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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_030991454.1 PREDICTED: Strongylocentrotus purpuratus DNA excision repair protein ERCC-6-like (LOC575953), transcript variant X1, mRNA CGCCCTCTTTAGACGCGGGCCTGCTATTATTAGGCGGTGATTTTGAAATCAAACATTTTCAAGTGGCACT CCTTTCGAAGAAATCAGTGAAATTTAAAACTACGTGGTAATCAGGAGATTTAGGTGATGTATATATGCAC CTGCCGTTATGAGGAAAACAAGTTGAGGTAGAAGATCCTCTGCTGTTGACGAAAAACAAAGAATCGACTT GGAGCCGGAAGTGCAGCTAGGCTTAAAAAAAGATGCCCTGGCAAACTGGAGAGATGCCCCTGAGAGAAAT ACAGCGTGAAAGCAATGGGGTGAGACCGGACAGTGAGGCAGACCAAGCCAAGGTGGCAGCATTGATGAAG AAGGCAAAGAGTGCTGTAGAAGAGGGCCACCCAAGAGCTGCATTGGACATCTTACAGAAGGCAGCTAAGA TTCAGAAGACGGAGAAGATCCTAAAGAGAATCGCTAAATTGGAGGCGTATCTTGCTGAGAACGGGTCTGA GGATGAAGATGAGGACGATGACAACATGGTCCATGTGGGCAAAGGATTCTATGTCTTCAAGGACCTGTAC AACAGATTGTATGAGTATCAGAAGGAGTCGCTTCTCTGGTTTTGGCGTCTCCATCGCAAGATGAAAGGAG GTATCTTGGGGGATGACATGGGGCTTGGTAAGACGGTCCAAGTAGTAGCCTTTCTCAGCGGTCTCTTTGA CATGGAGCAGGTGGAGAATGTTCTCATTGTTGTTCCTGTAGCTCTCGTCATCAACTGGGAGAGGGAGTTC AAGAATTGGGCTCCAGGTATTGGGGTGCACACGTTCCATGGTGCCAGCAAGAAAGAAAGGGAGCGTCTGC TAGAGAGGGTGCAGAGAAGAGGGGGTGTCTTGATGGTCAGCTACGGACTGGTCATGACATGCTGGGAGCA GATCAATCATTACAGGGGCAATGATTTTGTATGGGATTATGTAATGCTTGATGAAGGTCATAAGATCAAG AATCCTACCAAGACTACCAAAGCAGCGAATGCCATCGCAGCCAAGCATAGGTTTATCTTAACCGGTACAC CTATACAAAACAACCTAAAGGAACTTTGGTCTCTCTTCAACTTTGTGACACATGGAACTTTGCTTGGGAC ACTGCAAACTTTCAAATCAGAGTATGATAATCCAATCACAAGGGCCAGGGAACAAGATGCCACTGCAAGC GAGAAGCTCCTTGGCAATGAGATGGCAGAGAGTCTCCGCCTCCTCATAGCACCGTACTTCTTGAGACGAA CCAAGGCCGATGTCTTAAAGAACAAGAAGGAGGACAGTGAACAGGGTGATGGAGGTAGCGAGGCCAGTGG ATCTACCAGAGGGTCCCTGTCGCCAGAAACTGTAATCCCCTCTCTGACCCGGAAGAATGACCTGATCGTG TGGCTATCACTGACCGAAACCCAGATCCAAATCTACAAGGATTTCATCAGTCTCGATAGGGTCAAAGAGT TGCTGATGACCAAACGATCACCTTTGGCCGAGCTAACTGTCCTCAAAAAGATCTGTGACCATCCGCGGCT GCTGTCCAATCGGGCTTGCAGACAGCTAGGATTGCAGATGTCTCAAGAAGGGTATGATGAGAACGATGAT CCTTCTGAGATGGAATGTGCAGCCAACAGCGTCCACACCATCAGCGAGGAAACCCTCTTCCTGGAGTCCG GCAAACTCCAGTTTCTCGTCAAGCTACTAACCAATCTCAGGGAGGAGAAGCACAGATGCCTGGTGTTCAG CCAGTCACGCAAGATGCTGGATATCATCGAGAAGATCCTCAGAGCAAGGGGATTCAAACTGATGAGGCTT GATGGTACCATCAAAAAGATGAGTGATAGAGAGGATAGAATCAGCCGTTTCCAAAGAGATTATTCCTACA GTGTGTTCCTCCTCACGACCCAAGTGGGAGGGGTCGGTCTGACACTGACCGGCGCAAACAGGGTGGTCAT CATTGATCCCAGCTGGAACCCAGCGACAGACAGCCAGGCTGTGGATCGGGCATACCGCATCGGTCAGACA CGGTCAGTGGTCATCTATCGTCTCATCACCTGCGGCACGGTGGAGGAGAAAATCTACCGAAGACAGGTCT TCAAGGAATCCTTGACCAAACAGGCCACGGGCGGCTCCAAGAATCCTTACAGATACTTTACAGGACAGCA GCTGAAGGAACTGTTTGTTCTGGATGACCCCAAGGTATCACAGACGCAGATGCAGCTGGAAGCAATGCAC TCATCTCACAGGAAGACCGATACACTACTGGATGCTCATATTGCTTTCCTGTACTCTACAGCTATCTTTG GGATCAGTGACCATGATCTGATGTTCTCCCAGGAGGCTCATACGGAACCAAGTCAGGAGTATGAAGAAGA AGGAAACCAGTATATCCAACAAAGGGTACAAAGGGCACAGGAGCTTGTGGCTCAAGAATCTGACCTGACC CGGAAGTTGAACGATCACATCGGGCGTGGCACGGAGGGTCCAGGCGGGGCCAAGAAGCGCTACTCTATGA ACGTCAACCGAGAGCGGCTTCAAAATGAATGGGCGGAGAAAACGGGAGAAGGAGTCATCAACCCGCCTCT TCAACACGTTCCAAAGCATTACAGACCCGAGGATAGACCACCTCCAAGAGGAGCAAACATTGCTGTTCAA GATTTAGACCGCACCATGGAAGAGCTCACCCTAGACGGGTCTGGAGCTAGCCTTAGTGAGGAAGCGGAGG ATTTAGCACATCGTTCTCCCGGTTACCAAAGTGATGCATCGGAAGCAAGCGAAGAGGAGGTTGTGATCAT CGATGAGTCTCCACCGGGAAGCGGTGATGAGGAGAGTGGAGGTGGAAGCCGCCCCGGCAGTGTCTTTGTG GTGGATGATGACTCCAGACCTGGGAGTCGTTTAGATGACAGCTCCAGACCAGGGAGCAGGGTAGAGGACA AGGCGTTCATAGGAGAGTCCTATCTACCGGAGGACAGCAGCCGTGGTGGCAGCAGGGATGCTACTTACGA TGGTTCCAATTCTAAACGTGATCTAGATGAAGAGATGGAAGATTACATTGATGATCACAGCAGTGCTGGA GACTTTCAAAGTGACCCTGAAGGATCAAGGGGTGAGGAGGGCTTGGAGAAGAGTGCCGATGAGAGCCTTG AATTGGTTGTTGGTATGACTCCACCAAATCGCCCCAATGAAAGCTTCCAGGACCATCGCGAGGAGTCGAG TAGAGGTATGACTTCCTTTGATACAGGTGCAACTCATGGTGACATGCCAGATGGTAGTGGGTCATTGAGA AGCAGAGGTAAGGAATCCAAGAGTATGATGCCCTCCGATACCGACAGCTATGGGATGATGGAGGAGAGTA GCAGACAGCCATCAGATCTACCCTACTTCAATGCCACTAGGAAACTTTCCTTAGAAGAGTCCTTTAGTCG TCAGTCGAGCCAAGACGAGGAAGCAAATACAATCGAGTGGGAGAATGGCCAATGTTCTTCCCAGGGTATG AGCTACGGAAGTCCGATGGGTGAAAGGAGGAGAGACCAGGATGTGAGTATGATTGCAGCAGATGATGTTG AACTAGACAGTGAGGATGATGAAGAAGGTGGTAGTTATGGGGAGGTGGTAGAGGTGTCCATCTCAAGTTT CTGTTGTCAGGCTGGTGGTGATATCAGTCAAGACATGGATGTCAGCATCGGTGCTGGAACCACCCACTCA AACAAAGATCATCAGTCTGGATTGCGAACAGGACTTGTGCCAATGGTTGAAGATGAAAGAGATAGTGTCC TTGATGAGGACAGTGAGAGCTCCGAGAGAAGTCCTCATTCAAATCTCCAAGAGGGTGAAGTTGATGATGA AGAGAGCTATGAAGATGTATCCATGGCCAGCTTCTCCGTACAGACAGATGACGTGGATGACCAAACCAAT GTGCAATCAACAAACCCTGAGGATCAACCCAATTCTCCTCTCAGTCAAAATTCTTCACTGGAAGACCAGC AGTCCCCCCAAGAAGAACGATCCAGCACCAAAGGAGGACCTCCTGGAGGCATCGATCTTGATGCAACATC TAGGTTTCTTGGACTCACATCAGAAGAAAGCCCGTTCCTCGATACCTCATCCCCTGTAACTAAGACCCGC CATGTGAGGAGGATAGTGTCGGATGATGAGGAGAACGATGATGAAGACGAATCAGTGTTTGAGAGGGATG TTGGCTCCGGAAGCAGGGGCGGATTCCTTGATGATGAAGCGCAGCATAGGAGGAGTGATGAAGAGAAGAG AAGAAGAGATAGACAACTCAGCACCAAGAGAAAGAAACCATCCAGTGTGCTAGTAGATGATAGTGATGAG GAGGAGGAGGAGGATATAAGGAAATCAAGTAGAACCACAAAGTCTTCCTTGGATACTGACCAGAGTGGTG CTCTGCAAGACAGTATGAATGACTTCATTGTGGGGGATTCTGATGAAGAACAGTCTTTAGATGAACCGTC ATTGGACAAAGATGGAGTCATTGACGAGAGCCTGCTGGATGAATCAGAGGAATTTCCATCTGAAGAAAAA GAAGAAGATGAAGGAAAAGAAGAAGATGAAGGAGAAGAAGAAGAGGAGGAGGAGGTTGGAAGAAAACGGA GAAAGAAACATGTGATTGTTAGTGATGATGAAAGTGATAACGATGATGAAGGTGACGATGATGATGATGT GTGCATAAGCAAACCAGATGATCAACACCTTAAATCAGGGAAGTATAGTGACTTCATTGAGATGGAGGCA GCGGCGGACAGGAGGAGTGCATCTCATGAAACCGGTAGAGTTTCAGATGAAGAACAAGAAACCAACGACA GTGAGGAACACTTAGAACTAGAGGAAGACGAGATGGTGGAAGAGGATGAAGAAGATGAAGTTGATTACAG TGATGAACGCATTGCAGAGGAGGAGGAGGAAGAAGAAGAAGAAGAAGAAGAGGAGGAGAGCGATGAAAAC AGGAGTGAAGATGAAGCAGATGTGGAGATGCGGGTGAAGTACAAAGCTCTCGTAAAGAAGGGAATGTCTA AAATATCTGAAGGAGATAACAAGGGGGCCCTTCGTGCCTTCCTCCAGGCCCTTTACATTGACGGGAGCAG CGAACAGCTCCAGCTCATTGCCCTCAAACTCAAGAAGAAGCTTGAGAGTCAGTGAAACAGACAGACAGCC ATCAATCAATGGCCACCTGATACAGTACTAGGAGATCTGACCTTGTGTGTGATGACCAGGGGGGTGTTTC ACAAAGACTAAGGTCGACTTTAAGTTTGACTTAACTATGGCAGGCCATTCATGCCACTGGTTGCTCTTAC CATTGGTCTCTCAATTACGATCTTTGGATAATATTTTTTCCTTTATTAATGAATTATCAAAAAATGTAAA TTCGGTAGACTTGTGACTATGATTTGTACGTCTCTTGAGAGACCAATGCCAGTAAATGGTGAGAGCAAAC AGTTGCATGAACAGCCTACCATAGTTAAGTCCAACTTAAAGTCTATTTTTGTTTTTGTGAAACACTCCCC AGGACAATCCTTAATCCTTTTCTTATTATAAGTGTTGTCAATCTTCTCAACAGAAACTTGTTCACCTTTG GTCTAAACTAAAAGATGTATGGTCTTATGGGATCCCATAGAGGCTCTTATGAACCAAAACAAGTACGAGG TTGAAAGTGCGCATTGCCATATTTGTTACCTTTGCTGGTATCCTTGTCACCTATAGATGCAACTTTAATA GCCTTCTTTATTTTGTGAATTACATATTTTTTTGTTTTAATAAAAAGAAAGTTACACACTACCAAGAACT AAATTTAAATGTTTGTGTTTTGCGAAAGTTTCATGTCACAGAAGTGTCTGGTTTAACAGTATTAAAGTCT ACATTAACCCATTCAGTGTCACCAAATGTACACTTACATTATATAAAAATTACTTTTCATAAGACAACTA TTCTTTGTAGTGCCTGTTTTCATTGTTCCTCTTGAAACAATATTTGTTTTGTGATATCTATCTCCACAAT ACGTAAACACGTCATGTTGAATTTCAAGAAGAAAGATCATTATTTTCTCTTAGTCCGAAAACTGTTTTTT ATGTAACATCAAGAGCAGTAAAATGATGAACATTTTACAGAATGTTTCAACTCTCTCTCACTCTCTATCT ACCCAGGTGAGTGGGTACTTGAAATCATGGGAATTATTTTTGTGACATAAGCACATTGGAGCTTGGGAAG AGAATTTGATCTGAAAATGTGTTGTCAATATTTTCAGGAAGTTAAAGATTTTGGTCTAGGGCGTTTATTT GATAAAAGTTGTATTCTTGTTGGTGCTTGTATGTCTAAGACATAATTATGTATTGTTTTTCTTTACTTAA AGTGATAGCATTGTCAGACTGTAGATAGCAGTACTCAAGAAGAGGCTTGCAAGGGCAGCATGGTATTGTA ACCAGACTGGTTGGTGTCCAACACTCGCATATTACCTAGGAGCAAGCATGTATTTATACACAGATTGCAT GATGTAAACAATGCATCATCGCCAAGTAAATTTTGTTTAATATGCCCTCTGGCAGCCTGTAAAAACCTTC CCTTTAACTTTGAAACTTTTAAGAAGGCAGTTTATCTATTGGTCTGACAAATCATATCTTAAGTTCTTAA CATTATCAGAAGGATATCATCATGTGGATCCCCTAACCTTCTCATGAAACATTTCAGAATCTTTTTGATA CTAATTCAGATGAATGGGTATGTAATGAACATGTATTGGATAAAGTGGGTGTCTGCATTTTCAGCTTGGA AACTGGTATGCATTGAATATATTTATCTACCCTGTAAATTGATAAACAATGTGGGTTACTCATGGAGGTA TGAATTGAATCACTAAACATGACAAATATTGGTCATGCTGTTTTGGGGGTTCCCCTCTGCTGAGAGCCCA AAGTCCATTAACTCTGTGTGAGAAGATACTAGTTAATGCCCTTCTGGCTCTCAGTAATTGAAATGTACGT GTTAATGTGTATCTATTCAGACAAACCATAGAACTATTTAGGTGAAGAAAAAATGTGAATTGTGAAATGC GCAAATGTGAATTGGCAGTAGAACAAACATGCAAAATAGCAATAGAACAAAGATATTTGATAGACCAGTT TTTCTAACATATTCAAATTTATGGATGTTCTTTCTTGGGGCCTAGTGAGGAGTTAGCCCATTAACCTGTT ATTCATGAATAAACTAAAATCCTTGGAATCCAGTCTGCAAACATTGCTTTTCGCTATGTCAGGCTGCCTC GGACAAGCTTTATGGTTGTCAAGAACAATCTTTGTTTAAAAAATATGCCTAAAATTTGAGTATGTTAGAA GACAGGTCTATTACAACCGAACCAATTGCATTTTACACCAGAAATTTCCTTGCATAATGATGTGTAGAAT GTAGGAAGTGCACATATTTATGATAATAGGTCAGTTCAAAGTGAACATTTC
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???blast.eval.minus100???
???blast.numalign???
???blast.numalign.25???
???blast.numalign.1???
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???blast.numalign.50???
???blast.numalign.100???
???blast.wordsize???
???blast.wordsize.default???
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???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???
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BLAST time is limited to 30 seconds