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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
???blast.query???
>JT104617.1 TSA: Strongylocentrotus purpuratus WHL22.721035.0 mRNA sequence TATACCGCTATCTTGTGGAACACAAAAAAAATACGGAACCGATCTTATTGCAGCATGTGATATCTTTAGA GCTTTCTTGGCAAAGGAATCTCTATACCACCACACCATCAGAATCATGTGGCCCAGACTTCTTGACATGG AGGAGAAGGAGTGTAGGAGTGTATTGCGGAGGCTTGAACTAGAGGCCTACTCATCGGTCATAAGTGCCTT CAGAGCCCAGGGAGATCTCACCCCAGAGAAGAAAAGTCTGCTGAGAAGTGTTGCTTCGACCCTGAGTATA TCAACTGAGAGACACAAAGCTGAAGTTAGGAGGGCTGTGAACGATGAGAAACTAACCACAATAGCTGAGA GGGTTGGAGGAGAGAACAACTCCTTGGAGTGGTCGGTAGAGGGCAGGAGACTTGTTCCTCTGATGCCAAG ATTCATCCCTCAGACGGCTTACACAATGACAGCCAATCAAATGGCTAATATGGCACATGCCCACAATGCA ACACTCCCCGATCCAGAGGAAACGGCCAGAAAAGATGGAGACGAGTCCAGAACATCATCAGACGGCTCCG GTGAGAGTAACTATATCGTGCTTCCCCCTGGGACCATCTTGCCAAAATCTTCACTTGATCTGCAGCAGCT AGACGAGCAAGCCAAACAGCGCCACCTATCATCCTCCTCAGCCTGCTCCTTCACCAGTAGCCCAGCCTCA TTTCTCAGCGCCCTGACCTCAGGCAAGCTCTCCTCTCAGAGCTCATCGTCGTCGGAGGGCAGGTCAAAGG GCAGGTCGACGAGCGGCAGCAGTACAGCGCCCTCTACCATGAAGATCACCTTCACAAAAGTGGGAAGTGG TACCACGCCTACTACCAGCCAAGCTGCACAGAAGCAGGTAATAATAATGTCCAGTGCTAATGCTGACCAG AGCCCACCTTCAGAGGTCCCATCCCGCTCTCAGGGCCTGCCTGCATCCACTAAGGTCACCATGGCAACCA TGTCAGAAGGTCATCCGCCTTTTCAGATGAGCTATGAAGATCAGTTGACGGGTGTGGTCACACCCTACCC ACCCGTATCCAAGCACCATCGTAAGGGCTCCAAGCACAAGAGCTCCAAACCCTTCACGATCATACAGCAA ACCCCAGGTCCAGGCGTGAGCACCCTCACCAGTAGTGCCTTCAGCACACAGGTCACCGGTAGTGGGAGCG GTGCACCACCGATGGTGATGGGAGGAGGCAAGAGGGCTGGTATGGTACCACAGAAACCAGAACCAGGTAT GAAACTAATCACACAGACTGTAGCTAGTAGCTCCGGTAGAATGTCTTCTAAGACCTACCAGGTATCAGCA AGCTCAGCAACACCATCCGTCCGAACAACCACCATAGGGGTTCAGGCACCAAGGAGCAGTGTTACTACAG GGTCCCAGTCCACAAGCTTAGGTCTAGGAGCTAGGAATATTGTGACATCACCTGGTCCACGGATCGTGAC GGTACCCAGTCAGATGGGAGGTCGCCCCCAGTGTAGCACTAGTAACGTCATCACGCTGTCGCCCATGTCT CTACAGAAGACAACAGGCAAGAATACAGCCACCGTTGTTGTCACCAAGCCCAATTCGATGATGCCTGGTA AAACCAACGTCATCGTCGTCCAGAAGTCCCAGATCAAGTCTAAGATGATCAGTTCACCCCGCTCAGCTGC ACCCGGAATCATGACACATACCACATCCGTCCTGACACGCCCAAAGATCGCCATGACGATGACAGGTGGA CTAGGGGGCAGCGGGTCACCCAACCCACCCAGCTCACCGGGAACCATGGGGATGCAATCCATCCGCTTCC CTTCCCCGCCCACCTCCGCTCACCAGAAGACCGTCCGTGGCCCCTCCCCCGTCTCCATGGGAGCTGTAAT GGGAGGAGTCACAGGACGTGGGCAGAGTGCTGGTCAGGGAGGGCTGGGGTCGATGGGCAAAAGCCAGGGT TTGCTACGGTCCAAGTCCCCCATTGCCCAAAGCATGGCCATGCTATCGGCTGACCTTGAGCTGCATACCA AGGCCAAAGGTCATAGGAGGTCATCGGCAGGTTCATTAGGTCAAGGGTCATCCAAGGTTGTGGTGGAAGA GGTTCCAAGTGGGGTTATGAGGAGTGCTAGTCTAGGTCGCGACCCCTCCCTCATCTTCCAATCTTCTGTG GGGAAGCCCAACACAGAGTGGATCGATTACGACGGCTCCCCTCCATCCAGCCAATCAGCATCCTCGGCTA TCAAGGCTCTGCTAGAAATCAGGGGCCAGCCGCTACCCCCCACCACAGCAGTGAAGCATGTTCCTTTCTC CGGCGTATCACCTGGACTCCCGCCCTCATCGACTCACAAGCAATCAACGATCACTCGTCGCATTCCATCC TCATCCTCTGTATCCATCTCTGAACATCCCAAAGAGCCCTCCCAGAGCCCCACTGTGATAACCGTCGATC CCAAGCCTGCTGCATCAGCAAGCGAACGACTTGAATTCTCATCGGATCAACTCTCGAGTGTCGTCGACCA GTTCGAACAGTTCCTGGAGAGCGAGGCGCTAGGAGGGGGAACGCTAGGAAGAGGGAAGCGATTATCCGGA GGAGAGCCAGAGACCAAACCATCCGAGCCAAGCGACCAGAAGGAGAAGGAGGGGGAGGAGTCCTCAAAGA TTGATCCGTTTGAGTTTGTTGAGGAGATTATCTCCAAGGATACAGAACCAATGGTGTCAGCCAAGCCAAA GCTCAGCTATGGGCAGGAGATCCCCAAAACACCAGTAATGGATAAGTCACAGGTCATAGGTCATAAGATC ACACCTCAGGTCACCCCCGTAGTAGCTCAACCCACTCAGCCGACCGAGACCGCCTCTGTGACGAGTGTTG TCATGGAGTCGGCATCATCCTTTGACATCACTCAGATGAACCTGGAGGACCTCTCCTGCCAACGGATGAG AGAGGATGAGGACGATGAGGAGGAGGATGGCGATGACGACAAGAGAGGGGATGATCTCGGAAGCTCCGGT GAAATGATGTCATTCATGGATACCGGCAGTGGCGGATCCGGCTCAGAGGGCGTGATGGGAGCAGACGGAA AACTTCGGGTCAGCCGTCGAAAGCGGAAAGCGCCAACACCCATCGACGAAGAGACAGGTCCATCAAGCAT GCCCAGCTGGGCGAGGGCAGCATGGAACTTGTTACAGAGAGTGATGCGTTTCCGTGGCGCTAATCGACCC AAAGGAGGAATCAATGCAGCATCATGGTTCACAAGACCAGTTGACCCAGCAGAGGCACCAGGATATCACA AGGTCATCAAGAAACCAATGGACTTTGGTACTATCAAGAGAAACCTAGAGGCTGCTACGTACCAGGACTT TGCTGAATTCCACCATAACATGATGCTTGTGCGGGGTAACTGTCTGCAGTACAACCCTCCTGGACATGCA GCGAGAAGAGACTGTGAAGAAGTCTTTCAATTCTACTCCTCAGAGTACTCCAAGACACTCGACAGATGGC AAAAGCAAATGCTCTCAATGCCAAAGTCTCCCAAGAGAATACGAACAGATCCATCAGTGCTGCAACCGGG GCTGCAACCAGGGCTGCAACCTCCAACTCAGCAGTAGATTCTTTATTCATTAGAAATAAGTTCTACGATA TATCCACAAAGTATTCACCTGTAAGTGGCCAAGTCCAGACAACTAACTGAGATGTATGTAGTGCAGACTG AAGCTAGCTGCCAGTTGCCAAAGGTTGCCATTTTAACAATCAGTCTGTTGTAACTAGAGGTCTCAGGGGT AGAGCAGAGGTCTTTTACTTATCACTGGTAGGTCCCAGGTTCAGAACCAAGTCAATGCGCTAGTGCCCTT TGGTAAGGCATTAATCCTCATTACCAAGTCCCTCAGAGAGGACATAAAGCACTTGGGGCCCCTGGTGATT TTACTCAAACTTACAAGCATAATGTTGTACACATGCTGTTTTAGCAGTTTGGTAAAAAAAAAAGATCTCA ATCAAATGTCAGACAACTGGTGTGCACCTCCCTCTATGTTCTTGTTATTGGGTGTTCGTTTTGATCCCAA ACTGCCAAATAGATGTCTCAATTCTAGTGATATAAACCATTGTGATTAATCATCAGCAAGCTTATTGAAT TTTCTGTGCTTCTTTCTCTCTTATGTAATGAAATTAAAGCAAATTATAATAAGAATTGCAGAGCAGTTTT GTTTGACGTGGATGACTCAAGACATGGTGCTATGTCATATTATGTGTATGGGATCTTTAAGTTTACAAAC AACGGGTTAAAACAACAACTTTGTTTCAGTTGTTTGCATGAATACGTTTACAAATTCAAAATCATATTAT GCTTCTTCACCAGAATGTAATGAGGAATTTGAAAAATTACCTTTTTAGAAGTAAGTGAACCTGGAAGGTT GGAATCGTGGTTGAATATATTGATTGCTGCTGTCAGGTAAAGCTTGGGCATGATTTTTGAGGAATGCATC GAGTAAACACTCTCAAAATATTTGCAGAAATGCTGGGATAATTCTTAGCATTCTAGTGGGAATTTTTGTT ATATGCAAATGAATGGCAACTGGCAAATGGCAATTTCCTTCGTGTTTTAACTTAAAGGTATAGACCAGTT TTAGAAATGGCCCCCTCTCAAAAAATGAAATGGAAGCTCTTATTACCAATCATGTGAAAGAATATGTTTT GACTAATACGTGATGATACAAATTTTGCAGGGAAATCGCCTACTAATTGATATATTTGGTAAATTATTAT ATCTATCCGGACTGGATAGATATTGCGTAGTCCCATATACATCTTTCTATGTACAGTGCTTACAACTTTA CCAAGACTGGGCCAAATTTCTTATCATTTTGATGATTCCAGAACCTTGCAGTACACACCAATACTTATAT GCTAGATGATCAACCTTTTCTGATCGATTCCACAACGTTTCTTTCACAATGCAATCGCATGACCAGAACT GGTCTATACCTTTAAACTTTGTGTTATGACATATACAAAATGAAGCATATTTCATTATGTTTTGTTTAAA GCCATGGTTTACCGCCGCATGTCAGATCAGGTTTTCATTTGGTACATTTGCGAATAAGTCCAATGTTGTC CAAACAAAATGTAACCGATGTCTGATACTCAATGCCCTATTGATGACATACTGTACCTTTGACGGATATG ATCTGCTCTCAAAAGTGTCATAAGGTTCATGTTGTCCATGCTAAAAGCAATTGAAATTCATGCTTTTTGC ATCGTGACTATGAACCCTTATTACTCCTACCACAATCATAAAATGTACCTAACCTCGAAAGTCGTCATGT GAATACCTCTTCGTGCTAATGATTATGATTAGAAATTTAAGTATGGTTATGAATTATTTTTGAAAAATGT GGCAAGTTTATGTCTTTAAATGGTAAAAATATTATTGTTTTTGTATTATGTACGAACAGTATTTCTAAAT AACTCTTGTCGAGCCAATGATGTATTCGTAGATCATGTGAGCGAAAAGGGATTTAAATAATCTCATATTC ACTTGTTAATATGTATCATATTGTAAATATATGTCAATTAATGTTTATACAATCACAGCTGTTTGAAAAA AGTTTGAATTTCTTTCCATTCTTTACTACATGTATCACCCTCATGTTGGCCCCTCCTTTAACATATCTAT TGCACATATATTTTGGTGAGACCAGGGACCTGTTTCACAAAGCATTTTTTCAATGTCGTCTGACAAAAAA ATCAGTGACAAATCTGTTGATAACCAATCAGGAGCAAGGATTTCACTAGCTTATAACATAAATTGTCATT TGTCACTGACCCAGTTAATCAAGTCCTTTTGTTTACGTGCAATTGTCCAAAGAAGTGGTAGATGGTGTTA ACCAGTATTTGCCATGCTACAGCCCCTTTAAGCCTGGCTCTAGAAACTCTATCATACATTGTAATCCTCA CTCTTACATTCTGGCCTGAGTTCTACTCAAAATTTAAATCTTATCGCTGGGATTATGCATTTGTGTTTGA TCAGTTGTAAATTGGATATAGCGCTATAAAA
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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