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Echinobase
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Echinobase Accession
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Echinoderm mRNA
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S. purpuratus
(Purple sea urchin) 5.0
L. variegatus
(Green sea urchin) 3.0
P. miniata
(Bat star) 3.0
A. planci
(Crown-of-thorns) 1.0
L. pictus
(Painted urchin) 3.0
A. rubens
(Sugar star) 1.3
A. japonica
(Feather star) 1.0
Genomes
Download Echinoderm Genomes
S. purpuratus
(Purple sea urchin) 5.0
L. variegatus
(Green sea urchin) 3.0
P. miniata
(Bat star) 3.0
A. planci
(Crown-of-thorns) 1.0
L. pictus
(Painted urchin) 3.0
A. rubens
(Sugar star) 1.3
A. japonica
(Feather star) 1.0
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Download BLAST databases
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-- Genomes --
Strongylocentrotus purpuratus 5.0 Genome
Strongylocentrotus purpuratus 3.1 Genome
Lytechinus variegatus 3.0 Genome
Patiria miniata 3.0 Genome
Acanthaster planci 1.0 Genome
Lytechinus pictus 3.0 Genome
Lytechinus pictus 2.1 Genome
Asterias rubens 1.3 Genome
Anneissia japonica 1.0 Genome
-- mRNA --
Echinoderm mRNA
-- CDS --
Echinoderm CDS
-- Protein --
Echinoderm Protein
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>JT096638.1 TSA: Strongylocentrotus purpuratus WHL22.598030.3 mRNA sequence CAAAAATTAAAATCCACTTACAAGTTACAATGCAATGTACTCTACAGTACAATCTACATGGCTAGTCTCA GGCTCAGCAGAGTATACAGGAAGTCAGGATATGTTCCTCTAGCTCTTCGCGTGTTCTTTGAATCCTTGTT GGTCCTGTGTCACAAGTTGCAATGGACTTACAGTAGAATCACCAAAAATGACATGTTCCCATATCCTCTT CTCAAGACTCGATACGACAGAGAGACTTGCATTAAAACGTCAATGCAGAAGCCTGAACAAATAATTGCCA CTGTAGACTAGTGTAGTCTGTTGTAATTAATCTGCCATTCTAACTGTGCACTATGATGACTGTGTTGTGC AGTTTGATCCAATCCTTTCAAAATCTGGGGGTAGACTCTAATTAAAGCCCGAAAATACTCTACCCAGAGG ATTGTACTAATTGCACCAGAAGAAGAAGAAGAAGTAAGTGCGAGTTATTACGATAAACACCGTACAAAAT TATCAGCTCAGCGTGGAAATACCCTCTGTCTAGTCTCTGATCTATTTCAAGAAAAAAAATGGACATCTGA AAACGGGATTTCCCCTATTTATGACAGGCGTACTATAGCGCTAGCTAGGTCATTACGCATGCGCGGTCCA GCCCGTTGCCATATACAAACAACTTTACTAAAACCGGCATAGAGGTCGATTGGTTAACGTAGTTGTTGTT TTTATCGTCTTTTGCTGTCTGGCAATCAGCTTATCAATCAAAAGGGAGCAGTTAATCGAAAGAAGTATGG CTCATCTCAAGGAAGACAGGATAGATTTTACTAAGCTTGAGAAGGAGTTGACTGCAGCCATAGATGCAGA TGCTTCTTACTGGAGAGTGAACGGTGCTAAGATAAGGGCCATGGAACAACGTGTGGAGACTTACGACCAA TTCAGGGATTTGGTGGCAGCAGCTCACATCAAGCCTCTAGAGAAGAAGGATAAGATCAGTCAAAGTAAAC GTCATCAACCTTGGAATCCTTTCTCATCATCCAACTCAACAACATCATCATCGACATCCCCTCAGGAAAC AGGAGATCAGGTGCAGTCAAGTATTACCAAGGTGAAGATCCCAAAGAATGGGCATGAATTCACAAAGGAA TGGCGGAACCGGAAAAAAACTTCAGGAAGTTGCTATTCCTACATGTTGGACCTAGGCGGAGACACACTTG CGAAAATATTTCGAGCAGAGATAAGTTTTGGTCTGCTGGGCGAGATTATAACTACACTGAACGACCATGC AGAAGAGAAGCATTGTGGGAAGATAGCGGACATTTTGGTGTGTCTGACACGAGCCGGAAGGTTCAGTCTC TCCTTAGATTTTCTGAATAAATCTGAGAAGCAAGCTTTGTCGGAGTTGATGGGGAAGTTAGAACAATGGA GACAAGCTGTTGATAGGACTGAAGAAGATAGTGTGGCAGCAGAGGAGAATGAAGAAGGAACAAAATCAGA GGATTGTAAGAAGGAGAGGTTAGAAGGTGATAAAAGAGAAGAGGGTGAACAAGAGGAAGGAACTGTAGAG ATAGCTCAGGAGAGTGGTGCACAGTTTTCTTCAGAGGATATTGTAAAGTTAAAAGAACTATACAAGCTTT CAGAAAAATGATGTAATTTTATGTCACTTGACATTCCAAGTACACTCGGAGCAATGAAGGGGATATAATT CTGAGAGTCATGAATATGATCCTTTAAGCCCATCTGTACTAGTTTGACCAGGGGGGATTAGACCTCCCTG CAAGATCACTGATGATGATGATGAACAGCATTTGTATGGCGCCATATATCTGTTTCAGAAAACATTCAAA GGCGCGAGCTCCTCCAATAAAATTAGCATTTCAATGACAGGTGGTTATCTCATCAAATCAGCTCTCTTTT AACATAAGAAATTGGGGATGATGGGCGACCAACAGGCACAGATTAGGCATTGTTTGCTATATAGAGGGCC CAAGTAGCTATAAGTAGTACTGTGGGGCTTTAAAGCTGGACCGTTTTACTGATCACAAATAAGATAAAAA CTTATTTTACTATGGATTAACATACATGAAATGATGAAAGCACCTGTTCAAGATGACACTTTCCAAGTGC ATTGTATCATAGCTCACATACACCAGACTTGGTGGAATTACCAATCACGCTATGTACAAATCTCATATGC GGTGAAACTCGTGTCCCATATCAAGAGTCTGGAGAATGCCAGTCATCGTTCTGATGTTGATTTTATGATT ATTTTTTCTGTACAGGTTAGTTCTTTTGAAGTTGATGGAGAGTACATGTATTACATCAGGCTTATTATGT AAGTCTTAAAAGTGAAGTACACTCTCAATTATTGATAACACCTCTTGTCAGGTCACTAGTAAAGTGATTT TAAATGCCCCTTGAGAACCAACAACTATAGGCCCATCTACACAGCCCAAACACCAGTTTGAAAAATCATT GACTTTTTTAACTACCATATACACTCCTGACAAACCCATTTGAAAAACATCAGTGTTTTGGGGGGAGTAG TGGGCATTCTTGACTTTGTGTTGCTTTGCACGGAAAGAAGAGGAGTCATGTGAACAAAAACCAGAAAGAT TTACCAATGTTTCAAAATCAGGCAATTACAATTAAAAAATTAGTGAAATATCTCTGCCGTTCATCGTGTA TGCTGGCAGTTGCTAAGCAACGGAATGTGAGACAAATCAATGATTTTTTAGGCTGCAGTGTAAATGCAGC TTGAGTGTCTAGCTTTGACAAAAATTACATTATTGGTCTTATGAATATATCTTCTGGAAATATACAGTGT ATAGTCATGGAAAATTGGAGATACTTTAAACCTATTCAATCCTATGCACTATAATATTTATCATTTACTT AGTAGATAGTGTGCCAGATCAAGATACAATTGGACGGCACTTATGGATTCGGGAGAATACGGCAGTGTAC AGTATGTAGTAATGACAATTTATTTTAAAAATCGATTCTATTTCCATTGTCCTGAAATCCGTCCTTGATC ATTAAGTAAGACATTATTAGAAGGGCATTTTGTATTCTTAGTACTGTTTTCTTTATATGATTCATGTTTG ATAAATAAACATTGTTTTTTTTATAAAAGTTTTTCACCTTGTGAGTTTATTTTCAATTTGAGACAATATT TCTACTTGTCTATTTCAAATAAAGGTGAATACTATATTTTGAATAACATATTTGTTTTCAAGAATCAAAA TATGCTTTTCCAAAATGCATCGTTGGTCAAGGTTATCAGTTTTCATAAGTTAGTATTACCTAATTTTGTA AATCAGTTGTATGATACATGCTCCCGCACAAATTGTGGTCAATGTCCTGTACCAACAGAATACTATCCCT GGACGAGACACAATACAGAAACGTGACTCTAAACAGAAACCTTAAAGGTAATACAAAGTTTTGGTATGGG GTCATGAATTTCGTTCAAATGAACATATGGGAAGCATATGCGATCCTACAATATTCAGTGATCGTTGTCG CGGTTGAAATCGAGTCTAAAGTTATGAAATTGTAAATAAAAAACTCTTTATGTTGTATAGCTCCCTCTCA AGGTCAAGATATTAATTAAGCTATAAAACAATGTTTCTTGACTAAAATCGACCGATTGGCTATTCCCGTT TGGAAATTATATTTCTCAACTACATATTCTGAGATTTTCATGGTCGCAGCTACCATTGTATGGCCATAGG CGCTATTTGAAATTTATCAAAATTTACTGGGAGCACCGGTAAATTTTTTTATTCAATTTTTCTCGAAAGC AGAAATGTTTTAGGGGCTTTTCTAGTGCTTATAATACATCCACAGGGGCATCCAAATATATCAAAATTGT AAAGAATCACTATCTACCCAATTTTCAAAATTTCCCAAAACTTTGTATTACCTCTAACTAAAATCTAAAT GCAGTCCTATCCTTATCCCCACATCTTAAATAACAAAGTCTGGAGTAGTCATCACAGGAGTAAATGTCTT AAACAATTTTCAATAGGCCTGTCTTCATCAGCTCGAGCCCGCTATTTCTGATTTGGGAAATAATGCCGAA GTTACAAATCGCGTCCTCATCAGCTCGAGACTCGACCTCGAAACTTGAAACTCGACCTCGAAACTTGAAA CTCAACCTCAAGAAATTAGCTCGAGATATTTTGCTCAGCGTTCGCGCATAGTGTAAATCTTCGGGCTGGT GACGATGCACCGGAAAAATGGGGGGATATTTTGCAAACCAGCCCAAGATATCATGGATGATTATTTCGAC CAAATATCTCGCTAATTGCAACTTCGGGCTGATGAAGACGCATATTAACTGGACGATTTAATTGCGATTG GGATAGTTAAAATAGTGGGATATTTGGCAATCTGGAGCTGATGACGACATGCCTAATGTTGCCAGTTTTC TTTTTGATATAGTCTTTATAATGGTATAGGACCCTGAAAACGATGATATGATTCGTCAATAAGGTACCAG CAGCCAAATTGTCTTTGTGGGCATACCCACAATACAAGGCTGTCTTTACGAGGCAAAACAAATTGATATC AACTTCTGATGTTTTAATGACAATTCAGACAAATTGATTTTACTATATATATGCATCACAGCACATTTCT TTTTCCTGTATGCTCAGAAACCACTCATCACTGATCTGTTCATAATGGTAAAGAATTTTTGTACAGGGCG TTTTTTTTAAATATTTGCATCTTGGTATAGCCCAAGACCACAACAATAATGAATTCTTTGAAATCAAGAC CAAAGTCTCGCCACAACCTTGCAGGCGACAATAGGATAGGACTTTAAAAAAATGTAAATTATGTCACTGT CTGGACAGGCAAATTAATGTTCCTCTTTTGAATGCTGTTTTTTTCTCTCTTCTACATTGTATGTGTGGGA ATGAAAGGATGAAGCGTCATAAAGCAATCTCTTATTTTTGAGAATACAAGCAGTGTATAGGACTGGAAAG ATCTGTGGTTGGAAAGAATGAGAAAGGACACTTTATGATAGAGAGAGAGAGAGAGGGTAACATTGTATGC ATGTTGAGAGCGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGGATAACA ATGCATGCATGTTGAGGGAGAGAGAGAGATATATATATAGATATGGAGGGGGGATGATAAAATGACACAA GAAGGTAAAACACATGGATACAAAATGTAATGTTTGTGATGCTAATATTACTAGTTTGAAGCTGGATTAA CGGGCTTAAGGACAAATGTTGATAATGATGTACAAGTATTTCTTCCAGTCTGACTTCCTCTTCAGTCCGT TTGAAAGCCATTCAGTCTACCGTACTAGTTTCCGTCAATCTTCTTTCATCCCCTTTCTCCCTGCCCCTCT TGATAGCTTCCTGTATCTAGCTCATTCACCAAATATACAAAATTGTTAATTCCTTCACTCTCTTTCAGAA CTACTTCTCTCTCTCTCTCTCTTTCTCTCCCACTCGCCTGTTCCATGTTTATCATACCATATCATCTATG ATGGTCAGAATCATCTAATCATTCTTTTCGTAATTATCCTTTCACGTTATCTCATTTGATTGTGATAATT ATCAGGATTGTGATAATTATCAGGATTGAGGTTTGGTTACCTGACATTTCCTCCTGCGACACATGCTCCA GTCATATTTGCTCCAGACTTTATCAAAGATTGAGGGTTAGGTTGGCACTTGCGGTTAACCAATGAGTTGG GTTGGGGACATTGTTTGGCCCAGGATTGAAGTAAAATACCCACTTGGTTTT
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Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds