LOC584867 Nucleotide Sequences

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Echinobase

Gene Literature (0)

Nucleotides (12)

Interactants (0)

ECB-GENEPAGE-23100577

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

Nucleotide sequences for LOC584867 - All

RefSeq mRNAs(8)

Models - Gene (1)

Models - mRNA (4)

mRNAs (7)

ESTs (0)

RefSeq mRNAs (8)

Accession	Version	name	Length	Protein	Species
XM_030990312 >LOC584867 GATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990312.	XP_030846172.1 probable ATP-dependent RNA helicase DDX23 isoform X4	3922 bp	XP_030846172	S. purpuratus
XM_030990312 >LOC584867 GATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990312.	XP_030846172.1 probable ATP-dependent RNA helicase DDX23 isoform X4	3922 bp	XP_030846172	S. purpuratus
XM_030990311 >LOC584867 TGCACGTTTCGGGTGATGATGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990311.	XP_030846171.1 probable ATP-dependent RNA helicase DDX23 isoform X3	3775 bp	XP_030846171	S. purpuratus
XM_030990311 >LOC584867 TGCACGTTTCGGGTGATGATGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990311.	XP_030846171.1 probable ATP-dependent RNA helicase DDX23 isoform X3	3775 bp	XP_030846171	S. purpuratus
XM_030990310 >LOC584867 TAGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990310.	XP_030846170.1 probable ATP-dependent RNA helicase DDX23 isoform X2	3917 bp	XP_030846170	S. purpuratus
XM_030990310 >LOC584867 TAGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990310.	XP_030846170.1 probable ATP-dependent RNA helicase DDX23 isoform X2	3917 bp	XP_030846170	S. purpuratus
XM_030990309 >LOC584867 AGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990309.	XP_030846169.1 probable ATP-dependent RNA helicase DDX23 isoform X1	3841 bp	XP_030846169	S. purpuratus
XM_030990309 >LOC584867 AGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	XM_030990309.	XP_030846169.1 probable ATP-dependent RNA helicase DDX23 isoform X1	3841 bp	XP_030846169	S. purpuratus

Models - Gene (1)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	LOC584867 >LOC584867 TGCACGTTTCGGGTGATGATGGTATTTACGGCAGCAGAGTCTAACACAGTTAGATTTTAATGTTTTAAAAAATATTGGCTTGTACTGGTCCCAAGTTTTGGAACTCACTTCCTATCTTCTTCTTCTTGTTCTTCCTCCGCTTTTTCGGAGATCAGCGATCCCATGGGCCGCAAGACATATAACTAAACAGGAGCACAAGGTAAACATCAAGATTCAAGGTAATGGACTGATAGCAGTCGATCGCGATAGGTGCATTTTATGGACAAAGAGTAAAGTAATAGCCAGTAAACTTCTAAATGTAGTGAGTGGCAGTACAGGATCAAATGGGAGAAGAGTAGCAATGGTGAATAAACACGGATCACGGTCATCATATTGTGACGCACACAATGTAACTAGATCTGTCAGTGTCTTTGGTTTTAAACGCAAATTGAAATTACATTTATTGAGTAACTATGTCGACAATTAACGTAAAAATTATAGACTAGCTATCACCAGAATTTCTACGACGATACTCAGCATAGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAGTTAAGTACTGTCCCAGATATTGCAATTTATGTTAGGATATAACTTCACCATATACCACTTTTTCATCCATCCTGGACAAAAATTGGATGAATATTGCCTAGATTTTCGGGGGGGGGGGGGGGGGGGCTGTATCTTTTGATAGAAACATTGGTGAGTCTTGAAATTTAAAATGTGTTCTTCTCAGTACTGATAGTTGATTTTTTTGTATATTACCCAACCATAATGATGAAAAACAAACCAAAAGGGCAAATTTAAAAATCGTTCAGACACCCTACTTTAGGGCTGGAGTGTATTTCTGTTTTCTCTTGCACAAAAGTCATTTCAATAATTTGTTTTCATAGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGGTAAGTAATAGATTGAGTGCCTGACTGGCCGCCAGCACTGTTTTACAGCTCTACAGATTTGTCAATTTTTGCAGTCATCTACTGATTTTGAACAACCCATTTTTCTAAAACTCACTTTTGAACTCTTTGGTTTTCTGTTTATATATTTTATATTTGATTTTTAATTTATGTCAAACTATGTTCATTGTAATTGATATGTATATTTATGTAATTTTGCATGTTTTTATCTGTGAATTGTATCGCAATTCAGCCTTTTACGGCTGCGAAGATATTTCTTAATAAACCTTGAATTGAATTGAATTGAATTGAATCGAATAAGGTGCTAGGTATGATTGCTTGAGGGTCGAAAGTCTTTCGGGACAAAGTCGAAGGCAACTACTTTGTCTTATACATCATTGATCACATCTTAGATTAAATTGAAATTGAATTGAAATTTATTGTCCCTTTCAGGAAATTCTTTTTTCACTGGTTTTACAGTCATTGTACATATACTGTACATCATACAAGAAATACAATAATAGCAAATGTAAATGTATATCATCACAAACATAATAACATTCTGAAAGTGATTGGAAACGTAACAATATATACATTGATTGCTTATAAACATAAACATAAACTGCATCTATGTTACCATTTCAAGTAAATATTCGAACATTAATGCCCCACTGTTCTACTTGTAGCTACTTGCTCCCTCTATATAGAAAACTTCCCCAATCGGTGCCTGTTGGTCCCCCATGATCCTCTTTTTCTTATGTTAGTTGAGAGCTGAGTTAATGAGATAGCCACCTGTCAGTGACCTCGCTGTGTGGTCTAATCCCTTCTGACCCAGTAGTGTTGACGGTCTTTAAGCTTACTGTGATTTTTTTTTTAAATTTAAGTAAATTAAGTACTATGAGTACTATGAAGTATGTCTCATCATTGAATTCATTGAAGGGCAGGTCCACTCCAAAAATAGCTTACTTTGAATAGAAGCAGAAACATTAGACAACCAATCAAACAGTTTGAGCAAAATCGGATAACTAATAAGAAACTAGAAAGTTATAAATTTGTAATGACATGAAAAAATCACAAGACAAATTGGGAACTCACTCATGAGTCTGTGGCGTCATTGCCCACTGTCCAATAATTGTTTTCTTTAAAGGCAGGCTTTACTACTTCAGCTAGAAGGGATTAGACCACCCAGGGAGCCAGCGAGGTCACTGTGACAGGTGGCTATCTCATTAACTCAGCTCTCATTTAACATAAGAAAAAGAGGATCATGGGGGACCAACATGCACCGATTGGGGAAGTTTTCTATATAGAGGGAGCAAGTAGCTACAAGTAGGACAGTGTGCCTTTAAATTGATAATATAAACTTCCCATTAGTAGTATTAACATTATTTTTCACTTGTAAATTTTAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGGTGAGTCCAACATAGGAATAGGATGTTTGTGAAGTGCAGATGACACCTGACTTGAGAACATGAGAATAGAAAGAAACCGATCAATTATTCATGTAGGCCTTATCGACAGATATTTTTACTTAAATAATAAGCAATGCTTTAATTTGCCTATTCCTTTTTAAAACTATTGTACCACAGAGCCGAAAGTGAGGAAAAAATGTATTACAGTGTATGTAAAAAATAAAAATAAAAAAAAATAATGTAAAAATAAAATATATTATGTGCATTTTGAAATAAATGTTTATTTTCATATCATTTCATGTCTATTATCTGTATTAATTTATATGATATAAATATATATATATATATATATATATTATGATTTCCTGTCATTTTTCATGTGTCTAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGGTATGTGGAAGTAAAAGGGGAGTCCACTCTGTTAGTTTGTTGGTTTTTAAAGGGATTGGGTTACTTTGTCTCAGATTCTGAAACAAAATCTTGGATTTAGCTCATGCTGCAATAATTATCATAAACTTTTAAGTCAGTCAGGAACCCCATGACTTTTACAAGCCGATCGCATGTCTGATTAGCAAGATGTTTATGATTGGAAATTTTTTTAGGGCTTCAATATGACACCATATCACAGACACTGATAACACGTAGGGCCATGCATCTCAGATTTAACATCGTTAAAGGCCCACTGCACTACTGGTAGCTACTTGCGCCCTCTATATAACAAACAATGCCTAATCGGTGACCATTGGTCCCCCATGATCCTCTTTTTCTTATGTTAACTGAGTCAGAGCTGAGTTGATGAGATAACCACCTGTCCAGTGACCTTGTAGAGCGGTTTAATCCCTCCTGTAAACTACGGCAGATAAGCTTTAAACGATGCCTTTAATAATTACGAGAGAAGTTCATGGGTCATATTACATGCAAAGAAGGCCTAGAGAATTTTGCTTTGACAGGGAAAATTGTGGGAACGAGGAGTAGGGAAAGAAGGAGGATATTTTGATGGACATTCTGCAGAAATTGTTAGAAGAGAGAGGAGGGAAAGAACTGGGAGTGGTGCTAATAGAGAAAATAGAAAAATTAATGATTTGTGTTTAGTACAGAGCCAACAGTACAGGGTTAGGGTTAGGTTTAGAGTTAGATGTAGATTCACATACCATAGCTACTGTCGCTGATCTGAAGCATGTGTTTTAAAACATTTTTGGCTTAGAGAGTAGATTTGTGGCGCACCCACGTAGTAAATCCTTAACCCTTTAGCGACTAAACCCCCCCCCCCCCCCCCCCGAAACTGCCCCTCCTTTACTCACTGAACCGCCCGAAACCGCCCGGCCGTTTTCGTCCATTTTCACCGTGCTCTAGTATCCTTCTATGGGGTTTAACGTGATAATGTTTAAGTGCGTAATCCTTACGACGTTGACAGTAGGATTCTGCATAGAAAATAGCACATGTTTTATATTGTTCTGAACAAAGTCAAGATGAGAGCAATATTGCAACATCTTCCAGTCGGTGGAAGTTGTGGATAAAAATCAGGAATGCGGATTTTGACCTTTTTGCTGTCTTCCATTCTTGTGTTATCTTCCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGTTTGTCATTATGTTCAAGCAATGTTCCAGCTGCTTACCTTGTACACTATATTAGGCCTGGGAAAAAAAGATGTTGTATTGCCCTTTAGGTGCCAAAACATGGGTGGATCTGTTGGAAATCTTTTTCTTTTTTTTACCCTTTTTTTTTCCTTCTTTTTTCTCCCTCTCTGGGCTGATATTTCTCAGTTTTAAATGCTTTAAGATTTTTTTAAAAAGTCAACCGTAGATTTCAAGATTTTGGGGTCGATCCCAAAAGGCAATTGCAATCTTATATAGGATGCTGCCGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGATGTTTCACAAAGACTAAGATTGACTTTAAGTTGACTAAACTATGGTAGACCATTCATGCCACTGGTTGCTCTCACCATTATGATCTTTATATAATTCAACTAAAATGAACTATAACAAAATGTACATTCTGTAGATTTGTGACCATGATTTGTACATCCCTTGAAAGACCAATGCCAGTAAATGCTGAGAGAGAACTGTTGCATGAACGGCCTGCTTTAGTTAAGTCCAACTTAAAGTCAATCTTAGACTTTGGTTTTGTTGTCACCGCAAACCACTAGAGCTGCATGTATGCTGTGACATTACTTCATCTCGTTTTATCTTTTAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTAAGCAGCTTTGATTGTTTGATTGTCATAAAGAATTCCATGTTACATTCCGGCTCCTACTACCCCAGGGTCCTGTTTCATAGGTTTATTCCTATAGGAAATATATTTATTCAGATGGTCATATCTCAGCCAATACTTAACATATATATTCAATTGATTTTCGACATTATGACATTATTTTCTTTTGGAAAATGAAGAAAAAAAATTGAGAAATTCTAAAAATAGATTTTTGATAACGTCACCCTTCACCACTCAAGCTACTCAAATCGTGGCATTTAATTGGCTGAGAGCAAATTTGTCATGTAAATTAAGCATTTGTTATCGATAACAGGTTTCATGAAACAGGACCCAGATTCTGTTACTTCATGTTCAGGCATTTAAGCAGTCTATTTGTAGTTTGATCATTTTGTTTGGTGTATTTTGATGAAAAAATGAATTTTCCTGTAGTTATGTAAGGTGTTGAAAGTGCTGATCACTCGCTCAAAAAATCTTGTTTTCGCCCTGGCTTGTGCTTGTTAAATACCGACTACTTTAGAGGTGCAGAACTTTTAACGTCTAAAACAGAAATATGATGCCGTTTATTTAAGTGTTTTGTATCGTCACCATTGAAACTCACTTGTAGATACTGAAAAGCTGATTTTCAAGCAAGCGACGTCAAATATGACTATTGAATTGATCACAAATCATATACAAACAAGGTACATTAATAGTAAGTAAAGTAAAGTTTATTTAACCATAAAATGAAACATGTACAGACAAATGAGTAACATAGTAAACATAATACGGTAAAGGACACCCTTAGAAGCAAATTGCTTGTGGTGGGGCCTTAAAAAGAAAAAACAAACTACACATAAATTATACAGTTTAAAAACTTTAAAATAACATGATACAAACACACATGCACGCTCACACATATACATACACACATACATTCAAAATATCTTCCTCTGCTCAAACTTGTTTACATAAATCATTAAATAATAACTGTGTACATCGTACTTTAAATCGAGATAGAGTTGTACTTTCCTTAATATCCTTACTCAACTTATTCCATTCCTTAATGCCATTTAAATAGAAAGAATTTTGTGCATTTTTCGTACGAACTTTAAATAAATGTAAATCATTTTTCTGACGAGTAGAATACGAGTGAATATCACTATTAATAACAAAGTTTATATTAGGAATAGGTTTACAATTCAAGTCACTTTTCATTTAGACTATCATATTAATCACAAGTCATACATGTGTATTGATTAAATTGGTTTTTCATATTATTGTCAAATAGGACTTTAAAAAATTGATCACAAATCTTGGCTTTGTAATTCATAAATTTTATTTAGGGCATCATATCGAGGGTTCAGTGACACAAAAACGTAACTCCATATTTTGCCAAGAGGAGTATTTGATATCAAAATGTTCAGAAAAATGTGGGCTTTCCAGGAAACACAAAGACTTAACTCCACCCAACACCCCATTGAAGTCAATGGCTAGTGAAACATAGAATTAACTCCTTAAGGCCCAAGTGCTCAGTGACAAATAAATCACTTTTTCTCAAAATCGAGTTACGTCTTTGTGTCACTGACCCCTCAATATTTTATTTTTTGTTTACTTGATAAATAGGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTAAGCTGATCAAATAAAGAGGAAAAGTCCTAATCTTAATCCTAAAAATCCTAAAAAGCATACATTCAGGCTGAAATGAAACAACATAATGTACAATACAGTGCAGAATTTGTGATATAACATACAGTGATATGCACAGTAATATACAGGAGGAATAACATTGCTAAACAAACTCCAGCAAGGAAATGAGGAAAGACAGGGAAATTAAAAGTACCTCTTCTGAGAGAGCTCCACTGGTTGCCAGTCCGTCAAAGAATTTCTTTCAAAATGTTGTTAATTGTTTATAAATCATTGAGTGGTCAAGCCCCTAGTTACATAACAGAATTACTTTGACTCAAAGTCCAGTCACACAGTCGTAGCCTGCGCAGTTCCACAGATAAATTACTGTTCCAGATTCCCCATGGCAAAACTAAAGTAACTCTCGGGGAGCATGCTTTTGCTGCCCCCAAACTATGGAATAGCTTGCCAATAGAAAGACGAAGCACTCCATCTCTCAATGTCTTAAAATCCAAGTTAAAAAAAACATATTTGTTCATTTGAGAGATTATATTTTGTAGAATTTAGTTTTAAAAAAGGAGCTCTGAACCGGCGCAGCTGAATATATTTTGTATAAAAGCTGCGCTATATAATTTTATTATTATTATTATTATTATCATCCTTGCAAGGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGTAGGCAGCTTGACTTGACTTTTTGTTGGTTTTGTTTGATAAAGACTTCAAAAATGTATATAAAACATTAAAGGGATTGGGTAAACTATCTTTTGCCACATCTCTCACCCGATCCGGTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATTGACTGACCATCTTGAATCATCACACCCTGTAGTCAATCAAGTTATTGAACTTTACTTGAAAATTTTGGGTATTTTTATTCATAAAGACCCGTAAAATGTATATAAAACACTTTATTTGAATCAAGGGCGGGGAGTGAGGGGAGAAGGATCAAATCCTGTGATCGCTCGGATTCTGAGACCTTCTGGCCTTCCCAAACGTATCTTTGAATCAGATATTATCAATATTGTAAACAAGGTAGGCAGCTGGAACTAAAAAAATAAACTCAAAGTTATTTCCATTTTAAATGGAGCAATGTTGATGGTAAATTCAACCTTGGTGTGAGTGAACGCAAAAGAATATAAGAAAAAAACATATTGGTTAGAGTTTAACAACATTTTATACGATAGGAAAGTAGTACATTTTGAAAGTTGAAATCACCATACATGTGGAAATTTCCAATTGGCTAATTGTGGATATGACTATTCTAATTTGAATTTCTCATTCACATACAAAGCTGAATTTTTGAGGAACTTGCTACTTATTGATCGTAAAGAAATCTGCTGAAAAGTGTTTGGTTCTTACTTTACTGATTTAACGGAGAACCAAATGTGATTTCTTCAAAATACTTTGCAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGTAAGCAAAAAAAAAGGGTAGTGATTTTGTATTTGACACTTTTTATCCTTGCAGTTCATAATCTGCTATCACGTATTATTCAAATTAGGTTCAAATTAACATTTATTTTCTTTCATTCATTTTGCCAACATATTTGACATCTGTTCAAACGATACAATTTATACGTAGGAATATAAATGTAATTTAAGAACTTGTATTACAAGGAAGAAAGCGTGAATACAGAAAATACATAATAAACGTTTTGAATAGAAGAAAGGAGAAGAAGAGGATAGAGAGCTTGGAGAAAGAGAAAGGTAGAGGACTGCAACATTGTAGCAATGGAGTGTATGGCATGCATAAACAACATAATGGCAAGATATACAGTAGGTGAAGGGTATAATGTGGAAATATTTGACTGTGTTTTTATAGGATAATACTGGAAACAGGTTTGGTGTTATTAATTGAACAAGTGGGGCAGATTAAAGGCTCAGTCTTAGCCGGTAGGTAATGATGAGGTCATATGTCTGGATTGATCACCCCTTCTTCTGTATGGGTATCGATATAACAGTAATGAAAGACATTCTTATTGATGAGTAACATTTTTATAGCTTTAGAAGATGCAGATGAAATTTTAATTACCTTGGTCATTTGGCGCGATGGCAAAGTGGTAGAGCAGTGGTCTTGGGTTTGAAACCAGGTCGATGCGCTAGTGCCCTTTGGTAAGGCATTAATCTTCATTACCAAGTCCATCGGTAAGGACTGTAAGCCGTCGTTTAACTGGGCTGTACCAGAGGGCATCTTAACCATGCAGAGCTGCCAACTAGTATGGATTTCCTGTAATTGGTACGGAAATTAACGATCATTACCGAATGTTGTCTAAAATAACGGATTAAAAAAAAAAAAAAAATTCTTGCTGTTGCGTAAATATGATTGTATCGTAGCGAGTGCTGTGCAGTATGGCGGTATTCTCTTAATAGAAGCCAATTTTTCATGGAAAACTTATGTGTTGTTATGACATGATAATCAATATTTAGCAGCTTTGTGTGAGTAAAATCACCAAAATTTTAAACACTCATGAGCGCATGCATCTGCGCATTTTTGACATGCCATTTTTTTATAGATTTATAGCGCCGCTTAGGAAATTACTGATCTATTCCCAAAATTACTGGTTTTGAGCCTTGTGATTACTGATTTCCTGTTCTGGAAGTTGGCAGCTCTGCATTATTACTGGTTGCTTACAAGCATACACATGCTTTCTTAACAGTCAGGTAAAACAAACAAACAGTTAGATTGTATACTTTCATTTCACAAGAATGCAGCTGCCAGTTTATAAAGTATAAACCATATTGATGTGTGCTACCCAGTAGGAAGGAACCATTTACATCTATATACCGAGAAAACGATAATCAGCAGAATCCTTTGCCTTGGATGTAAATGTCTTTCCAGATTTTGTACCGATACCATTTTCTAATACCAAGTGTTGAAACAAACTGTTCTACTATTTCAATGGTAATAATAACAATAATCATAAATTAATTATTATTATTACTGATAATGATGAATTAATAAAGATAAGGATGATAATAATCATTAGAAAACAAAATAATAATAATTATAACAAAAACAATAATATTAGTAATAATAATGATAACAACCTGAAGTTTATGATGATGATGATAATAATATTAATAATGAAAATAATGATTATAATGAACTCAACCATTTATAGTTAATTTATATTGATAATTTTCAACAATGATTGAACTATTTTTACTCTGGTTGTCATGGTGATAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGTGAGTTTTATGCGGATAGAAAAATCTTGTGAAAAGCTATGTGCCGTGACCAGGGGGATGCTTTACAAAGATCCTAAGTCGAACTTAACTCCAAGTTGGACTTAAACATTATGGAGAGCTATTTGTAGCCTTAAGTATAATATATGCAGAAGCAAAAATTCAAGTATTGTAGACTTTTCATAAATTCCATATCAAGAACATGACATCTCATTGATAATAAAAAATATGACTGATTTGAATTAATATTGTATGCCTTTAACCAAATCTTTTACAAAATGTTTTCAAAGATGCTAACGGCCTTCCATAATTGTTAAGTCCAACTTAGAGATAAGTTCAACTTGAGATCTGTGTGAAACGCCCCCCAGAAGATTGATCATTCACCACTACAGATGAACGTAAACAAACACCACTTGCAATTACAAGTTTACCATTGTTTCTGTGGTGTTTATTGTAAGGTAGCCCCCTTGAAACTGGCCACCATTTCTGCATTTGCACATAATTAGCATACCAGTATATACATGTATGTAATAAAATACATATTCGTAATAATATTCATGAATCTTGTATATTATTATTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTCTTCAACATTACTATCATCATCCATCATCATTATTATTTCTATGCTTCTTCTTCTTCTTATTATTATTTTCAATGTCCTGTACCTCTCAAAGTAGTATCCATCACAATTAGATTTTCTTCTTTTCTTACTATTGTTTTCTAGGCTTATCACATGATTGACATGTTTTTTTTTCTCCAAGATTCATCTTATTTCAGTTTCAGTTTCAGTTTATTAATATCATCATTTCGCAGCCTCTGCGAAATTGCCCCGACAATTTACAATTAAAAACATGTCATATTTCTTTCACAATTGTTTCAAGTGATACCAGTTAAAATACAATATAATTAACAAAGAACAATATGATTCCATCTCTTCTTATTAAATATCTTTATTTTCTTGCCGTTCAGAAGATCCTTGATTTTCATCCTGTGATTTATCTCTCACAATTATACTTACTTCTTGTTTTCCAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGGTTAGGTTGAAATCGTACTGTGAAAAGGCCTAATAGGAGTTGGTTTGTAGTCCGGTCTCTGTGTTTTACTGTAAATCCCTCAAATCTGACAGACATGTATGCTCTGGCAACAGTTGCTCTGCGCTTTGTTTATCAGGGATTCAGGGTTGGGTTATAGTACTGCAATTGGGTTTTAGGTTTGGTTCAGGTTTAGGGTTTAGTATTAGGTATAATGTTTATTCCAGGGTCTATTTGGTGGCCATGAGGACAAATCAAGCCAAAAAACGGATGAGATCTAAGAGTCAAAGAGCAGTATTTTTTGGTCAAGCTAATCAAAGAGAAATATTGGACTAAGAGTTCCTACATACTCCTATAACAGCGTCATGTACCCTTACCCCTTTCCTGGCTGCTATTGACTCAAGCATTCATGCTTATGATAGTTGGCCTTTGCATTTATCTTGATTCTTTGACTTACCTTCATACTTTCCAGTTTTTAATTATATATGCATTTTTATGTGTGTGTATTTCAGTTGTTACTCTTTATGTAAATCAATAATATTATATACTATTATTTGAATGTTTTTGTATTTGATTCATCAATAAATGCAAAAACATCTGCTAAAAAAAAATATTAAAAAATATTTGCATGTCTGGTTCAAAATTTCATGCCTTAGCCAAATTATGCATCCAAAATAATCATTATCATTAAACCAGTTGTACAAAATTTGTAACCAATCGTTTTTTTTTTAATATTTTTTATGAAACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCGTAAGTTGTAAAGAAAATTGCCCTCGTGTTGTCCGGTACCCTTCCCTCTCTTTTTCTTGGCTCTTTCCGCGACTCTGTCATTCTGTCAATCTCGCTCCTCCCATCCCTCCCATTTCTCCCCTTGTTCTTTTTCTTCTTCCCTTGCTCTCTCTCCTCTTCCCCGTCTTCACCATCACTCTCTCACTCTGTCTTTCTCTTCCATCCTTCACCTGAACTCATTCCTCCCTTCTCTCTTTCCTTCTCTCATGACTTGCTCTCCATTTCTCTTTTATATTTCTTTCTCTATCTTCCCCCCCCCCCAACTCTCTCTCTTTCTCTCACTCACTCTCCTTCACATTAAATTCTTTTCTGTTTCCTCTTTTTCTCCCTATATATGTACATCCCTCCCTCTTTTTCCTTAATCCCCTCTAGATTTGTCTTTGTGTTTTGCAACCTTCTCTTAAATTGAGAAACGAAAAATGAATGTGCCCACTACAAGCCAGTAAATTGAAAATATACATGTAGTCCCACATGTAAAGAACCACTTTTGGGTTTTCAGTATACACTGTGATTTTCATCAGAATGTTTTTTAATTTCCTTACATTTTGCCAGCCCCAAAAAGCTGATTTACTACATGATACATACCAGCTTCTGCTGCTTTTCATGAAAAATGACATTTACGATGCATGAATTTTGAATTTTAAAATTGCATACTAAACCTTTATTGAATTGAATAAAGAATTCAGATTTTCTAGCAATGTCTTCTTATAATTCTTTCTTGATAACTAGTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGGTAAGCATACAGCAGGCTTGATTATTTCCAGATTTTTAGGGTTTTTTCCCCGTTTTTAAATTTTTTTTTTTTTTAAATAATTTTCCTGATTTTCCCCAATTTTCTTACTCAAAAAGTGGGGAGTGTTGTACGATGCCATTTTTTTTCTCCCCGGAACCTCTTCTTTTTTTTTACTCAAGGGAGTTGAGGAAAAAAAAAATATATTTCTTTTTTAGTCCTCACTATCACCCCTGGCATACAGCTGTACTTGCTTTATATACAGTGTGTATCTCAACAGCAGTTTACCGTTGAAAAAAGTCTCCCAGACTGAATATTTCACAAGTCTTTCAGGAAATTTTCTTATATCAAGAAAGGGTAGGGCCTCATCTAATTAGATGCCATTGAAATATAGTAAGCAAAATGTACTTGTGAACATTAATTATTTGTATATATTGATGAGACACTTGTTTTGCATGGTAAAGAAAGAATTTTCACTGTGACATGGTGTCATTCGACCAATGAGATTGCCTGCATTGCAGAATCTATATAAGTAATACGCTAAGGCTCCGCGGGGGGCGCGACGTCTCGGCGAGCCTTTGTATTCTATTGTTTTTTAATGAGATCGCCGACCCAAGTTGGTGCGGCTATCTCCTCCTGAACCCTCCCCTCGGGGTGCCCGTGCCCGGTGCCATCGTCCGCGGGAGAGTCTACTCTGTGGAATTGGCTATACTCCGCCCGAGGTCCTCCTCCGTGTCGACGTCCAGGGCGAAAACAGACGCGATATGCATAATGCAGGATATGCGTGACGACAGAGATACCTCATGGATATTCAACATTACATCCGTAGACACACGATCGATGACTATCCACTCACATTAAGTTGCGTATTAAATGCACGACGGACAGGGTCGGGATTACCCGAGTAAAGCATCTTTCTATAGGATATCCATTGTATAGTAGCTGCACGAGCCACAGAGATACACACGAAGCTTCCCGTCCACGTCCAAACTTAGGGACCTATTTCCATCATTATTGCCGCGATTTTTATATAGGTGTCGTGAATGGAGGTATGAAATGAAAGCTTATTTTGTGATTATTACGGCCATGCTACTAAATTTTGATTATCATTTTCTAAAGGAAAGTTTTCACAAGAAAACCATTGGACTGACAATTCAGTCGCAAGCTGCCTTCAGTCAGTGCAGTGCTGCTGTGCAGTGTGTGTGAGCTGCAATTTAACTCCAGCAAGCTCCAACACCGGCTCCGCGCACCGAAGGCGTCCGAGGCCTGCGGCGCCGGTGTTCGAGCTTTCTGGAGTTACACTGTGTGTGTGTGTGTGTGAGTACAGCTGAGCTGAGCTCGAGTCGAAGAGATTTGACACTTTGAAATTGTTATCTGTTGGTTTGCATCATTATTGCCGCGATTTCAATATAGTTTCGTGAATAGATTTACGAAACCTGAGCTTAGAATTAGTAAAAGTATTACTAATGTCTACGTTTTTAAACGACTGTCTGATTTTCTTGTGAAAATTTTACTTTGAAAAATAATTATCGAAATTTATGGTCAGAAATAATCACAATCTAGGGTCTATTATGTTACAGTTCTTGCATCAAATCAATGCATGAAAACTTATTTTTTGAACTAGAAAAATGTTTTTTTTTTTAAATAGGCAATTATGAAGAAGGAAACCTGAAACCCTGAGTTGAGTGTATATTTGTTTCAAGGGGCCATAAACCCCCAAAAGCTTGGGGGTTACGTTCTTCAAAGTTGGGAGGGGGGAGAGATCAGATCGCAGCGAGTTGAGTGTATATACAATATAGGCGTGGGGTCCACGGTTTCAAGGGGCCATAAACCCCCGAAAGCTCGGGGGTTTTAGGTGTTTAATTAGGGTCAGATGAGCATATTTTTAATACTTTATTTGTGACACTTGCGGGTCACTAATTGGCGTGGGGTCAATACGTAGAGTTGCGTAGTGTTGCTACCAACTACGCTGGCCTACGTTACTATATGCTGAGGGACAGAAAGGGGTACGCAAGATGAACGAAAACAAGTCAACATGTTTAATTTTTTCGCGTACTTTCAGCGTAGAAACTTGACGCAGAAAGTACGCCTTTTTACGCAACACTATGCTACCCTACGCCAGATCGTCAAAGCAGTAAAAGCTTTCCACACAGTAAGCAACCATATAAGCAAACCTGTATGCCAGCCTACGCATAACCTACGCAGGGACTATTTTCCCATTAATACGCAGCCTAATTTCTGCGTAGTCGGTACGCCACACTACGGAACTCTACGCAGTTCCAGTGGCTTAAAGAATAACTACCGGTACAGTTGGATCTTTTTTTAATTTTTTTTATATAAGGCCAAATTTTAAAAAAAACATGTTTAGCGTCCTGTGTTTTCGAAAAATGGGAAGGAGGAGGCCCTTTTTTTTTTCTTTTTTTTTTTTTTCTTTCAAAATGGCTGCTCAGTACATTTTCCCTGACATTCAGGCAATTTTTCAAGATGGCGGCCGACAATTTTTTTTTTTTCTTTTTTAAGATCAGAAATACATTTTAGCAGTGCTTTTCATGTTTTTTTTCTTTAAAAAAAAAAAAAAAAAAATCAAAAAAAAAATTCAAAAAAAAAAAAAAAAAATAGGAGAGGCGGCCCCCAGAAAGGAAGCGGGTGGGGACGCTGTTTTTTTTCTGTCAAAAAAAAAAAAAAAAAAAAAAAAATTCAACAAAATTTCAAAAAAAAAAAAATAGGAGGCGGCCCCCAAAAAGGAAGCTGGCGGGGAAGCTGTTTAAAAAAAAAAAAAAGGAGGTGGCCCTCAAAAAGGAAGCGGGCGGGGACGCTAAACATGTATATTTTTTTAATGGCCTGAATGGCAAATAAAGTTCTTGACGATCTCTATATATCTATTTACACCCCCCGCCCCCTCTAGAATCCCGCGGATTTCCGCGGGTCCTGCTAGTTTGTTTTATAATGCTTCTTATCAGGAGTGTCGTGGTTGAGTGGTTTAAGGCGCTTGACTGGAGATGCGAAGGTCGAGGTTCGAATCCCGACACAACACTTATATCCTTTCGCAAGATATTTACCTGCACTTGCTACTCTCCACCCAGGTGTTAAATGGGTACCCAGTATAGGATGCGAAAGTTCATGTTGATGCACTTATCAAATGGCGACTGGCTGGAATGCTCCCCAGGGAGTGGAAAATGTGCATACATTGTGTGCGGGTAAGCCTGAATCCGATGCCCGGCATAATAATAACATATTTGTAAAGCGCTTACTTAGACACATCGTTGTATCAATGCATTGGGCGCTATAGAAAAGCGCAATGTTGTTATTATCTATCCTCTATCATTCCAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus

mRNAs based on gene models(4)

Source	Version	Model	Species
NCBI_REFSEQ/JGI	5.0	XM_030990311.1 >XM_030990311.1 TGCACGTTTCGGGTGATGATGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus
NCBI_REFSEQ/JGI	5.0	XM_030990310.1 >XM_030990310.1 TAGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus
NCBI_REFSEQ/JGI	5.0	XM_030990309.1 >XM_030990309.1 AGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus
NCBI_REFSEQ/JGI	5.0	XM_030990312.1 >XM_030990312.1 GATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus

mRNAs from cDNA libraries (7)

Clone	Accession	Species	Library	Anatomy	Stage
	XM_030990312 >XM_030990312\|XM_030990312.1 PREDICTED: Strongylocentrotus purpuratus probable ATP-dependent RNA helicase DDX23 (LOC584867), transcript variant X4, mRNA GATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus
	JT109760 >JT109760\|JT109760.1 TSA: Strongylocentrotus purpuratus WHL22.154262.1 mRNA sequence CCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCAGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGAGGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGATGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCCAGTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTAATTTTTGTTCAGGCTTCATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTAGACTTTGTTAAAAAATTGTCCAGACACCTTGATTTCTAGAAAAAAATTTGGAACCATCGTGCAATGCAGAGGAAGCAGAAAGAGAGAAAGCAGAAAGATGGGGCGATCTTTGTCTTGTGGAGGAGGAGGAGGATAAACTAACACGCCTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGACCATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCATCCACATTATGATCAAAGATATTATTACTCCAGAAATAAAAACTAAATACGTGTAGTCTCAAAACATGACACAACTGTGTTCATGCCCTGCTGTTGTACATGTTAACATATAATTTCTTTTTGAAAAGAAGTCACTTTTGTTATCGGGATTGATGGAAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGAGATGATTTTGGATATTATGAAATTCATGATTGTACCTTTGATACCGATTTTTGGCTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGACCACTTATTTCCCTGTATGTATAGTCCAGAACCTGCTTGGTTTTTATTTGAAGCTCTCCAATTTTTGAGATCTCGCCCCTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTAACATGTATGTGCTGGGTATTTTTAGTAAACAACGTATTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGCAATGGATAAAGGCGAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAAT	S. purpuratus
	JT107819 >JT107819\|JT107819.1 TSA: Strongylocentrotus purpuratus WHL22.154262.0 mRNA sequence TTTAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATTCTAGCCCCGACCCGCGAGCTGGCCCAGCAGATTGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGTACTGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGTTCAAGCTCCGTCTAGGATGCGAGATCGTCATAGCGACGCCGGTTTGTCTGAATGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCAGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGAGGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGATGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCCAGTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTAATTTTTGTTCAGGCTTCATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTAGACTTTGTTAAAAAATTGTCCAGACACCTTGATTTCTAGAAAAAAATTTGGAACCATCGTGCAATGCAGAGGAAGCAGAAAGAGAGAAAGCAGAAAGATGGGGCGATCTTTGTCTTGTGGAGGAGGAGGAGGATAAACTAACACGCCTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGACCATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCATCCACATTATGATCAAAGATATTATTACTCCAGAAATAAAAACTAAATACGTGTAGTCTCAAAACATGACACAACTGTGTTCATGCCCTGCTGTTGTACATGTTAACATATAATTTCTTTTTGAAAAGAAGTCACTTTTGTTATCGGGATTGATGGAAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGAGATGATTTTGGATATTATGAAATTCATGATTGTACCTTTGATACCGATTTTTGGCTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGACCACTTATTTCCCTGTATGTATAGTCCAGAACCTGCTTGGTTTTTATTTGAAGCTCTCCAATTTTTGAGATCTCGCCCCTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTAACATGTATGTGCTGGGTATTTTTAGTAAACAACGTATTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGCAATGGATAAAGGCGAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAAT	S. purpuratus
	XM_030990309 >XM_030990309\|XM_030990309.1 PREDICTED: Strongylocentrotus purpuratus probable ATP-dependent RNA helicase DDX23 (LOC584867), transcript variant X1, mRNA AGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus
	XM_030990310 >XM_030990310\|XM_030990310.1 PREDICTED: Strongylocentrotus purpuratus probable ATP-dependent RNA helicase DDX23 (LOC584867), transcript variant X2, mRNA TAGATCTAAGTCATCTAGTTCTTGGTCTAGATGCTGGGTGGAAGCGCTCCCTTGAATCCCTCCAGTGAAGTAGCGTCAAGGGTGATCTTCGAAAGTGCATTGCATGCAGTCACTGTCCATGGGAAAAATGAGTTCCGATAGAGATAATTCTCACCGTGGCCTTCACTTAATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus
	XM_030990311 >XM_030990311\|XM_030990311.1 PREDICTED: Strongylocentrotus purpuratus probable ATP-dependent RNA helicase DDX23 (LOC584867), transcript variant X3, mRNA TGCACGTTTCGGGTGATGATGATGTCCAGTAAGGACCGAGATAGACGTGGGGACTTTGGCCAAGTCCGTGACCGCGAGAGAAGTCGCGACTTGCACTCAGATCGTCACAGAGATCGAGGAGGAAAAGACCGGGAAAGAGATAGAGGCAGGGACAAGGAGCGGGAGAGGTCTGAGAGGGACCGCGATCAAAACAAAGATCAACATCGAGATCGGGATAGAGACAGGGAGAGAGACAGAGAACGAGAGAGGAAGAAGGATAGAGATCGGTCGAGACGATCATCCAAGTCACCAAGTCGAAAGTCAAAAAGCGTTAAGAAAGAAGAGGAGGAAGAAGAGGAGATGAAGCTGGAGAAGAAACAGCCCATTTCTCTGGAGGAGATGATTGCCAAGAAGAATGCAGAGCAGGAGGCCTTGTCTAAGCCTAAATTTCTGACCAAGGAGCAGAGGGCCAAGCTAGCCCTTGAGAAGAGACAGGCCCAGGTGGAAGCTCAGAGGAAGGCCTTGGAAGAGAACCGGCAGAAACAGGTGGATTTTGAGAAGATGGCTCAACAGGCTTCAGAGGACCCTAGGGAGAAGGAGAGGAGAGAACGGAGGGAGAGGAGAGAACGGAGGGAGAGGAGGATGAGAGAAGATGCCGGGGATGAGGAGAAACTCTCAAGAGATGAACTCAAAGAGAAGCAAGCAATAAAGGACCGTTACTTGGGAGGCGTCAAGAAGAAGAGGAGAGTGCGGCGTCTCAATGATAGGAAATTTGTCTTTGATTGGGACGCGGGCGAGGACACCTCGGCAGATTTCAACCCTCTGTACAGAGATAACCATCAGATCCAACTCTATGGACGCGGCAGCATTGCAGGAATAGACATCAAAGCACAGAAGAAACAGTCCAAGTTCAACCAGGAGGTCGTAGACACACGCAGGACAGAGCAGGAGAAGGACCAAGAAAAGTCCCGACTAAAGAAGCAGAAGAACAGAGAGGACAAGCTGATCTACGATGAGAGACACTGGAAGCAGAAGAAGCTGCTAGAGATGAAGGATAGGGACTGGAGAATCTTCCGAGAGGACTTCAACATCTCCACCAAGGGCGGCCACATCCCGCACCCGATCCGCTTCTGGGATGAGTACGGCCTTCCCAAACATATCACCGATATCATTGCTGAAGTTGGTTACAAGGATCCGTCGCCCATCCAAAGACAAGCCATACCCATTGGTCTACAGAATCGTGATGTCATTGGCGTTGCCGAGACGGGGTCGGGTAAGACGGCCGCTTTCCTCATTCCCCTGCTGGTCTGGATCTCCACGTTACCAAAAATCGAGAGGGACGAGGATAAAGACCAGGGGCCTTACGCTATCATCCTAGCACCGACTCGCGAGCTGGCCCAGCAGATCGAAGAAGAAACCATCAAGTTTGGCAAACCCCTCGGCATCCGGACCGTCACCATCATTGGCGGTATCTCCCGGGAAGACCAGGGGTTCAAGCTCCGTCTGGGATGCGAGATCGTCATAGCGACGCCGGGTCGTCTGATCGATGTCCTTGAGAACAGGTACCTGGTACTCTGTCAATGCACCTACGTGGTACTTGATGAGGCTGATCGCATGATTGACATGGGTTTTGAGCCTGACGTTCAGAAGATTCTTGAGTATCTGCCCGTGACCAATCAAAAGCCAGATTCAGAAGAGGCAGAAGACTCAGCCAAACTCCTCGCCAATTTTGCCTCCAAGAAGAAATACAGACAGACGGTCATGTTCACCGCTACTATGCCTACAGCGGTGGAGCGTGTGGCCCGGTCCTACCTCCGTCGACCGGCCGTGGTCTACATCGGCTCCATAGGCAAACCAGTGGAGAGCGTCCAGCAGCTCGTGTACATGACCTCCAACCAGGAGAAGACGCAAAAGCTCATTCAGCTTCTCGAGAAGGGCATCGATCCTCCTGTCCTCATCTTCGTCAACCAAAAGAAGCGCGTCGATGCCCTGGCAAAGCGTTTGGAGAAGAGGGGCTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCTAGTTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTACAGTAATTTTTGTTCAGGCTACATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTATACTTTGTTAAAAAATTGTCCAGGAAAAGCTTGATTTCTAGGAAAAGCTTGGAACAATCATGAAATGCAGAGGAAGTGGAGGAGGAGGATAAACCAACATGACTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGAACATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCTAGCATCCACATTATTATCAAAGATATTATTACTCCAGAAATAAAAACTAAATATGTGTAGTTTCAAAACATGACACAAACTGTGTTCATGCCCTGCTGTTGAACATGTTAACATGTAATTTCTTTTTGAAAAGAAGTCACTGTTGTTATTGGGATTGATGGGAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGCGATGATTTTGGATATTATGAAATTCATGATCGTACCTTTGATACCGATCTTTGACTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGAACACTTATTTCCCTGTATGTATAGTCCAGAATCTGCTTGGTTTTTATTTTGAAGCTCTCCAATTTTTGAGATCTCGCCCTTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTTACATGTACAAGTGCTGGGTATTTTTAGTAAACAATGTTTTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGTAATGGATAAAGGCAAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAA	S. purpuratus
	JT100968 >JT100968\|JT100968.1 TSA: Strongylocentrotus purpuratus WHL22.154262.3 mRNA sequence GTTCAACGCAACCACCCTTCACGGAGGCAAATCTCAGGAGCAGCGTGAGTACGCCCTCGCGTCCCTCAAAGCGGGCCTCAAGGATATATTAGTCGCCACGGACGTCGCTGGTCGCGGTATCGACATCAAAGATGTCTCCGTCGTCATCAACTTTGATATGGCCAAGAACATTGAAGACTACACCCATCGTATAGGAAGAACGGGTCGAGCTGGCAAGACCGGTACTGCGGTCAGCTTCCTAACGCCTGATGACAGCGCCATCTTCTACGATCTTAAGAACGTCCTGTCGGCGAGCACAACCTCCTCCTGCCCGCCGGAGCTTGCGAGCCATCCCGACGCCCAGAACAAACCTGGTACAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTCTCATAGAAATAGGGAAACGATTCTTTATCAGGAATGCCAGAAAATATGCAGAGGAAACGCAAGGACGAAAAGATATTTGTCTCATAGAAATAGGGAGACGATTCTTTATCAGGAATGCCAGAAATCATGCAGAGGAAACGCAAAGACGAAAAGATATTTGTGTCATAGAAATACGGAGGCGATTCTTTATCAGGAATGCCAGTTTTCAGACCACAGCCTTGTTTCATAGAAATAGGGAGACAATTTTTTATCAGGAATGCCAGTTTTCAGACCATAGCCTTATTTCAGAGCCAGACACCTCCCCATTTAATTTTTGTTCAGGCTTCATTTTGTACTGCACATGTGGGAACCCAACATGACAAAGTCTCTTTTCTGGTTGATTGGCTGAAACCAACTGGCATTCTGGTATTTATTCTTGAAAAGGTATTGAAAAGGTGCACACAGTAATTAGACTTTGTTAAAAAATTGTCCAGACACCTTGATTTCTAGAAAAAAATTTGGAACCATCGTGCAATGCAGAGGAAGCAGAAAGAGAGAAAGCAGAAAGATGGGGCGATCTTTGTCTTGTGGAGGAGGAGGAGGATAAACTAACACGCCTGGATGTGCAGACTATGGATGTATATTTCAAGAATAGTGCATTCCTCAGTTTTGACTTTTGACCATTGTGTGACTACCTGTGCTCAGTCTTTGCAGCATCCACATTATGATCAAAGATATTATTACTCCAGAAATAAAAACTAAATACGTGTAGTCTCAAAACATGACACAACTGTGTTCATGCCCTGCTGTTGTACATGTTAACATATAATTTCTTTTTGAAAAGAAGTCACTTTTGTTATCGGGATTGATGGAAAATGTTTTCAGTAATGTTCTGTAAGTATGAAACTTAGAGATGATTTTGGATATTATGAAATTCATGATTGTACCTTTGATACCGATTTTTGGCTTTTTCCCATTTTGGTTCAAAAGGGATTTGTAATAAATTAATTTTGACGATCTTTTTAAAAATTAGTAGGCAAACCAGTTTTTATTATAGTGAGTTATGAAAGAGAAGTGGGGGCTATTAAGGGAAAGGACCACTTATTTCCCTGTATGTATAGTCCAGAACCTGCTTGGTTTTTATTTGAAGCTCTCCAATTTTTGAGATCTCGCCCCTACCTGCTGGAAGACGAATTCGAGGATCACGGCATCTTCAGCTTGCAGCAAGTTGGGAGATATTGTTAAAATTAGATACGGCCAGATTCTGGGCTTAACATGTATGTGCTGGGTATTTTTAGTAAACAACGTATTCTTGGATTACTTTGTGAAATATTGAGCAATTTGTATCATTTGTTTTTCCTTTGATTTGATCATAGATGCAATGGATAAAGGCGAATATGTTGATACAAATAAATGAAAAGTTGTACATATGTAAT	S. purpuratus

ESTs (0)