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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???
>XM_030985703.1 PREDICTED: Strongylocentrotus purpuratus myoferlin (LOC575934), transcript variant X7, mRNA TCATCTTGCCTGGTACACGTACACACACCATTCGACTTACACTGGTGTGGGGTGACTTACGAAGGAAAGA CGGCGGGAAAGTAAGTTCTAAAACTTCTTTCCAGGGCCCTGGAGGTGAAGAAAGGAAGGATTTATACCAG GAGTTGGTGTCCCAGTGAAGGTTGCAGGTCACCATGTCTTTAGTTATTGTTGTGGATAGTGGGAAAAGTC TGCCAAACATCGAGAAGTTTGGTACGATTGACCCCTTCGTCCAGTTGAAGTTTGCAGGTACAAAGAAGAA GACAAAAGTGGTTGATGACTCTACAGATCCACAATGGGGCGAGACCATAGAATTCAATCTCAGTGACAAG CCGTTGACAGCCTCCGACTCGGTGGAACTCGAGGTCTATGATCATGAGAAGATCGGTCGCAACAAGTTGA TTGGTTCGTACACCTTAGCCTTACGTGATGTGGTCAAAGGTAAACAGAGGTCAAAGAGGATGGAGTGCAA GCTCAAAGACCACAAGGGCAGACAGTGCGAGGGTGTGGTTGTTTGCAACGTCACATACAAAGCTCCGGCT GGATCTGAGCCACCTCCATCTGGTGGAGGCAAGGGAGGAGGAGGAGGAGGAGACGCTTCCGCTGGAGCTG TGCAGGAAGAAGGAGAGGGAGATGAAGTAGATGGTGATGGTGGCGGTGATGGTGGTGGTGATGATGAGGG AGGCGACGAGGATGGCGATGATGATGGACCGGGAGGCGGAGGAGGAGGAGGTGGTAGCGGTGGCATTGGA GGCCTCAAGCGCAAGAAGAAGAGCCGCTCCAAGCTCTCCAAGAAGCCTCAAGACTTCCAGGTGAGGATCA AGGTATGGGAAGCTCGTCAGCTGGCTGGAGGTAACATCCATCCGGTCTGCAAGGTGACCGTCTCTAATCA GACTAAGATGACCAGGGTCAAGAAGTCCACCAACAGACCTTACTATGATGAGGTATTTTTCTACAATTTC CACATGAGCCCTGCTGAGCTGTTTGACGAAGTGGTCAACTTTCAGGTATTCAACTCCCGTCAGCTACGTA GCGATGCCCTGATCGGTGACTTCAAGCTCGACATCGGTTCCATCTATGAGGAAGAAGATCACAACATCGC CAACAAATGGCTCCTCCTCTCCAATGCTGATGATGCCAATGCCGGCGCTAAGGGCTACCTCCTCGTTAGC ATGGGTGTGCTAGGATCCGGAGATGAAGCTCCTGTGTTCAAGAAAGCAGATGAAGCCAATGACATAGAAT CGAATCTGTTGAGACCTGCTGGTATGTCACTCCGTAAAGGAATGTTCATAGTGAAGGCATACCATGCTGA AGACGTCCCACAGATGGATCCTGCTTTCTTTGAGGGTGTGAAGAAGTTCTTTGGCGCTGGTGATGGCGAA CGGAAAGAACTCGTAGACCCGTATCTTACAGTGGGATTCGCTGGAAAGAAGATCCAGTCATCTGTGAAGC AGTGTGATCAGAACCCGCAATGGAATGAAGAAATCCGAATCCCTATCAGGTTCCCATCGATGTGTGAACG TCTCAAACTTCAACTGAGGGACTGGGATCGTCTATCAAGTGACGACTACATTGGAACTGCCTTCCTTGAT TTGTCTGCCATGTCGAGCCCGGGAGAAGAAGGATATCTTCCCACCTTCGGTCCAACCTTTGTGAACTTCT ACGGCTCTACCAGGGAGTTCTCAGACCTGCCAGACCAGTTTGAAGATCTCAACATGGGCAAGGGAGAGGG TGTGGCCTACAGAGGGCGTGTCCTAGTCAAGATCGAGACCAAACTCGGAGATCATCCAGAGCAGAACCTC GCCGAGATAGAAAATGCCGAGATCCAGCGCGTGGGAAAGGTCCTCGGACGACGCAAGTACCGTCTCTACT GCGCCATCCTGGACGCAAGCATGGTCTGCGAATCGGACGATCCCGTCGAGTTTGAAGTGAGCATGGGTAA CTATGGTAACAAGCTGGACGACAGCGTGGCTCCACAGCCGTCCACCACCCAGCCGACCAACGCGGTGTAC GATGGATGCAAGTATTACTTCCTGCCGTGGAGTGAGAACAAGCCGCTGTTGATTGTCAACTCTGATTGGG AGGATATCTCCTTCAGATTGGACTCTCTCAACATGATCCTACGCAAGATTGAACGCTTGGAAGCTAACAT GGAACATGTCCGTCTAGCCACCAAGTCCGGAGCCCCGCAAGCAGAGATAGCTGCTCAGCTCATCGGCATG ATCGATACACTCATTGCCGACTGCAGGATGCCTCTCCCCAACATTGATGAGTTGAAAGAGAAGGTCAACG AACTTGATCGTCGTAAGTACGACCGCCGCCTCTACGCCATGCAAGCCATTGCCACTGACGCTCTGAAACT GAGAGAGAATGCGACTGATGTGAACGATGCCATGGAAGATGTGGAGGGATACCTACATGTCTTACAAGAT CTGGCTGTAGAGCCCCAGAATTGCATGCCCGATGTGATCATCTGGATGTTGAGTGGAAGCAAGCGTATCG CCTACACTCGCTTCCCGGCTTACCATCTTCTCTACTCGTCTCGTGGTGAGGACGCTTGCGGCAAGTTCTG CGGCAAGATATCAAGCTTCTTCCTCAAGGAACCGACGACCGACGTCGACAGGAGAGCTCCCGAGAGAGTC CCAGCCTTGTTCCCTGGCAAGAAGACAGCCAACATCGGTGTGAAGGAGATTCCGGGTATGCTCCGGGCCA AGCTGTGGTTGGGTCTAGAAAAGGATAGCGCTCAGTTCCAGGGCGGACTCACAGACTCGAGCATCGTGGT CTTCGCGGAGACGTATGAGAATCAGATGAGTGTTTTAGGAAACTGGACCAGCAAGGCACTGCCAAGACCA AAGTGGTCTGATGCTTCAGGAAAGATAAAGCTACCAAAGGAGAAGTTCCAGCTGCCGCCTGGATGGCGAT GGGACGATGACTGGTTCAAGAGCCCTGAACTCAGCTTGATGTACGATGCTGATGCAGGACAGACCAAGTT CCTAGAGGACATCTATGAACATGAGTCAAGGAACATTCCTGGAGGGTCGTGGCAGGTCGCTTCTGTGCCA TACACCAATGTGAAGGATGATCCTACCCCCAAGAGAGAAGAGTTCCCTTGCCCTGAGGGATGGCAATGGG ATGATGCCTGGGCCCTGGATAACAACAGAGCTTGTGATGAAGATGGTTTTGAGTACTGTGTGGAATCATC CGTTGCTAGCTGGGGACCAGTGGAGAGGACCTACCATCTGTGCCGACGTCGTCGATGGGTTCGACCACGA TCTCTGAACGCTGACCCCAAGGCTCTAGCGAAGCAAAAGAAGAAGGAGATGGACCAACAGGAGGGGTGGG AGTACGCCCCTCTCTTCAACATGAAGTTCCATTCCTCCGAGAGAAAGATGGACATGGTTCGACGTCGACG CTGGCATCGTAAGATGTTGGCCGAGTCCCCAAATGCCGCTGCTGTCTTCTCCGTCACTGGACCTGATGAT GAAGATGACAAGAAGGATAAGGACAAGGATGAGAAGTCTTCCAGGAAGTCAGCACCAAGGATCTTTGTCA ACTACACAGTATCTCACAAGTACCAGCTGAGAGCCTACATCTACCAGGCTAGGGACTTGATCGCTTCTGA TTCAGACAGCTTCTCTGATCCGTTTGCATATGTCAGCTTCCTGAACCGCAGTCAACAGTCCGAGACCATC AAGACCACCCTCAGCCCAACTTGGGACCAGACCCTAATCTTTGATGAGATTGAGATCTTTGGTGATCCTC AGATCATTGCTGCTAACCCACCAGAGATCTGCATCGAGGTCTTTGACTTTGACAGCTTTGGCAGCAACGA GTTCATGGGACGTACGGTAGTCCGCCCCCAGGTGAAGCTAGATCCCTCTGATCCGCGCGTAGCTCGTCTG GCCTGGCATCAGTTCTACAAGGGATCTGGAAACGCTGGTGAACTTCTCGCTTCCTTTGAACTCTTCCTCA TGTCTGATGGTAAGGATCTTCCATTCATGCCACCCAAGAAGGGAGAACTATTCATCGTACCCAACGGTAT CAGGCCTGTACTACAGCGTACAGGAGTTGAGATCCTCTGTTGGGGAGTGCGTAACATGAAGAAGTACCAG CTGGCTTCCGTGACCTCGCCCAGTCTCGAGTTTGAGGTCGGTGGTAAGATCATCAAGTCAAAGGTCATCA AGAACACCAAGAAGAATCCAAACTTTGATCAGCCACTACTCTTCCTTGAAGTGCATCTACCAAAGGAAGA GCTGTATACCCCTCCCATCAACATCAAGGTCCGCGATCACCGCGCCTTTGGTCGCAAGCCCATCGTCGGG ACCTGCTCCATCAAGAAGCTGCAACCCTATCGCTGCGTCCCCGAGATCGAGGGTGCAGAGACCACTGAAC CAGGAGACATGCCAGAAGAAATGCCCTCATTGGCTGAAGATGGCAAGACCCCACTGCCCCCAGCCGCACA AACTGCTCCTGGGCAACCTAGAGAGGGCAGCACACACAGCCATGAGAATGCTGGGGAGGCTGACCATGTG ATCATGATGCCGGAAGATGAACCAGTAAAGAAGGGCGACAAGAAGAAGAAGAAGGATGGGAAGGGTGGAG AGGAAGAGAAAGTCAAGAAGAAGGATATCTTTGAAGATGAGATTGATTGGTGGTCCAAATACTATGCCTC CACTGGCGAGACTGAGAAGTGTGGGGACTATCTGGAGAGAGGCTATGACAAGATAGAGATCTACAACAAG CCTTTGGAAGTTTTGGGAACAAACAACTCTTTCCTGGACTTCTGCAATTGCTACGATCTGAACCGTGGAA AGCAAGATAGTGATGAAGATGAAGAATCTTCTGGAGTGGGAGAATTCAAGGGTTTGTTCAGGATCTACGC CTTGCCTGGAGACCTGAAGGCAGAACTACCCCCCAAGCAGTTCAGCCACCTGCCCCCCTCAGCACCGGTA GAGTGTGTCATCCGAGTCTACATAGTCAAGGCTCTTGACCTTCAGCCTCAAGACCCCTCTGGACTGGCTG ATCCCTACCTGAAGATCAAGCTGGGTAAGAAGAAGATTGATGATGAAGATGACTATCTACCAAACACCCT CAACCCAGTCTTTGGAAAGATGTTTGAGATCAAGACCTTCTTGCCAGTGCACAAGGACCTGAAGATCACC GTCATGGACAAGGACTTGTTGAGCAAAGACGACATCATCGGTGAAACGGAGATCGATCTGGAGAACCGAT TCCTCACCGAGTACCGTGCGACAGTTGGACTACCAGAGACCTACAACATCTCTGGCCCCAACAAGTGGCG CGACCAGAACACACCGCGAGAAATGCTTGAGGAATACTGCAAGCAGCAGAAGATCTCTGGACCATTCTTC TATGGATCGACCAAGCTCACCGTGGAGGGCAAGATGTACAATTTGGCTGACTTTGAGGTGAACAAGATGC ACAGTGAGCACGAGGGTCCCCAGGACCAGCGTCTGGCCCTCCAAGCCCTGCGCAGCTACCCCCTGGTGAG GGAACACATCGAGACACGCCCGCTCTTCAGCCCTCTACTGCCTGGTATCGAGCAGGGCAAGCTGCAGATG TGGGTGGATATCTTCCCCATGACCCTGGGGCCCCCAGGTCCTCCCTGTGACATCACCCCCAGGCAGCCCA AGAAGTACGTTGTTCGTTGCATTGTCTGGAATGCCAAGGATGTAATCCTGGATGAAACCAACATCATGGG AGAGAAGATGAGTGACATCTACATCAAGGGATGGATGGCCGGTCAGGACGAGAAACAGGAGACGGATGTC CACTACCGGTCACTCAACGGTGAAGGCAACTTCAACTGGAGGTTCTGTTTCCCCATTGAGTACATCCCTC CCGAACAAGTCCTTGTTATCAAGAAGAAGGAACATTTCTGGAGCTTGGACAAGACGGAGACCCACGTCCC ACCTGTTATAATCGCTCAGATCTGGGACAATGACAAGTTCTCTCCAGATGACTTCTTGGGATCGATTGAG CTAAACCTGAACGGCATGCCCAACCCTGCCAAGAAAGCTCGCCAATGCTCTCTCAAGCAGCTGCCTAACG AAGCCAAGGGCAAGGAGGTCTCCATGGTCTCTCTCTTTGAGGCCAAGCGTCTCAAGGGCTGGTGGCCGGT CATCAGTGAGGAGTCCGGAGAACGGGAGATCACCGGCAAACTTGAACTGGAACTTGAGATCTTGACAGAG CAAGAAGCCGAGGAGAGACCAGCTGGTAACGCTAGAGATGAACCTAACGCCAACCCCATGTTGGATCCTC CAAATCGTCCTGAGACTTCTTTCAACTTCCTTCTTTCCCCCTGGAAATCCCTCAAGTACATCATCTGGCA CAACTACAAATGGTACATCATCGGATTCCTCCTCCTGCTCCTCCTCGTAGCCTTCATCGTCCTCATCATC TACAACGTTCCAGGAGCCGGGGTCCAAAGACTCTTCGGTAATATATAATCTGCTAGGGTTGCCGACCTCC AACGACCTCTGTAGGGTAACGGACTCGAATCTGGTCTGTACCTTTGTAGAGAGAGAAAGAGATTGGGGGT TATCAAGTCGAGCATGGATCAACAGCATTCTCTGAAAGAGATGCTCCGCAGTATCTAGCCATGCTAGCAT GGTCGGGTCCCAGCTATTCATCGAGAAGGGGCATGTGGCCTTTTGGGAAGGGGGTAGAAGCAAAATGAAA AAGTTAGGATGAGGGTGATAGTCCAGCCATTGATGTCTAAAGTCATAGACTAGGTTACTCTCTAAGCATG TGTAATGGTGGTGTGGTCAGCACTCACACACAGGAATGTTTCACCAAACAGTCATATAGGTGAAACAACA TGTGCTTTAAACTAAAGCTGAACTTCATGTTCTGATATGAGAGCAATAGAATGTTACAAATTCCATATGC CTTTAAACCAAAAAATCTCTCAACCATATCTGTGCCTGTCACAATTTTGAATCAATTACTGATTTCTTTT CATGTTATTATAGGATGTAATTTAACATGCCTCCTGAATGTACTTACTTTATCCCCCCTCCACAATTGTA ATAGTTGTATGATGCGACCAAACATTAAGTTGCAAACATTAAGTTGATTTATCGAAATACCCCAAAAATG TTTAGAAATATATGCCCCACTCATGTTCTTTCTGTATCCTTATATTAGTGATTGTAAAATTGTTATTGGA AAGCTTAAAAGCTTTATATCTATATTTGTAGAAAAAATTAATCATGAAATAATTCAAGTTGCTCTTCAGT GCTTAGTTTTGTCTTGATACAACTAAAGAATGATCAATTAATGACCTTATTTATATATATTTTGAATGGT AAAACCATGTAATTTTCAATTTTTCCATATAAGGGAATCGATTATGAGAATATGAATGGATTATTAAATC GTAGGGGAGAATTGCTTTAAATAATATGAATTTCCAATGTAATTTTCATTAATATATTCAGAATATGTTT TTGTTTCACAAGAGAATACTGTTACAGATAAATATCATGCATTACAAGTTAGGTCTAAGAAAAAGAGGAT GTAACACGAAAGCTGATAATTTGCGTAGCTTACGCAACCAATATAAGATGTGTATGTTATGTAGATATGA TGTATTATGTTTTTTTTTTATACGTATGTCTTATTCACTTTATATGTTTGTCTTATTATCTTTATATGTA TGTCTTATACACTTTTGTTTGATATTATTTCACTTTATTCATCATGGCATTTACAAGGTAGTCAAGTAAC ATTCTTCCCACAGAATGTTTTATGTTGCAATGCAAGAAAATTCCTAAAAACCTATTATACCATAGTATAG TATAGTTTATAGAATCTATTTTATTTTAAGTGTTTTTTGGTAACAAAAACTGAACAAAGAATA
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???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???
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BLAST time is limited to 30 seconds