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Echinobase
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Echinobase Accession
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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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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_030992297.1 PREDICTED: Strongylocentrotus purpuratus protein KIAA0100 (LOC757261), transcript variant X2, mRNA GGATGTGCACAGAAATTTCGTTATTTTACACGTTTTCAAAATGACTTTGTCATATTTCCTACTTTATTTG TTTTTAATTACTTTATTGTTTGTGGTTTTGTCAAGATTCAGTGCCATCTTAGTGTCTAAAGTTCTGAGCA AGGTTTTGAAGAAGAGTATTTCCATTGAGTACTTTGGTTTCTTCTCACTGAAGAGTATCGCTATCCAGCT TCCAAAGAGCAGCATTGAGATTGACTGTATTTGGATATCATGGAGGTTATTCAATTCCCAGCAACTACAC CCTATGGCTTTGCACATAGGGGATGTGAGAGTGAGAGCCGAGCTGAGTCAAGAGGAGGATGATCTACCTC CCATGAGGCCACCGTCCCACCCTGGCCCAACCCAGCCTAGATCAGGAATATCCAAATTCATCTCAAGTAG CCTCCCTTCATTGCTGCAATATGGAGCCCAGTTAACATCCTTTCATATAGAAGCTGTCAACGTGATGTTA TTGGGAGCTATGGGCACAGACTCGCTCCTACATGTTACAGTCAATGATACATCACTAATAGGACAGGCAG CAAATGAAAGACTTGTTTCGGCACACTTCTCATCTAAACAACTCTCCCTACGGATGCTACGCAGCGCAAA GCCAAATGCTGGAGATCAATCACATGTTGCTCAGGCTTCTGTGAGCATCAAGGTCTCAACCCAGATTGAT CTGGTAGCAAGAGTCCTGACAACACTGTTCATTGAAGTTGGTAGTCCAAATATCACAATCTATGATGTCC AAGAGGAATTTGTTGATGCACCCAGCACAATCATGCCAGAAAATCCACTCACTCAGAAGCTCAAAATCAT TACCAGAAAGTTTCCAGAGGAAGCTTGTTTAGACATCAAGGAAGCCTCTTGGCAGATAGTGCTACAAGGG GGTCAAAGGTCTTTGCAGTTCAACACCAAGAGTGTAATCTTGACTAGTCAGCTAGCCAGTCGAGATGGTA TCGTATGTTCACAGAACGGTGATCTGGTACTACCCCCTATCACCTGTCATCTCACTTGCTCACATGTGGA TATAATGAATGCCAATTCCACCAAACTGCTGAGAGTAACAAGCCTAAAAACATACCTACTGGTCAATGAG AGATGCGTACAGGTTGGTGTTGAGTTACAGCGCGGACATTCCTTGTACGATGAAGACGAGATCTTATTCT GGGCCGGCTGGATCATGGAAACCATCGCATTGCGCAAGCCGCGCTCCACATCCACAGGGTCAACTGGGTC GTCATCTTCATCAAGATCATCATCACCCCCGTCGTCGAGGTCATCGTCACCGCCACCACCTAGGAAACTG TCACCGACTCCGTTGCTGTCTTCCCCACAACAACTAAATAGCAGTCTGTCAAGATCTGATTGGGAGTCAT GGCAACACTTCTGCCTGCCTGTTGACCTTGACCTGAACCTGTCTGACCTCTCGTGTCAGGTCAGCTGTCA AGAGGTGCCTCAGTGTGCCGTGAGATTAGCCACGCTCCATGGAAGCTGGAGCGTTACATCGGATGCCGGC AAGTCGGTCCAGAAGCCATTCGCTTACATAAGAGGGAGTATGCATAGTGAACAGCTGTATCTGCTGGTGG GTGAGTCAGTGCGCACCCCCTCTGGAGCAATGCTTCCAACAAGACATGTCTGGGGAACTGTGTGTGCAAT AGAAGCCCTTGATGCTAAGATGGACCTATCCCAGCTCCTGGTGGACGTGGAGTGCTCAGTGCACTCCCTC CAGCTTGAGAGCTCCCCGTCCCTCCATCTCATCATCCAGCATGTCCTGAAGACCATGGTGGACCTGAGGG GGGCATCGCTGCACCCCTCCAGTAATCATCGGAGGAAGGTCAAGGTTGATCCTACCATGGGCAGGTCTGG TAGGAAGCATAGGTTTGCTCTCAGGTTGGATGACTTCAATGCATTTTTCACCAGCTCCATCAAAGAGAGT CTATTGGTACACATGGACGTGATTGAGATGACTTCAGGTACTACAGAATCAATGTCAGCGGTAGATGGTC TCAAGTTCCTCATCATCAAGAAGGAGACAAAAGTTCTCAACTGTCAAAAGTATGCCAAGTTACCTGAGGG TTTGTTGCAAGTCAAGGAAGTCTCAACACAGTATGCAGCAGCTGAAAAGAACATGACGGTGCAGCTTCCT GAAGGGATCAAGGCATCATGGGATACATCAAGTCACATGACCGTCTACCATCACGTCAAAGAGTTGCAAG CGTTTGCAAATGAACTCAAAGGGACCTTGCAAGGTGCGGGAGACAGCGGAGCATGTAGCTCAGAGTCCAC GACATCAACGACCTCCCCATCTCCCTCATCCCCAGGTATCAACGCTGTGATGAAAGTCAGACTGGTTGAG TTTCACTACAAGCTTTCCTCCAAGCACAAAAATTTTGTGCAAGCCAAGGAGCTGTATCTAGTGAAAGAGG GCTCCAAGGTTCTGAAGGTCACATCCACAGAGGTCATTCTTGGTTTTGATGACTATCATCTCTTTGTTGT CAAGGCTGCCTGTATAGAGAAGCTTGTAGACCACCCACAGCTACTTGAAGACAGAATGAGCTTCAGCCAT CTACAATCAACAACCAACAGAGCATGGGGTATCTTCATGAGATCTCTTGAGATTGAGTTTCCCGATCAGT ATGACTTTGCAGACAACTACACTGAGATCATCAACATCCGGAAGTGGTTGAAGTTATTACATCCTAAGAA GCGTGTTGGTGAGGAGAAGCTCTATGCTGACATCCTTATTAGGGCACAGGTAATCAAGATCCAGATGAAT GATGATCCGTTCGAGGTGAAGATTGGAGATAACTATGAGCTGATAAAAGATGAGCGAGCCGAGAGTGAAC ATAGGAGAGAACTCCTGGACAACAAGGTGGAAGGACTCAAAAGGAATCATGGCCAGTTTCTACCAGCCAA GAAGATTGAGGAGCTGTACATCTCCCTGGAGAAGAAGAACATTGAGATCTTCTTGAAGCGATCTCAGAGG CTGTACGCGTCCACTCCACGAAGGAAGGTTCTGATGACCTTGACCTTGACAGGAGTAGAGATTAGCGCCC TCGCAGACGAGTCTATGAACGGCAGAGAGAGCATCCTACGACACATGAAAGAGATAGATGGGGCAAGTCC ACCACCCTCAGAGGATACAGAGTTCAGTACATTGTGGTGTCGAATGGTTAGAGGCCATGTCAAGCAGTTC TCTCTGAAGCTCAGAGATTATCCCTTGAACATGTGGCAGATTGGTGACTGGCACTGGTGGGGCAAGCTGG TTGGAGCTGAACAGACTGGGCCACCAAGAGCTAAGCGCGAAGGTCTGGTTAAGATAAGTGAACCCTGGCA GGATGTGAAGGTCACTCGCAGTATGCCACCACTCAAGTTCTTCCATGATATGACTACAGATGCGACTGAG ATGAGCATGGCATATGGTCCCAGCATGGAGCCAGCCTGGGGTCAGGTCAACCTAGCCATGAACCTACTCA ACCGACCCTCCGTTGACCCCAGCAAGCCCCTCCCCTTCTGGGACAAGGTCCGCCTCCTCTTCCATGGTCG GCTTACCATCTCGCTGGAGCAATGCAACATGATGTGGCTTACAACCAAAGATCCCTACAACACCACCGAG CAACTCGACTGGGAGTGGAGCGATATCTATCTGGATTGGACCAATGCCCATTTCTTAATCAAGGGTAACC TGGACATCTTTGTAAGGACTGCATCCAAGTATGATGATGTCAGACTCATCCACTTGCCCAAGTTCAGATG GGACATCGGCATTGAATGGTTAACTAATGGAGACTGTAACGATCATCACAGCATCATGCCATGTGCGCCA GACAAGGTCCCAGCTCATTCCATCACTCAGGTTCATGACTCGTATGGGGCTTTCAGGTCGCAGAATCTTA ACCTCAGGATGTCCTTGGAACTCAAAGGGCCTAAGGATGGTGAGGAAGAAGACCCTCCAGCCTGCCTGTT CTACAGTAGTACCATGAGATGGCTTCAGAACTTTCAGTCCTGCACCCTTGGTAATGTTACAAGACCAACC AGGAGAGGGAGACTCTTCAACAACACAGTAACAAAGAAGGTTCCGCTCAGTAGACACTTCAAACTGGTAG ACTTCCAAGCCAAGTTTCCAGCTTTACGATTGAATTACTGGGCCTCCTTCGCCCAGCAGAGGGGTATAGA GGTGTGTCTAGGAGAGGGGATGTTCCATTCTCAGAATGGTCTTCGTCTCATACAGAACAATGATGACCTC ATCCTTAGACCCATAGCTGACTGGAGCTTTGTTGAGCTAGACTATGAAGTAGGAGAGAGCCATGTCTATC TCTACACATCCAATGCAGATGAAGTCAAGTGTCACATGATCATCAAGCCCCCAGCTGAGAAGCACCATCT TGCCAGCGTGACCAAAGTTAGCTACTGTCGCCAGAAGTGCAAGAACTTGGAGCCGACACCAGAGAATCTT TCTGATTCTGAAGAGGAGGAAGAAGAAGTAAAGGATGCTAAGAGAATGAACACAGAGAATGAAGAAAGGG ATTTCATTCACAAGCTGGTTGTGTATGAGTTCAGAGGTTCATGGACAAGGTTCAACCGAGATGTAGTCTT TGGTCTCTACGACTCCTACAGCAAAGCACAGACTCTGAAGCAGAATCTGTCCACAGAGGCCCTGAAGGGT GTAAAGATGGACAGCAGTGCTCAAGCACGTCGACAGACTGGTGGTCTACAGAGTGGTCCTGGTACCCCAT CCTCGGCCGGTTCCAGCTCCGCAGGGGTGGCTGGACACACCCCTAGCCCTATGTCTAAGATGCAGGCGGG CCATGGGGCTAGCATGCTACAACAGCTCCTGGCTGAGGCCAACACCAAATTCATGGTCTTCACTGAAGAG ACATCGGGAAGTACCGAGCAACTCTCAGGGGTGCTAGCTTGCAACAAGGATGATGTCATGACCAACAATT GGCTTGTGGAGCTAATCAACAGCCAGGTGATGTTGCGAGGGTCAGCCAGCTCTGGCTATGTACTGGTATG TGCAGCCAATGCTCAGGTCATGCAGAGAGCTCATTGGCCAAAGTGGATGGACAGTAAACTGACCAGTAAG ACTACAGTGGTAGGCACGTTGGATAGGATGCAGTACTTTGCAACGGTTGGTTACCCTGCTTCTAGAGCGG GCCCAGCCAATCACCAAGAAGAGCATGTCAAATGGCTTGCCATCTCCAACATCGAGAAGAACCCCAACCA CAATCGCAGCGTGACCGACGTCCCTGACCTGGTGGGGAGTGGGGACTCCGTGGGTGGGGTCGTTAGCGAC ACGGTAGGCGGGGCTTCAGAGGACGTGGAGAACGATACGGTGCAGCTCCAGCGAATCATCTCCCGGTGTT CATGCCGCTTCTACTATAACATGTACGGGAGGGATGTGGATCCTGACGTTGCAGCGCAGGTGCTTGCCAG AGGAGATGTGGACAAGGGAGATGGAGACGATGATGGTGACCCACTTGGTAAAGAGGAGTCCATCAATTCC ATCACGGTGGTCCATCATGACCTAGATATCTGCACTAACTCCGCCCAGTACTCCATGATCATGGACATCA TCAACAACCTACTGCTCTATGTGGAACCAAAGAGAAAGGAGGCCATGGCTAGGATGCAGCACATGAGGTT TGCCTTACAACTCAACAACACTGAAGATCAAAAAGAACCCATCATGCAGCTACAGAACTCTCTCAGGAAT TATATCTCGCACAATCGACGGATCGAGAGAGATCTGTACAATGCTCATCGCTCTTTGGAAGACTCGGGCA ATGAACAACCACTTGTAAGGAAGGTATCTGAGTTAGAGAAGCAGCTGTATGAATCCAAAGAATCTCTCCT GAATGCTGCAGAAGATCTGCGGATCATGGTCAGTTGTTACAAGGAGATCCAGCTACAGACAGCACTGAAG AAGAAACTGCATCAAGCTGATAGTGTGCGTGTTGCTTGGAGAGCTGAGGTATGTTTCAGCCTGGCCAAGT GGAGACTGACAGAAGCTGATGGACAGCTTGGTATTGCTGATCTAGAACTCAGACATTTCAAGTATTGTAG GAATATAAAGTCTGATGATTCTACAGAGAACCTGATGGAACTAGCCTATGTGACAATCACAAACCTCCTT CCCAATGATGTCTATAAGGAGGTTCTAAGACCCCAGGACACCAGTGGCAGATCAGCACAGGTCGCTCTCA GGGTTATCGCTCGAGGAAAGCCACCAGTTGGTGGGATATCAGTACAGGACAACTTTGAGGTCCATGTAGT ACCGTTGACCATCCAGCTGACCAATCGTTTCTTTAAGAAGGTCATGGCTTTCTTCTTCCCTGGACGATCG GTCGATCATGAAGGTCCTGTGTCTGCCTCGGCTATCAGTGATGATACGCTCAAAAGGATGGATTCTGATG AGAATGACCCAGGCACCTTCACAAGGAGTGGTAGCTTGAGATCAACAAGCAGTGATGAATCAAGCATCGG TGGAACTCTTCCAAGAGATGTCACACCAGCAAAGCCAAAGAGAAAGCAGCTACTGGCAAAACTCAAGAAA ACAGATGACATTGACAAGATGAAGGAAAGAGCATTGAACAATATGTTTGTCTATATCAAGATTCCTGCTG TGCCCCTGCTAGTCAGCTACAAGGGTGAGAAGGATAAGAACCTGGAGGACGTGCATAACTTTCATCTCCT GCTGCCATCGTTAGAGTACCACAACAAGACCTGGACCTGGCTAGACTTTCTTATGGGCATGAAGAAAGAA TACAAGAATGCTCTAGTATCACAGGCAATCAAGGAGAAGCTTTGGTTCAAATCAGGCAAAGATGATGCTG GACCGGTCCCTATTGATGCAAGGGAAGATGTCGATAAAGCTAGATTGCTGATGGGACAGAAAGCCACAAA CATTGCCACTGAGGAGAAGCATTCTGGCAAGAGAATTCTCTTTGGGAAAGGTCAATCAGGTCACTGACCT ACAAGCCACACTGCACTGTAGACGGGACACTACCTTGCATTGCTGTAGGTCCTCAGTTCAAGCCTCCAGT GTCTCGTCATATGCTGTAACTCCAGATTTTATGCCAGGGATGTGACAGTGTGTGCAAGTCTTATACAGCT GTACCTCCGTAGCTATTATCAGATTGAGACTTTAATGAAGTGTTCCACCAAATTACTTGCAGTTTATCTT GTCTTCAAGTAAGCTAAATTTAGTGAATTGACCTTGCATTATCCTAATGGAATAGTTTGGGAGAGAGATA CTTTTGCAGGCGCAAGTATATATTGAAGCTGGTTGAGCTATATAAGCATCAACATATTAATTTCTCTGGT TAGTATCTTTTGTTTTGAAGAGTAACCCTTGATTTTTTTCTCTGAATCCCCTCAATCTTGGTATGAGCAC TGAGTGTGTGTTCCAAGGCAAGTAGCTAGTGCTCAAACCTCTCTGTTGTCGTCGTTACAGGGCTCTCTTT CTTGCAACTTTATAATTGTGATATGTACCGTTTAGACATTACATTGTGTTCTCACCTACTCTCAAGCTAA CTACATTAAAG
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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