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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_041600680.1 PREDICTED: Lytechinus variegatus oxysterol-binding protein 1-like (LOC121408945), transcript variant X1, mRNA CGATGCCTCGCCGGTCCGAGTCAGCTCGGCATAAATAAACTGGGAATAAGCAAAAATTCGCTGCTGTTGA AATATGTGAAAAAACAAATACAAGATGAAAGAAAAAGTGAAAATAATTTACATTTTTCTTTAAATAAGCA AATATTCAGTGATATATTGATGCTTGACATAAAAAAGAGAAGGGAAGACAAATCAAAGAGAATCAAACCG TAAAACGGTACTTTCTATTCCGTTCATAGACGAAAAAAAAAGAAAACTATTTGCTGGTCGAATTATTTAG GGACGAATTGTCAAGTTCCGATTAGATGACCCCATCATACGTGTCGTCTCGACCTCATCTTGTGATACAC GGATGTTGAATAGGATAGATCCTTTCTCACTATTAACTGCTTGAAATCAAGCAGAATGGCAGAAGCTAAA ACTCCTGAGAACTTCCAGGGATGGCTGTATAAATGGACAAATTACATTAAAGGTTACCAGAGACGATGGT TTGTGCTGTCGAACGAGCTCCTCTCGTATTACAGAAACCAGGCAGAGATGTCCCACACATGCAGGGGTAC CATCAATCTCGCTGGAGCATACATCGATACGGAAGACTCATGTAACTTTGTGATTTCTAGTGGGGCACAG ACATTTCATCTGAAAGCAAGCTCTGAGGTGGAACGCCAGCGATGGGTGACTGCCCTGGAGCTGGCGAAGG CCAAGGCTATACAGATGATGGAGGAGGATTCCGATGATGATGAGAAGATACATCCCCAAGAGACAGACCA CAACGAGGTACAAACAACACTCCGCCAACTCACCAGCAAGCTAGAGGACCTGAACACCTGCAACGATCTC ATTGTCAAACACGGCGCAGCACTACAGAGGTCACTGTCTGAGTTAGAGACCACAGACGATCCGGCGCAGG CCTCATCCCGTTTGAAGGGGATCAATGAGAGGGCGACACTATTCCGGATAACATCCAACGCCATGATCAA TGCATGTGCTGATTTTCTTGAGCTTGCCCAGACCCATGGTCGCAAGTGGCAGAAAGCCATTCACTATGAA CACACACAGAGGATTCGTCTAGAGGAGACCATCGAAACTCTTGCCAAACAACACAACTCATTAGAGCTTG CTTGCCGTGAAGCCAGCCAGGATAAGACCAAAGTTAACTCTGACGAAAGCAAGGATGATCATAGCGATGA TGACGAGAATGAATTCTTTGATGCCATAGAGCAGTTTCAGTTCACAACCTCTGTTCAGCTGCCAAGAGAC AATTCTAATATACATCATAGGAGAACACCCAGCGAGGGGAGTGTGGCAAGCACTGAAGCCAGCAGTGGAG AAGAGATGCAGCCGGGGGTTGAGGCAGTCGTCCAGATTAACAAGTTGGATGAGGGAAACAATCTACCACA CCGGTTGAAGACACAGCCCAAAGTAGGACCAATGGTGAAACAGAGGCGTAAGAAGATCCCTGAGAAACCT AACCAGAGTCTGAGTCTCTGGAGTATCATCAAGAACTGTATCGGCAAGGAACTATCCAGGATACCCATGC CGGTCAACTTTAACGAGCCGCTTTCCATGCTCCAGCGGCTGACAGAGGATGTGTTTTACAGCGACCTCCT CAACATGGCTGCCCAGTGTGATGACACCTGCGAGGAGATGGCTTACGTGGCAGCATTCATCACATCAGCT TATGCTGAAACGTCAGTTCGTACGACCAAGCCATTCAATCCCCTCCTTGGAGAGACATTCGAGTGCGATA GGATGGATGACTTAGGGTGGAGAGCAATAAGTGAACAGGTGAGTCACCATCCGCCTGCAGCAGCCTTCCA TGTAGAGAGCAAAGACTGGACGCTGTGGATGGAGACCACCATCAGCAGCAAGTTCCGTGGAAAGTACCTC CAGATCTTCCCTCAGGGCACCGCCCATATCTCCTTCAAGAAGTCTGGTAGTCACTACACATATACCAGAG TTACAGTCACCGTCCATAACATCATTGTAGGAAAACTATGGGTTGACCAGTCTGGTGAATGCGAGCTTCT TAATCATACAACCAAAGATGTCTGTCGACTAAACTTCAAACCCACCAGCTACTTTTCTAGAGATGTCCCA AGGAAGGTAACTGGTGTAATCATGGATGCCAACAATACAGCCAAATATGTGTTATCAGGGACATGGGATA AGAAGATGGAATGTGCAGAGGTGCAGAACATCACGATAGAGAAATCAGGTCGGGGCAAACCGGTCTATAA CTGTGGGGCAACCAAAGTACTCTGGCAGAGGAACCCTCCTATGCCAAACTGTGAGCAGATGTACAACTTC AACGAGCTGGCTGTGACCATGAATGAGCCCGATGATGATGTGGCGCCCACGGACAGCCGGAACAGGCCCG ACCAGCGTCTGATGGAGGATGGTTATTGGGATGAGGCCAACCAGGAGAAACTCAGGCTAGAGGACAAGCA AAGGACAAAGAGAAAAAAGAGGGAAGCGGAAGCAGCACTTGCTGCTGAAGCAGGTAAACCATATGAAGGC TACCGACCAGTGTGGTTTGAACGACGGATGGACCAGATCACAAAATCCATGGCATATACATATAAAGGAG ACTACTGGAGCAGCAAAGAAAAGCAAGAATGGAACGTTTGCCCAGATATATTTTGATGTGAACTCTGTCA GCCTCTCCTTTTGATTTTTCTTCCTCGTTCGCATAAAACTGATTAGTTGATTATCAGCTGCTGAGAACGA CGTGATCCTCCATTTTTAACGGAGTGGTGATGACTTCCTGAGCAGGTTTAACAGCGGATGCTGCATGCCA GAGGACCTGTGCAAGGGGAAATATGAATTCCTTTTGTTCGACGTCATCTTGGAATGCTGGTCTTTAAATG GGCAATTAACGAAACTTGTGAAATGATAATGAGCTTCGTATTTTGAATTAGAGGAATGGTAGAGTGATGC TATAACTGGACCACAATGGCTTCAGATGGTTTTACTAAAAATGAGTTGGATTTTAAAGGATTATTGAGAA ATGAAGATATATCTATGTGCATTTGGAGATTTTTTTCTCAGAGATATACTATGTGGAATTATGTGATTAT GACTTGGATGTCAAATAGAAGCAGCTTTGGATAATGTGAATGACTCCTATGGAGGGAAAGGATGTATATG ACGAAAAACTTTCCGAAGGATGATCTCAAAATGAGTGACGATCGTTCCAATTATATCCTTCCTTTGATGT GAGAGATTAACTTAGTTTAATCTGAAATAAAGATTATATATGGATCATGTTTGTTTGTTTTTTGTCTGTA TTACATTGAGTGCATATTGGGTTGCCATTTAGGCACACTCTTGCAAAGCTCAGTGAGTGTATAGGAAGAA GAAATATCTAATGACACCAAATCAGTTTTTTTTTATATGAAGTAAATTCCCTGAATAATTTATGGCTTAG CCATGCACAGGGAATTTTAGAAGTTTATAGATATTTGTAACATTGCATTATGTTGGAAATGATATTGTCC CGATTCTTTCAATATTTGAAGAATACCGTTATGTTGTTAGATCCCCATTACCCCAAGTTAAGTATTCATA TTGAATTCTGCCCGATTGTAGTATATGAATCTATTTCTATTTACCATTGCGATTCCATTTTATAAGTACG CTGTGTGAGGCAAATTGTAGTATCCATATTTCACAATTTATTCTGCTGTATACCTTATGGATGTGATATG CTAAATTTTATTGAAGCAGTATTTCATTTTCAAGAGATGTATATGTGTGGATTTGCTTATTATTTGCTTT AAAACGGCAATATTCAAGGTAGACATCAGAAACCAAATATTATTGATATGTTTATATTTTCTATGGAAAA ATTAATTTGAAGTAGAGAGAGAGAGGGAGACAGACATAGAGACAAAGAAAAGGGAGTGGAGAGGGGGGAT ATTAATTGACACAGTAAGTGAATGTGACTCAAGTTTAGCACTGACATACTCACTAATTGTGTGAGAACTG TCAAAGGAAAGCTGCATGCACTAGTTGTTCTTTTGTATCTCTCTCACCCTATTTCTCTTTCTCTCTTTCT CTCCTTGTGTTTTTCATCTCTTCTTTTACCATCCTGTCCATCTTTTTGTATGTGTTTCACTCTCACTATA TATATCTATCTTTCCTTCTCCATCGTATCCTCCTCCCCCTCTCTCTATATCTTCACTCTTCTTTTATCTG TTGTAAAGTGATATATTCTGTGAGTGATCTAAGCAAAATGTGCTTTTCATTAAGCATTTGAATTATTTTC TTCATATTGTGCTATTACATGCCTAATACTACTCAAATTCTATATACTTTGCGTTGTGCCATCATCCATA GCATATTTGTGCTTCACATATTTTCTTTCTTTCTTATTTCTTCAATCTCTTTCCCCTTTTATTTCTCAAA TCATATAATGACAGTTTTATCAGAGGGTGAAATTCTGAAATTTCATTTCCACAAAATTCATATATTTATG TAACTCTAACAAAGAATAAGATTAAATAGTTATATGAATGTGCAATTTGTATTTGTAATGAAATATGGAA GTTGCATAAATGGAATACAATGTGGATAGAAAATGAATTATGATAAAGGTAGAATTAACTATAAAACATT TCGAGAGTTTGCTAAGAACGTTATAAATTCCATCATACTCTAGCACAAAAATAATCAGTAATGGAGTGTT GAAAGTATGTAACACTGTAAATTCATTTATTTGGAATATAACTTTTGCTACCATTTAACACAATGTTAAA TCTCCTTTAGGCCTTTTTCCACTAATCATACTAAATAAAGGATGATTTCATCAAAATATTGTCCAGAATA TTAACACAATCTCTTCTAAATTCTCAGCCAGCTTTGTACATTTTTTTTATTTCAGCAATACACATTATTA GATGTATATCAGTTTGTTTTGTTATATATCCTCTTCTTGTGGAATGCCTCCATTTTATTGCTAAGTTTCA ATAAAGCATATTCTGACACTTCAATGTTTTGTTGAAGATTATATCATAGCCACTGTGCTAAAGGAAATCC TTACTGGACTGTCAGAAGTTCTTCCTACATGTGTTTGTATACTTTCATGTACATGGTTACTGAAATGTGA TTTTAAACACTAATCATTAACTTTACAACATTTGAATCACAAAGATAACAATTTTATTTGAAATGACTTT AGTTTGCTTCTGAACGATTGACAAATCGTTGTCCATAGTTTCTTTCATGCATTCTATTGGTAATGGCTAC ATTTAAAGATGCAGACCTTGCAGCTGTCCACATAGTATGATTTCAAAGGTGTTGGTGTTTGGTGTTAATG TTTAGCAAGTGAATAAGGCTACTGAGCTGAGCTCATACACCAAATTCAAGTTTAGGAAATGATGGTATGG TGATATATATTCACGGCTCACCTCTGAGTAATGGCATTCACAATACTGGCATCATTTTCAAGTTTGGTGT TAATTTTGTCCAACACCAGCTTTGACACCAATATATTGCCTATTTCATGTTTCATGGCTCCCATACTAAG TGGCATTTCTTCTAGTTTATTTACTGTGTGTGATTTCCTTGATAACCTCAGGATTTGTCTTATAATTCTA TTACTTAAATTTTTAGTTGTTAAAACAGTAAACGAAGAGGGGAAGTTCATCCTGACAAAAGTTTATTTAA AATGGAAGTGGAAAACATAACTCATCATCGAGTGATTCAATACACAAATTCTCAACGGGATAAATTTAAC CAAAGTAACAGAAGTATTGCTCTTTATTATAAATCAGTTCTATATGGCAATGGTGTATGAATGTACCCTA GGTCCCACAACACAAAGGTTAATTTTTTGCTTGATTTTCATGTTTGATTGTACATTGGAAAGTATGGGTT GAAGTTTCTGAGGTAGTGATTAATCAAAGTTAAACACAAATCGACCACTGATGTGTTGTCCTATTTTATC TCTTTTATTTCATTTTTTTTTTCTTTCTGTATTCCATTGAAAGAGACATTTTTTTCATGGTGAACTTTCC CTCATAGGGTAGAAAATCAAAATGTTAACCTCTGATAAAGGAGAGAAATTAGCACAGTTATAAATATGAG CTACCTGAAGTAACTAGTAAGTACGTGTGGAGCGACGTTACATTATATCTGTTATAAGTTACTGAAATAA TGGCATTGATTGGCTGAGAGCAATTTTATCAAAAAGAAATGTATTAACCTGGGCTATTGATAACAAATGA TATGATGGAGTGCGGCTGGATGTTATTCAATTCATTGCTGTCTGTCATCAAAATTAAAAGTATTTTACCA AGTTTTTGACTCGGGTTAGATATTTGTCCAAACAAGGCCTGAATATTTTACCTCTCGGTTCAATACACAC ATTGAAAAACAAGAAATTAAATCGGATCTCTTAATTGGCAAGTAAATGTTTTTTTTTTTTTGTATGAAGT GAACATGATCTGGTTTATATATGATATGACATGTCAGTTGTGCATTATTTTGCATCAAATTATGGTTTGC GATTTAAGCGGTATTTTGGTAATTGATTTGGGGAAATTTCTGAGCCAAGAAAAATGACATTTATTATACT TTGAGTAATAAATTGAATACCACTCCATGTTCAATGAGAATACATATTGGTGAGCAAAGTTACACATTCA TGATCTTGAATAGTAGAATTTGAGTGAAGTTGGTTAGCAAGATGCAGTCAAAGACAAGTTTCAAACATTG ATTTGGTGCATCCACTTCAATGCTTTTCAGCAAAGGATATGTATACTTTACATGTATATATGCTTCCATT TAAATAAGCTTGAGTGCTGCAGGCCAAAACACCATATCACTGCACATAAAATGTACATGTATGCATAGTT TAATTTGGAAAGAAGAACATTTGTCCTATATTATGGTGTATATCCTAATTTTCGATGTGAAATTCATCAT TTTTCCAATTTTCATAAAGAAGTACTGTCAAAGTTCCATTTTGTATATTTTAATAAATTTGACACTGATT TTATTTTTTACTATTCATGTACAAGACTCAAAATGAGTCAAGTGGTTGCTTGGTTTTTGGCATGATAGAT TTGGAATTTAAATCTAAAGTAATCCCGATTTACCCTTCCTATTATGAAAAATGTTAGGATTAGGAAAATA CGAACCGCCCCCATAGGTTAATTATTGAAGAAAATTTGGAGTTTCTTCATTTATTTACATGATATAGTGT GTTTTTATGAAGAATATATTCCTACCATGTTGATGTAATGTATAAAAAGAAGAGAATAACAGATGAATGT ACATGTATTAAATAATTAAAAATATTAATATAAAAA
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???blast.numalign.1???
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???blast.numalign.100???
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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