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Echinobase
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Echinobase Accession
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Echinoderm mRNA
Echinoderm protein
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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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>XM_030999260.1 PREDICTED: Strongylocentrotus purpuratus protein enabled homolog (LOC576114), transcript variant X6, mRNA TTTGAGATGGGACGTTAGTCTGGTGGGCATCATCTTGGCCGAGAGAACCATTTCCAGTTTTGCATCACCG ACTTCATTGGTGAGATGACCATTTATTTCCAGGATGCCACGAAAAGAGAAACAACCTTTGGATCTTTACG AGGATTATGACCATTCTAAGCATTGCGATGGAAAAGGGGACAGTCAGGACCAAGAGTATGGTTTCTACAC AATTAAGCGTAACGGCACAAAATACGGAGTGCCGAAAGTTAGCATGGAGAGACCAGTGTGTTCATCGCAT GCGGCGGTGATGATCTACGATGATCAAGCGAAGAAATGGCTGGCTGCAGAAGGCATCTCAGCTGTAGCTA GAGTTCAAATCTACCAACACCAACAGAACAACACCTACAGAGTTGTAGGGAGGATAATGCAGGATAACAC AGTTGTCATCAATTCCTCCATTTTAAAAGGTCTCAAGTACAACCAGGCCACTCCCACGTTCCACCAATGG CGGGACAGTCGACACGTCTACGGTCTCAACTTCCAGAGCGCCAGCGACGCCGACGACTTTGCCACTGCTA TGATGGGGGCACTAGACACATTACAACAAGCAGCAGCTCCTACTCCGAGGCCACTGCATTCGGCTCCACC AGTTCCCCCCAGCTCTCTGTCGAATGGACCTTCACAAAATGACAGGTTGTACAACCAACAGCAGGATACA AATAGGAGAAGCGGAGGTCTGGACAACAATTCAATGCCAGCCACCAGACCAAGTCCACCAGAACCACCAT CAGGTCCTCCTGCCATGTCCAGACCACCCCCAGCAGCTCCTCCAGCCCCGCCCCAGCCTCCAGCCGCTCC TCCAGCACCTCCAGCACCACCGGCACCACCGGCTCCACCCGCTGTTCCAGCAGCCCCGCCTGCTCCTGCA GCTCCTCCCGCCCCACCAGCACCACCGGCACCACCAGCAGGTGGAGGCCCACCCCCTCCACCACCACCAC CAGCTATTGGGGGTCCCTCTGCATCCTCAGGAGGAGGAGGAGGAGGAGGTGGAGGCGGAGGCACAGCAGG AGGATTGGCAGCAGCATTAGCTGGAGCTAAATTAAAAAAAGTTGTCAGGAGTGAAAACACTGATGGTTCG TCTGGCGGAGGCGGTAGTAACAGACCACCACCTGCAGGTGGTGGCGGAGGAGGGGACTTCATGAGCTCCT TGCAGCAGAAACTAAATAAACGGCGTCAAGCCTCGGAGAATCCATCATCAGAGTCGGCTCCCAAGCCATC AGGTAGGATATCACCCCCAGGAGCTCCAAAAGCCACTACCAAACCATGGGAAAGAAAAAATGGCGTTGAT AATACCACTGCTAGTGCCTCCCCTCAACTGAATCGTCCTCCTCCGGTGTCCAACCGAAATAGCGTGGATG GTACAAGGATCATGAGACCTCCGTCTGGTGTTGATCAACATCAGACCCACACCCCTACATCTCCAGGATT TTCAGTAGGTCGACAGCATGGTGTGCGACCTCCAGCTACCGCCCCCTCGCCTGGGAATCAGTCCCCCAGG CCTGTTGGACGTAGACCATCACAGCCTGCTCTCAACGGTAATGCTAATGGAGGAGGTGAAAACTCACTGG ATTATGAGAAACTCAAGCAAGAGATCTTGACAGAAATGAGGAAAGAACTACAAAAGACCAAAACAGAAAT CATTGATGCCATCAAATTGGAGTTGAGTCGAAGGTAAAGCAAGCCAGCTACTGACCACATCCAGGCCCTT CCTATTTTATCGTCCACCCTTGGTCTTTCGCATGACTCTTGTGGTGACCATGAGAAGATGATGGATAAAG TCCAATCCAAAAAGAGAAAACAAGACTCTGGGGAGGGAGATGCATGAACCTCTCAGTCCCACACCATGGG AATGCGCCGTCAGTTTCAGTTGTGAACTCAACAGTGATCGTTAATTGCAGACTCAAGGAAATTTGCACTT TGCACAGACAGATAGACAATCCTGGAGGCGTTTATGAGGAGTTAATTTTATCCACGTTCAAGATAGATTC TGGGAATCTCCTCTGCAGATTAATTTCTTACTCACATTCTGATGTTTATCTACACACATGAACTTTTTCT CGATATATATCATGCTCAGATTTAAGGGTATTGTGTTTGCACGGCATTTATCTGCATAATCATGAATTGT TATTAAAGATACTCATCTTTGTGTTATCTAGAGGATCTTGATTTGATTCTGTAAACGGAAAAATAATCAC AGCATTATGAATTTGTATTGAATTTCAGCTATCAAATAGATACATATTGTATATTAACATCTATCTATCT CCATCTCTGAGGAAGCTTTATGATATCCTGCAGGATTTACATCTAATTTGTGACTTTAGCTGCATTAAAA AAAAAGATAAATCCATGCAAATAACAATCTTGTGAAATATTTTCGGTCACCTTCACATGACCATGGATGT CCTTACAAACAGTGTGTTCTCTCACAAAGTCCTACTGTTGATATATCACCAGCACATTTTCTTCTCATTA AGAAAGTATTTTGTGTGTGCGTATTAGCGCTTTTTGTATATGAATGTAATAGTCTTATTATTTATGCAGT GTGATCCCAGAAGCATAAAGTTAAGGGTAGATTAATTGGTTTTCATAGTTGAAAGCATCAATGTATCTTT TTACTACTAAATTCATGGATGGATTTAGAGTAATTTAGATAAATATTGGTATCACTTTGGGTCTACATGA TCCTTTATCTCTAAGTAGTAATATCACTTACGGTATCTGTATATGAATCAGAAATATGTCATATCCAAAA TGCAAATTATATTCAATTATTGTAATTCCAAATACAAACACATTGAGTAATGTCTACGTAAATGTGAAGT CTTCTAAATAAATGGAATTTATGGATTTTTAAAGAAAATGTTTTTACTATTATTTGTATTTCATATATAA ATATACCGTGTATTTGGATAAATTATAAGTGTGTTCTCATTTTACAGTAGACAGAAAAGTCGAGCAATTA AATCAATTTTGCATTACTTGATAGTTTTTTGTGTAATCTTTCATATTTTATTATGAAAAAGGTGCATATT ATGTTGAATATAATTGTTATTACATTTGCTTTTGATTCCATCGTAGAAGGAAAAGGCTAATGAGGATGAT GATGATATGGAAGCCAAATTTGTTCTGTAAATGTTACTTTTGAGTCACTCAAACTGCTGGTGGTTTGCAA AGAAAGTCAGAGCGTAATCTTTGCATGTAAGAAATAAAAGAAGGAAGAGAGGTGAATTCTTTTTTAAAAT TAAGAAATACAATTTTAATGATAAATTTGTATATGTCTTGTATTTATTTATGCAACACATGAGACAAGTT TTGTTTCATTTGGAATTAGTTGCCTATATTACTATATTACTCATTTGTACATTTACTCATGCATTTTAAA ATCTACTACATTCAGTTGCTTCTAATCTTTTGAACATATTTTCTTGGCATATATCTGAGCAATACTAAGT ATGTATAAATATGAGCCATTCATTATTCTGATTTCATGATAATTCTCATGTGTACATGTTCATGTTTTAT GATTGTGAGTTTTGTAGAGGTATATATATGCTGGTGAGTATGTGGTTGCATTTTGTAAAGCCTTTTTTCA TCCCCCCCTTCTTCTAAACGTATGGTGTAATAAGGCACATATTATATATATCTCTCTCATCATAACAGCC AAATTTTATATTACTCTCATGAATGAAATTTTTCATTGAATATATTTCTGATAAATTTGTGACTTTCCTT GTCATTATTTTCAAGACACTATGTTAGAAGTCTTAACCAAAACTGAAGACCATTAGCTATATTCAAGGTG AATACATTTTTATAAATAGTGGATGTCATTCTTTTACATTTTCACATAGGACAATTTTGCGCAGTTATGC ATGGATTTTCTTTACATCATTTTTCTTTAAGGATTATGTGAAAGATTGTTTGAAGCAAGTCTCAGTTTCC AACCAACAAAAGATGTTATGTGGGGTTTACTGTGCAGAGAATAATGAAACAAATTGGATTGAGGGAAAAT AAAAGAGGGACCTACAAATATGTATAATGTTTGTATCTCTTGACTGAACCTATACTTTGTTCTGTTCTGT GACAGTCACCCTTTCTTTTCAAGTGATAAATCTTTATATTACAAAAAGCAAATATAGTAGTGAAATAAAA TGTGGCGATACATATATAGCTAGTTGAGTTGTACTGTAGAATCATGTCATATTGTAACCAACATGGCGCA GCTTTGTATCATAGCTATAAAATCGACCCATTTATTTAGAATGATATGTATATTGAACATGTTACACTCT GTGTCTTTGTATGTTTTTATAGAGAAGTTTGGAGGAATTAATAATTCTGGCGTGCAGAAATTTGTCTTCC TTGTATGTCTATTCTGAACACGATTTTGGAAGGTTATTTCTGAGAGAACATTTTATATATATTGTATTTT CACCAAAAAACACACAACTACTAACCATGGTAATTACTACTACTTCAACTACTAATATTATATGAGAGTT CATTTCATGTTCACTTGCCGATCATAAGTTTTTATTCCAATTGTAAAGCTTCAATTTTGTACATTTATGT TTGTAAGTTTGATGCAAGTACATTTGTGAGGAATGAATGATCAAAGACAGAAAATGAGAGGTAATCATGC ATGTATGGTGGCTAATTTAAAGATTAAGAGCTTTACTATACTTTCTTAAAGGAACCCAGACTTTGAAAGG AGGAAGGTTCAAGTTTTTTTAAGTTGCTGAAAGTTACACATTTTCAAAATTCCAGATGATGAAATATTAA ATTGAATAAAACTTATTCCCTATCACACACAATAATTTTGTGATTGTACTTTCAGTTTCCTTGGACTTAC AGAATAATAGCAGCAGAAGGAAGCAAAAATAAAAGATTGTAATTAATTTTCTTTTCTTTCTAAGCTATGA GATGACAATGATTATCATTCCACTTTTTTTATATTGCAAACTGTGTGTACCTGAGCTTATGTAGCTCCCA CACCCCTTTAAAGCCAGATGCCTTAACACCTGTGAAATTTGCTGCAATTGTTGTCATGCAAGTAGAAAAG ACAGAGGAATGTGAATTAGTTTGAATATCTACTAGTTGATGTTTTGATGACTGTGGGTAGAGATTGTATA AAGAAAGTGAGCAATGACAAAGCTTGGTATTTAGGGGAGTGGGTTACAAAGAGGATTGGCTATTAGATAT TACTTCTCATGGAGAAAGAGACGCAGTTGCATGCCACATGCCAAGAATGTACGCCCCCCCCCCCTTTTTT TTGGGGGGGGGGGGGGGCATTAACAGCTGTTTGATGGCATTTCCAACTGGGAAGTTAGGAGCACTCATTT TGCTTCATATAACTGCAATTCTATAAATCTTGGAAACAAATAATGTTGTTTAATATCGGTATAAAAGCAA TTCAAAGGGTGATGTCATACAGAACATTTCAATTTCTAGCCTAATGACTGTGCACATAATTGATGAAAAA GCAGTTTGCATAGTGATAACTGAAGAACCATTTAATGAATTGTCATATCAGGAGATATTTCGGTAAAATA TTTGATACGAGACACAGTGAATGCATTGAATCAATGGAAGCTCTTCTTCATATAACCAACACAGCATTTT AATACTTTAAATTATGTTTGATAACCACCCCCTTCCCTCAGTGACCAATGCTTTGTCATTGTCATCGCAG GGTTGTTTTTAGTCTACAAATCCAAATGCTAGTCTGTTGTTAGTATACTTCATACCATCCTCATAGATGT ACTTCTCACTGAATTGATTTCAGGATCAAAAATATTCTTGATTTATTATGCAATGTTCATTCATTGATAC CACTTGTAGTGTACCTAGTTATCCTAGGTTTGACTGTATTATGTACATGCAGTAGTTGACTGCACATCAG CTGCAAAAAAATTAACTATGATAGAAATAAAGTCACATAGCTTAATTTTTGCTAAGTAA
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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