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Echinobase
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Echinoderm mRNA
Echinoderm protein
Echinoderm CDS
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
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>XM_041627113.1 PREDICTED: Lytechinus variegatus cohesin subunit SA-1-like (LOC121429859), transcript variant X5, mRNA GGCGAAAGACAGAAGATGCCTGGATCAGCAGCGAGAGGTTCGAATCCAAGCTCCAACCGGAATCTGATCA CCATGCCTGCCACAAGAGGGATTGGAGATAGGTCTCCAGCTCAAGAATCAGACTTCACAAATGCAGAAAG TATACACTCAGATGAAGGCGCACTGCATGGACGACGAGGAAAGAAAGGGAAAGCTAGAGCGAGAGATGAT GAATCAGAGGCTAGTGCAGAACCTGTTACAATGTTTGAGATCGTTAGACATGGAAAGAGTGCCCTTCAGA CTGTTGTTGATGACTGGATCGAGTCTTATAAAATCAACAGGGAGGAGGCTCTCTTGGATCTCATCAATTT CTTCATCCATAGCTCAGGATGTAAGGGAACTGTTACTGCAGAGATGATGACAACCATGGAACACAGTGAC ATCATTAGAAGGATGACCGAAGAGTTTGATGAGGAAACCGGCGACTATCCGCTCATCATATCTGGACAGT TCTACAAGAAGTTCCGTAGCAGTTTCTGTGACTTTGTGAGCGTCCTGGTGAGACAGTGTCAGTACAGTAT CCTCTATGACCAGTACATGGCTGATAATATCATCTCTCTTCTGACAGGTCTTAGTGACTCTCAGGTCAGG GCCTTCAGGCATACTAGTACCCTCGCCGCAATGAAACTGATGACAGCCCTTGTGAATGTTGCCCTGAACC TGAGCGTTAGTCTGGATAACACCCAGCGACAACACGATGCAGAACGTGCCAAGCAGTCGTCGAAACGAGC AAGTGAGAAGATCGAGCTACTCATGGCCAAGCGACAGGAGATCATGGAAAATACTGAAGAGATTCAACAG ATGATGAACAACATCTTCAAAGGCATCTTTGTACATAGATACAGGGACACTCAGCCTGAGATCAGAGGAA TCTGTATGGGTGAGATTGGTGTTTGGATGAAGAATTACAGTGAGATGTTTCTCAGTGATAGTTATCTCAA ATATGTTGGATGGACACTCCATGACAAGGTTGGTGATGTCCGCAACAAGTGTCTTGTTGCCCTGTATTCT CTGTATGGAAATATTGAGTTGGTCCCCAAGCTAGAGCTGTTCACCAATCGCTTCAAGGATCGGGTGGTTA GTATGACACTGGACAAAGAGACAGACGTAGCGGTCAACGCTATCAAGGTGGTCACTCTTATCTTGAAATA CAACGAGGACATCTTGAGCGCAGAGGATTGCGAGAACGTCTATCAGCTGGTCTATTCCTCCAGCAGAGCC GTGGCGCAGGCTGCCGGGGAGTTCCTCAATGAACGTCTTTTCAAACGGGAAGACCAGGAGAGTGGAAAGG TCAAACGAACTAAGAGGAGGAATATAAATGCACCCCTGATCAAAGATCTTGTACAGTTCTTCATCGAGAG CGAGCTTCATGAACATGCAGCATACCTTGTAGATTCTCTATGGGATATCAATGAAATGATTCGAGACTGG GACTGCATGACAGAACTATTACTTGAAGACCCTGGCAGAGGGGAAGAAGCTCTTGATGAGAGACAGGAGA CTGCTTTGATAGAGATCATGGTATCAGCCGTCAGACAATCAGCTCAAGGTCACCCACCCATCGGGAGAGG ATCAGCTAAAAAGACTCTATTGACGAGCAAAGAGAAGAAAGTTGTTCAGGAGGACAAGATGAAACTGACC GAGCATTTCATTACCAAGCTACCAGAATTACTTGCCAAGTTCAACACAGATTGGGACAAGGTTGCCAATT TGCTTGAGATCCCTCAGCATTTTGAAGTAGAGATCTACACGACAAGCCGTCTTGACAAACATCTTGATTC CCTTCTGCTCCAGATGAGAGACATTGTAGAGAAACACACAGAATCAGAGGTTCTTGATGCGTGTGCAAAG ACCTATGAGACGCTGTTAGGTGAGCAGTACAGCACAACACCAAGGGTCCAGGTTGCCCAGAGTACACTCT TAGATAACCTAGCAGAAAGACTCAAAAGAAGCATTGATGTCTATCTTATGACTCAGAATCCAACCGAGGA TGACCTCTACAACATTTCATCAAGTATCAGAAGAATTGCTTCCTTCTTCAGCTGCCATGACCTGAACCGA TGGGAGCTCTATGACTCTATATTCAGTCTGGTGAAGCGATGTTCTGAGAGAGGAGCCGCCCCGGATCAGA TCTTCACCTTGGCTATCTCCTGCTGCCATTACGCGATTATGTGGACCATGACCAAGCTTGATAATCAGAA TCCGGAAATGAGCGAGATGAAGAGGATTCGCCGCCATTGCAGCGAGCTGATAAAGACATGCTCTTCCCTC TTGATCGACGGCAGCGAACAGATCCGAGAGGAGGCATTCATCACGATCTGTGACCTCATGGTCGTGTTCA GCAGGCAGTTGGCCGCGCAGCCAGCCCTCGCTCCACTCGTCTACGAAGCAAACCTCACTCTCCAGACACT ACTCTCAGACTTTGTGCAGGAGCATGTGTTCGTGGAAGAAGATGACGATGATGATGAAGAAGATGGCGAT GACTCTCATAAAATCGAGGTCCTCCATAAGAGACGTAACCTCCTTGCTTCATTCTGTAAACTCATTGTTT TCAGCATCATTGAGATGAGGAATGCATCAGGAATCTTCAAACATTACATGAAGTTTTACAATGACTATGG TGATATCATCAAGATGACCCTAGCCAAGTCAAGGGAAAACAACAAGATCAGCTGTGCCAGAACACTTGGT CTTAGTCTTACACAGCTATTCAAAGACATGAAAGGTGACATGGGATATGACGAAGCCAAGACACAGAGTC AACTCAATGCTATCAAGGAACTTGCAAGAAGATTCTCATTGACGTTTGGTCTGGATCAGATCAAGACTAG AGATGCTGTCGCTGCTTTACACAAGGAAGGTATCCAGTTTAGTTTGACCCCTTTGGAAGACCCAACCAAC GAGTATGCACCTCCTCCAAATGTTGGATACCTAGAGATATTAACAGAGTTCAGCAGTAAGCTGATGAGGC AAGATAAACGTACTGTATTGCAATACTTGGACAAGAACTTGAAGGAGGGCATGACTGAACAGGAAGGAGA GGAATGGGCTCCTCTCAGGATCTACAGACATTCATTGCTTCAGGGAGACCTCATTGAAAGGCCTCCAGAG ATTCCAAGGATACACAAGATGGGCAAGAAACAAGCCAAGGGAATGAAGAGGAAGATGGGCTTGCATGGAG ATGAGAGTTCCAATGACCAATGGTTATCACGAGATGCTCATATGAATGTTACCGGGGCTGCAAAGAGACT AAGAGGAGATGAAGAGACATCACTTCAAGGATCCGATAGAGATTTTGAGCATCCTATGCACCAGGAGGTT GATGAAGAGGATGATGAGGAGGAGGATGAAGAGGAGGAAGACGAGGATGACTTCCATGAAGGACAAGCCA TGCAGGTTTTGGAGGACATGCAGATGGGAACATTCTAAGGATCTGGGTCATTTGGAACTCTATCAGCATC TATCCTGTTACTGCCCAGCTCACAAAGATGGCAGAAAATTAATTTCATATTTATTGAAACTGAAGGAATT ATAGTAATGATAATATTCATCCCATGTTAAAGACTGTCAGATTAAGGTCAAATTAAGAAAAGGATTTTCA TTCATGAGCAGTTTTTATAAAAAATCAAACTGTAATATCAAAGCAATACCTCAAATTTATCTGTTCTTCA AAAGCAATTCATATTTAAAGATGGTAGATTATTTGCAACTCTAATTCTTATTTCTTATTACATTCATAGG CCTGCAAAGTTTGTGTATATGTGACTTGATCTGCCTTATTTTTAATTGGTCTACTTCGAATTCGTCTACT ATCATTTGGCCTACCATCAGTTTGTCCACTATCCACATGGTCTAATTGCCATTTTTTCCACTCGCCATTT CGTCTAATAACCATTTGGTCCAGTAGCCATACCATTTAGTCTAATTGGACTAAGTGTTAATTTCGTTAAA TTAGTGAAAATAAAATGGATATTAGACCAACTGCATATGAGACAAAATGATTGAAGATGTAATGGTGATT AGACCAAGTGATGATTGGACCAAACAGATTTTAGGCGAAATGTTGATGGACGGAATGGCATTAGACAAAA TGAAGATAGACCATGTGTGGAGTGGGCGAGTTGGCAGTAGATGAATTGGCAATTTACCACAAAATATTGC TATAAAATGAAAACCATTCCATTAATGAATGGGTAAGGGGGGTATTAGAATAACAATGAAAACCTATACT TTGCCTTTGATTCTTTATTCATTTTTCATAAGAAAATAAGTTTTACATTAAATTACAGCCCATCTTAAGC TATGGTAATAGATCAAAATGAATTACTCTCTAGTTATCATCTTACATTCCAATCTTACAAAAGTGTAGTG GTTTTCAAATCTCTTGTTTTTTCTTATCAATGTTAAGTTTGAATTTTCTTACTGCCCCTTCTCGGTTATA TATTTTTTTCTTTAAAAGGGCTTTAGAGCATTTCCTATTGGCATTTTCATCTCATTTCATTTCTTGTGAA GTGCTCTATTATTAAGATGAAGAAAAAAATGCTGTTTTCCGATCGACCACTTGATAAACTTGAAATCATC TCAAACTGCAAATTTTATCAGTAAAACACCCTTTGATTTTTAATCCTCAATATCATAAATGTTTTAGGGC ATACTCAGTCATATTGTTTAGTAATGGATTGGAATAGGGACATGTACTTTTGAGGGATTCGCCAAAACTT AAATAGGCTTTAATGCTGATTAATTGATGAATGAATGTTTCCTGGTTCCAGGATACATGTATATTATTGA TTTTTATTTCCTGTTTGAATTAGATAAACGAACCATGTAAATATTGTATCATACCTTTTTATGATAAGTG TTTTTCTTACCAGTTATTGTGTTGTCACATACAAACCATTATGTGACTGAAATTACTATGTCATGAATTC AAAATCATGCTGTTCTTGTTTATATATGCTATATCAGTAGTGATATTGATACAGTCCTTTTATTGTGCAT ATTTGTCCCTGTCTGCTTCCAACGGACTTGGATATTATTACGATAGTTTTTAGCATGGTGACCTTACAGC ACACTAGCATTTCATGCAATCAATATCCTGCAGGTACCCATTCAGTCACCCGGTTTGATACAATGTGAAT CCATGGCTGAGAGCCCACTGAACAGCAATACTACAATGAATTTTGAATGTTGGAAAGGAAAAGTAACTGC TATATTGCATCTCTAAGAAAAGTGGTCAACCCAAAGGCCTCTCATGGTACTAAATGTTGTTGACATATGT ATTATGGAAAACGCAAATTACAGAAATATGTCCCTTTATTTATTGAAACAAGCCATTCATGGTAATGTAT ATTTAATTGCATGTTGGTGTTATTGTTAACTGTTATTGAGACTGTGTACAGTATTATCATGTCAATGGAT GAGAATTCCTAATCAATGTGTTCTATTACTAAAGTGAGTTTTTAATAGACTTCAAATTTTTGTATTAGCA TGAGCATGTTGGTTTTTGAGTTTTTGTAAAAAAAATGATGAAGCTGTGTATATTAGTAATTTAGATCGTA ATATTGTACGAGTTCAAAAACTTTTGTGGAAAGTTGAATAAACAAGTTGAATTATACAGCA
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Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds
