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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???
>HP112777.1 TSA: Patiria miniata isotig08417.Pminagast mRNA sequence CTTCCATCTGTGTCGTGAGATCCTTCGCCTGACCAAGCTAATTGTGGACAGCCATGTGCAGTACAGACTG GGCAATGTAGACGCATTCCAGCTGTCAGATGGCCTGCAGTACGTCTTTGCCCACGTGGGTCAGCTGACCG GTATGTACCGCTACAAGTACAAGTTGATGAGACAGATCCGGATGTGTAAAGACATCAAGCATCTCATCTA CTACCGCTTCAACACGGGTCCGGTAGGCAAGGGTCCCGGCTGTGGCTTCTGGGCTCCAGGCTGGCGGGTC TGGGTCTTCTTCCTCCGTGGCATCACACCTCTCCTGGAGAGATGGCTGGGCAATCTCCTGTCCAGACAGT TTGAAGGAAGACATTCCAAGGGGGTGACTAAGACGGTCACTAAGCAGCGCGTGGAGAGCCACTATGACTT GGAGCTCAGGGCTTCGGTGATGCACGACATCCTTGACATGATGCCTGAGGGTATCAAGCAGAACAAGGCC CGTACCATCCTGCAGCATCTGAGTGAGGCATGGCGTTGCTGGAAAGCCAACATTCCATGGAAGGTCCCAG GCCTGCCCACACCCATTGAGAACATGATCCTACGCTACGTCAAGTCCAAGGCAGACTGGTGGACCAATAC GGCTCACTACAACCGAGAGCGTATCCGACGTGGGGCCACTGTGGATAAGACTGTCTGTAAGAAGAACCTG GGCAGACTGACCCGTCTGTACCTGAAGGCTGAACAGGAGAGACAGCACAACTACCTGAAGGATGGACCAT ACATCACAGCAGAGGAAGCCGTAGCCATCTACACCACCACAGTCCATTGGCTGGAGAGTCGTCGATTCTC TCCCATCCCCTTCCCTCCTCTCTCCTACAAACACGACACCAAACTGCTTATCCTGGCTCTGGAGAGACTC AAGGAAGCTTACAGTGTGAAGAGTCGTTTGAACCAATCCCAGCGTGAGGAATTGGGTCTGATAGAGCAGG CCTATGACAACCCTCATGAGGCTCTCAGTCGTATCAAACGTCATCTCCTAACCCAGCGTGCCTTCAAAGA GGTTGGTATAGAGTTCATGGATCTGTACAGCCATCTGATCCCAGTCTATGACGTAGAACCTCTTGAGAAG ATCACCGATGCTTACCTGGACCAGTATCTGTGGTATGAAGCTGACAAGAGAAGGCTGTTTCCTCCATGGA TCAAGCCAGCAGACACTGAGCCTCCCCCGCTACTAGTCTACAAATGGTGCCAAGGCATCAACAACTTGCA GGATGTGTGGGACACCTCGGAGGGTGAGTGCAACGTCATGATGGAGTCTCGCTTTGAGAAGATGTACGAG AAGATTGATCTGACTCTCCTCAATCGACTGCTGCGACTTATAGTTGATCCACAACATTGCTGATTACATG ACGGCCAAGAACAACGTCGTCATCAACTACAAGGACATGAACCACACCAATTCCTATGGCATCATCAGAG GCCTGCAGTTTGCCTCCTTCATTGTGCAGTACTACGGTCTGGTACTCGACCTTCTGGCATTGGGTCTGCA CAGGGCTAGTGAAATGGTCGGGCCCCCGCAGATGCCGAACGACTTCTTGCAGTTCCAGGATGTTGCCACG GAAACAAGCCATCCAATCCGACTCTATTCCAGATACATCGACAGGGTTCACATTTTCTTCAGATTCACTG CTGAGGAGGCTCGTGATCTGATCCAGCGCTACCTGACGGAGCATCCGGATCCTAACAATGAGAACATTGT GGGTTACAATAACAAGAAATGCTGGCCTAGAGACGCTAGGATGAGACTCATGAAGCACGATGTCAACCTT GGCCGTGCCGTCTTCTGGGACATGAAGAACCGTCTGCCGCGCTCCATCACCACCTTCCAGTGGGAGGCTA GCTTTGTCTCCGCCTACAGTAAGGACAACCCCAACTTGCTCTTCAACATGTCCGGCTTTGAGTGCCGGAT CCTGCCAAAGTGTCGGACGACGTCGGATGAGTTCACCCACAAAGATGGTATCTGGAACCTGCAGAATGAG GTGACTAAGGAGCGTACAGCCCAGTGTTTCCTGAGAGTAGACGAGGAGTCCATGCAGCGATTCCACAACA GAGTCCGACAGATCCTCATGGCATCCGGCTCAACGACCTTCACCAAGATTGTCAACAAGTGGAACACAGC GCTAATTGGCCTGATGACCTACTACCGTGAGGCAGTAGTCAACACACAGGAGCTCCTAGATCTGCTGGTC AAATGCGAGAACAAGATCCAGACACGTATCAAGATTGGTCTGAACTCTAAGATGCCTAGCCGCTTCCCAC CGGTCGTCTTCTATACTCCCAAGGAGCTGGGTGGATTGGGGATGCTGTCTATGGGACACGTGCTCATCCC ACAGTCTGACCTGAGGTGGTCCAAGCAGACGGACGTCGGCATCACTCACTTCCGTTCCGGTATGAGCCAC GATGAAGACCAGTTGATTCCCAACTTGTACCGCTACATCCAGCCCTGGGAGAGTGAGTTCATTGACTCAC AGAGAGTCTGGGCCGAGTATGCGCTGAAGAGACAGGAGGCCAACGCACAAAACAGACGTCTGACTCTGGA GGATCTGGAGGATTCCTGGGACCGTGGCATACCTCGCATCAACACACTGTTCCAGAAGGACCGACACACC CTGGCCTATGATAAGGGCTGGAGAGTCCGCACAGACTTCAAGCAATACCAGGTCCTGAAGCAGAACCCCT TCTGGTGGACCCACCAACGCCACGACGGCAAGCTGTGGAATCTCAACAACTACCGGACAGACATGATCCA GGCACTGGGCGGAGTAGAGGGAATCCTGGAACACACACTGTTCAAGGGAACCTACTTCCCGACCTGGGAA GGTCTCTTCTGGGAGAAGGCCAGTGGTTTTGAGGAGTCCATGAAGTACAAGAAGCTGACCAACGCCCAGC GATCCGGTCTGAACCAGATCCCTAACCGTCGCTTCACACTCTGGTGGTCACCGACCATCAACAGAGCAAA TGTGTATGTAGGTTTCCAGGTCCAGCTGGATCTGACCGGCATCTTCATGCACGGCAAGATCCCTACCCTC AAGATCTCACTCATCCAGATCTTCAGGGCTCACTTGTGGCAGAAGATTCACGAGAGTGTGGTCATGGACT TGTGTCAGGTATTTGACCAGGAGCTAGATGCCCTGGAGATTGAGACAGTACAGAAGGAAACCATCCATCC CAGGAAGTCTTACAAGATGAACAGCTCCTGCGCTGATATCCTGCTCTTTGCCTCCTACAAGTGGAATGTC TCACGGCCATCGCTCCTAGCTGATAGCAAGGACACTATGGACAGCAGCACCACCAGAAGTACTGGCTGGA CATCCAGCTACGCTGGGGTGACTATGACTCCCATGACATCGAGCGTTACTCCAGAGCCAAGTTCCTGGAC TACACCACGGATAACATGAGTATCTACCCCTCACCTACTGGGGTGCTTCTGGCCATTGACTTGGCTTACA ATCTCCACAGTGCCTTTGGAAACTGGTTCCCAGGCAGCAAGCCTCTGATCCAGCAAGCCATGGCTAAGAT CATGAAGGCCAACCCTGCCCTGTACGTGCTGCGGGAACGCATCCGTAAGGGTCTACAGCTGTACTCCTCA GAGCCTACCGAGCCTTACCTGTCCTCACAGAACTACGGCGAGCTGTTCTCTAATCAGATCATCTGGTTTG TGGATGACACCAATGTCTACAGAGTCACCATCCACAAGACCTTTGAAGGCAACCTGACCACCAAGCCCAT CAACGGAGCCATCTTCATCTTCAACCCTCGCACCGGTCAACTCTTCCTGAAGATCATCCACACCTCGGTC TGGGCCGGCCAGAAACGTCTGGGTCAGCTGGCCAAGTGGAAGACGGCCGAGGAAGTAGCGCCTTGATCCG ATCACTGCCAGTAGAGGAGCAGCCCAAACAGATCATTGTGACCAGGAAGGGCATGTTGGACCCGCTGGAG GTTCACTTGCTAGACTTTCCCAACATCGTCATCAAAGGCAGCGAGCTGCAGCTGCCCTTCCAGGCCTGCC TGAAGGTAGAGAAGTTTGGCGACCTGATCCTGAAGGCCACTGAGCCTCAGATGGTTCTCTTCAATCTCTA TGATGATTGGCTCAAGACCATCTCATCATACACGGCTTTCTCTCGTCTGATCCTGATCCTGCGTGCCCTG CACGTCAACAACGACCGCACCAAGGTGATCCTGAAACCCGACAAGACCACCATCACGGAGCCTCATCACA TCTGGCCTACGCTGACCGACGAGGAATGGATCAAGGTGGAAGTCACACTGAAAGATCTCATCCTGGCTGA CTACGGAAAGAAGAACAATGTGAACGTGGCCTCTCTGACCCAGTCCGAGATCAGAGACATCATCCTGGGC ATGGAGATATCCGCCCCCTCCCAGCAGCGTCAGCAGATTGCCGAGATAGAGAAGCAGACCAAGGAACAGT CACAGCTGACTGCTACCACCACCAAGACTGTCAACAAACATGGCGATGAGATAATCACCTCCACCACCAG CAACTACGAGACGGCCACCTTCTCCTCTAAGACAGAGTGGCGGGTCCGTGCCATCTCGGCCACCAATCTC CATCTTCGCACCAACCACATCTACGTGTCTTCAGATGACATCAAGGAGACGGGCTTTACGTACATCCTGC CCAAGAATGTCCTCAAGAAGTTCATCACAATCTCTGATCTCCGGGCTCAGATCTCTGGCTATCTGTATGG TGTCAGCCCTCCAGACAACCCCCAAGTCAAGGAGATCAGATGCATCGTCATGGTTCCTCAATGGGGTACC CACCAGACCGTCCATCTACCCAATCAGCTGCCGGACCATGAGTTCCTGAAGGAGATGGAGCCCTTAGGCT GGGTGCACACCCAACCCAATGAGCAACCCCAGCTGTCTCCTCAAGACGTCACCACCCATGCCAAGATCAT GGCTGATAACCCTACATGGGATGGAGAGAAAACAATCGTCATCACATGCAGCTTTACACCTGGTTCGTGT TCCCTGACTGCTTACAAGCTGACCCCTAGCGGCTACGAGTGGGGACGCTCCAATACCGACAAGGGTAACA ACCCTAAGGGCTACCTGCCCTCCCACTATGAGAGGGTGCAGATGCTGCTGTCTGATCGCTTCCTGGGCTT CTTCATGGTGCCAGCACAGGGCTCCTGGAACTACAACTTCATGGGTGTACGCCACGACCCTGGCATGCGC TATGATCTGCAGCTAGCCAACCCCAAGGAGTTCTACCACGAGGTCCACCGCCCGTCTCACTTCCTGAACT TCAGCACCTTGGAGGAGAGTAGTGACCTGATGGGCAGCGACAGAGAGGACATGTACAAGTAGTCAAGACA CTCAAAAGAGTCACGGTGTAGAATGGATGGCTTACAAAGGGGGCGATTATGAAGTGGGTAGGGCTTAAGA GGTGTGATGAGCTGGTTTGAATCAGCGAAGGTCCAACTGAATTTTATGAAATATTTTGGGAGAGCTGTAA CTTCAGTGAGGAGCACTAGATGAGATTAGTTGTGCTCATAAAAAGTTTGAAGACAAATGAGGGAGGTTGG AAATCTAGGTTTACTATTAACGCCTGATGAAATCCAGTAGTGATTGTTTAGCAGAAGTAATCTATATACG CCGCTATATCGAACATCACGGTATCCACAGAAAACGTTTGTAATAGCAATCGTTCAATGTAGCGATTTTA AGCTGCCAGTGCTCAGTGTTCGATAAATAAATAACATGCTCTGGTTACTGAAAGACAACTTTAAACATGT GCCAACTATCGAATTATGTAATTACATAGATTTTGAGCTTACTACCCAGAGCAACGGGTGTCGTTCCCCT TCTATTCCTTGGGGAAATGACATCGCTCTTCTGTTGACATGTTTCAACAACAGTATTTGGTACATTTTGT AAAAAAACTATTGGGAGCCAAGGATGATGTTCGGTATAGCCGAATGTTCGGTATAGCGTTGTTCAGCAAA GCGGCATTGCACTGTATTTGCAATTTGATGAAAAAAAAAGCAACAAAGAGGAAAGAAACACATGACACTT AAATCTCCTAGGTGTGGAAAGATAAAGTGACATTAGTTTAAAGCCCAAAAATTGTCATTTTGACTTCATC AAAAGTATTGAAGATGTAATGAGAAAGGTACATTTTTTACCACTGTAGCACTGTACAAAAATCACCGTAC GAGTTAACCTCGGAAGGCATGAGTGATAAGTTGTTATTGGTTTACTTTAACCATCAATCAAGGATGTTTG TATGATCCCCATATAGGAAGGGAGATTGTATTTGAATGGAAACATCATGGCAGATTTCTTGGACAAGAGT ATACATTCTTTGTACTGTAGTAATGGAACTGGCTTCAAGATGTGTACAAAGTAGTTTTTTTGGAGTAAAT GATGTTGAATATCTGAGCCAGATAGGCTTCCTTGTTACCGTGCTTTGCATTCAGAATTTTTGTATACTTA AAGCAACAGATGAATTTTTAACTTTTTCTTGAAGCTTTCAAGTTCAAGGGAATACTTTATTTGTTGAAGC TGAACATTTTGTCGCGTCCATGCAACATGTCCTGTGTCCTAAAGTGGCATGAACATAAAACGCGAGTGTA AGACTGTCGAAAGGTCGTATCTCGCTTAAAATAACCCAGATGTACACGCAAAGTCATAAGACGTCGAGAT ACGACCTTGTTGCACGGAGCGTATATTCGCGTGAGATAAGACTTTGTTGCAGAATCGAGTTACAACCTTG TTGCACTGACGCGACCATTTGTTGTATCATTAGTGTTTTTATTAATGAAAGAGATATGAAGGTTTAACAA AGTAATTGGCTTAGCAGAAACTGTCCATTCAAATTTTTGTAATGACCCAAGAAAATTAAATTTAAACGAT ATTGCCGAAGTCTTAGCAAAGCATTTTATATCATCAACATTCTGTCAAAATAGAATTGCATTCACTCAGT GTGGGAAACAGTTGAGGAGTTAGAGACAGCATAATAATTATGTTCATTTGTGTTTCGTTTCATTGAAACT GAAAGATATACCAAATTGCCTTGCATTTTTTTTTAACTTGACTTATAAACTTAATGTATTGTATGGTTTG TGTTTTGGCGCTCTTTTCGTGTTAGTCAGTGGATCATCTTTTAATTTGCCAGTCGACGATTCAAAATTTA TGTTGTCCTTTTATTTTTGGGTTTTCTTCGGTTCCTCGTAATTATTTTAGCACGGTACTTACTGTAAATA TATTGTAGCGTCATGGTTTCGTTCAACATTAAATGATTTGGATGTGTACACACCAAAAATTTCCATAGAC ACTAGTGCTAAATGCGCATATGGGTACTTCAAAATTCATTTAAAATACTCGGAACTCTCACAGGTATTTA AGCTGCACAGAAAAAATGATGATCAACATGTCATCTTTATTTTCTGTTCATTTTTGGGTGGGTCGACCAT TGACTTTTCAAGATATTCTCACCCAAAGAAGACGACCCCTATTTTCCTCAAAGCAGAAAAGTAGCCATCT TGAAAAACACTCCCTCCACAAC
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???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???
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???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