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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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L. variegatus
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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???
>JT115566.1 TSA: Strongylocentrotus purpuratus WHL22.208398.3 mRNA sequence CTAGGTTAAGAAAGTAGATAACAGAGAAACTCAAGATGCAGACAAGGAGAAGAGGAGAGCTAAGAAACAG GAGAAGAATAACATCGCCCTTCCAAGACCATCAGATAATGCTCCCGTTGTCAAGAAGCAACAAGGTCCAC CTGCACAAACCCTTGCTGCTCAGGCTGCTACAGTCACAGCTGTACAGAGCGCCCCCACAGCCTCTGCACC CCCAGCCACTACCGCAGCTGCTCCACCCACCCAGTCTTCAAATGTATTGGATCTCTTTGGACTAGAAACC CCTTCATTACCGGTGGGTAACGGTGATCTCCTTGGATTACACACACCTCAGAAGCCCATTGCCAGTCAGA TCTCTCCTGCCCACAATGCCAATGCGCCCCCAGCATCGGCAGCAGATCCCGCCATCGAGGAGTCTCTCTT CGGCTCTGAAGACAGCTCAAAGTCTGCATCGTCCAAAACATCCAAAGAATCAATCCTGGCGCTCTACGGG TCTTCAGGTCAGAGCCAGCAGAACTACGGTGTTCCAGGGGGTATGTACATTCCAGCACAACAGCCAAACC AAATGATGAATGGTGGTATGCCAGCAACTCAGGGTGGTATACCACATCAAGCTGGTGGTATGCCACAGAT GCAACCACAACAGCAACAAACCAACGCAGGGTTCCCGCAACAAAACAACTACAACATGGGAATGATGGGT GGCGGACAGCAAATGCCAGTAGCGCAGGGCATGATGGGTAATCAAGGAGGGATGATGGGAATGTACAATC CAAACCAGGCCCATATACAACAGCAACAGCAGCAGCAACAACAGCAGCAACAAGCAGCGTTCTTACACCA GGTCCAAGCACAAATGCAGAACATGAGAGTCGGAGGGGCTCCAGGAGTGATGCCCCAGCAGCAGCCACAG CAGCAGCCTGGTGGATGGGGTATGCCCAGTAACCCTCCTCAGCCTGCCACAGGGATGCATGGAGGCTTCG GGGCACAGCAACCCATAGCTGGAGCTGCAGGTGCAGGAGGAGCAGGATGGGGAGCAACGGGCATGTCATC AGGACAGACGCTCAGCACTAACTTATGGAAATGATGATAGGGCAGGGTGTGCGCTGAGTGGACGGTGCAG TGTGTGTGTATGTAGGCGTACGATAGGGCAGGGACTCACCCCCTCTGCTCTGTTGTACTTGAATGATTAA TACAGTCAAACCTGGGTAGAAAGACCATTGAAGAGCATCAAAGGTCTTTATAGGCAGGTAGTCTTTGACA GGTTTGACTGTGATTGGGTGGAAAAAGTTTGTTCACACATTACTTGGTAAACTGCTTAAAGAAAAAACAA AACAAACGCCAAAATAAAATATAAACATCTTTATACATGTAAATGATTGTGAAGCAGCTGTGGACAAATA AAACTTGAACTTGTATGCGTACTTGTATTTGTGTGATACAAGGTACAGCTATATGAAGGTTAATAGCTTG CATCACGGCTTGGCATGATTATATTTTAAAGCAGTTTACCTTGCCATGTATGAATAAGGTGTAAGCTGTG CACTTTTGGATGTAAACCTGACACTGTAGTAGCATATTGGAGTCTTACATGCAGGTAGGACATAGAGCCT TAGACATAGAACGCATCTTGCACCCCTCTAGATCGATCATCCTCCACCATCATTGGCTTATAAGCTGAAT TTCCTGCAAGGCCTTTTCAAGAATGCTTCATGATTCGACTGCTTTCCATAAAAAGCATAGTGATGTTGAT ACATGAAGCTTATGGAAGATATCCTATACTATTGCACAGTGATGGTGCTAGAGCAGACATACCTCTAGCA AGGAGGAAAGAAAGATATGTCAACTCCTTTGCTACTTCTGCTGATTTATAGAACATGAAACAGACTGCTT GTGTTGACTTTTGCCACAGATACATACAGTGTCTATATAATCTTGTACACAGATAAATTTGGCAGCACAC TGGTTCAGTTCCTGGCAACAAAGAGTTAAAAGCACCAAGTCCTTAGAAGGCTGGCCTAAAACATTGACTC TCTCTTTGCTGCAAACCTAGGTCTATGATGTCATCCAAAAGTGTATAGCCTTCCTCCACCTCTACCCCCA CATATATGATGAGAGTCTATTATAGATTGTACAGCATATCTAATGACAGCAGTGTACATGTGTAAGACTG GGAGACAGTGTGTGTATAGAAATGTATGTTTATACAAATGATAGAGCACAAAGCTGACCGGTTAATGTTG TTCTCTCTCTCTGTGAATAGGCAATATCTTATATATAATGTGCTTGTATAGATAACTCATTTCCAAGTAT GTTCATGTATGTAGAATGTACAAAAGATACACTGTCGTATGTAGGTACATTAGAAACGATTTATTGTGTA ATTGGAAAAAAATGTTCCAGAATATGGTGGAAGGAAACATGTACTTTCTGCCTTAGCGTACCTTGTATTG CATAGCGCCATCTCATGGTCAACTTGCCAACAGTGCATAACCCAATACCTCATTTCCACTTCACAGAGGA CTTGATGCGAAAACCAACAGTGCAGCGAGTTATGGGACCATACTGCTAAAGCTGACCTGAGACAGCCTTA GAGTAGATTTTGTGGTAGTGCTTCTAGTACAGTTGGGCTTGAAAGGGCCGTCTTGTATATGTACATGAAG ACCTACCATAAAGTGTAGTTATTTCTGCCCTTATAAACCCACATGTGATTCTTTAGTTTAAAATCATTTT GTAAAAACTATTTAAACAAAATACAGTAGTTAAAGTACTTTCCCTTTTTATAGTACATGTATATTTAATA AGAGATGACCTTGTATACCCTTTGAATCATTGCTCAGAGAGAATACTAATGATCCATCCCTGTGCTCCAA TAGAGTGATGGTGTTATAATGATCCATCCCTGTGCTTCAATAGAGTGATGGTGTTATATATATATAATGA TTTATAGAATAGAAACAAAATAAAAATGCAATATGTTGCTGCTGAGGCGTAGGTTTAAGTGTTGATGGAG TAGCTGATGGTTGAGGTATACCAATCATAATTTATATTCCTTGGATACAAATGTACATGTGCTTGGCTGC GTGAAGATGCTGGAGAGAGGATACATGAGTAGCATATCAAATCAAAGAAACTTTAGTTTTCCTCATGAGT TTTCTAAGTTTCTAGCTCTACTAGAGAATTGATGTTCCCAAATATATAGTGAAATTATGCTTTCAATACC AATTTAAATGACATTCCATTATACTACATTATGTACTTTATGAATTGGTATAGAGTCAGCTTGGACTTCA TGTACATGTATGAAACATGGACTAAACATACATGTACATGTACATCTATGTAGCATGATTCTAAATACAA TAAAGTGTCTACTATGATCTAGAAAGTTGTATCACCCCCTTGTCTCCCGGCAGACAATGATTTTGTTCAT AGAACTGTTCATGACATAATCTAGACATATTCCGTAGAGTACATGCTATTGTACGTTGATCAACAACCTT TAATCACTGTGCATGTTTAATGTTTACCTGATTCACAGATTCTGCCCCTTTTAGAGTGGTACTCATACAC TGTATGTGCAGGGAGATAAGGCCATTTCCACAATTCATGTGGCATGAAAGTCCATGAAATACATTCTTGT GAGCTCTTGACTCGGTACACGTCCTCCAAAAATTGCTACAACAAAATAAAAACATTTTGCCTGTAAATGA ATGGCAAGTTTGGAGTAGGAAAATATAAGCTGTGAGCAACAGAAGTTCCTGTTAGTTAAGTTTGCTGACT GATCTGTTATATAATAGAAATGTAAAGTGCATTATTCTTGCTTCCTTCATCTCTCTCTCTACAGTAGCTT GTTTGCCGAACATGCAATTTTCACACAAATCAAAATGCACTCATTGACGGAAGGATTATTTTTTGGCGAA AAAATGTCTTTGTAATATTCCTTCATTTCTGGGTCTTGATTAACTCCATGGCAACCCTTTTAACACTGGT ATAAATTAATCTGGTTCTGAAAACAGTCAATAATCTTGAAGCCTTTGGTATATCTCTCGCATGATAGTAA CAATGTGGCACAGGGAGAAGTAAGATGTAAGAAGATAATATATAATGTTTTGCTGATGCATACTTGTTAG GTGATTTATCATAGCATGTGTGAACCAGGCTATATGTCCTTGTTGCATTCCAGGTTGGGTCTATGTTGGT CTATAGACCCTGTTCACATCAGGTACCAGTATATTGGTGGTGGGTCAATTTTTAATGAGGGGTTGTTTTC AGTATAATGTAAAACTGCACAATAGTTTGTTGTCTAATTATCATTATAATTATCATTATAATTATCATTA TCAAAGTTATTATTATTGTTATTATTATTGCTTGATATCTTTAATACCAATCATCGCTACCATCTCATGA TATTAAGATAAGTTTTGTGTGAATTCTGAGCTCTAGTCTACACAACATGTTTTTGTTTTAAATCTAAGCA AACGCAGCCAAATAAAATTCTTTATGTTTCAATGTATGAATGGCACAGGCATTATGCTGAAATCCAAATT GTTCTCATGAAACTAGCTAAAATTGGTTTGCATTAATTTGTGTATGTATCAAAAGTTGATTTGTTATGTG CCCAAGGTTCAGAGAAGTACCGTAATGGTTTTACTGGTATTAACAAATCAATTTGTCCTAGAACAGGGGA TCGGTCAATCATTTACGTACGTTACTAACTATAAAAACAATTATATAAAGGTTTATACACATATTTTTTT TCTAAATTTCTTCTTCTTCATTAAAGAAAAGAAAATATGAGACCAGTTATAATGTTTTCATGAGTAATAA ACAGGTTATGTGTATATACGTATGTTAGAGATTTAATATATTCATATATAATGTAAATGCAGGTATCTGC CTTGTATGCCAATTCTCCCTAAAGCATATTTTTTTAATGAGAGATGAGGTTCTCCTAGTCCTTGTACAAT TGGATATGTGCTAGCATTGGTTAAAACGATGACATTTCTTGGGTTTTATTATTTTTTTTTTTAAATTCTT TCTCCTGCTTATTATCAACGTTATAATACTAGCATACTAAACACACCACCAGAATGATTGTACATGTTTC AATAATGGGGGAATACCCCTTTAGCTTTTTAGTATTCAAAGAGTTCACTTATTGGTATAACAGCAGTGTT GTTGTAATATAATTAAACCAGACCTCGAAATACAGAAGGAGAAGAAGATATCATATTGTCCCGTTTTGTT TTTCTGGCAGTCATCATAGGCTTCAGAGTTAATACATAATTTTTGTTTGAATTTCGGTTTCAATAAAGGA TGTGTGATTATAAGACATTTAATCCACAGTTGCCACTCTCCACCCAGGTGTTAATGGGTACCTGGCAGTT GCTGAGGGAATGCAAATTGCAGGACCCTCTGGAAGAACAGCATTGATGCTGATGAAACTCCCCTGGGTAA ACAAAATTAGTATTATCATATGATTATTATAGAAGAAAATCAAGTTTTTCCCCAGAAAGACATTGTGGAA CTTAATAGGCCTATGCCCTATTCCTGAATAAACCAGTTTACAGTCGAACATGTCCATTATAAGGCCACTT ACTGAACACTGTATTAAAAAAACATATGGTCATTCTAGACAGGTTGTACAACACATTATTCCTAGAGTTA GACAATATAGGTGACCATTATAGACGCGATGCTTTTATATGGATGCTATTAAAGACAGGTTTGTCTGTAT TTTGTTAGAAGCTATTAGAATGTCACAGAATGTGTACACAGGTACCTTGGATCTTGACAAAATGTTTCTT TGCAATATACATGTACATGTCATTTTGTTGTGTGTACATTTTATCACCCCTCTGTCTGTACTGATGTATA ACACAAGTACAACTGTTTTTGAAGAAACAACTCATGAAGGCCAATGTGAACACCTTTTGAATGTCCCATG GAAATCATGTTTGGATTACGTTATATTTCATTTTTATGTTCTCACATCATTTCAATAGATGATATACAAG GCTACAGTGAAATTGCCTTGGATTAATTTATAAAAGCAGTTGTCATTGTGTTGCGTGTACATTTGATCTG CTTTATACAAGCAAAGGTGTTTTTTGACTGTACATGAATTAGAAAAGTCATATAGTAAGGATATTTTTCT AGCGGTATACTTAGAAATGAGTCGGCAATTGTAAACCAGCAGAAATAGTAATACATCATAGCAAATGCGC ACCAAATTGAATGTTTCATGGTCACAAATCAATGTAATAATAACTGTTTAAAGGAGCTAGTTGTGAGTTT AATATGTTTGTGAAACAAATTAAGACCAGTTTTTGAATTTATGTTACCACAGAATTTGATATGAAACTCA CAAGATCGCAGAGACTTTCAAGAAACCAATTTTAGGCAAATTTCAACATTGCCTATTGAACTCTTGTTTA GATTATGTAACGTGTCATTGTCATTTCATACATTTCAAAAGGTGACCCACGAGACTATTGACATTACCTC AGGCTATTTTTAAAAAGTCTTTTGTGTTCATTTTTTAGACTCTTTACTTTGCCAGGGTTATTATAATTTG TGAAATTATTATTTGCGACAAATTTCTTCATCACCGAAGTCTTTCTGCTACTTTTTCTTCCTTCCGTCTC TCTGAGCTGCTATTTTATTCAGCTGATTTTACTCATCTTTGGCCCTGTTTCACAAAAACTTGTTATAAAT AACATTGGTGACTCTTCTATTAAAAAGACTTGCTCACAGCCTATCAGATGCAAGGAGCTTATACGGATCA TTTAACTTGTTATTGTTCACAAGTTTTATAAAACAAGGCCCTTAAATATCCTATTTTCTTCACAAGGTTG TGACCAATACTTTAGGGACCCGTTTCACAAAGCCTTTTTTCAATGACAAATGACAAAAATCAATGACAAA TCTGCTGATAACCAATCAGAAGCAAGGATTTCAGTGGCTTATAACAAAAATTGGTCACTGATGACAAGTT TTGTGAAACGCCCCCCAGGTATGATAGGGGCCCGTTCCAAATAACCTGATTTTCAATAACAACTTCCATA ATTCTGTTAGAATTGAGCTCATAGCCAATCACATGCAATGATTTCACTGAGTAGCTTACCATATCAATCA TTGCAACAAGTTAATCTTCAAATCTTTTACGACAGGGAATTTGGGAATGTATGCATTTATTGAGAAATAC TGGATTATGATTTCACATGATACTCTGACCAAAGAACTCTTGTTGCCCTTGACCACTCGATCTATCTCGC TAAATCAAATGAAGTTTGTAATATGTCTGTCTTTAATTTTAGCTTTGTTATTTCTCTTAGTTATATATCT GCACTGATTGTATATGCTTATTTAAACCATGTCATTTGTGTAAAAATCCTGACAAGCTTTGAAGTTCCCT ATATTTAATATTTCATATTTCTTTAATATGTTCAGATTTACTTATTGTTATGTTTAATATTCGTACACTC CTAATAGTTTTAGTTTATTAGTAGCACTAAAAATCAGATAGGTGATTTGGAAATCATCATACTGCAGAAA CCTCTGTGGACATCGTTTTGATTATTAATTCGGTATATGAATATTATTATGCTTCGTTTAAGTTGTAAAT AAATCCAAACTGTAAAGAAAAAT
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???blast.eval.minus100???
???blast.numalign???
???blast.numalign.25???
???blast.numalign.1???
???blast.numalign.5???
???blast.numalign.50???
???blast.numalign.100???
???blast.wordsize???
???blast.wordsize.default???
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???blast.wordsize.default.message???
???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