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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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>JT113647.1 TSA: Strongylocentrotus purpuratus WHL22.245633.0 mRNA sequence ATGACACGCGAGCTGGAGGTCTCAATTCAGCCTGCGCCTTGCTAAATTACGAGCGCCCTGATTGGTTAAT ATTCGTCGCATCCAAATTCTGTCGAAGCTTCTACATCAAAATTTCACAGTAATGGCCGAAACAAACCCCA CTCAGATACCGGCAGTGAAATGGGCACAGCGGGCTGATCGCCTCTTACTGACAATACAAGTAACGCAGGC TAAGAATGTCAATCTAAAATTCGACGCACAAAAACTCAGTTTTAGTTGTCAAGGAGAAAACAATGTGAAT TATGCAGTGGACATGGAATTTCACGGTGAAGTCGACGGAGATAGCTCAAAACCGATAGTTGGCAGAAATA TAGACTTAACCATAAACAAGAAAGAACCCGGAAACTACTGGCCTAGGTTACTGAGCGATAAGACGAAGCG ACATTGGTTGAGCACAGATTTCGCCAAGTGGAAGGATGAAGATGAGTCAGACGATGAGGTGGCCGCAGGA GGACCGGGGGGACCAGGAGGAAATGATGATAGGGGGCTGAATGAGATGCTTGCAAATATGGGTGGAATGG GTGGAATGGGCGGTATGGGCGGTATGGGCGGTATGCCACCTGGTATGGGGGGTATGGGTATGCCACCTGG TATGGGCGGTATGGGTATGCCCCCAGGTATGGGGGGTATGGGTATGCCACCTGGTATGGGCGGCATGGGT ATGCCCCCTGGTATGGCGGGTATGGGTATGCCACCTGGTATGGCGGGCATGGCAGGAGGAGATGTACCGG ATCTTGGAGACGAGGATGACAGTGATGATGAGCCCATTCCAGATTTGGAGGAAGCAGACGATAAAGAAAC GGAAGGCAGATCTGAATAGAAGTAACTCGGTTTTCATCTCAACATTATTATCTCCAAACCAAACGAACAT TGCAAGGATTTGGAATAGCTGACGTAGGAAACCTGCGAGCCTAAATGAAGAACTTATAATTCGTCACTAC CACCACCACCACCAAATGTTTCGACCCGCTAGATGTGAATGAGCTACGTGAAGTGTGTTGTTTTGAATGT ATGCATTCCAATCCACGGAGATATGAATAACTGACGTACCAAGGGAGGAGACCACACAATGATAGCTGAC CATTTTCTTGTATGTTTTTGTTTTTTGTTTTTTACTTTTGTTATCTGGTGTGTAATAAGAATCATGTGTA TCTTGAATAATAATTTCCTACTCTAATGTAATGTCGGTTTTAGTATATTTTCCCTGCAGTATAACATTTC AGGGGAGATGGGGACCAGCAAACAAAACGACAGAAGACACAAAGTTATTTAATGGATACGGAATTAAAAT CTTTAAATTGAGAGCATACTGTTATATGGAATCACAACTATTGCATATATTTTTGCTAATGGATATTGTT TTTCTGAGATATAGAAGGAAAAAGGGTACCTTATGCCTAGTTTACAGGGAACTGGAATTCTGTTGTGTAT AAAAGAATGCGTCTTAATCATGCTCAAATTTTTAAAAGCAATTTTTTTTTTTTTTTTGCATAGAGTTTGA TTACCAGCTCTTTGAGTAATAAGATATAATTGTTATCAACATATGGCATGTTATGAGCACGGAATTCTGG TAACTGAATCATCTTTAATTCCAATTCAAATACTTTGAAAATTAAAATTAAATCTTTACTAGAGGTTAAC AGTAATTATAGAATAGTCCTGGATCATAGGATGGACTGCCTTTCAAAATGGGTGCACGTCCGCACAACCA ACGTTAACAGCAATGAATGAATAGATGAAGGAGCAAGAGTACCGTATCATTACTCTTGAGTAGAATAAGC AACCAAATGCTGCATGCAAGATTTCAACTTGGCAGAAGTCTACCAGCTCTGTGCGGGAAGTGCTTAGTTA AGGCCCGAGATGAATGGGAAATGATAAGGATATTAGGAAATTTATATCACATGTGGCAGTTGTGTTTTTT ATTTTAAAGCTCTGAATATTGATTGTAGTTGAAGGTATATTGTTCAAAAGAAAGAGAAAAAAGTACTAGG AGAATCCACAAATATTGTCATTGCCTGAAGAAATTTCCCCAATATTTCCTAACTTCCAATTATTATTTTC TTTTGCCAAATGTCTCTTTGTGTTAGTCCAGTGTCCCTTTGTGCTACAGTCTATTGTTATTACCCAGTTT CATTACTATCCTTAGAGTTTGGGAATGTAATCACTGTTCAAAGTCCATTTTCTCATGGAAAAAGGAAAAC GTAATTTGTGTACAGCATAATGAAATATGTATATGTAGTTGATGCAAAGAAGTTTTGATAAACATGTTCT CTTAAATAATCACCTCAAATGTTCCTCATTTGTACTGTGAAGTTTTAGGTAGTTGAGGGAAATGCAGTTT CACGGAAACCTGTGTGTAAAGACCACTTGAGGAATACAAGAAAAGCGGTCTTTGTGTACAGGTTCCTGTG ATACAGGTCTCGCTTAGAAACTGCTCAAGGGAATAAAAACTGGTCTTTGTAGGCAGGTGAGGTGGTCTTT CTGTACAGTGGTCACTGAAACACGTTTTTGACTGTGATAGATGGATGTCATCGGAAACCATCCTTCTTTT GATTTCTACCAACTCCCTGTTTTTGCCAATAAACAAGTCATATGAGATCATGTGCAATCAGTTTTGTGGA CAAATCCTAAAGATACCATTCTGTGTTTTCAAATGGGGCTGAAGTCAAAGTGTGCCAACCACCTAAAAAA TTAATTCATGTAAAATTAGAATGTATGAATCCAACCTCAAAAACTTCATCCAGCATTCTATGGGCTAAAG GAGTATGAAGAAAATAAAAAAAACAACATTAAACCAAGCACACGGGACCAAATTCGGACTTGGGTGATAT GAGGGTTCTATTTTATATGATCGTGTACTGACAAGAATCACAAGTCGCTTTTATATCAATGGAGAGTTTC TTTAAACTTACAAACTCTCTTTCCAGAAGTAATATTTGAGGCTCTCAATTTTGAATGTAGTATTATGACA CAGAACTACTAACATAAAAAACAAAATATATTTTGGGGATGATTGGTACACCTTAATACTTGGTATAACA TGCACTGATCTGTGGAAGGCCAACTGTCCACCTGTCAGTTTCGTATACACTACTGTAATTATGTAACAAA ATGAGAAATTTATTTCATACAGACAAGCTTTTGTGTTTTCACTTTGTTACCGAATTATGGTGATATGTAC AAGTTGAAGAGAATGGCATTTAACCTTAAATGAATCAATGGACTAACTCTATGCTCGTATGCAACGTTTA AACCTGGCCGTGGATTGGTCGTTTTCAAGAATAAAGACCGTGTCAGGTTACAGTGAAATTTATCTATCCT TTTCAATATATTATGTTTTCTTAAAAGCTTGCAAATGTTCATTTCCCACTTTTTCTTCTATTTTTTTACA AAAAATAGGTTAGTTGTTTTTACCAATATATGGATGTCAAGTGGAAAGAGTCATGAAAGATTAATTTGCT GAAGGCGAAATGTGAGAGGAACCTTGCCCAAGCTAGTGGAATATTTTTTACGATAGGTGTTTGTCGTAAA TACAACATTATTGATACAAAATGAGAGATGAATCGAAACCTGTGTATGAAAACGGTAATAATAAGTTGAG CTGTTCTGGAGATATTCGAAAGGCATGGAAAATGAGTTTGTTTTTTTCCAGTCAGTTAAGGAGTCCGGGA ATGAAAGACCACTTGAATCAGGAAAAAAAAATCAGGATATTTCATTGACCCCCCCCCCCCTAAAAAAACA ACAACAAACAAACAAACAATTAAAACAATTTAGTGAGGCTCTTATAGTGTGTAAACTACATGTATCTATC TTTACAACAGCAACACAATCATATTCTGTTGTGTCATGTCTAAATATCGTATCCACTAGGTAAAAATACT TCACAATGGAATTAGGTTGCAGCATTTCATAAATAATGTTTGGTTGAGTACATTCGGAGCCTGATGTTTT TATCAAAGGCTCACTATATTGCTCAATTGGCAGAGTTCGTGATCTGGCACCTTAAAGAGAAGGTTGAGTT CTGGGAAGAGGTGAAAAATGATTTGTAAGCATTACTCATTCTTATTATGCAAGTGTGGAAGAACATCAGT TAAGACATGTTCCCTGAAAAGCATGGCTCTTCAAATGCCTTCATATTCTAAATATGCATGTAACATCGTA AAAATCGGGGGGGGGGGGGCGGCTTTTTACGCCACGTGTTCGTGTAGTCCCATATACCTCTTTCTGTGCA AATGTTTGTAACTTTACCAAGACTTGGCAAAATTTCTTATCATTTTGATGAATCCAGAACCTTGCAATAC ACACAAATTCTTATATGCTAGATGATCAACCTTTTCTGGTCGGTTCCACACCGTTTCTTTCACAATGCAA TCGCATGACCAGAACTCAACTTCATCTTTAACTGATGTGTAAACTACTCAATTTGCTACCCACCATCTCC AAATTCATCCATTGCTTATGGGAAAGATAACTCCTGCTTTGAGCTTACAAGAATGATAAAATCCAGTCGT CGATGGGTTAAGAGGCATTCTAGAATTTCAGACCAAGGATTTTTTCTTTTTTTTAGGGGCTGATGGTAAT ACAACGTGTTTCAGTACTTTCTTTTAATTATTTTCCGGGCAAAGTGAATCCTTTAGATAAATACATCCCC TTCATATAGTCCATCAAGAATAAAAAGAAATAGAAGAAAAGCGACGGCATGCAATAATATTACATGCAAC CGTGTAGTGAATATGTATCAACAGAATTGTATAAATTTGTCGGGTTTTTTTTAAATCTAGAAACCATAAT CCAATGTATATGTTAATGATTAGCCTCGTGTATTCCACTCGTGTAATCGTTTTTTGGTGGAATGTAGCTT TGTGTTCTGAAAATGAAGCAATGTAACTGTAAAACTTTCCAAACAGACAGTGTGGCTTGAGTGATTTGTA CTTGTTTGGCTCAGTGTTGTGTAGTGATCGGGAGTGATCGCCAAGTTGCCTACTTCATGAACGACTATAT ACCCACGTATGAACATCTTTAAATGGCAATCCAATCTTTGTAATAACTTCATTTGTGTGAATGCAGAAAA ATAAGAGAAACAGAATGGCGAAAGTTTGAAATAAATCGGACCAAAAATAATTATAGTTATGAATGTTTGA AATATGAGATCCCTAAATGTATGTGAATCTGACGCGGGTGTTGTTTTTTCTTTGTAGAGGACCTTAAAAT GCTATCCATAATATATTTCCTCCAAGGGAAAATGCACTTATAGGAGAAAAAAGGAAATTGATGAAACGGG AGAGTTATCCGCGACTACTTCACAATCGACTTACCGAACTGCCAATTTGTGATTCGCGTAGATTTAGTGA TCTCATGTGCAAAAACGTTCTTATTATAGGTCAAATTTATTTCACACTTTCGCACTTCCGTTTATCTTAC TTTTCTGCCGTCATATACACGAACTCATTACAGCTAGAGGTTGGGTTGCCCTTTGATAATATAGACCACA CAATGTTTCTTTGTTTTGCACATTGATTTCTATACTAATTGGCTACGAGCAAAGTCCTTGTACAAAGGCA ATGGACACAGGCG
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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