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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???
>JT110338.1 TSA: Strongylocentrotus purpuratus WHL22.109980.3 mRNA sequence TACTAGTAGGAAGTACCACTCTGTTAATCGAGGATCAGACTAAAATAAATCGTGATATACCTTGCTCTAC CATGGAATAATATATGCCTATCAAGAAAGGAATAATCGACAGAACTACAAATAAGATGACGGACATGGAC GTATTCAGTTTCCTATATGCGAAGAGCAAATTCAGGCTAGTGGCTTCGCCGCGGATACCACGTTTATCTA TTTGTGTGATGGTATTATGTACAGTGCTAACGTTACTACCGCATCGTATACACGGATCATGCATGTCGGA TGGAGACTGCGGAGTAGACGGCGTCTGTGAGAGAGGATCGTGCGTTTGTGCTGCCGGGTGGTCGGGCGAT GTGTGTGATCACTGTCAAGGAAGAACTAGGTTAGAAGAAAGTTCAGGCTACATAATAGAAGCTTTGGATG ATTATCAAGATAGAAGAAAATGTACATGGCTCATAGATGGGGGCAGGCCCGGAGCAAACATACGCTTCAT CCTCCAAGAGTTTGGAACAGAATGCAGCTGGGATTATCTCTATATATACGACGGTGACTCAATCTATGCG CCATTAGTAGCATCACTCAATGGTCCAATAATTCACGATACAGTTGATATCAATCATGAGATCCTCACAA CGTCAGGCTTCGCCTACCTGTACTTCTACAGTGATGCAGCATTCAGTCTAGATGGCTTCAATATTTCATA CAGCATTGAAAGCTGCCCGGGGAACGGATGCAGCGGCCACGGGAACTGTTCCAGCTACCATCTCAACTGC TCCTGCGACCCTCTATGGCTCGGAGAAGCCTGTAACATTCCTGCGTGTCCTAGCAACTGCAGTGGGTTGG GCTACTGCGACCCCGCCTCCAAAGCCTGTGTCTGTCCAACAGGTTACAAAGGACGTGACTGTGGGACGCT GGCAGAGGATGGCCTATGGGAGATAAAAGAGGGCGCTATCGGTGAAGGGCGGGGCGCGGCCAGCACCATA CTGATTGGGGATGACCTCTGGGTCGTCGGAGGCTACACGTATAACGAGAAACAAAATCTAACCGTCTCCA GATATAACATTCCAACTGAAACATCACTGGTCATAGATGCCGTGGCAGAATACAGAGTCCTGCCCAGGCC AAGATTTTCACATTCTACTGTCCTGTATGAGGATAAATTCTATATGTTCGGCGGGTCGTTATCCGGGAGC GGGATAACAGCTGAGATGTGGTCCTTTGATCTTGCGTCTCAAACATGGACCAACATGACGGACGGACCCC ACGCCTTAGAGGGCCACAGTGCGCATGTCATTGATGACGTCATGGTCGTCTTCTTTGGCTACAGTCCCAT ATATAGCTACATCAATCTGGTTCAGGAATATAACATCACATCGGGTAGATGGTCGGAGGTGAGGACCAGG GGGGCAGCGGTGGTAGGGGCGTACGGGCATTCCAGTGTCTATCACCCAGAGAGTGGCAAGATCTACATAC ACGGAGGGTTTAAACTGAAGACGGGCAACGATCATATGCTGTCAGACCAAACATACCAGTATGATGTGAA TACAAAATCATGGCTTATATTGAAGGAGAGTCTTCAGCCCCGGTTTTTCCACTCAGCAGTGATTTTAAAC GGGTTGATGCTTGTATTTGGGGGCAATACGCATACAGACAACACACGCCCTAATGGAGCCAAGTGCTATT CCAAAGACTTCTTAGCTTACAACCTTGAATGTGCAAGCTGGGAGCAGATAGAGATGACCACAGGGTTACA CAACGAGGTATCTCTCTTTGCTCATAGAGCATTCATCTATCAGGAATCCATGTGGATATACAGTGGATAC AATGGTCTTCTCTCTACCAGTGCCTTATTATACATCCCAGGGAACTGTTCTGTAATTACTAATTCTTCCG TGTGTGTAGAAGGCCTGCCTGGCCTTTGGTGCGTCTGGGATCTCGTTAGTGAATCCTGCGTGTCAGCAAA CTCCGTCCCAGAGCTAGCAACTAACCACTCAACCTGCCCCATTGAAGAAGATCCACAGTGCGGTATGATC AGCACCTGCCAATCCTGTGTTGAGGCACCAGGCTGTGGATTTTGCAATGGAAACTGCAGTAAGAAGTGTG CAAATGAGATAAGCAGTCAACAGTGTGAACCACCTACATGTTCTGTCTTCTACAACTGCCGCTCCTGCAA TAGTCAGAACTACTGTCAGTGGTCTGGTGGAAAGTGTCAACCTTCAACATCAGGAGGTAATACAGGGTCA TGCAGTGAACCATGCGGTTTATTTGATTCCTGCTCCTCGTGCCTGTCAGACAATAGCAACAGCTGTATGT GGTGTCAGAGTCAGGAAAGATGTGTGGATTCCACCACCTACATGACCTCATTTCCATTCGGTCTGTGCCT GGAGTGGAGGACCAATGTAGAGAAATGCCCAAAAATCTGTACTAACTACCAGACGTGTCAGGAGTGCCAG GGTGACCCTGCCTGTGGTTGGTGTGATGGAGGAAACAGGGACGGCCTTGGGGCATGCATGGAAGGCAGTT ACACCGGACCCGTCAACACCGCCCTCGAACCCGTCGTTGTCGATTACGGCATGTGCCCCGCCCAGAGGTG GTATTTCGTCCAGTGTCCATCATGCCAGTGCAATGGTCACAGTACGTGCCCGAAAAATTCGTCTGAGTGT GGCTTGTGCCAAGACTACACAGAAGGTGAAAAGTGCGATACCTGTCAGCTCGGCTACTACGGTCGGCCGC AGAACGGTGGCGAGTGCAACCCCTGCTCCTGCAACGGTCACTCTGACATATGCCACCAGACCACCGGTCA GTGCTACTGTGATGCTAAGGGAGTGACCGGCAACAACTGCGACAGATGTGAAACAAATGCCAAGTACTAT GGGAATCCTATAAATGATGGCTACTGCTATTACAAACTCTTGATGAATTGGCAATACACTTTCAATCTTT CTGATGAGGAGGATAAAAACCACACCCGCATCGCTATGATGACTGCCCCCAACAGTCCAAACCGAGATAT TGAGTTCATTCTTCGTGTTGACAGTCCAGTCTACCTCAACATTACATACACTGCAAAAGACGTAGAAGGG GAGCAAACAGTGGTCGATGGAATGTACGTTGAATCCACGTACCGCCGGAAGCTGTCCCGTTACGAGTACG ACTTCAGCATGGAAGGCAACACAACTTTCTACTTCTACCTCTCCAACTTTACAACGCCCATGTCATTTGA GGTATTTTTGATCCATCCCATGCTGATGTTCACCTTACTCCAGTTCCTTATCGTCTTCTTCAGCTGTTTT CTCTTCTTCCTACTCTTCTTTGTGCTGGGCTGGAAGTTTAAGCAGCGCTGCGATGCTTTCCGAAACAGAC AGCAACGGGCTGTCGAAATGGCCGTAATGGCTAGTCGACCGTTTGCAGCGGTCAACGTAGAGGTCAGCAA ATCGGCACCACCAGATCTAGTTGCTGAATGCCAGAATTATCAAGTACTAGCAGCCCTAGAGCCTTGTAGC GACAACAAAGCCGGTATCATGACTGTGTTCCTGCAGCTGCCCATGCCAGATGGAGAAGCGCCCCCTCTTG GCCAACCCCGACTAGCCCTAGCATCAGCCCTCGTTCAACTCAAACCAAAGAAAGCCGAGATGAAGGAGCA GCGGGATCGAGAAAGAGACGCACGGGAGAGGGAGAGGGAGAACAGGGCGCGGGAGAGAGAGCAGAGAGAG AGGGAGAGAGAGCAGGAGACGCAGCAGAGACATCAACAGCAGCAACTACCCGTAGCACCCCTAGCCGCAA TACAGTCAGACGACGCCCTCTCAGTCAGTGTGTCAGAGGACGCGAGACACATACGGCATCACGCGGATCA CGCGTACGATAACCCTGCCATGGTATAGCATTCCCTTCCATTTTACTCTGATTTCAAAATGTCAGACAGG TTTGTCAACAGCAAATATTTCTTCGTTAGCTTTTCATTTAAAAACGAATCATGAATTCCAAATCCATTTT AATAAACACAATTATGGCTCATTTTCAGCAACTCTTTGCCTTTTATCAAAAACTTTGCAATTTGGTATAT TCAGATTTGCTCAGAATGGAATTGTATACTTTCATTTTTTAGAAATTTAATTAAACAATCACAATTTTTT TCTTCAGTTGTATCTTCATTGTAAAAAAACATATTTTGATTTTATAATTATTTACATATTGTTGACACGA AAATCTACATTTCCTGATGCTATGTTCATTTTAAACAGTTTCAAAATAGTAGAGACTTTAATCTTTTGTA GAGGTTCAGTACCCAGGTTCTTTTTAATACATGTACTTAACCGCATGTTGAATTAAAACGACTGACATCT TGAAATCAGACTTTTTTTAAGAACAGATATATCTTTATTTCTAGTGCCTGATTTATCCTGTATAGTATAT GTGACAATTTTTGTAAATTGAAACTTAAGAATGTATTGCCATTGAAATACTTGAAGATGATTTTATAGAT TATGAATGATAACTACGACAAGTTTGTGTATTGAATATGTGATTTAGCAAATGGTACATGTGATATAAAG AGAGAATATGAAATGTGTTCTTATTGCGAGAAATCCATGTAAATGGTATGTAGCCAAATGCGATTTTAAA AAAAATGATGTGATTTATTATGAGAATCAAGAAAGAAATCAGATTATTTTTTAGACTGTTCATTTTAAAA TGGTAGTGAATTTTAAGAAGATGTCAAAAACATCTGTATATTACGCAGACAAACAAGTTTCCGGACAGGT TTTTTTTTTATATAAAGATAAGCTCATCTTTAAATTGTCTACACCGATGTTGATCATTTATTGTACACTT TTGAAATGAAAATTTTGACCAAGATTTTGTCAATATTAAAGCTTTTAACTTTTCTTTTTAATCTTCCTGG CTTCAAATGACATATTTAACACAACAGAAATGGGTACCAGTTGTGTACAAAATTGCTCTTTCTACTCTTT TATCTAGGATATATGCTAGGACTTCTGAGTCAAATGATATTAGCCAAACTACAACTTTTGGAGATATGTC TAGAATAGGTAGTCACTCCATAGCACGAAGAAGAAGAAGCTGGTATTTACAGAGCTGTGTAATATATTAA ATAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAAGGGGGGGGTCAAGAATAAGTAATG GAAATTGGTAAGGGACAAAATAAATTTAGGGGAAAATATAAAATGGGAGTGGATGATCAAAGAGAGTGTG AGATATGCATCAGATGGAGTTTTAGATACCAAATGTTAAAGTTTTCTCATTTGGAGGTCTCTTTATATTA TTCTTGAAATTTTGAATAAATTCTCAAATTTTTTTACCATTGAACACATTTTTTTGAATTGATATGAACA GTGAAAAGGCGAAAGAAACATGGTTAAATGCTTGTGTCATGAATTTGTATTTATGATACTCGTTTGGAGG TAGGTGGTATTAATGTAAAGGGGAACGTAGACTCCAAGAGACAAACTGATTGTAGTCTATGATACTGAAT GTAATATCTATATGAAGAGAACATGCATCATTCCAATTCTTCGACCGAACTGGGCCCCCGTCAGACAAAG AGTTATGATTGGTCAGAATCGATTGCAAAGTCCTCCAATAGACCACCTTGGAGATACCACATGACTGTAC AAATGACCCCCAAATATCCATAGATCTTTTTTAACATGGACGCGTCTCACTTTGTGCATTTTTAGGAAGA ATATTCACTGCCAAAGTGATGGAGGTGCTTCATGAATACTTTTGATCGCCCTCCTGAAAAGAATACTTCC ACCTGTGTATCAAAAAATGTACCGTCGGTGCATATATGAATATTGATTACATAATGTTTATGAACATTTA TCCAGCATGCGTCTCAATGGATGTTACAGTCTTATAACTGTTTTGTAAAACAGTTTTATTTACAAATGAC CTTCATCTGCCAATGCGCAGATTGTATCTCTGCAGTGGCTTATTATTGGACTGCGAAAGATCAAAGACTT TTAAAATCAATATGGGTCAATTGCAACTCTTAATAAGACGAGGTGGAGACCTACTGTGAATATGCAGAAG TGCAATATTGTTTTTCATACTAGTATAACAGAAAAGCAAGCATTATTCTTTTAATATTCATGAAGAATCA CAGTCGAACCAATAACCTGGGGGCCAAAGTGTACTGTGTGCGTGGAATTTAGGCCATGATATTTACAACA ATAATAAAGTATAGAGTGATGATAATCGCTATGGGATGATAGAATAATGTGATATATACCACTCTTTCCA AATCATGTGGTGTTTATTTTCTACTGCTATCATGGTCATGTTGTGTGTTTTAATGAAAAATGCTGCAGAT GAGTGTTAAATACTGTCTATTTGTCAGAAATTTATGAGAAATTGTAAAGGTGGAAATTGAAATGGTATTG TTGTGTCAATGTAATGGTGTTTACATGCATGTGTAATGTAAAATCTGTTGGGTAAAGACGCATGGTTGAG ATTCCAGTGATAAATATTAAATGAAATGCAAAGATGGAATGTGCTTTTAATAAGGCATGGATAAACATAG GACCATGATAAAGTTTACTTTGATATCAAATCAAATGCTAGGGTTAGTCTAGGATGCAAAATGTCCTGCT ATTAATTTAAATGCTAGGTGTAGCTAGTCTGCCATTTGAAAATTCCTGCTACACATTCTCCTTTCTTACA CAGCAACTCTCCAAGTTTTATCTATCAGTACTTTCAACAATCAATGAGGGAAAAGGACAAAAAAATCTTT CAAATTTCTGTGTATACTTTAAATGTCTTGGTATTATACTGATCTGCTGTGGGTTGGTTTTGCTACAATA ATGCATATTGTTACAATAATGCATTTTGTTTCTACAAGATACATGTTCTGTTAATTTTACACGCTTGGCG TTTATCATGTTTAACAATGGCATCTACATGTTTATTTTTGGTAATTCTGTATTTTTAAAAAGGTTATTTT TAAAGCTTTCCCAAGCCTACTCACTTTATATGATATATGAAAGATTTGCTTTGGGCAATCATGGAATAAC ACCAGAGTGTCGTATTACCCAATTTGGAATCTTTTTTTTTTTTTGGGGGGGGGGAGGGGGAGGATTTGTA AAGGAAGTTTGGCATATATCATATGTATTTGTTCAAAACATTATACTCTAAATTGCGATTTACTTCAGCC AAAAAAGAAGGAAAATCACTCAATACAACCAATTATATTTTATCTTTGTGGTATCATTATACTGTATAAT GACACCAAATAAAA
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???blast.eval.minus100???
???blast.numalign???
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???blast.numalign.50???
???blast.numalign.100???
???blast.wordsize???
???blast.wordsize.default???
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???blast.matrix???
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???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
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BLAST time is limited to 30 seconds