCCTACTCCTAATCTCCCCACCAGTACTCCTCTTCTTGTTCCTTGCCATCT TTAACGCAGCCACCTCACCCATTTCAGATGGCGGAGAATTGCTCTCCACCACTCTACAGATGTCCAAGCA TGCCTTATACCGAGCTGTTGTTGACGGCTACGTCTTTGGAAACTTGTCTTACGGCTTGGCTACGATGGTT GTGTTTCCAAACTGGCTCATGCTGTGGCTAGTCGTCTGGAAGAAAGTTTAAAACTGGACATGTTGGCTGT AGAAAGAAACATGTAAAATT	P. miniata
	XM_038190424 >XM_038190424\|>XM_038190424.1 PREDICTED: Patiria miniata glycosylphosphatidylinositol anchor attachment 1 protein-like (LOC119720647), transcript variant X1, mRNA CGTTTTCGAATATGGCTCATACTTGTTACCTGACTAAATTTAACACCACTGCAGTGCTGGTACGGAAAAC GTGCGTTATCACCAGATCTCCAGAAGAGCTTAAGAAATACTGATCAGTGCGAAAGGACTGAGAGGCTAGT CTATTTGCGACAATGGGGCTTATGACTGATCCGTACACGCAGGCAGTGCTTGCCACCTTCATTGGCCGTT TCCACAAAGTCGGTAGCCTCCTGTGCTACGTGGCAGGAGTGGCTTACATGCTGGCCCTGGCTTACCCTAC GCTGAATGCAGGCACCTACTTCTCCGAGAATGCCCTGCTGCCGGGATTGGTGGACCGTGAGTATGCCGAC AGCAGCTACAATGTGGAGCAGCTGGCTGAGGAGTACAAGAAGGTCATTGACGGCGGGGAGGGCTTGCCCG TTGCGTATATGGAAACCAAATTCACCCAGCTTGGTCTCGACACCTACACCCAGAATTTCAGCGTCAAGCA TCCCTTCTTGGAAACTGAAGTTATTGGGAAGCGTCGAGTGCCTAAAACCATCCAGGGAACAAACGTTTAT GCCATTTTGAGAGCTCCGAGAATTGCGGGGACTGAAGCGATTGTCTTGATGGTGCCTTACCGCAGCGGCA AGAAGGCACAAGAACGTGGTGATACGCACTTTGGCATAGGGCTGATGCTGTCCCTGGCTAAGTTCTTTCA GACCAAGACCTACTGGTCCAAGGATCTGATCTTCTTAGTAGTTGATCAGGAGGACATGGGCATGCAGGCC TGGCTGGAGGCCTATCAGGGCATACCCTCAGACTACATCAGCTCATCGATCATGCAAGGGCGTAGCGGGG CCATTATGGGTGCGGTCAATCTCGAGGTGGGCGTTCCTCGCGTCAAACGCTTGGACTTAGTGACCGAGGG CATCAATGGCCACCTACCCAATCTGGATCTTTTCAACCTGGTTGTGCGGCTGTGCGGTAAGGAAGGAGTC CAGGCCTCCTTCCAGAATCAAGTAGACAGTAGCAACTACCACCGCCTCACCAGGCAAGGGTACGAGAAAT CCGCCAAGACAATGCTGCTAAACATGGCACATCAGGCCACAGGACAACCCCGTGCCATACATGGACTGTT CCTCCACTACCACATAGAGGCCATAACCATAAGGGCAGCGGCAGGCCAAAAGTCCGGCAGCAAGAGTATG CAAGTGGTAGGTCGAGTTCTTGAAGGAGTCATCAGAAGTATCAACAACCTCCTAGAGCGGCTTCATCAGT CCTTCTTCTTCTATGTCCTCCCTAACTGTGACCGTTATGTCTCCATTGGGCTCTACATGCCACCCTTTGC ATTACTCATGATGGTCCCCTTACTGAATGGTCTTGCTCTGTGGATCAAATCTGGTAGCATATCCAAATCT CTACCAACAAAGGACTCGGGAAAGGAAACGCCGAAGACTGATTCAGAGATCACGGACGATTTTGTTCCTC GACCATTGAGCACCATCATGCCACTTCTCATCGGAGCATCAGTGACCGGTGCCCTGCTTTACATCAGCCC TGAGTTCTTCATGAGTCGCTTGGGCAATGTCTTCAAGCTGACGCCAGAGGAGTTGGTCAGTCTGGGTGTG ATGGCTCTCTTCGTGGGTGGGGCCATGTTTCCTCACATCATCCGTCGCAAGATGTCTTCCCCCTCCGATC CAGGTGAAGTCGCCGCCGAGTGGCAGCTCCTTAAGTCCTTCGCCCTCATCTGGCAGGCCGTTATCCTGTC CGCAATCTCCATGATGAATTTCTCCCTGGCGTTCTTCATCAGTGTTGCCATGGTACCCATCAGTGCCGTC GTCAAGCCGTCATCAAGGACCCCCCTCCGTCTCCTGAATGCTGTGCTCCTACTCCTAATCTCCCCACCAG TACTCCTCTTCTTGTTCCTTGCCATCTTTAACGCAGCCACCTCACCCATTTCAGATGGCGGAGAATTGCT CTCCACCACTCTACAGATGTCCAAGCATGCCTTATACCGAGCTGTTGTTGACGGCTACGTCTTTGGAAAC TTGTCTTACGGCTTGGCTACGATGGTTGTGTTTCCAAACTGGCTCATGCTGTGGCTAGTCGTCTGGAAGA AAGTTTAAAACTGGACATGTTGGCTGTAGAAAGAAACATGTAAAATT	P. miniata
	GHJN010538528 >GHJN010538528\| -	P. miniata
	XM_022225205 >XM_022225205\|PREDICTED: Acanthaster planci tRNA pseudouridine synthase A, mitochondrial-like (LOC110973945), transcript variant X2, mRNA AACTCATAAGCAATATTACCGAAGATTGGTGAAGACGTGCTACCTGACTAAAGTTTACTTCAACAGAAAGGGAGCTGAGACACCGCGGCAGTGCTGACGAGACTTTTTAAGATCTGAAGTTGCTAAAGCGTGTGGTTATACCTGTGCACCCACATTACTGTTTGTGGATTCCTGTTGGTAGCAAGCGCTGGCCACTCTCATAGCAGTCAATGCTGGTTACAAGGCTACACCGAGGCTTGTTCCGTCTCCGCACAGTCCTGCCACTTTTCAACATGGCTGACTCAGTTCCCAAGGAAACTGCCGCAGTTGCCATGGTGAGCCAATCACCAGAGGACAGCAAGGTGTCGAATGGTAACAAACGCTTACTGGAATCAGACGAGCAGAAGAGTTCAGGTTCCTCTCCAGCCCAAGTCACAACTACAGCCAACTCTGCAGCCTCCATGTTAGTCTCTGTTGCAGCCACTGTTTCAGTGTCTTCTGAAGCCAAAGTAGCAGCCACTAGTACAACAACTGCTAGTTTTGATGAGCCAGAACCAAAAAAACTCAAGACTGAGGATGAGAGCAGCAATGCACCTTCCTTTAAGTATGTCAAGAGGAAAGTGGCCATGTTACTTGCCTACTCAGGAGTAGGCTACAAGGGCATGCAGAGAAATCCTGGTGAGAAGACAATCGAGGAAGATCTAGCCAAAGCCTTGTTGAAGTGCCAAGCCATCACAGAGGAGCAGGCCCAGAACTTTGGCAAGATGGCCTTCCAGCGCTGTGCCCGGACAGACAAGGGTGTGTCGGCCATTGGACAAGTTGTGTCCCTCAAGATGAGAATATTTGACAATGTGGTGGAACAGATCAACGAATATCTGCCACCTTGCATCAGGGTCATGGGAATCAAGCGAACCACAGGTAGCTTCAACTCCAAGCACAACTGCGACTTTCGCACCTACATATACATGCTGCCCACCTTTGCCTTTGAACCAGTGGAGGAGATCACCACAGAAAGCTACAGAATCACAGCGGAGAAGCTAACTGAAGTCAAGGACCTTCTAGCTCTGTACCCTGGAACGCACAACTTCCACAACTTTACATCTGGAAAAGCGTTCAAAGACCCAAGTGCCTACCGCTACATCCGTGAGTTCACTTGTGGTGAACCTTTCATGGATCAAGGCCTGGAATTTGTCGTCCTAAAGGTCAGGGGTCAAAGTTTTGTGCTGCATCAAATCAGGAAGATGATTGGACTAGTGATTGCAATTGTTAAGGGCTTCACTCCCAAAGAGACCTTGGAGAGGGCCTTTGAAGGGGACAAGTTAGACATCCCAAGAGCTCCTGGCCTAGGCCTGGTCTTAGAATCGGTTCATTATGAAGCATACAACAGGAGGTGGGGCAACGATGGCATGCATGAAGCTCTCACATGGGACGAGCATGAGGGCAAGATAGATGCATTCAAGAAGGAGCATATTTATCCTACCATTGTCAACAAGGAGAAGAAAGAAAGATCCATGATGCAGTGGCTAAGTACCCTTGCATTACACACTTATGATGTCCCAGAGACGCCAAACCCTTACCGCAAATTGTCCAGAGAGATACAAGACAGGAAGGAGGAGGAAACCACAATTTCAAGAAAACAAGAAAACCACCCTCTGCCGTCAGCCTCATGCAGCCAACCTGAATATGGGGATGGTGGCCCAGAAGTGACATCTACGACCAGTCAGGAGCAGTCTAACCAAGATGGCAGCAGGTCAACAGAAGACAAGCACAAGGCCAGCTCGTCATCATCAGAGGTGCAGCTTCCAGATGGTACTGTCAATACTCAAGTTCTAAAAGCAAAGGACAGTTCTGAGAAAACTTGTGAGATTTCAAGCACATCAGGAGGTCCTAGCACTGAAACTGGGAACAGTTAGACCAGACTTGAAAGTGAATTCTATGTGGTGTTATATTTTTCATTTCCTTTCTTGTATCAAAGAAAAAAAAATATGGATTCAAATTTGTAACTTCTTTATCTAAAAAGGGCCACATTCTTGTTATCAAACATTCAGGTACACAGGTAGTCAGTGTTGTATTTGAGTCCATCACAAGACCCTGTCCATCACGTCATTCTGTCTTAAGCCAAT	A. planci
	XM_022225206 >XM_022225206\|PREDICTED: Acanthaster planci tRNA pseudouridine synthase A, mitochondrial-like (LOC110973945), transcript variant X3, mRNA ATATTACCGAAGATTGGTGAAGACGTGCTACCTGACTAAAGTTTACTTCAACAGAAAGGGAGCTGAGACACCGCGGCAGTGCTGACGAGCAAGCGCTGGCCACTCTCATAGCAGTCAATGCTGGTTACAAGGCTACACCGAGGCTTGTTCCGTCTCCGCACAGTCCTGCCACTTTTCAACATGGCTGACTCAGTTCCCAAGGAAACTGCCGCAGTTGCCATGGTGAGCCAATCACCAGAGGACAGCAAGGTGTCGAATGGTAACAAACGCTTACTGGAATCAGACGAGCAGAAGAGTTCAGGTTCCTCTCCAGCCCAAGTCACAACTACAGCCAACTCTGCAGCCTCCATGTTAGTCTCTGTTGCAGCCACTGTTTCAGTGTCTTCTGAAGCCAAAGTAGCAGCCACTAGTACAACAACTGCTAGTTTTGATGAGCCAGAACCAAAAAAACTCAAGACTGAGGATGAGAGCAGCAATGCACCTTCCTTTAAGTATGTCAAGAGGAAAGTGGCCATGTTACTTGCCTACTCAGGAGTAGGCTACAAGGGCATGCAGAGAAATCCTGGTGAGAAGACAATCGAGGAAGATCTAGCCAAAGCCTTGTTGAAGTGCCAAGCCATCACAGAGGAGCAGGCCCAGAACTTTGGCAAGATGGCCTTCCAGCGCTGTGCCCGGACAGACAAGGGTGTGTCGGCCATTGGACAAGTTGTGTCCCTCAAGATGAGAATATTTGACAATGTGGTGGAACAGATCAACGAATATCTGCCACCTTGCATCAGGGTCATGGGAATCAAGCGAACCACAGGTAGCTTCAACTCCAAGCACAACTGCGACTTTCGCACCTACATATACATGCTGCCCACCTTTGCCTTTGAACCAGTGGAGGAGATCACCACAGAAAGCTACAGAATCACAGCGGAGAAGCTAACTGAAGTCAAGGACCTTCTAGCTCTGTACCCTGGAACGCACAACTTCCACAACTTTACATCTGGAAAAGCGTTCAAAGACCCAAGTGCCTACCGCTACATCCGTGAGTTCACTTGTGGTGAACCTTTCATGGATCAAGGCCTGGAATTTGTCGTCCTAAAGGTCAGGGGTCAAAGTTTTGTGCTGCATCAAATCAGGAAGATGATTGGACTAGTGATTGCAATTGTTAAGGGCTTCACTCCCAAAGAGACCTTGGAGAGGGCCTTTGAAGGGGACAAGTTAGACATCCCAAGAGCTCCTGGCCTAGGCCTGGTCTTAGAATCGGTTCATTATGAAGCATACAACAGGAGGTGGGGCAACGATGGCATGCATGAAGCTCTCACATGGGACGAGCATGAGGGCAAGATAGATGCATTCAAGAAGGAGCATATTTATCCTACCATTGTCAACAAGGAGAAGAAAGAAAGATCCATGATGCAGTGGCTAAGTACCCTTGCATTACACACTTATGATGTCCCAGAGACGCCAAACCCTTACCGCAAATTGTCCAGAGAGATACAAGACAGGAAGGAGGAGGAAACCACAATTTCAAGAAAACAAGAAAACCACCCTCTGCCGTCAGCCTCATGCAGCCAACCTGAATATGGGGATGGTGGCCCAGAAGTGACATCTACGACCAGTCAGGAGCAGTCTAACCAAGATGGCAGCAGGTCAACAGAAGACAAGCACAAGGCCAGCTCGTCATCATCAGAGGTGCAGCTTCCAGATGGTACTGTCAATACTCAAGTTCTAAAAGCAAAGGACAGTTCTGAGAAAACTTGTGAGATTTCAAGCACATCAGGAGGTCCTAGCACTGAAACTGGGAACAGTTAGACCAGACTTGAAAGTGAATTCTATGTGGTGTTATATTTTTCATTTCCTTTCTTGTATCAAAGAAAAAAAAATATGGATTCAAATTTGTAACTTCTTTATCTAAAAAGGGCCACATTCTTGTTATCAAACATTCAGGTACACAGGTAGTCAGTGTTGTATTTGAGTCCATCACAAGACCCTGTCCATCACGTCATTCTGTCTTAAGCCAAT	A. planci
	XM_022225204 >XM_022225204\|PREDICTED: Acanthaster planci tRNA pseudouridine synthase A, mitochondrial-like (LOC110973945), transcript variant X1, mRNA AACTCATAAGCAATATTACCGAAGATTGGTGAAGACGTGCTACCTGACTAAAGTTTACTTCAACAGAAAGGGAGCTGAGACACCGCGGCAGTGCTGACGAGATCACAAAATCTTCAGAGGATTCTAAGAAATACTGATCCATCGTCGGGGCAAAGGACTGGAAGGCTAGTCTAGTTGCAGCCATGGGGCTCATGACTGATCCAAAAACACAGGCATTCCTATCCAATTTCATCAGCCGTTTCCACAAGGCAGGCAGCCTCCTATGCTACTTGGCTGGCATGGCCTATATGTTGGCCCTGGCCTACCCACCACTGAACGCTGGCACTTACTTCTCTGAGAATGCCTTGCTGCCAGGTTTGGTGGACCGTGAGTATGGGGATAACAGCTACAATGTGGAGCAGCTGGCGGAGGAATACAAAAGGGCCGTCGAAAGCATTGAGGGTTTGCCAGTCAGGTACATGGAAACCAAATTCACTGAGCTTGGTCTGGATACCTTCACCCAGAATTTCAGCATCAGACATCCTTTCTTACAAACTGAAGTCATTGGGAACCGGCGAGTGCCTCAAGTCATCCAGGGAACAAATGTGTATGCCATCCTGAGAGCTCCAAGAATTGCAGGCACTGAGGCGATAGTCATGTTGGTGCCATATCGTAGTAGTAAGGCAGCACAGGAACGCGGTGACACGCACTACGGGATAGGGCTCATGCTGTCCTTAGCAAAGTTTTTCAGGACCAAGACGTACTGGTCCAAGGATGTTATCTTCCTGGTGGTTGATCAGGAAGATATGGGCATCCAAGCCTGGCTAGAAGCCTATCAGGGTATCCCCTCGAATTACATTAGTTCGTCAATCATGCAAGGGCGCAGCGGAGCTATCATGGGAGCGGTCAACCTGGAGGTGGGTGTGGCCCGTGTCAGACGCCTAGACCTGGTGACAGAGGGCATCAACGGCCACCTGCCCAACTTAGACCTCTTCAACCTGGTTGTGCGGCTGTGCAGCAAGGAAGGGGTACAGGCTTCCTTCCAGGGCCAGGTGGACAGCGGTAACAACCAACGCCTCACCAGGGAAGGGTATGAGAAATCTGTCAAGACCATGCTGCTGAATATGGCTCATCAGGCAACAGGACAACCCCGCAGTATACATGGACTGTTCCTCCATTACCACATAGAGGCCATTACCATCAAAGCAGCAGCAGGCCAGAAATCTGGCAGCAAGAGTATGCAAATGGTCGGTCGTGTCTTGGAAGGTGTGATAAGAAGCATCAACAACCTCCTAGAGCGGCTGCACCAGTCCTTCTTTTTCTATGTCCTCCCGAATTGTGACCGTTACGTCTCCATTGGTCTCTACATGCCACCCTTTGCCCTGCTTATGATGGTTCCTCTGCTGAATGGTCTCGCCCTCTGGATCACATCTGGTAACATTTCCAAATCGGCACAAGATCAGGACGTGGGAAAGGACAAGCCAAAGACTGATTCAGAGAGCATGGAGGATTTTGTCCCTCGGCCATTCAGTACCATCATGCCTCTTCTCATCGGAGCATCAGTGACCGGTGCCCTGCTGTATATCAGCCCTGAGTTCTTCATGAGTCGACTGGCTACTGCCTTCAAGTTAACTCCAGAAGAGATTGTCAGTCTGGGCGTGATGGGGCTCTTTGTGGGCAGCATCATGCTTCCGCATATCATCCGCCGGAAGATGTCCTCCCCTTCTGATCCAGGCCAGGCCACTGCCGAGTGGCAGCTGCTGAAGTCGGTGGCCCTCATCTGGCAGGCTGTTATCCTGTCCGCTATCTCCATGATCAATTTCTCCCTGGCATTCTTCCTCAGCGTTGCCATGGTTCCCATCAGTGCCGTCATCAGGCCATCATCCAGGACCCTGTTCCGTCTCCTGAATGCCATTCTTCTCCTCCTCATCTCCCCACCAATACTCCTCTTCCTGTTTCTAGCTATTTACAATGCAGCCACCTCACCCATTGTAGACATCACAGAACTACTGTCGGTCACTCTTCAGATGTCCAAGCATGCCATGTACAGATCAGTAGTAGATGGCTACCTATATGGGAACTGGTCTTATGGCTTAGCTACCATGGTTGTGTTTCCAAACTGGCTCATGTTATGGCTCGTTGTATGGAAGCAAGTTTAAAAATTGAACATTGTAACTCTAAAAATAGAACCACTCGAGTGTTTTTGACCCTGTAAAAACAATTCCAAATTGTCAAAAATTGTCAGCTATGTGTACAATCATGAGATCCATTCAAAATTACCAAGGAAATTAGACTGATGACTTAGCATTAAAACAGAGAGCCAAAAATGGCCTTTTCAATTCTTGTTGCTGAAGCTAGCTTTGTTTGCAGAATTCTGAACGGGGGATACTGTGTGTCTGTTGTAATAGAGTAAAAAGTCTGTTTGTTTGGTATGTAATATGTTTAAATTGATTATTCTGTTTAACTGAAATTACAGTATATTCAAATGTTTAAGAGTAACTGAGAAAAGGACCGTTAAGGAAATTGGCCCCTGTTTTTTGGCTTTATTAAAGAAGAAGAAATACTGGTGTATTTGTAATTTACACTGTGTACTTGAATATGCTGAGAGCATTCTCAAACCTCAATAGGGGCTATTCGCAATTGTGCGCCACCATGAGTTTGCAACGCGTTGGCCAATCACAGCGCGCGAAATTTGTCAACCCTTTCCAAACGTGCATTAGGTCG	A. planci

ESTs (0)