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Echinobase
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Echinobase Accession
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Echinoderm mRNA
Echinoderm protein
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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
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>XM_011664384.2 PREDICTED: Strongylocentrotus purpuratus roquin-1 (LOC574854), transcript variant X4, mRNA CTAAAATTAGCACTGCACATTTGCCGTTCAGTTTGCATTTGACCAGCATACACAACGCACAACTACTGAA TCATACATTACTAGCTCACATTCGCAAGTCCTCAGCTCAGTCTAGTTTGTAGCCTAGACAGCTAAAGGTG TGATCATGGCTGGACTTTGTAAGAACCTCTAGCGTCGGCTTTTCTGCTTGCTGATACGGCACAGCAGAAA CCATACAGGATCATCCAACTATTATTAGGAGGTCCCCAGACTCCACACACTCCACACAAACGCGTACACC ACCAAGCATCCATCATGCCTGTCCAGACCCCGCAATGGACGGAGGTCCTCTCTTGTCCCGTGTGCTGCAA GGACTTCAGCCCGAGCGGCCGTCAGCCAGTCAGTCTGTCGTGCGGTCACACAGCCTGCAGAATGTGTCTC AGCAAGCTGCATCGTCAACAGTGCCCGTTCGATCAGACTCCCATTTCCAAGGATGTGGACAAGCTTCCTA CAAACTTTGCCATTCTTCAGCTCGTGGCTGGTCAGGAAGTGATGAGAGATCCGTCAAGGAAGCGGATTCC AGATGGCCTGAAGCCTGCTGAGTTTGAAAACTATCAGACTACACAGGGCATCATTGAAGAATTGGCTCTC TATCTAAAGGCTCTTAACAAACCATCTTCCGGTAGCCTGAATGGAACCCTGAACGGTAACAGTGGCTCGC CCCTCCTCAGCCGTCCGATCCAGCGTAAACTAGTCACCCTGGTCAATTGTCAGCTGATTGAGGGAGAAGG CAGGGCCAGGGTGGTTCGGGCAGCCCGATCTCTGGGGGAGAGGATCGTTACAGAACTGATCATTCAGCAT CAGAACCCGCAGCAGCTCTCTACCAACCTGTGGGCTGCAGTGCGAGCCAGAGGCTGCCAGTTTCTTGGAC CTGCCATGCAGGAGGAAACTCTGAAGCTTGTTCTGCTGGCGCTGGAGGACGGGACACCTCTCTCTCGCAA GGTCCTGGTCATGTTCGTGGTCCAGAAGCTTGAGATGCAGTTCCCTCAGGCCTCCAAGACGAGCGTAGGT CACGTGGTTCAGCTCCTCTACCGAGCGTCCTGTTTTAAGGTCACCAAGCGGGAAGAGGAGTCCTCTCTCA TGCAACTCAAAGAAGAGTTCCGCAACTACGATTCCCTGAGACGCGAGCACGACACGCAGATTGTTCAGAT AGCCATCGAGGCCGGCTTGAGGATATCACCGGAACAGTGGTCGTCCCTGCTGTACGGTGATCTCAATCAT AAATCTCACATGCAGTCCATCATTGACAAGCTCCAGACTCCAGCCTCCTTCACCTCCAGTATCCAGGAGT TGACCATTTGTCTCCAGCGCTCCGGAGATCCAGTCCGCTTGGCCCAGCTCCACGCTCAGCTGGAGAAACT GGCAGCCATTGACCCAAGTCCAGGAGCAATGATCTCCTCCTGGGAAGGCATCCTGTCTGCTTTAGACTCT GTCAGGAAGGTCCTCAAGGGGCTGATGGAGTTCCTCCAGAACTACTCCCAGAACAAGAAAGCCCTGGATC TCCAGACCCAGAACATCAAGTACAAGACCAGTCTGTGTCGGGACGTCATGCAGAAGGGAGGCTGCCCTCG GGGGCCAAGCTGCACGTTCGCGCACTCGGAGGAAGAGCTGGAAAAGTACCGTTCAAAAAGCCGTCAACTC CTGTCCTCGCTGAACAGTCAGAACAAGAATTCAAACGTTTCACGCGGAGATGGCTCCTTATTAAGCGAGG GTAATAATGAGACATCTACCCAGTCCATGCCTGGCAGTTCAAACGGCAAGCCACCAAGGGACCAACCCAT ATACAGCCTGGAGGAATGCTCCGCTGCCGCCAGGCTGGGGAGCGAGTCTCTCTACAGCAGCGTGTCGGGG CTGTTCTCTGATCAGCAGGAACGCAGCACTGGCTCGGCTGCCATGGGCTATAAATCTGAATCGGGCCGGA TCCACAGGCCCCCTCTCAGTGCATTCTCTCAGCTGGCTTCCTCAGAGAGAAATGAGGATGAGCTACGTTT GGATGAAGATATTCAAGCTTCTCTCTATGGACTCAGGGATCGTAACGAGCAGTCAATGACTACCAGGAAG GAGTTGAGTAGCCCCACTCCTGGGCTGCCACCCCACCTGGAGTACCCCAATATCTTACCGAGCAGTAACA CCAAGATGTACCTAGCCAGTCGTAGCCTGAGCATGAATGCTAGCGAACCATCGGTGGGCAGAGAGGACTC GGAGAGGACGTCCAGTGTGGGCGGGGGCAGGGTGATGCACCATGAAGCCAAGGGGCGAAGGCCAGGGCCG GATATCGACAGATACGCTCTACCGCCTGAAGAAGGGTACTTTTATGAGAGGAGGATGCCATCCAATGAAG CTCCTGCCGCCTATGGTGGCCAGGGGCCTTCACCTCATCCACCACCCCAACCCCACATCCTGGTGCCCAC CATGCCGCCGCAACCCCAAGGCGACCCCTATGACCGCAAGCCGGACAAGCACCCTTACCCCTACCACGCC CCCTCCGGTGGTGGTTACCTGTACCCTGAGTCCCAGGTGATGCCCCAGACTCCACCGCCGGAGCCGCCGA GGCAGTACCGCAGACCGGTGGTGCAGCGCTACGTTGATCCTCACACCATGAAGGCGTATGATGTGGTGCC TGTGGATGACTATGTTGAGCCCTCAGCTCCGCCCCCATCGTTGTTGCCGAGCCAGAGGTACAAGCCACAA CCCATGTATCATGGGGAGCCAGACTTCTACCCTCCGTACGACCAGCGAGGGCACAGGATCACTGACATGA GACATTTACCACCGGTAGGCACACCACAGGGGAACCCCAGCCACCTCATCCCGGATGATAGCTCCAAGCG ACCGGAGATGAAGGGGGGTAAATTACCAAGCCACAAGGTTGCAGTCTCACCACCCAAACCAAAGCCTCCT CTTAGATTGGAAAGAGGCCCGAGCCTGACAGAGTTGAAGGAACGTCAGACCTACCTGGTGACCAGGCTGG ATGAGATCCAGGATGATACCGACACCAAGGATGATGAGCCTGTCACCTCCACCCCATGGAGTAGGCCCGC CACCTCCAGCTCCACCAATCCCCCCACCAGCCTGTGGGCTCATATGGCTGATACCCAGCCATCATGGACA ACGTCCAGCAGTAGAGCCCTGTCAGATAGCCTCTGGGGAACGTCCACTGAATCAAAGGAAGCCATATCAT CAACAGGCCTTAGCTTTAGTTTCACAGGCATTGAAGACGAGGAGGAGGAGGAGGACATCGACCACCGGAA GAATGGTATCGATGTTGATGCAGAGGAGGAGATAGAGACTTCCAAGTTTACGGATGACGATGAGACTACT GATCAGGCGGATAGGTCGGACAGTGAAGTAGGAAGCTATAATCCTTGGACGAGCACGTCTCTGTTCATGC CTAACACGGGGAAAGCGGTTAAAGAGACGGCGACCAACTACACGATGACTTACAGCAAGGTGTTGGTCCG TCATGTCTCGGCCAACGAGGACGACCCGTCGCAGAGGACACCTCATGGCTCGCACCAGATGGGAGACTAT GAGAAGATGTCCATGCATGAGCTGGAGAGAACCTTGAAGGAGGTGGGGCAGCAGGACCAGAGGGCCGGCA GCAGTCACTTTGAGCGGGGACACAAGATCCAGATTGAGATGGGGCGTCGAGAAGAGGACGGTCCCACCCC TTCGCCCCACTTCTCGAGCAACTCCGTTCCCCTGCCAGCCCAGCTTGTCAGCAAGGAACCCATCCTGCAT ATGTACACCAAGTACCCCCATGCAGGGGCTCTGGCGGCTTCGTATGGACCGGTATCTGGCTCAGCCAGAG CTCTGGGCAGCAACACAGGCCCTCTTAAGGTGAGCGCTGGCATGGTTGAGAATACGATGCCAGTCAACAT GACACAACAGGATTGTCAAGTGGCTCCAGGGTTCCAGACCCCCGAGGGTGATGGCTACTACATCAAGACA CCCAAAGCACCTTCAGCTGAACTTGAAGCTACAATTCTCAAAGATGACTGGGAGACCACTGTAGAGAAGC TTGTTGAGTGTGATCCACAAGCACAGGAGAAACTGAAACAAGCCCTGAGCCAGGTTAGGACCAGGATCCA GGCCAAGGAGACTGCAAAGCATGCCCACAACACGTTTATAATAGACTTTGAAGAGAAGATACTGGAGAAC ATGAACTGTGAGAAAGACCACCGGCCTGTCGTCGACTGTAGTCATGGCGACTGTAGTCACGGCGGTAACC ATGTAACACACCAGGTCAAACCTCCTCAGCAGAATGTTTCAGTCCAACAGCCTGAAAGCAGGGCTGTTCA GATGCAGGAGTCTGGGCTCTCCCGCTACGCCCGCCAGCCCGATCCTCACCACGTCCGCCAGCCTGACCCT CACCCCAGGGACCCCAGGGACCCCAGGGACTCTCATTGGATGCCGCAGCGCGGGGGCAGTCCAGGCCACG CCCCAGGTTACCAGTACGTTGAACCCCACCCCCATATGGATGGGTACACCAGCCCCAAGACTCCTTACCC TCGCCTGGTCCCTGCAGGCAGCAGACAGACCAGGTATGGCCCCCCTCCTCCTGGACCCGCTAGCCATGTA CAAGTAGAACGCCAAGGGATACATGCCTCCAAACGCCAGATGGAGGCAGCAGACCTCCAGTATGCCAAAC AGGTGCAGGACAAGGAGCGTGAGGAGTACCTGAGGCACCTGGAGGATGTCCAGAGGAGGCACGACCAGAT GGACCGTATGGAGCAGCAGAAGCGGACCCAGGAGGAGCGGGACAGGAAGATCGCCAGGGAGCTTGCCATG AGGGAGGCCATGTACAATAATTACCCCTAGTGGTGGAGCTTAGATGCTGGAGGAGGGCAACGTTACCCCC CCCCCCCCCCCCACTACCTAAGAAAGTGCAGCAGAGATGGAGGAAGTTGTAGCTGTTGCTGTAGTAGCGT TATAAGACAGCTACTGTAATGCTGTCAGTTTTGTCACTTTTATTATACAGCATGATGCAGAACTGATATA ATATTAAGTGATTCAATATGTTAATTTGTGATGTTCCTTAATTATGTACACATATGGTATACATGTAATG TAAGGAAGAAGATTTTGTAGTGCATAATCTTTCCTGGTTGCTTTTTAGAGTTAGATATTGCTAAGATTAT TTACATTTATCTGATAGTGTTAACAGTCTATACCAGTGAACTTCAAAATGATATTGTCAAATATATCTTC TGTATTTCACTGTTTGTATGCTTTTTGACAATCGTATATATTTGGAGGATTGTATGGGAGGGAGAAAAGG ATATGTGTGGATATGAAAAATATTGTTCACTCCAGGCTAATGAGATATAGTTATCTACATGTACCAACCC AAATGTTAGTTACATATAATTATACTGCATAAGCAGCTATTTTCGCAGGGGGTTTATTTTCATGAATTTC ACAAATTGCTCATTGATGGCGAATTTAACAACACGTGAATATTTCCAGCAAGTATTATGTTGCATGTCGA AATAGCTGAAGAAAGCCCCTTCACTTGTAGCGTACGGCATCTATAGACTATGGACTATACACTATAGCCA TCACAGGGTCATCCAGCGAAGTTTAAGACTACAAGGATCATAAGAGATCACTTCAATGGATTATTTTCAT TTATTTCTCCCAAAATAATTCTTATGTAATGACGATTTGTGACACGCAGTAATGAGTTGATGATCCACGG AAATAGAATGATCATCATTAAAAAGTATAACATTGGTTATGGCTGCGGCTTTATGTGAAATAATGAGACT CAAATTTGTTCCTGAACAATAGATCAGCGAAATTATCGTTAGGCGAAAATATTTCCATATACAATAAGCA AGGAGGCGAGGGAGAAGAGAGGGCAGTGCGTGATGCCAAAATTATGTCATTTTGTAAATGGCTAAGGTCA CTTCTGCAATCAAAGACACCTCTTTGTTGCTTTTTTCCATTAATACGATTTTAGACATCTGAAAATTAAG CAGTATTAATGTTTAATACTATCCTTAATACCATCTTTACTCAAATCATGTTCAATTCCTTACTGGTACT TCAAATCATGTTTAGTTCCATTGAATTTAATGTCGGGTGAGAGGTACAAAAATAGGAATGGATCCTCTTA AATTTTAGGGGGTCTTCATTTTAGCATAATCTGACATCTTGAAGTTCAAGAAATCATTTGCATTTGTTTT AGAATCCAAATGACTCGCATAGCTTCCCCACTCAAGGAAAACACAAGATCAACACAACATCAAGTCTTCA CATTGACACTAGTTTTGCTGAACAATTCTCAACTCCTGGTGTTTTTAATTTTAATTTTAATTTTTACCAA TACAGCTCCATGATAGCTTTATCTCAAAATCACATTTGGGAGTGAGTGGAGGAACAATATTTCATAGGTG CCAGGCAAATTTACTGTGTAAGAAAGCTTCAACCTCCATCGATTCTTTTGTGGGTTAAGATATGTAATTT GTGGAAATTGGACATGTCGTTGCACATCCACTGACGTTTGGATGGCTACATGTACATGTACCTTAAAACT TTCACAGACGTCAGATAATAATAATAATAATAGTTCATTGTTTTATAGTGCATTTCAGGACCGCAGGCCC TCTCAAAGCACTTTACAATGTACAATGTTTACATAATTACTGGAAACATTCATA
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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