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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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>JT109660.1 TSA: Strongylocentrotus purpuratus WHL22.408494.7 mRNA sequence CATGAATCTTGTCGAAGGCTAACGTCACAAATGGGTTGTAGCCTTGTGTAGCCCGCCCCGAAGCATGGGC CCAGTGTATCGGAATAGGTGAGGGGTTAACAATGCCACAGCTCGGGTCATGACTAACAAAGTCAAAACAA CCACTGCCAACGGTGAATACCCCACAGGTCTGGAACTCTTGACCACCAATGCACTAAGGTCGCAGGTCAT AGGCAGAGGGCGTGCCGCAAGAGGGGCCTACGCAGCCTACCGTATAGCAGCCCCTCCTCCGGTACCAGGC TACGCCACCGCCGCAGCCCTCTACCCCGCCGAACCAGCGGCTGCTGCCCTCTACCCGGCCGATAGATACC CGAGCGCTGCCGCAACGGCCGCAACATACGGAGGCTACATCAGCCGCTACGCCACCCCCACAGCCTACGC TATCCCCTACGGCAGGGAGTACGCAGCCGACCCTTACCATCACGCCATCGGCCCAGCCACCGCATACGGA GTAAGATATCCCTCTCTTACAAGGGCCAGTCTTTATAGAGGTGCTTACGCAAGGTACACACCTTACTAAG AGCAGCAGGCAACCAGTGGTATTCCTTGATGCAGCTATTCATCTTGTCTTAAACGATGTTTACTGCATCC AAAATAACTGAACATTTTTTTGATTCAAGAAAGCAAGAACAAAGAGAGAAAGCAGATGACCATTTTTATG AGCTTAAGAAAGTCGGAAGGAAATTCTGAGACACGATCTGTGGTTTATATGAAGCGTGCTATAAGGGGGA AGGTGATTGGAAAGGCACGATGACATCAAGAGGTGCCAATTTGCTGATCAGTACATTTCTATAGGGATTG GCAATAGGAGGAGTTCAACTCGAGTAGTGTTGGTACCAACTCATCTGATATACGGCATCTCATCAAGCTC AAACGTTTGAAAGAAAAACAAACGGCTTTCAACTCTCAATCCTTCCCGACGAATACAGGGAAAGGGTTTA TTACAACTTGATATCTACTTCCAATTGTTCTGACTTTATTTTTCATTTTGTATTGTATAAGTATACAATG TATGATACCTCTACAATGTTTTTCTTTTCTTAAGAGGATTGTAGGAAACTACTCTATTCAGATTAAAATC TTTTATTGATGAAGGTTGGTATACCAAGATGTATTTGGTAATGTACTGAAATTTCATAGTTGCGGGACAA GTCTTGAATACTTGATCCCGCGATGGAAGGTGTAAATTCTACTCAAACAACTTTTTGCTCATTCTCTCTC CCTCTCTCTCTCTTTAATTCATTTTCAATTCATGTGTGCTATAGAGGGATGTATGTCTTGTGACATAAAA TGCCTCAATATTTCTGCCAAAAGTATCAAGTAGAGCCTATCTCATGGGTACAAACTAATTCTCGCAATGA CGTTGTGGAGCAGAAAATGGTCTTTTTGAAGATTTTTTAATCATGCACCAAAGCAATTGTCTCATTTTTT GTGGAAAGACTTCTTTAAGTTCACAAAGAAGAACAAAATTTTACCAAAACATAAGCTGATGTGCTAAAAA TGAAGAGAAGAACCCAGATTGGGAAACCCCCTAAAGCTGCAGTGGAGCATGCCATTACAACACAGAATCT TGTCATGATAATTATGGCCATCACAGGAGAGGGGGAAACAGGTTTGTCGAGGGACAAATGTCACTCAAAT TCTTCCAAACCCCCCTTGAAGTAGCTATAGGTGAATCCAGAATGAATGCACTGCCTAAACATTGGAAGAT TTCAATATAACTTGTGGGAGTCCATCTTTAATGGAAGTAGCTGTGAGATATGGTTGGCATTACAATAGGA AAGGGTCTTAAAGCATGATATAGATATCATGTTCGATCAAAATGGACCATTCCATTTCATTGAAAGGGAG TAGATGTCGTACATAAATTGGCATAACAATGAAAAACGGTTAAAAACACATGATATTAATGTCCATGTTG TATTGGAATGTTCCATTTCATTGAAGGGTGGCTCTGATAGAGAACGATGGACAAAAGTTGAAGGAAAAAG GGGTTCGTTGATGGTTTTCATGCTATAAATGAAGAGAAGAGGAGAGAAAAACATGGTGCTACCAATTCTG GTTGTGTGTTGGATATCACCTGCTGTTTAGGTGGTCTCTAGCTTTTAGAAGGAATCTGTATATTTATCTG TAGTTGTTAGATATCATCTAGACATTGTTTCATAGAAAGGAAAATTTTAAAGTTTAAGTATACTGCTCTC TAACCTTGCCTCAGAAATACAGGGGAGTCTGTCATTTCTGTGTTTTCATGATTATTAATCATTTATGTTC AAACTTTTTCAGTATTTTTACCTTTTATGTTAAACTATTTTGTGTTTGAGTTTCTAAAGCCAGTTCTGTT TTGGAGCCCACATGTTGCTGAAGGAGGAGATATGGTTTTTGTCTTTAATTTATCTTGGCACTAGATGGAA AATTTGTACAGATTTTCGTAGTTAGCTTGAAATTCACTACGTAAGCTTTTAAATGATTTGTGTTAGTAAA TGAGCAGAAATCAGACATTGTTGATTATAAGTGTTTGCGACGCAAAAAAAACTCTCTGGAAGTAGTGTGT GAGTGATTGGGAGAGAGAGAGAGAGAAAGAGAGAGAGAGAGAGAGAGAGTAAATTGGAATGTCAGAAGCA AAAGCGTTCGTAAATTTTACACTTGGGTCAACAACAAAAAAAGCTAAGGAAATAGTGATTCTTTTAACTT TATATTTATTATACCATTCATGACATGAATATGAAAAAAAGATCTAGCAATCTATTGTATGTATCATAGA TTGTCACCGTGTTGATTTTCGCATTTTGGTGCAATGTTTCTCTTGCAAAGTGCGTCTTATATAAGTTGTA ACTTTCTTTTCCTTCTTCTAGCGAAAAATGTCAGATGTTGTCGGTTACCCTTGTAGATTTCTATCCTCTT TCTCTGGTTAGTGTGCTACTCAATGTTAACCCATGTATTTTTGTCGTTGATTGTGAATGTATTGATAAAT GGCGAGGAGAAGATTATTGTTGTGTAATAAGCATTGGAAATATAAGTATGTAAGTAACTAAGAAAGTGTC TTGATGAAGATTAACTGACTATGAATATGCCATGGAATTGGACAAGCTTTACTGCCAAACTTGTAAATTG TACACAAAGAAGAATTACTTGTGAAAGACAAAGTATTCTCTTCATGAATCACATTTTTATTTTGGCTCAC AACGCTATCAGAAAGAATAATCCTATGTATCAGGGATCTACATCGGAATTCAAATTCATATTTTGATAAG ACAAAGCCAAACAATTTGAACAAAATACTACATCACTTTCACTATCGGACTACCTGTATTTTAAAAGGAT TCTTGTTACTGAAACAGTAAGACAATGATTTTATCCAAAGTAATACAATTTTGTGCTCCTTATCATCGTG CTCAAATTAAGTGCAAATTTAGACCAGCCATCTTGCTGTGGTAAAAGATAACCAGCGTTCAATCTTTTTG CCACTTTCTGACAATCAGGTTTATTGATAAACCAAATCAGATTCTGTCTTCAAGTTGTCTCGTTCAATGT GGTATTGCACTTTCCCGTGTTTATATGATTCAATGTACATTATTTTCATTTTTTGCCAATTTAAGTTATT ACTGTACATTTGTGTACCTTGTCTTTGTGTTTACACCCAATAGTTATATTAATGTTACTGGTTTTCTTTG TTATCTCCTCAATTTATTTTTGTTGTTAATGTTTGGAATACAAATCAAATTATCTTGTAAAGCACTTTGG AGAACAGCTGCCAAATCTTTGATGTGTAATCCATAAGGAGGACATTTCATTACCATCATCATCTTCAAAG CAACTCTCTGTGCCAGCTGTTTTTATCAACTCCTATGTTATGTTTCAAATCTCCTTTGTAGTTTCAATCG TTAGTAAAGGCAAGATACAAAATAGGAATTTTTATGATAGTGACTTTTATCATGTGTATTAAGGACAGCT CTTCATAAGATATATATTTTTTCAGTAATGTTTCGTCGTTTGTGGAGACAATCAAACCTTCAGGTGTTTT ATGTATCTTATTTAAGAACACTATACATGTTAGTTGAGGGGAAAAGGACAAAAAGGAAAAGTTGCAATTT ATACTGAGCTGTTGTGTGCTTTTAATACAATGCTGTTTTTCTGAGTAATGATTTTATAAATGTAACAAAT TTTTGATTGTATAGTATTTCAGGAGATAACGTTTTTATCTCAACGTGCAAATAAGAAAACAGGCCCATCG CCCCCAACAAGATAACAGAACCTTGTCTTTTTTTTAGCTTATAGAATTTAAAATTAAATTGACGCAATTA ATTCTTCTTATTAAATAACATGTCAAATAAAATTCTCATCTGGATTGTGTCATACCATTTTAACTTGTAT AGAAAACAGGGATATAAAAATTTGAATTGATAAACTTTGGTGAATCTACTGTATCAAAAATATAAGTTAT TGCTCAGAATAATTAAGGTCATTCAATGCTTGATTCTTTTCGTGTATTTCACACAAAATTTCAGGTAATA TTGTAAAACTAATATTTCTCATATTTTGGACTGCCTCCTGTGTTTTGTGAAAGAGGCTGAATTTTCAAGT GGAATAGTTTTATTTACATAGTACAAAGCTGCAAGTACAATGTACGAGGCATTAATTTGCATGCCTTTTT TTCTCTCTCTCACAACACTTGTTATTTTTATCTTTTCGACAATCATTACATTTTAAGGTGCCATCTTATT ATGTGTCAAAGGTTTTTAAAGATGTTTTTTGTCAATAGTCAAGCATATATTCTTACTAATTTATATTTAT GTTTCACTTGATTTGTCGCCGCTGTGCAAGTGCGATTCATTCATTATTTTCATGTTCTCAGCTCTAGTTC TGGGACTTGGTCATCTTCAATTTGCCAGTGTTTTACGGCACTTTTCACAACCTTTGAATAGTCAGTTTTT TATCCGACATGTTTTCTTGTAGTAGACTCGAGTTTGTAGAATTCTTTTTTTTTTGTCTATTAAGTGTAGT ATATTTTTCCCTCATTCATTCTCTTTTCTAGACAGTTGTTGATTTAAAGAAGAGATTCATTGAAGAGATG AAACTTTGGGGCATCAAATGCACAGAAGTATTATTGTAAAATCTTAATTACAAAAAAAATATTAAAAATT GTACAGATTCAACAAAAAGACTATTTGTGACATGTATTTTATTTGTGTGTGTGTTGATTAATCACTTTCC TTCTTTCCTTATATCTACATTGTATCTCTTTTGATATTCAAGTGTTCCTAATACAAGACCGTGGGAGAGA AATGATAAGTGAGAGAGAGAGAGAGATAAAGAGAGGGAGAGGTGAGAAATAAAGAGATAGGGTAAGAGAG ACAGGATGAGAGAGTAAGAGAGAGAGGGGAGAAATAAAGAGACAGAGTAAAAAAAGACAAAATAAGAGAG AGA
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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