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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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BLAST Databases
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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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>JT118522.1 TSA: Strongylocentrotus purpuratus WHL22.507257.0 mRNA sequence AAATAGCCCAAACTATCACTAAAGGGCTTCTAGCTGCAAATGCTGTGGCTCCAGAAAAAATAGCAGCTAG TGACCCGGCTAGTCACAATCTCAATGTGCTTTCAGATATGGGAACCAAAATAGCTGAAAATAACGAGCAA CTCCTTGAGATGTCAGACACTGTCTTCCTAGCCACCAAGCCAAACATTGTTGGGATAGTCCTGAAAGAGA TCGCCCCGTACGTGAAGAAAGACCATCTCTTTGTATCCCTAGCAGCAGGCATCACCCTAGACTACCTGCA AAGTAGCTTACCAGAGGAGACGAGAGTGATCCGTGCCATGCCGAACACACCGGCCATCATCATGGAGGGA GCGACGATCTTCTCAGTCGGTCAGAACGTCCGCGAGGGGGACAGCAAGATGTTCCAGTCGTTGCTCTCGC AGCTCGGGATCTGCTTAGAAGGGGATGAATCACTGATCGATGCAGCCATGTCCGTCAGCGGGTGTGGTCC TGCTTATGCATATGTGGCCATTGATGCTTTAGCAGATGGTGGAGTTAAGATGGGACTGCCAAGAGATGTG GCCATTAAGCTTAGTGCCCAGGCGTTATTGGGCTCATCCAAGATGGTCTTAACAAGTGGCAAGCACCCCT CCCAGCTCAAAGACGAGGTGTGCTCACCGGCAGGGACTACCATCGATGCCATCTACGAGCTGGAGAGGGG CGGCTTCCGGAGATGCCTCATCGAAGCGGTCGAGGCAGCATGTCTCAAGGCAAGGCGCCTCAACGCAATG CAACTTTTCAACAACAAATAGATTGAGCGTCGAGTCGATAATGGACATCGGCTTTCAGTGAAGAAAATTC TTTCAGATGTAGAAGAAAGTTCATTGGTTTTCATAATCTTGATCTGTCTATATGGGCTAAGACTCTGAAG TCTGGGTTTAGACTCTTTGGGCTAAGAATCTATTCAAAGTCGAGGCTAAGACTGTTTAAAGTTGAAGTCT TGAGTAAGACCATGTTCAAAGCCTGGGCAAGGATTCTGTTTAAAGTCTGGGCTAAGACTCTGATAAGTCC TAGACTAAGTCATTGTTTATGTACTTCCATGAATTTCATCTTAGGATCACCTGCTGTGTAGTTGCTCTGT TACCATTTTTCGTACAGGGTGACATCATAAAATGCATAATATTTGCCTAGTTTCGTACACATTATGATAA CATTTTCAATATTTTTGCATTGATGTCAAAACAGGATCGAATAGGGGGATCCCTGTGTAATAAGTCATGC ACTAGCTCATACTTGTCACGTAAAAGTGTACACATGTGTGGTTAATGGTAATTCAGGGTTCAAGCTATAT GAAGTGAACCCGTCTGGGAAACTAGAAAATGTGACTGAACCCCTATGGTCTATAATCCACTTATTCAGTT ACCAACCCTAGGCCTAAATTGCGTTCCACAAAAGGGAAACTTAGTCTACAGAGTGACTTCCTTATTGAAC CCAATTTTGTGTGAAAGCCCAAAGCAAGCATCGAGTTTGAATTTTAGTGGAACAAGGTACTAGAAGTTCA TCTACTGTTATACCATGTGTCAAGAGGAACAGACTTAAACTGGTCTGATTCACAAATTATTGTCAGAATT CAGGTACCTACCTTCATCATACTCTTTTATTTTGGGTCTCATAGCAGAAGAAGAACAATTTCACACATAT GTTCAGTATATTTGCATTCAATGAATTTTGAAATGTAGTTTAAAGTTTGTAGGAATGATATAAAAGCACA GTCTTCACATTTTTTTCCTTCTTAATTACCGGGTATGTTAATCTTTGAATTTCTGCATTTGTTATTTATG TATTTGCTTCTTTTTAACAATTCACTGCATTCCATTTTGTTTGCTTTAGTTGCTGCCTTAATATAGATAA AAGCAATTTTATTTTCTTGCCTTTGATTTGTTGCCTTATGTTACAAAGTTACGTGTTATTAAAGTATTGT ACAAAGTGTAATGATTTACAGGATACTTTCTTTGCGTATAAATATTCAGATTGCCCTGCATACTTTGATA AGAATGTTGCAACATTTAATGAGGTGTAGAATATTTGCAGGGCTCGCCCTTATAAGTATTATTGGGGTTT TCAGATGGGCAACCTAGACAAATGCTTAGGTTGCCAAATTCAACTTTAAGTTGTCAGCTGCAGTGAATTG CATATAGTCACATGAAATAATGACCTACAGTATATGAGATTTTGTCAACCAGAGCCGCACAGGCAGTATA TTTATGTAGCTCGACCATTGGGATTTAAATGGCCAATGGTATTCAAGCAGTGTCTAAGAAATTTTAATTC TAAAGTTAAGCTACATGTACATATTCTAGAAATTTTCATTATAAATTTATAATGTATTTAATACTTACTT ATAAATAATTCATTAATAATTAACTATTATGATTAATTTCTCTTGCTTGCTATTAAAGATATACCATCCT TCCAATGTTTACACATGTATGACAGTATTATGATCTCCTATTTTTATGGACTTGATTTTGCCTTTGATGT TATTTTTATGTAATTATAATCAATGAGGAACATGTAATATTTACATGTGTGTAAATAATTGATTTAAGCC TTGTTCATTGTTAAAATATCACTGATAAATGTTTTTATTTTTTATACTTTTTTTAATGATTTAAGTGTAA TAAGCTTCCCATTTCCTATTTTATAATACAGAGCTAAGTGAATATGCGTAGGTTGAAAAAACCTGCCATT TTATTTTTTACAAATATGGTTCATGGCCTCATATCTAAACAAGCTTTTAATGAGACTTTGGAATGGGGCC TAGGATTTCGTAGAAGATGATATTCTGAATTTCATCTAAAAAAATTCAAATTGTTTTCTCTGTACAGTAT TGAAATTTTTCAGCCCAAATTAAAAGGACTGCCAAATTAGGTGTACAATTATACATAGATTAGTCTTTTT TTAAGTTGCTCATTGTCACTATTGGTCTGCATTCTATGAAAATGTAGTATATACATTAGTTCAATTATTT GTCTTGTGTACTTTTAAGATATTGAAAATTATGAGAAAAAATGCAGTTCATGTTGAATACAGTATTATGC AAGGGACAAAGATGAAATGAAATAAATGTGATTGCCAGTCATGTACAGCTGAAATTGCTTGAAAATTTAA TACATGTATGTTGTACTTGGGTATTAATATTGTCCATTCATCTCGTAATAATTCTATATTGTGCATCAGA CCTCGCATAGTTTTGGCATTCACTTACTCCAAAAACTGAGATTTTGATCGGGATCAGAATCTTACTCAGT TTTATTATTGCGTCCATTCACATGTCGGGGGGTGGGGGTTGGGGGGGGGGGGGGACTAGCGAACACACAT CAAGATGATAACACCTGCATTGCGCATGCCTGAATAGAGACCCAAGTCGTTTGACTCTGCCTTGATTTGG CATGCAGTAATTTGTGTCACAGTGCATTGTGGGATAGAAAATATTGACATGTTAATCTCTCTTTAGTTCA TGCACACACACATCACCTGGCCGTATTAGTGAGGTTTTGATCTCAATTAAGAAATCAATATTTAAATCAT GTCACTAATTGCTGTGCATGTGAATGCCCCTAGTTAATGACATGTCTTGCATGGTGTACACTGTACATTT AGAACAAACTACACTCCCTAGACCTCGTCAGGGCAATATAGGATAGATATCACAGTAGCTTGTTTGACAA TTAATACTGGTAATTTAAGATCGTAATAGCTTACTAGTTGTAGTTTGATAATTTACCCTTGGGTGCATTG TTTGAGTAGTATATGTAACTCTTTTTTACAATGTACACTGTGCTTATTAGGTGCATACCGGTACAGGTAT GTGTCAGTGTATTAATTTTCTAACAATGATACTCTAGGCCATATTCGGTTAAACATAGGCTTGTTGGCTG TTTGCATATATATCTCGACAGCAGTGATGTTGTTCCTAGCTACAAAGGCTGCTGAAAATATTACTTTCCG CAGGTTTTGTATACGTGACTTGGTCCGAGGTTGGGCAATTCCAAGTCGCGAGGCCGCTGAAGAGTATTAC CTTCCCTACATTTTGTAGACTGTGTACACATGTCTTGGTCCGAGACTAAGGCTAAGACCGCTATAAAAGA TAATTTGGCCTCAAGGTCAGTATTGAATGACCCCACACTGCTACATACAGTAGTTTGCAATAGTAACCCT TCCTTCTGTAGAGGTTGAAGTATTATATCAAAGCATGTATTTTAAATATGATATTTTATGCCTATTATGG CGTGGCACAAAGTGCTTGTAAATAATTCTGTGGGGCATTGAAGTTTTGGATGTCGCTCAAAATGTTTGAC AGTTTTGATTGTTTATTCTTGGACATTTTACTCTTTTCCTTGTCATCTTTTCTTGTCTTTTTTTTTGTTT TGATATTTATACTCTGTAAGTAAGTTTTCATGATGATTGTTTTATCATTTCCTGGGCAAAGAAAATTTCA TAACTATTAAAGAGTGAAATATATTTCAATGATTTCTCTCCGGCCAAATAGAGACTAATTGAAAAGATGA AAAATTTAAATTGTTTATTCCATTTTTAAATGTACAATCAATGTGAATGTAATCAAAATTGTCAGCACGC TTGTAAGGAGTGTCCAGTATAAACATATATATATATATATATATATATATATATATATATATGTATGTAT ATATATGTTTGATTGATTCTGAACAACAAAATATATGTTGTTAATATGCTTATTTGTATGCTGCAACAGG TGATCATAGTATGTGCCTTGTAGATAGATGTAGTATACATGTATTGTAGAAAAACTGTAGTTGATACTGA AATAGCATGTAGAGAAGAGCAGGGTAGATCTGATGTAGGGTCGTTTATTTGGACTGAGATCCTGGTTTTG TTACAATTAAAGGAGCTACACAAAGAAAATTCACTAACAACTCATAATTGGAACAAATTACATATGGATG GAAAGATTTTCTCTTGAAAAACACGAACAATTTGCTGAGAAATCATATAGATATCATTGAAAGGCGTATT TTTCAAGACCCTCCTTAGACCCCCGAACGCCCCCGAACGTAAGTCAAACACACAAGCATAGCGAACTCTA AATAGTGACGTCACACACTGGACGAACAGCTCAGTACCGTGTAGCAGTATGCAGCTAGCCAGCCGTGCCC CGTATGTGACGTCACATATATTGACGCTCTACAAAGGACCGCTGAAGGCAGAAAATCTGGATCTCAAAAC TAACATTTTTGAGAGTTGATTACTGCGGGCCCCAAACATATTTTGAAGAGTAGAGTTGTTGTATTTGATC GGCAAGGCTTCCCCTTCGCAATGATATGAGTTTTGCATCAATTCAAAACACTTTTGATTTTTTGTTTTAA TTGCCCTTTTGGTTCCAGCAGATAATATAATTATTCTCGAGTGTAAAACCAAGCTTACTTGTAGGATGTA ACTGGTTTTCTTACTAAGTGGAATCCTGCTGTAAAGGACAGTGTTGGAACATTTTTCTTCTCTCTCTCTC TCTCTCTCTTTGAGAGGGATCCCAACTGTAAAAGGATGTCAGTTGTTTCAGTCATGTCATTAATTAAGTG CCTTGTAGATAAATTTAGTGTACATGTACTGTAAGAATTTTAGATCATGTATGTAGGAGTTCCTTGTTGA TAATGGAATAGCATGTAGAG
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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