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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_041609394.1 PREDICTED: Lytechinus variegatus ras-specific guanine nucleotide-releasing factor 2-like (LOC121415980), transcript variant X1, mRNA TATTAGCAAGGGGTGAGTGAGAGTATTCCGGGCACCTGAAATCGTGTGCGAATGCACCTGTTCGCTCCCG CCACTTTACCACACACACCACTACATAAATTAGATCGCAATTTACAGCAGACGGCGGCATACGTTAATAA CGTTATAGCGCACAAATTCTCCGTCATAGGACTTTGGTAAACGATCGAGCATCCGGATTACAAGAGAAGA AAAAAAATCAGCGCAAGATGTCAAAGAATTGAGAAAAGAGATTTCATCGTTGATACAGAATGAAACGCGG GAAATAATCTCACTTTTGTCAATTTTGACCTCGCTGGATGAGAAAAAAAAATCGCGGAACATGACGAACA GTCGCTTTGGAAGAAGAGGATCGATATAGGAGCTCAAGGTTGCGTTTCATCCAGCTGATTTAACCGTGAG TCTGTGGATCACTGGGCCGACGCACCAGGCTAATCTAACGTTATTGGTTTCGTGGTTTGATGCCGTCTGG CCTTGTCCGTTGCCAAGGGCGTGTGTATTTATATTTGGACTACAACATTTCGTATCAATTCTGGAAATAT TAAGCGATGACCAATCAGAATATCTCAAGAAGGTGAAGAGAATTAGCCATGCAGAAAGCAATACGCTTAG ACGACTCCCAGCTTTTGATGCTGGCGGGCCGAGCTAAGACGGACTTCACCATCGCTGGTAATCTACAAAA GAAAAGTTCTGATACAGGGAAGTGGAAACAACGTTGGTGTGCTCTCTACGAGAACCTTCTTTTCTACTTT GAGAATGAAACTACCAGTCGACCTTTAGGGCTGATCTTTGTGGAGGGGTGCTATTCGGAACATATCGTCA CCCCAAGGAGCAGTGTCAAAGAGGAAAAACAGTATTGGTACTTCTCAATTCACTATCGCCATGATACTCA GAGGCAGTATGAACTACGTTGTGAAACGGAGGGAGAGGTCAACGCCTGGGTGGATGCTATTCAGCACTGC AATTTCAATGCGATACTGCTGCAGAAAGAGGAATTAGAACAAAAGTACCTCCATCTTCTTCAGATTCACG ACAGCGAGAAGATAGCAAAGTTTGGTCTCCGTCAGCAGTGTCAGGAACTCACAGCTGAAGTAGCAAAACT CAAAACAGAATTGAACCTGCTGCAGAGGAGAGAAAGGAAAATGTCTGGTTCAATCAAAGGAACTCCAGAA GATGATGAACCGGAGGATATTAAAAAGATTAAGAGAGTCCAAAGCTTCATACGTGGCTGGCTGTGTCGAC GACGTTGGAAAGCCATAGTGCAGGACTACATCCGATCACCACATGCGGAGAGTATGCGAAAGCGTAACAG TATAGTGTTTGGGATGGTGGAGTGTGAACGCGAGTACGTTGAGCAGCTTTCCACTCTTGTCTCCTGCTTT CTTCGTCCTCTCAAGATGGCTGCCAGCGCAAAGAAACCACTTATTTCACATGAAGATGTCAACTCAATAT TCCTCAACAGTGAGACTATTTTCTTCTTACATCAAATCTTCTACAAGGGACTGAGTGCTAGGATGGAACA CTGGCCCAAGCTGGTCCTTGGTGATTTATTTGACATGCTGCTTCCGATGTTGAGTATCTACAATGAATAT GTGAGAAACCACCACTATAGTCTACAGGTGTTGGCTGAATGCAAGCAGAATCCAGCGTTTAATCAGCTAC TCAAACAATATGAGACGAAACCAGTCTGTGAAGCAAGATCCCTAGAAACATTCCTCACTTACCCAATGCA TCAGGTGCCTAGGTACATTATATCTCTGCACGAGCTGCTAGCACACACACCACATGACCATGTGGAGAGA AAGAGCCTGGAGTATGCCAAACTTAAACTGGAAGAGTTGTCCAGGGTGATGCATGATGAGGTTTCAGAGA CGGAGAGCATCAGGAGGAACCTATCGATAGAGAGGATGATAGTAGAAGGATGCGATCTTCTTCTTGATGT TCAACAGATGTTTGTCAGACAAGGTAATCTAATACAGGTTACCCACGAGAGATCTAGACAGAGTAGAAGC CGATTAGGTTCCTTGGGTGGTAAGGTGGAGAGTCGCAAGGAGGGTGTCAGGCAGTGTTTTCTCTTCACCA AACATCTCCTCATTACCTCCAGGACATCAGGTGGCAAGCTACATCTGGCCAAGGTTGGAGGCAAGATTCC TTTGATCGACTCAACCATTGTAGAAGACTTTGACCCATTTGACGATGATGGAGTGCCATCGCCTTCCAAT CAGAATAGTGATCATGACAACTTGGATTTCAAGCTGATTGTAGATTCTAAGAGTGGGCCTCCTCTTGTCA TCACACTGGTAGCTTCCACACCACAGGAGAAAGCTGCATGGACCAGTGATATCAGTCAGTGCATAGACAA CTTACATTACAATGGCTTACTTGACAGCTCAATGGAGGACAGTGGCTCATCTGTACATCTCCCTCAGTGT ATCAATATGTGGAAAGTATGTTCGAGCATGGTTAGCTGCCTATGCGCTACTCCATATAGATCGGACACTC GCCTGTTCAAGGATGACCACGACATCCGCTTCAGTAAGATCCTCAACTCCTGCAAGGTTCCTCAGATCCG CTACGCCAGTCTTGAGAGACTCCTGGAGAGGTTGACAGATCTACGCTTCCTCAGTATCGACTTCCTCAAT ACCTTCCTACTAACTTTCAGGGTGTTCACAGACTGGGAGAACATTATCTCTACACTAGAGAGGGTCTATA GGAATCCTGACACAGTGGAGAGTCAGTTAAATGTGAACCCACACCCTCCGCCATCCCCTAGCCACCACGC GAGCGACCCTCATCACCCTCATAGCAATCAGTATGAAAACAGTCCTCCACCGGCCAGCCCCTCCCGGAGG GGATTCATCGACCGTCGGCCCAGTTCTAACAACCATCCAGGAGCTAACATCAAGGTGACCATGACAAGAC CATACCATGAGGAGATGGAGATTGATGGAGCCGGAGGAGGAGCAGGAGGAGGAGGGGGAGGGGGGAGAAT CTTTGAAGCAAATACTACTCTCAGGACACACCCATTCAGAAGAAGCTTCAAAAAAGCCACAGATGAGAGT CAAAGCAAGACAGATAGTTCAGTTGTTATGAGTATAGCCGATCCTCATGTATCGCCTCCGGACTCTCCGC CTTACTTCCATACCTTAACTCCTCCTGCTAGTCCTAACCAACTGGAAACCCTACGTCTTCATCCCAAGAG GATGCTGTCAATGAGTCATTCAGCTCCTAACATTGCTGCTTTAGTCAAGGCAACCAAACCAGATCCCATC CCCATTCCTCCAACATCACCCCACCGATCATCTGTTGGCAATAACTTCTTCCAGTTTAGCAGCTCTCCCC CTAACACCACCGTGTCAGCTGGTGTAGTGGTCACTTCCTCCCGTATGTCCACCCGCAGGTCCAGCTGCTC TTCGGCTGCGGTGGCCTTTGCTGCTGCCACGGCTGGAGCCACCAACGCCAAGGAGTTTGGTGCTCCCAAC AACATGCTCAGTCGAAAGAGGGCAAAGAAAAGTTATGGACGTAAGCTTGGAATATTTCTTTACGATATGG AATTTACATTTGATGAAACGAGGATAAACAGTGGTAAACTTCAGAGTTGTTTGAGTAAAGAGGTCATCAG TTCAGCCGCTACTGTAAGAGTCATTAATGTCATCCGGCATTGGGTATCTAAGTTCTCTAAGAATTTTGAA TATGATGAAGGCCTACGCAATCGAGTCTTAGAATTCTTGGAAGAAGTAGCAACCAATCCCAACCTCCTCC CATCAGAGCACAGAGCAGCTAGCACCATTCAACGGCAAATTATTCAGGATCATGCAAACATCCGGCTTCA AGGTGAAGCGGAGCTAGCTGCACTGGTTCCTGATCAACCATTACCAGAAGATACCTTTGATCGAATGTCA GCATTAGAGCTAGCAGAACAACTCACCTACCTAGAACATAAACTACTCAGGGCTATCCCATATTGGGAAT TTCTAAATCAGGCTTGGATGAAGCAGGATAAAGCAACCAGAGCACCTAATATCCTTGCTGTTACTAGGAG ATTCAACGAGGTGAGCAAGTTGGTATCGTCTGAAATCCTCCGTCAGAAATCTGTATCAGCCAGGGCTTTG GCCATAGAGAGATGGGCTGGTGTTGCTGATATCTGTAGGTGTATGCATAACTTCAATAGTGTACTTGAAA TCACTTCAGCTCTCATGAACAGCTCCGTGTATAGACTCAAGAAAGTCTGGGAAAAAGTTCCCAAACAAAC GAAGGCTCTTCTGGACAAACTTCAGGTGTTAGTATCTTCAGATGGCAGATTTAAAAATATGAGAGAAGCC TTACATAGAATCGACCCTCCTTGCGTGCCATACCTTGGTTTCTATCTAACTGATCTTGCCTTCATTGAAG ACGGGACTCCTAACATCACAGACGATGGACTCATTAACTTCTCAAAGATGAGGATGATTGCTCATGTTGT AAGGGAGATCAGGCATTTTCAGCATACTAACTACAATATAGAACCTGACAAAAGGGTAATAAGCTACCTC CTTGATACATCTTTGATCATGGATGACGATGAGATGTATGCCTTGTCTCTAGAGCTGGAGCCAAGACAGT CAACAAGGATGGCTAAAAGCATATAGAACATTCATCATCATCATCCTCTACGTGAACAAAGACAGTCGAC GAGGGTGGCTAAAAGCTATCATATTGAACATTCATCGCCATCTACTTGAAATAAGACAGTCTGCCAGAAT GGCTGAAAGCATATAGAATGTTCATCAAAAACATTGTCTTCATCATCATCAACATCCTCTACTTGAACAA GACAATCTACGAGGATAGCCAAAAGCTCATAGAACGTTTGTCACCACCATCATCAACATCAACATCATCA TCAGGATGGCTCAAAGAATATAGAACATTCATCGTCATCTTCAATGTGAAATAAGACAGTCTACAAGGAT GGCTGAAAGCATAGAATGTTTATCACCATCATCATCACCCTCCTCTTCTTGAACAAGACAGTCTACAAAG ATGGCTAAAAGGACATAGAATATTCAACTTCATCCCCTACTTTAGCTAAGACAGGATGGTTAAAAACTCA TAGAGCTTTCATACTCGGCATTCTTATCCTCTATTTGAACAAAGACAGTCTCCAAGAATGGAAAGCTGCT TGGAACATTCGTCCGGAACAGCATTCGTGACTATACATAGAGGATCTAACTTAATTCCTGATGCAGAAAC TACATGCAGGATACCAACATGCAAGTTAAGTAGTAATTAAAGTACCATCCCATACATGTATGTACATTTC TAAAATCTTTGATAGAATGTCTAGCACCCACTAAATAGGGTAATGTGACTGCAGGGCTAGACTATAAATA ATGTGATGGTTTCACACAAAGTTTTATTGGATTCAAACTTGTTGGATTCATATCAAAACTCAAATTAAGA TTGATCTCTGTTCCTATCCCTTAACCTTGTAGATCAATCTAATACTGAGTTTAAATTAAAGTATACTCCA ACTGTCTACAGTATGTATAAGACAAGCCTTGAGAATGTTTCTCAACTTGAAAGATTGAAGTGTGACGTAG AATCGCACTTCAATTCCAGTTGCGTTGGTCTAATCATGCTAAGAAGACGACGGCTACTGCATATTGATCA ATAAGATTGCGGGTTAAATTAATCGTGTGCATTATCATTTCAGCATGAATTAAAGTTACGCCTAACTGAT TGTGAAACACCACCAGGGGGGTGTTTCACAAAAAATATGACTTAAATTGCACGTAAATTCTGACGCGTAT CTGAAATACAACGCGCAATCTTATCGATCAATACGCAGTAGTGTGCGTCATCTTTGCATGATCTGACCAA TGCTTTTATGCCTTTAATAAGGGTCGCAACTATGCATTTAAGTGCGACTCTTAAGTCATACCTAAATCTT TGTGAAACACCCCCCAGGTTTATGTAATTTTGTGTTCAGATAATTTTATAGATTACTATCAAATGCAGTG GCTGGCATATTCACAATAAATGTTAAAATTGATCTTATCTATAAGCCTTTCCACAATCTAGGACGCATGA TCTTGATAAAAATCAATGCCATTTTAGTTCTTGTTACAGTATCAAACAAGCATGTACTATGATTCATAAT TACAATGAAATGATTTGTAATTTCATTGTTATTGAAAATTCAATTGTTATTGAAATACACAAACCAGTTT GGTAACTTAGACGAGATACAAAATCTAAATCCCAAAAATAACAGACAGTTCTTACATAATAATATTTATA CGTGCTCTTACTTGACAAATCTATAGATTTTTTTTACGATTTTAGAATTTAGGTTTGTAATATTCTTGAT CTGGCATTTGCAGAGATATAAATTTTTACTGTTTGTCATCGAGAATCCATCTGAAACAGGCTTTATATGT AGGCGAACGTTTCATGAAGCTACCTAACAATATGCCCTGAACAGATGAGAGCCCTGTATCATTCTGGTAT CTTATCAGCTGACCTGGATATATCTGCAAACATTTTGGATTAATCAGAGTTTAAGAAGTAAAAGTAAATT CACTATCAAGTAATCCATCCTCATCCTTCCCAGTTTAATAAATGAAACTCAGAAGAGAGATGTAAAACTG AAATAATTGCAAGTGACTTCTAAAGAAAATATCAAGTAGAAAAGTGAAATAACAAGCTGATTCCATCCTG TTCTGATTTTGCTTACAAATCTTAGTTTTTCTACAATAGCCTGTCTGTTCATATGTGGATCATATTTCCC CAAAGTTTAGTTTAATATGTCCTTCTGTTTTCAATCCTAAAGATAAATTTGGCTGATGGAAACATACAAA CATTGTTGGCTTCCTATTTTTCACTACTCTTTTCTAGAAAAAAGTACTTATTTAACTCTTTTGCATTCAG TATTCTTCTTTCATTCAGTATTTAATTTTGATATCTTTATGTGCTTTTTGTAAGTTCAAATTAGCTCTCT ATATAAATGCTCTCATGGTTGAATATTTTTTTTATTCATTCTTTTCATATTTTGTTTTCTTCCTGTTGCA TGAGAAATCATGTCCAACCTTTTCTGATGCTGCAAATTCATTTGAATCTGTTATATATTGGGAATAAACA GTGGAATATCTTACATTTTTTGAATAGTCGATTTAGAGTACATTTGAATTTTCTGTACAAGGGAATGAAT AAATAAAATGTATGCCCAGACATTTCCCCCCTGTGAGAAAAGTCAACAATATATTATAACTAGGTGTGTT GACTCATTGGTAGAGCGTCCGTCTCACAACCTGATGGGTCAGGAATTCAAGCCCCAGCTGCATCAGACCA AAAAGATTTTAAAAGATGAGAGTTGCTTCTACCGTGTTTGGCACTCAACTATTTAAGGGATAGAGCAATG TCCATCTGGCGCTGCCGTGCCCACATTCAATTGGGCTAAATGAATTTTCAGAGTATTTCTGTTTTGAATA A
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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