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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
???blast.query???
>JT106861.1 TSA: Strongylocentrotus purpuratus WHL22.516841.0 mRNA sequence TTTGCAGTGAAATGTCCGACACCAATGAAGAACAGGGATTTCGTGACCCAAAGAACGTGGTTAGAGACCG ACCGGGAGTATCTCATTTTCAACCATTCAGTATTCCATAAGGACCTGCCTCCTAAGAAAGGGTTAATCCG GGGTGAATCGATACTGACGGGTTACCTGGTGAGACCCAAAGGAAAGAATAGCTGTGAACTGTTCTACGTC ACACAGTCGGACCCAAAAGGATCAGTACCAAAGTGGGCTGTGAACAAGGTGGCCCAGATCGTGGCTCCAT CGGTGATGAAGACGTTGCACAAGGCATGCCTACGCTACCCCAAGTGGAAGAGCACCCACAACCCCGGCTT CAAACCCTGGCTGTACCCCGAGCAGGCCATGGGCTACCTGCCCCGCCTCAACATGGAAGACCTACTGGCC AAACAGGAGTACCAATCGGACGACTCCCTGGACGAGACCGGCATGAAGGAGGAGGACTTCAACGATAGCA ATCTCCTGGCAGAAGACAAGGTTTTATGAGGAGGAGTAACATGTGGCAGTTGCCATGGAGATCAGATGGA GACGACTTCCAACTTGTGTCTGGAGACATTACGAACCAGTCTTACTACAATCATGATAATAGAACATCGA GATAACTTATATATACCAAGTGACCAAATTAGAAATACATTCAAACCTGCTATAGTGACCACCTGTCTAC AAAGGCCACATATGTTGTTTCCCTTGAAAATAGTTTCTCATTGAATCATGTACTAAAGGAACCTGTCTAC AAAGACCACCTGTCTACAAAGGCCACTTTTTGTGTTTTCCTTGGGTGGTCAGTATAGACAGATTTGACTG TATTAGTAGATTATAATTATAAAGCCTGAATGTGGATTGTCTTCATCAATGGTATAAAGATGACAATTCA ACTATTCAGTGCTTTTGGAAGGAAAGATTGACCAATTTTTGAAAAAGCATTATACAATACATGCACTTGA CCTAAACAACTGCCCTTTTAATTCATGACAGGGCTGGAAATGCACGATAGACTATGCGAGATTCTGTCTT CCATAATGAAAAAAAAAAAATCATTGAACAATTAATAATCCTTTTTCACACTTTACACTGTAAATGGCCT CAATAGGCTGCGACAAAGTTAGACGACACACTTACACTGGTATATTGATGAAGGCTGTTAACTCTCATAT GAGATGTACCGAGTTTGATCATCGATAAGTGCTTACATCGTTGGACCAGGTGTTTTGCCCACATTAGTCC TTCTCGATCCAGGTGTATGACTTGAGTACCAGGCTATGCTGGGTGTGATAATAATTGAAGGGCCTAGGTC GAGTAGGAGCTCCTATCACTATGTGCAGTGCATCACAGTTTGCTAACACAGGAATTAGGTAATTCCCTAT CCCTTTTGATGCATGAATCTTGCACATGGCATAATCTTCCAGGCAACATTACTGCTGGCAATCCAATCAA TTGCAATCCAATTAATTGCAGACCAATTAGGGGATTGCTTGAAGTGAGTTAAGCTTGGTTCTGAAGAAGA AAACAAAATATCAGTTTGAGAACTTTTGCCAAGAGAAGTGGTTTCATAGTCGCTGGACGGTATGTGCATT CTTTTCGGCGATGCTGATCAATTTCAAATCCAAACTATATTCCTGAGGATTTACAGAACCTGCCGTTAGG ACCACAGTTGCAGATGTGGAAAGGAACATGAGTCTCTACATTGTCTGCTCAGGTCCAGAAGGGCGTTATT TAACTCATATACTCTAGCACTGAGTTTAATAATGATCTTTTGTCTCTCAACAGAGGATAAGTCTTTAATA TTCCAGTCAGATAAACGCATCTTTATGTTGTTATCCCTAGGGTGTGACGGCTTAAAAGCCTAGAGCATCT CATGTAAGATTCATTACATGCAATCAGCAATAAAACATACAAAATGAATGACATTCAGATTCCATTGCAG TATTGTAACTATCATCCCTTGTCTGCAATCTTCCAGCGAAACTCTAGCTTTTATTTTTAAGATAAGAACT AAGCAAAATATTGAAATCCCTGACACTGAATGTGTAACAGTAACAGTATTGTGTAAAATATATATACATC AATGCGAGTGTTATCATTTCTTTTCTTAATTACAATTTTGCTCGTGCAATGTTCACGCTTTTTGTTAAAG TCATCATTCAGTCACATTTTATGAAATTTCAGACTTTAAGAAAATTCATTCCATTCAAATAAAGGGCATA TAATAACTTAGTGTATATTTAAATTGGCTATGTGTAGGAGTTATAGTATTGTGTATAAAAAAAAATCAAT GCAAATGTTGTCACTTATTTTCTTAATCACATTCTTGCTTGTGCACCCTTTTCGTAGAATCTGATCAAAC CTTTTTTGAAAAGTTCATTCCATTCCAGCCAAGCACAAGTAAGCTTGGTGTAAATTTGAATTAGGTATCA ATGAAATACATGACATTCAGATGTATTCATGCCATTTGCTACTTAGGAGTAGAAAAAAAAAACATCAGAT TGATATCGATTGATATTTCATGATTATTTTCAGAATTTTGTATCTTCTTTGTACTATTAAAATAAAGGGG GCCAACTCCCTCTCTCTCTCTCTCTCTCTCTCTCTAAGAAGAGTTCAGGAATATCTAGATTTCAGGCTTT CTTGTAAATAAAAGCATGTTTTTAGATATGGCTACTGTGTTTCTATTGCTGTATACATGAATGAAGTCCA AAAAGGGATGGATATTGTGACAGCAACACCCCCCCCCCCCTTCGGATTAAAGGGCAATATGCTTTTATAT GACAAGGCAACTGTAAAATCCATTAATTTGCTTGTAGGAAAGTCCAGTATATACTATGACAAGCAGTAAC GTTAATTTGTTGGTCTGCCCTTATCACCCCTCAGTCTCTCTTTCTCCATCTCCCCTCTCCCCTTCCCTTT CTATCTTACTTCCTTCTTTCTCTCCCTCTAAAGATATCTCTGTTTTTTTTCTACTTGTCTCTTTCCTAGT AGCTATACTACTGGGCCCTGTTGCATTAAACTTATCATTGATGGTAACTTTGCCACCAATGGCAACTACC ATGGTAACAGGGCTCAACAGCCAATCAAAATCAAGGTTTCCATGGTAGTTACCAATGATGGCAAAGTTAC CATCAATGGCAAGTTTTGTGCAACAAGGCCTAAGTCTTGTTAGTCATCAAGCTATAGTGGTGGATTGGAT TAAGAATAGGTTTATGGGAGTAAACTACTTGTATTGCACCTCCCATGTCATGAATGAAAGCATAAAGCAA GTTAGGAGGTGGGTGTGATGACTTGCACAATCACAACTGACAAATTTAGCAAAAATAGCACGATTCGATG CTGTTTTAGTTTTGTGCTGTCCTTCAAACTCGGACGGAGAGGGCGTATTGAAATATTTCCTTAAAATCAA GTCTTCCTTCTTACCAAATTAATGAAGAGATATGACAACCATGTTTGAAATTAGTATTTTGTACTCTTAG CAATCATGATAACAATATGACTGTAGGAGCTACAGTACATATAGAAGTATGATCAAGAAGTTATGTCGAA GCTTGTTGGTATGATATACTCCTTGTATGATGTACATGGAAGTCATGTAGTAGCGCATTCCAGGGCCAGT CATACATGTAGGATGGCTAAATACATGCTGCAGGTATAATGTTAAAAGTATACATTAACATATACATTGT CATATACATTATCCTTGTCTGTATTGTTGAGAAGCATTTACTCTTGGTACCTGTATTTCTCTTTCTGAAG TTTCCCCTTGCTTGGTAATGTTATTAAACATGTCATGTACTTGCAAGAAACCTTAGGGTTGGGGGAAGGG GGGGGGGGGGGGAGAGACCTGGCAACCAGAAAACAGACTTTGGAGCGAAAATAAAATAAATTGGCTTTAA AAAAAATCGACAAAAATACAATTTTAAACATTGTCTAGTCTTGTGATTGTTGGTTCATGGCGTTTAAAAA ACTTTCTGGTACTGTGTTAAACTCACCTGAATTATATTACATGTATTTCATTAGTTCAGTTTCAGGAAGA TGTTGAACCAAGCTACAAAACCACAACGTGGAAAGTACCTTAAGAAAGAATTAACAAGACTATATGAAAC TCAACAAAAACCATTGACCAAACATTCTGTCACTTTACCTGTAATGACATTCTACATAATACACAACTAT AAACAACATTTATTGATGGAAAATGTATCATTTTTCAAGTCAAGTAAAGTTACGGAATATGTGAGAACTC GCTCAATCAGTGATCCAACGATCGCTCCAGGTTTTTGTTTTGTCGAAAGGGTATGGTTAGGATTGCATTG GGTTGTAGGTTAAGATTAGGATTAGGATTAAGTTTTCATTCAATTTTGTTCTTTTTTTGTTTACTCTAAT TTAACTTCATTGAAAATATAAGATTCCATGGTTTACATGCAGTCAACTTAAAGTAAAACAAGAATATTAT GAGACATATCTCTTTCAATAACTTTCAAAAATGATTTGGGCTTATAAATAATTAAATATAAAGGTAGATA AATAAGATAATGCCACAATTACTTTATATCTCCTATTATTTTCACTGAATTATGTTTTTGTGTTGTTTTA AACTTGTACCACGTTCTTGGAATATCCTCACTTGATTTGTAGTCAAATTAAGTTGTACATATTATATTTG CATATATTAATTTACTTCTATTAAACCAAAAGTAATTGGTATATCTTACTAACATACATATCATGTGTTA AGACATTGATGCCGATTATTGTATCAAATGTTATAAATCTATTTTGTTTTTTATATGATACAAAAGAGTA TTGAAAATAGGAAAACTCTGATTTTTTAATGTTATTTTTCCTTATGTTTATATCCAGAAAGATTATTACA GAAAGGCAGGGCAGCGTTTCACAAAACCATGGTAAGAGGTGTCGTGGTTTGGTGGATACATCACCGGACT GTGGATCACATGGTTCAAGTCCCGCCACAGCACTGATGTCCTTTGGCAAGGCATTAATATACATTTGCCA CTCTCCACCCATGTGGAGTTATTGGTCACCTGGTATAAATCTATTCCTTGAATGCTTTTAGCGCCTTAGG GCAACTGGGCTAAAGCCAGGGTAATAATATCGGTACTACTTTGCCTGGAGAATCCCCTGGGATGAATATG TGCGCAATATACATTTAGCTATTATTATATTATTATTATTATTATTATTATTAAGTTCAAGTTTATCAAC ATGACATTCATGTTGATCTTAAGGCACATGTTTCAATAGGATGTCTGCAAACTTATATGACAGTTTGGTG AAATGATGCCCTCATATTTATGTCACCAAGTATCAGTAATGAAAATGAGCAATATTACTCAAAATAACAA ATATATATATATTGCAAATCATGATTTATCAAGTGCGGTTTATATCTGTGTTATCTATGTGTCATTTCGT GTGTACATTATTTCTCATACAGTGTGATTTTCTTTTTAAACAGAAAATATACTTTCATTACTATTATTTT GCATTGTATGCTCTTACTAGTTTGCGCTTCCATTGGTATTCTTCCTCTTGTCAACATGTACCTTTATGAC ATATGTGTTGCTAAAGATAAAATACAACTGCATTTGTCAAAAGCTAATTGAGTACCAAGAAATCATGTTT ATTAAAAAGAAAAAACGATCCTCATATTTGGTTTGAAATGTTCACAGTGTTTTTACCAAGAAAGATGTTG ATCAATTTTTGGCAAAAGATAATTAATTTGGAAGACCCTGATATGAAATCATGACAATGAGACCTAGTCA TGCTGTTGAACCAAATGAACTTTTGATTGGTATGAGGGATGATTTTGAATATAAACAAAAGTTTAGGTTG ACAATTTCCAAGTTATTGTTTATGATCTTAAATATCATAACTATTGTATACATAGGTTATACTCCAAGTT GTTTTGGTGGCATTTTATAAAATGGTCTACAATGTCCAATCTATCATTCTTCACTTTTTTAAATTTAGCC ATGGTTAATTTTGTATTTTTAATGTATTTTTTTCTATTAATCTCTCTCTTCTGATTCCTCATTCTCCTTC TATCATCGACTATGTTTTTAAGATTGAAAAAAGAGATGATATATCTACGGTACTATCAGTGAAATAAGGT ATGATTAAAATAAAAGCTTATGAGATTTTTGTTGCAGAATTCTATAAAAAAAAGAGTAGATTCAAATTAT TCTGTTCTTCTTGTCATTCCTCTATGTATTGTTTAACATTTCCTTCAGTTATGTGCCTTCCATTAAGAAT TTGCATCCCCTTTACCCTTCTATATAGATAATTCTCTCATCTGATTGTCTTAACGGCAAAGAGTTAAAGC TAAATTCTTGATCTAAAATTCTAAATCCTAAAGATGTGTCACTTTTCCAGAGCTATGTTGCAAAACACAA TTTAGTAAATATTTAAACTTTTTTTAAATAATTTATTTTACAATGTTCATTCGTTCGATTCCATCAATAT TGACTCTAACATTCCATTTGTTTAATATTAATTTCTAACACTAAACTAGTAAAGTACATTTCTACCTATA TGATGGAGTACTATAACATAACTTTTGTTTGGCGTATATCAGTAACAAGTAATTTGTTTAATATATGATT GATTTTTTAAGCTGTTGATTCTTGATGTGCTTGATTTATTTTTCGAATGTGTCCTGTGGTCATATATACC TTTTCATTTCGTAAGAAATGCTCCTTCTTGTTGGGCTTAAAACAATGCTTGCTATTGATATGATTGATTT TTAGGTGTTGAAAGTTTGACCAGAGGCAGTAGGCAGATGGACAAAGACCTGGCCAAGAAAATCCTCAAGA AAATGAGAATTTAGCAATCATAATGATTGATGTCATATTTTGTACCATTTTAGTTGATTTATTAGCTCTA TCTTATCATTACTACAAAGTGAAGCCTACTGTACACAAATGGAGTACGGATTGTTACAAATGTGTGTCTC AATGCCAAACGTAGAGTACTGTAACGTGCAATGTACCATGAAGTACGTGTACTTTAAATGTTATACATAA AGTACTGATTAAGATAATGGCTTAATATCTACTTGAGTGCCTTGTTATTGAACCTAATGAAAAAGCTGTA TAGAACAGGGTGCCCTTTATTTACCTTTTTTTAACCTTTTTTTTAAATGCCCGATTAATGATTGCTTTGT ATGTCATTGTACGATATCATTAGGAGAAAACATTATTTGTGTTACATTATTAGTCACCTCTCACTATGCC TTGTATGAACTACTTAGGTATTCTCATCGAATAGTTGTTAGATTTGATTAGATTTACTCATTCTTCATGT AGTACTCGTAGCACTCAAATCTTTACACTTTGATCCGTTCACAAGTTAAAAGTACTTCCCCTTAGATAGA TAATCTCATTTTCCCCAGTTTTTTTTGTGATTATCAAGCATATTACTACTGGCAATACTTCATATTCATG TGACTTCAAAATGTACATTGAGACTAAGAGTATAATATCAAGATAAAAATATAACTTTTGTGAGGTAGAA CAGACATTTGCATTTATAAATACTATATCTTCTATAGCCAAATATTTGTGAAATAAAATATGATTATATT CCTGATTCAAACATGGCTCTGCGAGTTTTATTGAAGAAGTCGATATT
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???blast.eval.minus5???
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???blast.eval.minus50???
???blast.eval.minus100???
???blast.numalign???
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???blast.numalign.1???
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???blast.numalign.50???
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???blast.matrix???
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???blast.matrix.blosum45???
???blast.matrix.blosum80???
???blast.matrix.pam30???
???blast.matrix.pam70???
???blast.gapedalgin???
???blast.true???
???blast.false???
Automatically set to False for sequences longer than 4500 bytes
???blast.filtering???
???blast.on???
???blast.off???
BLAST time is limited to 30 seconds