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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
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>JT106702.1 TSA: Strongylocentrotus purpuratus WHL22.394586.0 mRNA sequence ATTTGATGCGATGCACAGCTCCGCGACCTCGCCGAGCCACGCCCCACGTGCGTGCAGCCTGCGCCCGATC AACCGACGCCCCTCGATTGTAGCGCAAGCCAGTGCATCTAGCTAGCTCTTACAGTCGTCTACGGTAACGG TCTAGCCATGTCAGGTAGATGAGTCAGTTTAAGCTCAGCTCAGTCGACCGGTACGGTACGGTGACAACCC TCATCAGGCCAGACATCGCTACGTCTGGTTGTTTGAACCTGAACATTTTCATGCTTTGAAAGTTTGATTG TAATATCTGTAGATCTAGAGGCTCTACCATGGATACCGAACTCAGTTTTAACGTTCTTATGTCAGGTTTA GCCGCCTTACCCGTGATAAGTGTACTTTTTCTCATTCAATTCAAGGGAATTGAATATGTGATTGTGAAAC AAAGGTGGATCTTCGTGTGTTTGTTTTTGCTCCCACTCTCAGCTGTTTATGATGTTTACTATTTCATGCG CAACTGGGTTGTTTTCAGGATGAGCAGTGCTCCCAAGTTACATGCAGAACGGGTCCAAGATATTCAATCG CAGGTAAAGAAATGGAAGTCAGATAAGAGCCAGCAGCTGATGTGCACCGGTCGTCCTGGATGGCAAACAA TCAGCCTTAGGGTTGGCAAGTACAAACTGACTCATCGCAAGATCTTCATCAACCTGGTGGATATTCTAGA TATAGACACTGAGCGTCAGACAATGAAGGTTGAACCTCTAGCCACCATGGGTCAGATCACGGCCATGCTT AACCCTCTCGGCTGGACGCTCCCTGTCCTTCCAGAGCTCGATGATCTCACAGTTGGTGGATTAATCATGG GTGTTGGTATAGAGAGCTCATCTCACAAGTATGGTCTCTTTCAACATGTCTGTGTTAGCTTTGAACTGGT TTTGGCTGATGGTAGCGTGGCTCAGTGCTCAAAGGATGAGAACCCTGAGCTGTTCTACTCCGTTCCCTGG TCGTATGGAACCCTTGGTTTCCTTGTATCCGCTGAGATCAAGATCGTACCCGCTAAGCAGTATGTTCGTC TGGAATACAAGCCAGTGCATTGCTTTGATGACGTCTCTAACGTGTTTGCCAAGTGTTCTAAGGAGGCCCA AGAGAATGAGTTTGTTGAAGGATTGATGTATTCTAAGGATAAAGCTGTTATCATGACAGGACAGTTGACA GACCAAGCTGAACCAGCCAAGATCAATGCCATCGGGAACTTCTGGAAGCCCTGGTTCTTCAAGCATGTTG AGTCATTTCTGAAGACAGGTCCTGCTGTAGAATACATCCCTCTGAGGCATTATTATCATCGTCACTCTAG GAGTATCTTCTGGGAAATTCAGGACATCGTGCCCTTTGGCAACCATCCAATCTTCCGGTACCTTCTTGGC TGGTTGACCCCTCCTAAGGTGTCTCTACTGAAGCTCACTCAGGGGGAGATCATCAGAGAGCTCTATGAGA AGAAACATGTGGTACAGGACATGCTGGTACCACTCAAAGATATGAAGAGCTCCCTCATGTGCTTCCATGA TGAAATGGAGATGTACCCTCTGTGGCTGTGTCCCTTTGTTCTACCAGCCTTGCCTGGGATGGTCCATCCT CTAGGCAACCAAGAAGAACTCTTTGTGGACATCGGAGCCTATGGCAACCCAAAGAATCCTAACTTTCATT TCAGAGATTCCACACGCAAGGTGGAGGAGCATGTCCGCAAGGTTAATGGGTTCCAGATGCTGTATGCTGA CAGCTACATGACCCGGGAGGAGTTCAGGGAGATGTTTGATCACTCTCTCTATGACAAGCTACGCAAGAAT CTCAAGTGTGAAGGGGCTTTCCCAGAAGTGTATGACAAGATCAACAAGTCAGCCCGCCACTGATACCGCT CTGATCAGAGCCCTCACCAGAGAGCCCTCACCACAGAGCCCTCACCTGTATAAAGCCCAATCTCAGTTCT GGAGAGTGTTTCACAAAGATCCTAAGTCGAACTTAATAATTATGGATAGCCGTTAGCATCTATCAAAATA TTATGTAAAAGTTATTTTAAAAGGCATAATATTTTGATTTCAAATCATTCATATTTTCCATTATCAAGGA GATTTCATGTTCTTGATGTGGAATTTATAAAAAGTCTAAAATACTTGAATTTTTGCTTTTGAATATATTT TATTTTATTTTAAGGCTGCAAATGGCTCTCCATAATTTGTAAGTCCAACTTAGAGTTAAGTTTGATCTTT GTGAAACACCTCCCTGGTATTAAAGGGAACTTCTTCCAGAGGAAAAAAACAGCTCAAAGTAATTCTGTTT TCTTGATCATGTAGTATATAAGATATCTTGAACAGCATTAATGCAAACAAACTGACAAATACCTTGAGAA ATCCAATCATACACTGAAAGCATATTATTAGTCTGCATGTTATACAGTATTATAGAGGATAGTCACCAGG GGGGCGTTTCACAGAACTTGTCATCAGTGACAAGCTGTTATAAGCTACTGAAATCCTTGGTTCTGATTGG TTATCAACAGATTTGTCACTGATTTTTGTAATTTGTCATTGAAAAAAGGCTTTGTGAAACAGGTCCCAGG TACGCTACTGGTTTGATTATGATTCTTCCTTTGCTCATGATATCTCAGTCACACCAACCACCGAATGGAC GGACGGACGGACGGACTCCACCGTGTCTCCCTCCAAACCGCCTGATTCTTTGTCATTCAGGGTAATGTAA TATGTGTCATAGTAATAATAATAATATTTAGCTTTTATATAGCGCCTAATACAAATGTCTCTAAGCGCTT TACACATATACTATTACTGCACTGTCTGTTGTTTGTCTTGCATGGGTCTCTTTGGTGTGATGGGTATATG ACTGAGCCATTACACATTTTCTCTTCAAACATTGGCAAAAAATAACTTATTTGTATTCTTGGTTTCGTGT GTGAGTTTCACTTATTTATATGATTCTCTATATTATGGTATTCTATATTTACTCGGCAAACTGTCTTTAA TTGGTTCTCCCTTTTCTCAATGGTAAGGATGTAGTATAGCTCAAGGCAGCTCCCTACTCTGTTAGTTGGC TGTGGGATTTTGGTTGATGCTATACAGGGCCATGATATGCACTTTTTGGTTATTCAATAGTCACTTTCAT TTTCTATCCAAAACATACAAGCTTTTACTTTCATTGGTGTCAGTAAATTGGTATATTCAGCATGCACCAT AATCATTCATTATATTCAGGCGATAAACTAAAGTAAGGCATACTAATGTGTATTCTTTTTGGCTCTACCC TAATGTTAGAATCATAGTACAATATAAGTCATTTGTGAGATGATTTCATAGTAAGATTATGCAATAGTGT TCTTTTGCAACAGTGTGTATTGCCATTCTAATATTGTATGTAATACAATATAAAAAGTTGTCAATTCTTC TTGATGAGAATTTCTCACCACTTCCCTCAAATATATCTGTATTTAAGTAACTGGTAGAATATTTCTTTGT AGTAATAGAATTACTCAAAGTTTTGCAGTCGGGTACAAGTCCCATTGTCAGCATAAATCACGGAAGTGAA ATCAATGATTTGCGCAATATTTGCATGTCCAAAGATGATTTGTCTTTCCCTTCAGCCTACCGTTGTTCTA TTTAAGCTAATATACATGTATATATTAATCAGTATTCTGAATGTTCTTTTGATGATTCATTAACGTATAA AAGAGATTGAGATCAAAAAGAAAAGTTAGACCTTTTCTACAACTTACCCTTGTACCTTGATTACCTTGAT TTCCTTGTTTATAATGTTTCTTGTCTTTGCTGCTACAGTTATTGAAATTAATTTCAAGTATACAAGAAAA AGCCTGAAGATATTACAGATTCAATTTTGCCTCGCCTGCATAGCAAAAAAATGAGACATAGGTGCCACTT TTCCGGTGGCGGCGGCGTTAACATCAAAAACTTAACCTAAGGTTAAGTTTAAGAAAGAAACAAAAGTGCA GTTTGCATTTCAGATGACTTGTGTTATCTGTACCATCACATTTAGCTATGCTACCTAAGCAAAGTAGAGA AAAAAGAGCTAGACTTTCCCTTAACACTTTTAGTGTTTGCAGTAGATATTTTAAACATTGATTATGTTGG AATAGTTGGCTACATTCTTTATTTTTGCGCTTCCCAAACTACCTCCTGGAGATATAAATATGCAAGTATC TATGATATGGTTCAATGTGCTAATCTCAAAATATCTCACACGATGTAGCAATGGAGATTTATTTAACAGC TATTTCATACGTTATATATTATGCCTAGTTTTCAAATACGGTAGTATTATTTGGTATGCAAATTTACGGC ACACATTGCTGTAAGTGCTATTGTTTTTTTTACATTTTCCATACCGGTAATTCTTTTTTTGTTTGTAATC AATTGCACAGGTTTTGTCAGTCTAGGTGAGACTAAGGACTTGATTGATTTAAAAACCTTTGTTTTTTATT TCATCTCTTGTATAAGTGTGTATTATCAAATCAAGAAACATCAACGCTACGTTATATATATCTGAAAGGG TCTTAGAGGTGTAATTTGAGAAGTGTCTTTGTAGACAACTAATGAGGCAGTATTTTACTTATGGCTTCCC AAATCATGATAAACATTCTTAAAGGGAGGTTGTAGCATTGGAGGACTTGGCTTTAGCATTGGAGGACTCG GCTTTAAAAGCTTTAAAATGGTGATGACTGTAATTATTTGTATTATTCCTTGTCATACTTTCCTTTTTAT TGATCCAAATCTGCTTCAATCAAGCTAACTTTATTTCCAGTATGATTCCACTGTATTTTGTATATTTTTA TGTTCCTGTTCACTTGTAGAGTGGTTGGTAAAAGTGAGGTGTGATAATGAAACTGGATTAAGGTTCATGT GCTTATGATACTATGTCAGCTAATAGCTAACTATAGTGAGGCTGCTGAAGAGATAACCCAGTGGAAGTCA CATTCATGAGTAACTCAAGTTTGTGAACATATATGTTAAGCAAAGCTTGTAAAACTTTCTATATATTGCA TGTTATCATATTATTTAGATTTATCTTGCTGTTCGCGGTATGTTCAATCGGAAATTTAAAACTTTTTATT CACATTTGACGAGTATGAAGCCAGTAAAACACTCTGAATACATGTATATATATGTTTTGTGGCTGTATGT ATACACCATTATCTGGTTGATCAAGGCTCTAACTATAGAAGTGTGCTCTGACTATCTTCTTGGGGAAATA CTGTATTCTTGAGGGGAAAAATCAATGTGCTCCATATATGAAGATAGTGGGAACCAGTAATGAAGTAGTA AGAAGTGCCATAATTTAGTCGGGTAGAGTCGTCTTAAATAGACATTTGTAATGAACGTTTTATTTTGAAA TCATGTAGATTTCTTGTATGTGTAAACATTAAAGCTGTTGCAGCCTTATTTTTGTGTTAAATTGTTGAGA AATAAGCCAGAGATCTCTGCTTCCAAACAGATTTAAAACACATGAAATAGAATATGTCTTCAATGGGTTA TAATTCACCATTTTACCAGTAATTTTATATTTTATCTCTCAACATTTTATATTTGGTCATCAGTATTATA ATCAGGCTGCTCAACTTGTAAATAATCTTAGGCTGATTTCAACTATAACTAGTGCCCTCTCTCAACTACA TGAAATGGGTTTTATCTGAGGAAGTTTCTATTATTTGCTGGATTGAAACGAGTAGTCTGTCCTGACATCA AAGCAGACTAATCTAGAAACAGAACATTTGAAAAGTACAGTTTTAATTGCTATATTGTCAAGTTTGATGA ATCTGTAGGTTCAGAGAGGAATTATCTCTCTGTAAATGAGATGTTCTTCTGCATGGCTCCAAACAGATGA TAAGATGATCTAAGAGGCTTTCGATTTGATTACCGTACCAGTATGTTATCTCACATTTTCCCAATGTGCG TGACTGCATGTATAATTTTTTTTTTACCACCCCCCCCCCCTTCCACCCCCACCGATTAAGAAATATGAAA TGGGAATTTGGAGGGGGATTACTCATACATGTCTATACATGAGTATTCTCACAATGTAGCAATGAAAGAC CTTACAAAATGTAAGCTTTGTTTCACTCTCTTTCATTTATAATGTGTTGCATGCTTAAGTTCTGTATTAT ATGTTTTATTTTTCACTTTCTGAATCGGTGCATTTTTGTTGAAATAGGGGTAGAAGTCGTGAAGTAATGT TAACAATGGTCTGTTTTATGCCTTGAAGGTCATAACTGTGGAGTACACACTGTACTGTGAAGCAGGACTA TGTATGGTCATAATAAAAGTGTTTCTCTGCTTCAAG
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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