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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_011679235.2 PREDICTED: Strongylocentrotus purpuratus protein enabled homolog (LOC576114), transcript variant X9, mRNA CAGTTTCAAATAGAGCAATATTTTGGCTGTGGTATGCCTTTTGTTCCTGTGGGGACCCAACCAAATGTTC TATTTTTACTGTAGAGTTCTACAAATAACTCGATCTCATATTAGATCTTGCATGTTTATATTGTAGAATG CTCAGAGTAAGCACTGAATAGCGTTCTTCAGGTATTTGTGTTTTTCGCCAATGTCTGTTGGTAATTACGT TTGATCTGTTTGCTGTCTCTGTGGAAATATCAACTGGATTTGCTGCAAAGACACAGATTAAGCTGTAACT TCTGAGCATGGAGAGACCAGTGTGTTCATCGCATGCGGCGGTGATGATCTACGATGATCAAGCGAAGAAA TGGCTGGCTGCAGAAGGCATCTCAGCTGTAGCTAGAGTTCAAATCTACCAACACCAACAGAACAACACCT ACAGAGTTGTAGGGAGGATAATGCAGGATAACACAGTTGTCATCAATTCCTCCATTTTAAAAGGTCTCAA GTACAACCAGGCCACTCCCACGTTCCACCAATGGCGGGACAGTCGACACGTCTACGGTCTCAACTTCCAG AGCGCCAGCGACGCCGACGACTTTGCCACTGCTATGATGGGGGCACTAGACACATTACAACAAGCAGCAG CTCCTACTCCGAGGCCACTGCATTCGGCTCCACCAGTTCCCCCCAGCTCTCTGTCGAATGGACCTTCACA AAATGACAGGTTGTACAACCAACAGCAGGATACAAATAGGAGAAGCGGAGGTCTGGACAACAATTCAATG CCAGCCACCAGACCAAGTCCACCAGAACCACCATCAGGTCCTCCTGCCATGTCCAGACCACCCCCAGCAG CTCCTCCAGCCCCGCCCCAGCCTCCAGCCGCTCCTCCAGCACCTCCAGCACCACCGGCACCACCGGCTCC ACCCGCTGTTCCAGCAGCCCCGCCTGCTCCTGCAGCTCCTCCCGCCCCACCAGCACCACCGGCACCACCA GCAGGTGGAGGCCCACCCCCTCCACCACCACCACCAGCTATTGGGGGTCCCTCTGCATCCTCAGGAGGAG GAGGAGGAGGAGGTGGAGGCGGAGGCACAGCAGGAGGATTGGCAGCAGCATTAGCTGGAGCTAAATTAAA AAAAGTTGTCAGGAGTGAAAACACTGATGGTTCGTCTGGCGGAGGCGGTAGTAACAGACCACCACCTGCA GGTGGTGGCGGAGGAGGGGACTTCATGAGCTCCTTGCAGCAGAAACTAAATAAACGGCGTCAAGCCTCGG AGAATCCATCATCAGAGTCGGCTCCCAAGCCATCAGGTAGGATATCACCCCCAGGAGCTCCAAAAGCCAC TACCAAACCATGGGAAAGAAAAAATGGCGTTGATAATACCACTGCTAGTGCCTCCCCTCAACTGAATCGT CCTCCTCCGGTGTCCAACCGAAATAGCGTGGATGGTACAAGGATCATGAGACCTCCGTCTGGTGTTGATC AACATCAGACCCACACCCCTACATCTCCAGGATTTTCAGTAGGTCGACAGCATGGTGTGCGACCTCCAGC TACCGCCCCCTCGCCTGGGAATCAGTCCCCCAGGCCTGTTGGACGTAGACCATCACAGCCTGCTCTCAAC GGTAATGCTAATGGAGGAGGTGAAAACTCACTGGATTATGAGAAACTCAAGCAAGAGATCTTGACAGAAA TGAGGAAAGAACTACAAAAGACCAAAACAGAAATCATTGATGCCATCAAATTGGAGTTGAGTCGAAGGTA AAGCAAGCCAGCTACTGACCACATCCAGGCCCTTCCTATTTTATCGTCCACCCTTGGTCTTTCGCATGAC TCTTGTGGTGACCATGAGAAGATGATGGATAAAGTCCAATCCAAAAAGAGAAAACAAGACTCTGGGGAGG GAGATGCATGAACCTCTCAGTCCCACACCATGGGAATGCGCCGTCAGTTTCAGTTGTGAACTCAACAGTG ATCGTTAATTGCAGACTCAAGGAAATTTGCACTTTGCACAGACAGATAGACAATCCTGGAGGCGTTTATG AGGAGTTAATTTTATCCACGTTCAAGATAGATTCTGGGAATCTCCTCTGCAGATTAATTTCTTACTCACA TTCTGATGTTTATCTACACACATGAACTTTTTCTCGATATATATCATGCTCAGATTTAAGGGTATTGTGT TTGCACGGCATTTATCTGCATAATCATGAATTGTTATTAAAGATACTCATCTTTGTGTTATCTAGAGGAT CTTGATTTGATTCTGTAAACGGAAAAATAATCACAGCATTATGAATTTGTATTGAATTTCAGCTATCAAA TAGATACATATTGTATATTAACATCTATCTATCTCCATCTCTGAGGAAGCTTTATGATATCCTGCAGGAT TTACATCTAATTTGTGACTTTAGCTGCATTAAAAAAAAAGATAAATCCATGCAAATAACAATCTTGTGAA ATATTTTCGGTCACCTTCACATGACCATGGATGTCCTTACAAACAGTGTGTTCTCTCACAAAGTCCTACT GTTGATATATCACCAGCACATTTTCTTCTCATTAAGAAAGTATTTTGTGTGTGCGTATTAGCGCTTTTTG TATATGAATGTAATAGTCTTATTATTTATGCAGTGTGATCCCAGAAGCATAAAGTTAAGGGTAGATTAAT TGGTTTTCATAGTTGAAAGCATCAATGTATCTTTTTACTACTAAATTCATGGATGGATTTAGAGTAATTT AGATAAATATTGGTATCACTTTGGGTCTACATGATCCTTTATCTCTAAGTAGTAATATCACTTACGGTAT CTGTATATGAATCAGAAATATGTCATATCCAAAATGCAAATTATATTCAATTATTGTAATTCCAAATACA AACACATTGAGTAATGTCTACGTAAATGTGAAGTCTTCTAAATAAATGGAATTTATGGATTTTTAAAGAA AATGTTTTTACTATTATTTGTATTTCATATATAAATATACCGTGTATTTGGATAAATTATAAGTGTGTTC TCATTTTACAGTAGACAGAAAAGTCGAGCAATTAAATCAATTTTGCATTACTTGATAGTTTTTTGTGTAA TCTTTCATATTTTATTATGAAAAAGGTGCATATTATGTTGAATATAATTGTTATTACATTTGCTTTTGAT TCCATCGTAGAAGGAAAAGGCTAATGAGGATGATGATGATATGGAAGCCAAATTTGTTCTGTAAATGTTA CTTTTGAGTCACTCAAACTGCTGGTGGTTTGCAAAGAAAGTCAGAGCGTAATCTTTGCATGTAAGAAATA AAAGAAGGAAGAGAGGTGAATTCTTTTTTAAAATTAAGAAATACAATTTTAATGATAAATTTGTATATGT CTTGTATTTATTTATGCAACACATGAGACAAGTTTTGTTTCATTTGGAATTAGTTGCCTATATTACTATA TTACTCATTTGTACATTTACTCATGCATTTTAAAATCTACTACATTCAGTTGCTTCTAATCTTTTGAACA TATTTTCTTGGCATATATCTGAGCAATACTAAGTATGTATAAATATGAGCCATTCATTATTCTGATTTCA TGATAATTCTCATGTGTACATGTTCATGTTTTATGATTGTGAGTTTTGTAGAGGTATATATATGCTGGTG AGTATGTGGTTGCATTTTGTAAAGCCTTTTTTCATCCCCCCCTTCTTCTAAACGTATGGTGTAATAAGGC ACATATTATATATATCTCTCTCATCATAACAGCCAAATTTTATATTACTCTCATGAATGAAATTTTTCAT TGAATATATTTCTGATAAATTTGTGACTTTCCTTGTCATTATTTTCAAGACACTATGTTAGAAGTCTTAA CCAAAACTGAAGACCATTAGCTATATTCAAGGTGAATACATTTTTATAAATAGTGGATGTCATTCTTTTA CATTTTCACATAGGACAATTTTGCGCAGTTATGCATGGATTTTCTTTACATCATTTTTCTTTAAGGATTA TGTGAAAGATTGTTTGAAGCAAGTCTCAGTTTCCAACCAACAAAAGATGTTATGTGGGGTTTACTGTGCA GAGAATAATGAAACAAATTGGATTGAGGGAAAATAAAAGAGGGACCTACAAATATGTATAATGTTTGTAT CTCTTGACTGAACCTATACTTTGTTCTGTTCTGTGACAGTCACCCTTTCTTTTCAAGTGATAAATCTTTA TATTACAAAAAGCAAATATAGTAGTGAAATAAAATGTGGCGATACATATATAGCTAGTTGAGTTGTACTG TAGAATCATGTCATATTGTAACCAACATGGCGCAGCTTTGTATCATAGCTATAAAATCGACCCATTTATT TAGAATGATATGTATATTGAACATGTTACACTCTGTGTCTTTGTATGTTTTTATAGAGAAGTTTGGAGGA ATTAATAATTCTGGCGTGCAGAAATTTGTCTTCCTTGTATGTCTATTCTGAACACGATTTTGGAAGGTTA TTTCTGAGAGAACATTTTATATATATTGTATTTTCACCAAAAAACACACAACTACTAACCATGGTAATTA CTACTACTTCAACTACTAATATTATATGAGAGTTCATTTCATGTTCACTTGCCGATCATAAGTTTTTATT CCAATTGTAAAGCTTCAATTTTGTACATTTATGTTTGTAAGTTTGATGCAAGTACATTTGTGAGGAATGA ATGATCAAAGACAGAAAATGAGAGGTAATCATGCATGTATGGTGGCTAATTTAAAGATTAAGAGCTTTAC TATACTTTCTTAAAGGAACCCAGACTTTGAAAGGAGGAAGGTTCAAGTTTTTTTAAGTTGCTGAAAGTTA CACATTTTCAAAATTCCAGATGATGAAATATTAAATTGAATAAAACTTATTCCCTATCACACACAATAAT TTTGTGATTGTACTTTCAGTTTCCTTGGACTTACAGAATAATAGCAGCAGAAGGAAGCAAAAATAAAAGA TTGTAATTAATTTTCTTTTCTTTCTAAGCTATGAGATGACAATGATTATCATTCCACTTTTTTTATATTG CAAACTGTGTGTACCTGAGCTTATGTAGCTCCCACACCCCTTTAAAGCCAGATGCCTTAACACCTGTGAA ATTTGCTGCAATTGTTGTCATGCAAGTAGAAAAGACAGAGGAATGTGAATTAGTTTGAATATCTACTAGT TGATGTTTTGATGACTGTGGGTAGAGATTGTATAAAGAAAGTGAGCAATGACAAAGCTTGGTATTTAGGG GAGTGGGTTACAAAGAGGATTGGCTATTAGATATTACTTCTCATGGAGAAAGAGACGCAGTTGCATGCCA CATGCCAAGAATGTACGCCCCCCCCCCCTTTTTTTTGGGGGGGGGGGGGGGCATTAACAGCTGTTTGATG GCATTTCCAACTGGGAAGTTAGGAGCACTCATTTTGCTTCATATAACTGCAATTCTATAAATCTTGGAAA CAAATAATGTTGTTTAATATCGGTATAAAAGCAATTCAAAGGGTGATGTCATACAGAACATTTCAATTTC TAGCCTAATGACTGTGCACATAATTGATGAAAAAGCAGTTTGCATAGTGATAACTGAAGAACCATTTAAT GAATTGTCATATCAGGAGATATTTCGGTAAAATATTTGATACGAGACACAGTGAATGCATTGAATCAATG GAAGCTCTTCTTCATATAACCAACACAGCATTTTAATACTTTAAATTATGTTTGATAACCACCCCCTTCC CTCAGTGACCAATGCTTTGTCATTGTCATCGCAGGGTTGTTTTTAGTCTACAAATCCAAATGCTAGTCTG TTGTTAGTATACTTCATACCATCCTCATAGATGTACTTCTCACTGAATTGATTTCAGGATCAAAAATATT CTTGATTTATTATGCAATGTTCATTCATTGATACCACTTGTAGTGTACCTAGTTATCCTAGGTTTGACTG TATTATGTACATGCAGTAGTTGACTGCACATCAGCTGCAAAAAAATTAACTATGATAGAAATAAAGTCAC ATAGCTTAATTTTTGCTAAGTAA
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???blast.gapedalgin???
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???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds