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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.alignment???
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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???
>JT105648.1 TSA: Strongylocentrotus purpuratus WHL22.580839.1 mRNA sequence ATTGTGGGTAAGAGACAAAATGGCGGCTCCCATACTAAAATGGAAGCGTGTGACAAATACGACTGGTCCA AGCCCCCGACCTCGCCATGGACATCGAGCCGTCGCAATCAAAGACCTTATGGTAGTCTTCGGCGGTGGGA ATGAGGGGATCGTGGATGAACTTCATGTTTACAATACAGCTACCAACCAGTGGTTTGTCCCAGCAGTGAG AGGGGATATACCCCCAGGCTGTGCAGCTTATGGCTTTGTCAGTGATGGCACCCGTCTCTTCATATTTGGA GGAATGGTGGAGTATGGGAAGTACTCCAACGAGCTATATGAACTGCAAGCCAGTAGATGGGAATGGAAAC GACTCAAGCCTAAGACTGCTAAGAATGCACCACCCCCATGCCCTCGACTTGGTCACACGTTCACCATGCT TGGGAGTAAAGCATATCTCTTTGGAGGACTTGCCAATGATAGTGATGATCCAAAGAATAATATACCAAGG TATCTCAATGATCTCTACTCACTGGAGCTGAGATCAGGCTACTCGAACATGATATGGGACATACCCCTAA CCACAGGACCTGCCCCTCCACCTAGAGAATCACATACCGTTGTAGGTTATGCTCCCAAGGATGGCTCCTT TAATCGACTCATTGTGTATGGTGGTATGAGCGGCTGTCGGCTCGGTGACCTTTGGCAACTCAACATGGAT ACACATACATGGATCAAACCTGAACTCAATGGACCCAACCCACTACCAAGAAGCTTGCACTCTGCCACTG TCATCGGAAATAGAATGTTTGTGTTTGGTGGCTGGGTACCTCTTGTGATGGATGATGTCAAAGTAGCAGC TCATGAAAAGGAATGGAAGTGTACAAACACACTGGCTTCTCTCAATCTAGCAACCCACACATGGGAGCCA CTGGCGATGGAGGTGTTTGAAGAGGCTGTACCTAGAGCCAGGGCTGGGCATTGCTCTGTGGCTATCCATA CCAGACTCTACGTATGGAGTGGAAGGGACGGATATCGCAAGGCATGGAATAACCAGGTGTGCTGCAAAGA CCTTTGGTTCTTGGAGACTGAGAAGCCGATGGCCCCAGGCAGGGTCCAGCTCGTCCGAGCTAGCACCACC ACACTGGAAGTATCATGGGGTGCTGTAGCCACAGCCGATGCCTATTTACTACAGCTGCAGAAGTATGACA TGCCCCCTACCTCAAGTGCAGCCTTATCCTCTGTGGGTGGCGCTGCTTCCACCAAGCCACTCCAGTCACC AATCAAAGCACAAGCTCCAGGAGTTAAGATTCAGAGTCCAACCTCCATGGCTGGCTCAGCAGCCAGTTCA CTCTTCAAACTCAGCAAGCCCCTCCCTACTCCCGGTGTCCAGCAGCAGAACACCCTGAGCGGTATCGTAG CTCTCGCTGAGGCTGCTGCAGGCACCCAGAAGATGGTCAGTAGTACCACCGCTGTCTCACCAACCCCCAA CAAACCGCTCCTGGCAACGGTAGGAGGGTCCAACCTGACCCTGGTGACCCGGTCAATGCCAGGAGGTGTC AGCGTCACATTGCCGCAAGGGATGAAGCTCACCACGGCAGCAGGAGGTGGGCTCAAGATGACAACAGCTG GAGGCAAACCCCAATTGGTGTCAGCTATGGTTTCAGGCACCACTAAGACTGTTACACTTGTACAAAACGC TGGTGCTAACAAGGCAGGTGGTGTAGGGCCCGGCACTACCATCGTAAAACTTGTCTCAACCACCCAGGCT GGAGGCAAGCCTACTACCATCATCACCCCTATCAGCCAGGCAGGGTTGAAAGGTCAGCCTACGATCCTGG GTATCAGCAGCATCACGGCAGGTCAGCAAGGCAAAAGCATCATTAAGACCATTCCAGTTGGTAAAGCAGG TGTCGCCAACACCGCAACCGGCAAGACGCCCACCATCGTCACTGTAACCAACAAGATGCTGGCAGGAGCC ACGGGTACTCCCACCAAGTTTATCACGACTGGAGGGGTTGGTAAGCAGCAGAAGATTGTCTTGACAACCC AGGCAGGCGCCTCCCCTACCATCCTATCAGGAACACTCAAAGGTCTAGGGGCAGGGAATTCCCCCATCAC CATCATCCGTGCTGTAGCGCCCCAGGGTTCGTCTCCCGGAGCCAGCGGTCAGGTCTCAGGTAACACCATA CAGATCATTACCAAGGGTGGGGCTAAGAGTACCCTCAACCAGGCCAGTGCTGCTAACCTACTCAAATCAC TCTCCACCTCTCAAGGCCTGACTACGCCACTCACAATCACCACCACCGCTAACTCATCGGGAGTCACAAC TAAGCTGGTAACCATTCCCATTTCAGCCCTGACGGGGGCAGCAACCACCAGCGTTTCCCCTGCCATAAAC GCAATCATGTCTACAACAGCCCAGGTTGTCTCAAACACAGCTGCTGTGCAAAAGACCATCACTACCCCTG TAGCATTGAGCACTGTTGGTACGGCACAGACTACTCTCATATCAACGGTAGGAACAACACCTACAGTCAG CCTTCCGAGTACAGATCAACAGAAGGTGGCTGAAGATGCATCAGAAACCAAACCTACAGCTACAGAAGAA AGCAAAGAAAACAAAGAAGCACAATCAACAACAGACACAACGGCAACACCAACTCCTACAACACAAGAGG CTGCAACCCCTGCCACTACAGAGGCATCAGAGGGCGGTGTAACGATAAAGAAGGAAGAGCAGACTTCAGA ACCAAATCAACAACCCAAGGTAGAATCAGCTGCTTCAGAAGCCGCCACGCCCATGGACACCGACCCCTCC CCTGCACCCGGTACAGGCATACCGGCCGAGCCTACCGATACCACCAAGACCAATGGCTCCACCCCTGCTG AAGAGACGAAGAACAAGGCCTTGGATAACGGGGCAGTGGGAGAAGAGCCGATGGATACGAAAGAGAGCAA CACAGATCCAGATTCAGATCCTAAGTCTATTGCCATGACAATTGCATCACTTGCTAATTCGGCCGGTCCC CCTGTGATGTCGACCAGGCCTATCACCAATGGACTGGACTCAAAAACGGAGGATGGCAAGTCACCGATGG GGCAAGCCATCCAGCTAGCCAAGAAAGATGTCAACCAGTGGTACGACGTTGGAATTATTAAGACAACAAC CACTACAGTAGCGCATTATCACTTGCCATCAGAGATCATTAGCAGAAATGAAGATGACATTGATGTTGTC AGTGTGCCAGATCACAGCTTCCTCAAGAAGCAGGAGCTCCACCCGGGCACAGCCTATAAGTTCAGGGTCG CTGGTATCAATGCTAGCGGGCGGGGTCCATGGAGCGAGATCTCCGCATTCAAGACATGCTTGCCTGGATT CCCAGGGGCACCTTCAGCTATTAGAATCAGCAAGAGTCCCGATGGAGCTCATCTATCCTGGGAGCCTCCG GCAAACACCAACGGTGAGATCCAGGAGTATTCTGTCTACCTTGCCGTACGTAGCACCATGAGCGGGGCGT CGGGAGATGCCAAGCCCACTACCCCAGCCCAGCTAGCCTTCGTCAGGGTGTACTGCGGACCCAACCCATC TTGCGTCGTGAGCTCGGCTAACCTGGCCGCAGCTCACATCGACTGCACCAGCAAACCTGCTATCATTTTC AGAATCGCTGCACGTAACGTCAAGGGATATGGACCAGCCACTCAGGTTAGATGGCTTCAAGATAACCAGA CTGCTGCTAAACCAACAACTACTGTTGCTGCCAAGAGACCAGCATCTTCTATAGAAAGTCCGATGGTGAA GAAAGTAAAAGCAGAAAACGACAGTGATTCCAAGACGGCATAAAAGATTGGAAATCATGCATTATATCAC CAGAACACACAGCTGAAATTGTGGAAAGAAATGCTTGGAAGCACATTATTCATTGTACAGAAAGAGGAGT TGGTATAAACACGAGAGATTGACCTTTCACCCCTTTTGAACAAACGAGTTAAGAGGGTTGTCGTGGTATG ATGTTACCTGCCCTAGACTACGACAACATTTTATCCCGAAATGTGCTCTGTTATTACTTTCTGTTCATTA CAAGGTTGGAGAAAATGAAATATTCGATGGAATCTAAGCCAGCAAAGATATCGTGACTTTTTCATTCAGC GTAATTTGATTTAATGGGGAGGTATTTCATGTCAAATGGAGAAGACTTTGAACGATATGGAATTTTGATG TTTATGTGAAATCAGGCAGACTTAATACTCAGATTTGCGGTAGGAACAGTATTTTTCTGATTTCTTATGT ATTTTCTGTATTGCCAAATAGAATAATAATAATAATAATATTAATGATAATGATAATAATAATGAAGACT GCTCATATAACACATACATTCCAATTATCATAAGAATCAAGTGCTTTATTTATTCTTCTTAATGAAGAGG GTGAATTCTGAATAGGAACTTACCGGTACTGGAAAGAAATGCCTCATGTTCTTGGTAATATTGAGGGAAT ATCCTATGGCATGCAACATTAAAAACTCATCCATGATTTGGGGATAAAAACCTGAGACGCTATTTTGAAC TTTTCCCTGCCTAATCGCTCTAGAAGTGTTCTGCCTGATTGTGTTCACTCGCTCATGGCTTAAGGTTATA TGCAGAACTGACATGAACTACTATGTAGTTTATCCCGATGGATACCAACCCCAGGATAACATAGACTACA TCTAATATAAATTAATGATATACTCTATCAATGTGTACCCAACAGGTTTGATGTTTGATGGAAAATTGGC ACTGAAAGACAACTTTATTCAATGTTGAAGTAAAAGGCACATCAAATTATGCTGAATGAAAAAAACATAT TCATGTATATCTTGCTTAAAGTGTCCTAAGATAACAAACTTTAGATTTTCACTCTCTATTTTTTTTTAAT TGTTCATAAAAAAAACTATCCAGTTTGTTATTTTATAGTACATTCGGCGCATTGTTTCCATTTTGTTTCA GTTAAGTCATAATGTACATGTTTAGGTTGCATGACCTAATATATATTTATTTTGTATAAAAATGGTTGTT AGTTGAAGGAGACAGGAAGATAGTGTACATGGAGATGTTTTTAATTTGTTGTTAAAAGAAAATTTCAAAT AAGTGAATGATTTGGAATGAGGAGATATATATATATATATATATCAAATGTATGTAAAAAGAGGAGTTCT TGGTTCATTCTCTTGGGTGAATTGTATTGAGATATGGTTTAAAACAATTGTCAAGGAGCAAAGGAGTAGT AATTGAAACGGGATTCAGTGCACACATACATGAAAAGGAATATTCAGATAAATTGGGCATGATGGTTATC TTTTGGTTCTCATTAAAAAGAAAGGAAGTTGTTTCTGTCTTTTGCCCCTCTTTCTCCTTTCGTTCCATAC TTTGGGGGATTACATAACATATGACCTCCAAGCAGCACAAAAATAACATATAAAAGCAAAGGTTTGTGGC GATGTCATTTTAGAATTAGGATGGGTAAGCTAAAAAATCTTATGCAAGGTCATAGTTCAAAATGGAGCTA GCAGAGAATGTCGATAATTTACTGTAAACCATCAAAATTTGATTTTTTCTGTAAGCTTTGGCTAGTACAC AAGAAAATGGCAGGTGAGATATTTTGCAGCACAGAGCATAGAGAAAAACAAATTATAAGAAGCATATAAG TGTTTTGTATCCCATTTGAGCAAACAACTGTAACGGTGGAAAAAAAACTTGCAGAACATCAATTTAGAGG CTGAATTTCCCGGGCTTGTGGAGATATCTGTAATAATATATATTGTTGGAAGTTGCTGAGGAGCAATTTC AACAATCTAGTGCTCTCTTCTACGGCTATGGTTTTGCAAGGTTTCCAAAATGTCATCCTGAAGGACATCC CTACATTTTGTAACACTCTGCAGCTTTCAAAACAAACCTCAATACATCATTACGTGTAATTCATTCATTC AATTTCTCTCATTTCCATTTCAATAATCACACCGATCCATCGCAATGGCAGATACGTACATTAAGGGGAA ATCTTAATTCAAAGATTTTTATCAGTTGAGCCATATTCACCACACAAGTTGCTTGAATGCTTGAAACATC AATTCATGAGACTTAAAATGAGAAAAGATATCACTGGTTCAGTATTTGACAACTGAAGCAGTAAGACTGC TCTGAGAGTGTCTTGTAATATATTGTGTATATTTCATTTGATGTCAATGATTTATCGTCAGTGTATGGTT ATGTAATCTCCTTATGTTTATAATTTGCATGAATTGGGAGGCATGGTGTCACATCAATATGGATGGTAGT CTGAAATGTGTAATCTGTATCATCAAATTGTAATTATATCTTAGAGAAATATTGCTTGCACATACATTTC TTTTCTTGGCTGGTCTACTTGTTTGCCAAGAATGAGATTTCAAATCTTTGTGATTATTGTCCAAGGGCTG TACATTATGGCTTTTCTTTTCCGATTTTTAATTTTTATGGATTGTGAATTTACAGGTATATGAATTAGAG AAATCTACTAGAGTAATTTAGGGATGAGCTAAGATGACCTACTTTCTGATTCTATTCAGAATGTAAACAA ACAAATGAAATATGTTGATTGTTAGGATAAAGAGATTTAGCAAAATAGACAGAGAATGTGTATGAGTGGG AGAGAGCGGGAGAGTATGAGTGGGAGAGAGCAGGAGAGTGAGAGAAGTCTTATTGATATATATATGTTTT CTTAGAGCTTTGTAAATAACGCAAATAGATTTGAGAAATTGCCTTAGTTTCGAAGTGACTCGCATTCACC AGACTGTTGATATTTTAAGGAAGTTTTGCTTTTAATTTTCAGGGATTTCTGTGTTTCAAGTAGCCCACTT TGTTGGGGAGAAGAACCTGTTGGTCCAAAGAAAATTTTCTTCTAAGGAAAAGGATATATCTGTTAAGTAG AAGATGTAAAATCCCCTCACCGCACTCATCATTGACATAATATTAACAAAAACTCTGTAACGGTAGGGCA GTCTTTTGTTCCAACCAAAGTATGAGAATTGGGTAAGTTAGGGTCAAGCTGGAGAATTATTAAAGCTAAG TTATCAAATGCATCGATAACAAGTGCAGTTCTGGGGAAGGAAATTAAAGTTACATTCCACTGAGATGTAT TGTATCTCTTCTTTAAGTTGAATTCTTTCAGCCCTGTATTTCTTCTTCTTCCAGCCAGCTTATTATTCAC TTGTGAAGGCAATCACTAGAATTATATCTCAGATCTTGAGAGAGTTGTCATAAAAAGGAAACAACTGGAG CAGACAATTGAAAACTTGTTAAAGGTAATAAAAGTTCACAGTTGAGTTATATCTGGAAAAACAGACAAAC CCTGATACGAATGAGTTTCGAAAGAAATTTCAAATTTATACTCGATTGTGGATCATTTTTACCCAGTAGA TCCGCACAAACATTCCAACTTCTCTATTCAGAATATTTCAGAAGAAGACACAAGTATTGAAAGACTTAAC TAGAGACCTACTGTGTATGTTTGGTAGCACTCCAGTGTGGAATTTTTTCTCAAACTTGTTGGTTCTTCTC AGGTTACATTTTGATTGTCCCCAATCAACAGAGAAGCTTGGAAAATGTCCATGTAATGATTTAACGTGAA GTACATGTATACTTTGCTAATTGCCTTTGAAAATAGAGACTCGAGTCCTATGAATACTTGCTCTCGCATA TTGATATTTACATAGATCTGTGTAATAATTTTCAATGAGGGTATTATCTTATGTGTATTGAACAATGATA TTCTAGAGTTTTCTTGCACAGTTAGGCTACCTGACAGGAATATTTGAATGATTTTTGAGCAAAAAAGAAA AAAAGATAGCTTCCCTACAACTTGCAGATTGACATTTGTTTAAATGTTAGGTAGTTCTTCCAAATTTACC CAATTGGTCAGAAAGGGAGATGCTACAAAACCTAAGAATAAGGCAGTACATCTATTGTTATGAGTTTTTA AATGGTGAAGTCCAATTTCCTTTGGGTGCTTGTACAGGAAACAATGACAGAATATATACAGAAGAAAAAA GGATATGTCTGGTTGCATTCAAAACTAAAGTTTTAATTTTTCTTTTCTTTTGTTTGATGTTTAATGTTGT AAAGCTGCATTTTTGTCCTGTACAAAGAAATAGTTTCAGTAATGCAGATTAATGTACATTGTAAATAACA CCCTTATTATTTGTGTGCATGTTTGTCCTGTAGCGTTCCCTTTTCTTTGTGTACTTCTTAGAATGAACAA TAAAAAAATTTGTATATTTCAAATGAATAGTTGTTATTTTCCTCTTGTCCAAAGTGTAAGAATATCTTAT GGCTTTTTTTTCTTCTTTTTTCTTTCCTTTTACATTATTAGAATTTCTTTAATTCAAATAGAAATGGGAA ATAAAACAAACACTGAATTAATTTCCATTCTAAGCTTTGTGATGGACGGTATACTGATTTTTAATGTGTT GATCTGAATTTTTATGGTACTTTACAAAAATTAGTATCAAAGTGAGAAAGTCTATCAATATTGTGATTTA TTTGAGTTTGCTGAATGTAAATAGACACTGCCAAATTTTGGCAAATGGAAGGAAGGTTATGTTTTTGTTA GCATGTATCCTTTGTAGAAAGTCTTGGTTTACAATCTTGTGTAGGACTTCATAGATGGGCAGAGAATCAA ACATTGTTGTCCCTATCAATCTATCAACTTTATACAGTGGTATTGATGATTTTAAGGAATTGCAATCTTG ATTAATGTTTATGAAGTATGCCAGGTAATATCAAAGGGTTCCTGGACTTTGAAGAAAAAAATCTAGACAC AGAACTTCAAAAAGAAATTTTAGGATTCTATTTCTATATTTATTTTTATGAAGTGACTTAATAATTCCCA CAGTGTAACAATCTTCATAGTAGATAAACATGCTAAAACATTGGCATTTTGATTGCCTTTTTCAGGAAAT GTGCCAAATTCAAGTATGCATGCACCGTTTTTAAATTACTTGTCATTTGTGATGAATACTTAATCTGTCA TAAACTGACAGATCACTATTGATGATGACTTTATAAGATGTGGGAGTAAATACTACATTTTGTGATAAGA ATTTTAAAATCAGCCAAAAGACAGCATTGTTAGCATTATGATCATCTAGATCCTAAATGTAATTTGTGCA GTTCACTGCAACAGGTCATGGAGTAGATTGACTTCTGTTTGTTAAAGAAAATCTGATTAGTCTCTTCGAA TGATTGTTCAGTTTAAGCCCCTCTAAAATTT
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???blast.options???
???blast.eval???
???blast.eval.01???
???blast.eval.10???
???blast.eval.1???
???blast.eval.001???
???blast.eval.minus5???
???blast.eval.minus25???
???blast.eval.minus50???
???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???
???blast.wordsize.2???
???blast.wordsize.3???
???blast.wordsize.4???
???blast.wordsize.5???
???blast.wordsize.6???
???blast.wordsize.7???
???blast.wordsize.8???
???blast.wordsize.9???
???blast.wordsize.10???
???blast.wordsize.11???
???blast.wordsize.12???
???blast.wordsize.13???
???blast.wordsize.14???
???blast.wordsize.15???
???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???
???blast.on???
???blast.off???
BLAST time is limited to 30 seconds