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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
???blast.query???
>JT122306.1 TSA: Strongylocentrotus purpuratus WHL22.620810.0 mRNA sequence TGACGAGATCCAGTGAACGGCATGATAATGCTACACACGTACACAATAACATTAGCGAGACATACGAAGC AATGCAAGCGAAAGGAGGTCAGTTGTAATTTTACTTCTCCAAGATTTGCTTTGCATAACGAGTAACCAAA GCTGTGCAACTACACCATGCTGTAATCAAAGATACAAAATGAAGATATCCAAAAACTGAAATTCCTTCTA AAACTTTCACAAGTACAGTCACAAAAATATTGCAGCAATGGATATACAGAAGCCTGTTTTAATGGGTCGA CTTATCATTTGGAGGCAGCTCGAAAATAACAACTGGCACAGGAGGAAACTCCATAAATGCTGCAAGGCCA AGTATAGGTCAGGCAAGGCTGCCATGCTGACAAGTGCTGCATACCTCAATATTGCCAGCGGCAGCAGTCT TCAGCATGGACACAAACAATTCACCTATATAAGTGCAAGATTCAAGTCTTCTAAATCACAGAAAGGTAAT ACTAGGAAGGAGAATGCCATGTCCTTGGCAAGCCTATATCATGCTGCTGGGTCTGTGAGCAACTCAGTAC AGAGGAAGATTGTGGATGGAGTATTCACCCCTGTCCTCTTGTACAGTTACCAGATGTTACCCAAACTCTC TGCCAGAGATCACAAGGTGTTAAGTGAAAAGAGGGACGACCAAGAAAACCAGAATCTTCCACTTCAGAAT GAGAAGATTGAAGTAAACCAAGTGCCAAATAGAGGAGATATTGAACACCACACAAAACCTCAAATTGCTA CTCCTGCAAGTGTAGAGGAGAGACTAGATGAAAGAAAACCTGTGGAATTCCAGATTCCTGATTTAGAAAA GAAGGGTGCAACCTACTGGGTTGAGTTTCCGTCTCTGAAGAAGTATGCATCAGTTTCTGCTTTGACTGAA ATGGGCCTTTCTGCTACACGTGTACTCCATCGGAAGAGGTTTGGAGATGCTGTAGCATCAGGGAACCAGC ATGCAAACAACAAACCTATGCCAGAAAGCCAGCTTGATTCAGAGCATTATCAATCTGAGTCACACCCTTC AAATTCATCAGAGTGCATAACAGACACTAAAGATCCAAAACAGTTGAATTTAGATATTGCAAGATCTACC TCAAAAATGCAGGAAAATGTGCCACCAGCAGCTGAATTTGTGCCCGAAATTCCCCCTCTATCATCAAGTA ATGCATATAACATCTTCAAAAAGTTGGGTTTTACATCATCATCATCTGCAGCTGTCAGTTCTCCATCAAA TGATAGAGATCTAGAGAAAGATAAAGCTACTAGTAAGATTACTACGTCTAATAATCTTGAGAATCCCCAC ACATCGGTTGAATATAAGACAGACTCCTACACAACCCAAAGTGCATCATCTTCGAGTGTGCAGTCAGTAG AGACAGATGAAACAGCCAAGCAACAACAAGGCAATGCCTCCTATATTTACAACAACTACAACCTCAAGTA CATTCAGATAAATCTCTTCAGCTCACCAAACTGGCTCCTCTCAAGTTGGAGAAAGGAGAAACCTGTCGTA CCTCTATCTGCAAGCGATGAGAACACAGCATATTTTGATTCAGATATACCATTATTAGAGATGACAGATG CCTTGAATAGCAAAGATGCATCAGGAGTTCCTGGAGATAGCAAGAGTTATGCTGCTGTTGCAGACAAGAT CAAGGAGGAGAGTGCAAAGCTAAAGGCAGCTGAGGCAGACAAGTCTGCAAGAAAGACAGTCAGACCAGTC ATATCAAAAGCCAATGTAGATGCCAGGACCAAGTCTCTAGCCCTAGGAATCAACACTGCCACCTCCAATG CCTCCCGCCTCGTGAAGCTTGAGCGCCTATGCGATCACCTTGTCCAGTTCCCAGAGTCAAGGCAGGCTGC CATACAGGAGAGGCTAATACCAACACTCCTGAAGCACAAACAGAAGATCAAAGACACTGACATCCTTGCT CAAGTCCATCAGCTGCTTGCTCAGCTGGGGTACGCCTCACCGGTCAAAAACAGGGGCGTAAGGATTCTCT CTGTTGATGGTGGAGGCTCAAGGGGTATCATTGCTATTGAGATCCTAAGAGAGCTAGAGAGACAGTCTGG CAAGCCTGTGCATGAGATGTTTGATTACATCATTGGTGTGAGCTCAGGTGCTGTCTTAGTCTACCTCCTA GCCTATGCCAAGGCCTCTCTGGATGTATGTGAACAGCTCTTTAAGGAGATGAGTGTAGAGGTCTTCAATA GGAACACACTACTTGGTACCAGCAAGCTGTTCTTTAGTCATGCCTTCTATGATACAGATGCTTGGATGAA AATCTTGAGGAGCCACATGCAAGGTGTTGGACAAAGTCCAGCCATTGAAATGTCGCAGGATCCAAATTGT CCAAAGGTTGCTGCTCTAGCTACACTGATGAATGCAGGTCCCATCAAGAACTACCTCTTCCGTAACTACA ACCCACCTCCCAATACCACATCCTTCTACCAAGGTTCATCCAAGTACCAGCTTTGTGAGGGGCTCAGAGC TTCCTCAGCAGCTCCTGGATACTTTGAAGAGTACAAACTTGATGACCATGTCTTTCAGGATGGTGGTGTA CTAACAAACAACCCAAGTGCTCTAGGCTTACATGAGAGCAAGCTTCTTTGGCCAGACACACCCATCCAGT GTGTGGTGTCACTAGGAACAGGGCGGTACGATCCTATGGAGGAAGGATTAGAGTTACCTGAGTACAGCAG TCTCAAGAAGAAGCTCTACCAGATCATGATCAGTGCTACAGACACAGAATCTGTGCACACAACCCTCCAA GACTTGCTCCCAGCAGGATCATACTTCCGTTTCAACACCCTCATGTCCGAAGACTTCCTACTGGATGAGA ATCGTCCAGACAAGCTTGACCAGCTGCAGCAGGAGGCTCTAGACTTTGTATCCATCAATGAACTCAGGAT CATGCAAGCGGCCGGAGTACTGACCAGGGAGAAGTCCAGTCTTCAGAAAGCAACGGATTGGGTCAAACTT CAGAAGGATATATACCGATGACCAGCTGCAGCACGAGGCGCTAGATTTTGCAGTGAGTTGAGAATCATGC AAGTGGCTGGAGTACTAAACATGAAGTTTCTTACATCACAGACATTGTTTAGCAGTTTGTGAGAGGTGCT TTATGTTTCAGAAGAGTGGTTGACTCTCGATGACTCAACAAGTTTATTAAATTTTCACCTCATGAAATTA TTTCTGGTGTTAAATCATTGGAAGCTATTGCTTGACAAATTTGACAATCTTAATGATGAAGTTTACAATC AATGATTTTTCATAGATTTAGGAAATGAATGAGGTTTGTTAGAAATTTTCAATCTTTAAGGTGAATGAGG AGTGGACTTCTTTATTAAAAAATGATAAATGGGCTAGTGCTAATTTGTTGTAAGATGGTTTGGTGTAATT TGATACATGCTAATCCTCTGCACCAGTGACCTAATGTCATACCAGTGCAGACTCAGCAGCATCCACACTC CATGGAGAGCTTGTTTGAATTTCAGGGCATTTTACAAGGAATTTAGATGATGAATTAAGGCCATGTAAAC ATTACAGTATTACAATTTTCATTACATCACCATATACAGAGTTCTATATCCCTTTTACAACAAAAACAAA TAATAGATAAAAAGTGAAAGTTTGTCGCTGTGCAACTCATGTAAGATTTCAGCTTTTCAAATGGTGTAAG TGCTTCATTTTGTGAACTCACTCTGCACCTGTTAATAATTCAGTTTGAAATCCAGTTGGTAATAAGATTA CACAAAAGGCTAGTGTTTGAGATGAATTATTATGATGAATTGATATATAATTGATATGATCTATTGTGAA TGTTGTGACATTTTGATTGAAAGAAAAAATCTTGACATTTATCATACTTTCTATTTGGTAAAGATTTTTT TTTGTGTGTAAAATAACCATTTCTGGTCTTCTTTATTTCCTCATAATAATATAATCATTTTCAAATTTTC AGCATTTGCCTCCATTTCTGGAGGGATTCTATTTTGTAAAGATAAAAATGTCTTTTTGTTCAGCTGTGGA GCGTAAAATTGGATTTGGCAAAAGAATAAATGCTAAGAAAGGCTATTTTATTTCCATGGACCATTAAGTA CAGTATTACATTTTTTGAACCAATGCATACAGGTATGTTTAATACCTTCTTCAGTCCAATAACAATGTAC AATCATTTTCCATTACTTATCACCTCTATTCCTCAACTGTGATTGTGGAATTTATAATGTTTCCACAGTC CAAATCACATTTGAGAGATATATCAGATTTGAAGTGTTCAGGTATGTCAAGTGCAATTGAGGAGTGTATA TTTTCTTGTCATATGCTGCCATTTTTGAATTTCATTGCCATCCATATACAGCCTGTAAAGAAAAGTGGAG TATTCTAATCTAGTGTAGTCATAGTACATGTTCGAACCTGCTTTAGTAACCACCTGTCTACAAAGACCAC ATTTTTTGTTTCCCTTGAAAATGGTTTCTCATTAAAACATGTACTATAGGCACCCGTACATAAAAACCAC CTGCCTATAAAGACACCTTTCTTGTCTCCCTTGGGTGGTCTTTATAGACAGGTTTCACTGTATTATATTA GTCTGGAAATGCCTTTTTTCATGGAGATACCGTTACATAATGCTGCAATGGGTTTGCAATAGATGTTAAA AAGATGAAATGAGACTTCGGTGGTAAGCGCTTCATACAGCCTGTAAGCAACGTTTTTATTATTATTATTA TATTGTGTGTTTGGAGCTGGAAGGGCATGAATGCACTCTATGTTAAAGTACCGGTATACGTATATGAATT AACAGTAATACCCACCTGACACCAAACGGATGATTTGTGTATTGGAAATTGTTATTTCCCCCCCCCCCCA AGACATTTATTTTTGCTGGTCACAACTGTGTCTTTAAATGCATGTTTATACATGTAGAAACTGCAATCAT GCATGCACATATAGAAGCTGCAATCATGCATGTTATTATATTACTTCAATTTTATTACAAAGGTTTGGAT GGTGCGTCTTTCCCAAATCCATTTCATATTATTTTTATGACTGTAGAATATGGGAGTTAGATTTCCTATT TAAACTGTGTACGTATGTATGTGTCCATGTATTATTTGTGTAAATGTAAACAATATGCATATTTGTAAAT TGTACATGTGGAGATTAATGAGTGACTTCTTATTCAACGTTTTGTGTGTGAACACATGTAACTGAGTATT AAACTGATGCATACAATTTAAAAAATTAATGATCTATCAGGAACCAAGATTTCTCCTTTAATTTGAAATA TATTTTTTGAAATTTTACCAGGAGGAAAAATACGATCTTAAGTACAGTGAAGAATGTTTTATTTTTTAAT TTGCACATGCTGTGTACAATCTGTATTAAGTGAACATAAAAGAAAAGGAATATTTTTCATTACGTTGGTA AGTTTACAAATTGAACCATGGGGTAGTTTTGAGGTATAGTACTTCCTGATGACATTTTTGCAATTCATCT GACTTCATATCAGTTATTCTGTTTTAGATACTACATATCAGATTAAGCTACTGATCTACTTATAAGGGCA AATAAATATAGATAATTCATGACAAAATGTAGTACTTCAAACAAACAAACAAACAGAGTTCAATGTGTTG AAGATGAATTTCAAAAATATACATTTTATTGTGTTACATAATCTATAAGATTAAGAACAATAATACAAGT TTATGTATTGTTCTATGTACAGTAATTAAAACTCTTGTAAAAATGAATATAGGATGTTGAATCAAACATA TAAAATATGATCATTATAATTGACATCCTTGTCCTTTACTTTATTATTCTGACTTGCTTGATGCACAATG AGTGATGCCATTTATGTGACAGTGCAGTGTGTATAGTACATGGGTAAACATAGCTTACCAGTGGTCCTTT GTTTTGATGCTGAGTAAACAATAAGCAAAGACATTTCAACAACTTTCTTGACAGAATCCAAAATGTCACA AATCATTATTTTGGTATCACATAATTTGCATGAGAACTTGGCACTTTTAATTTTAAAGTTCTTGCATTAA ATATAGATTATAAAATCTGCTGCAGACATGTAAATATTAAACAGTGATTACAAAGTATTACAAAGAAACA TTTCTGTAGAATCTCAAAGACATTCATAAGTGCCTTTTTTGTTTACCAGTGTAACAGGAGCAAGACAAAG CTTGATTATTACCAATCTTGACATGTACCATCAATGGGTGGTATTCATTCTAAAATTCAAATTACAAGGC AACACATACTTCTTTGTAGCTTGACTTGATTTTTTAAACAAATAATGTATCATTTTACCTGAAGAAAAAG CAGTTCATAACATTTAATGATTTGTATGTTCCCTAAACAGAATATAGAAAGTTTAAGATTCAAGTGTATT CTGTACTGCATTTGTCCAAGTCTAACATGACTGAAAGAAATACTGCCAAACCAGAAACCATCACATACAA GAAACATTTTAGCAAATTTCATGAGTGGTCCTCATTTACTAAAGTCTGAAATTGCCAAAAATTCCTGGTT GAAAGCAGCCATTGCAAAAAAAAGGAATTGTGAAAGTTTTGGGTTTTACAGTAGTATAATTCAGTTTGTA AGAGCTAAATTGGAACACATTAATCCATTGACTATAGAATTATCACATTCCCATAGGCTTAATACAGAAA TAACCTAATTCATGTAGGTATTAATGGTTAAATTTTGTGTGAATTTAAGTCAATTTTCACGCTACTCCAA GCAAAATAGAACTATGTACACAGATTTTAGTGACCAAAGAATCTATCGGGCGACACATTGAAAAAAATTC ACATTAGCTTTAAAAATAATCATGTACAATCATAGAAATACATTTTAAATGCCTCAAATTGAATAAAAAC AATAAGATAAATAAATGTAATGAATATTTTTATTCCAACTCCTCTTCCCTGAAATAATGTTGATGTTCAT TACAGGCCACTTCATCAAAGAAAATTACCATTAGGAATGAAATATGATTTTGTATAGTTCAGAGCATAAA GTGAACTTTTCCTTCCAAAATCCTATGTACACCCTTAAAACTGGACATGAGATGATGGCCATATTATTGA CTTTGAAACACATTTCTATTCAAGAAAGGTGAAAGGATCCATCTGGATCGAAAGGCTGAAGTCTTCACTG AATATGGACTCTGGCTATTCACTATCACATATCATCATTCCAGTGATCTCAAGACTGCTGGTAAAGTATC ACTCAGCCTGAGAAATGCAATAGGAATGGACGACAGCTAGCCCACTCAATGTGAAGGTTGCTAGAAGCCT AGATGGCATGTTATGTACAATGTCCGTAGACGGTGATGATAAATAGGCACGTGGCTGAGTCGTCGTATAT TCAAGCATGAGCACTGTTGCTAGGTGACTCATTGGTGGTGGGATCGCTTTGATTCTGAGAAAGCAAGGAC ACAAC
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???blast.eval.minus5???
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???blast.eval.minus100???
???blast.numalign???
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???blast.numalign.1???
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???blast.numalign.100???
???blast.wordsize???
???blast.wordsize.default???
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???blast.wordsize.default.message???
???blast.matrix???
???blast.matrix.blosum62???
???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???
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BLAST time is limited to 30 seconds