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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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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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>JT104796.1 TSA: Strongylocentrotus purpuratus WHL22.367368.0 mRNA sequence TTCGCTCGCAGGTCCCGAAAGGAGCCCCGACGAAACCTCTGACAGCCGATGTTTATCAATATCTAGCACT CAGTTCAGGGCATTCGAAGAGCTCACTACTGAGATGGTGACACCGGGTGCAGTCTTTCCTATTGGCACTA CAACAGGCATCATATCTCATTGGACATAACCACAGAACACAGCCAGAAAACTTTGCCAAGACAATCCCCT GAGAACGCCCGCCGCAGAGCATCATGACTCTGGGGATGAAAGGCACACCCACTGGGGCAGGGGACACCGC ACCCGAGGCCACACCCGTTGTTCCGCCACAGCCATCACCACCACAGCAAGCAGGCAGCCAGCCACCTGAG CCGACAGAAGGAGGTAGCGATGGGGGTGATGAGAACACAGATATGGAGGAGCCTCCATTCCCTGCTGAAT CGTTGAATCGGCTGGATGAGATGATCAACAAACCAAGATGGGTTATCCCTGTCCTGCCCAAGGGAGAATT GGAAGTTCTTCTAGAGGCTGCCATCGAGCTCAGCAAGAAAAATCTGGATATACGCAGTGAATCATGCCAG AGGTTCTTCAGAGATGGGCTAACAATCTCCTTCACCAAAATCCTCACAGACGAAGCTGTCAGTGGATGGA AGTTTGAAATCCATCGCTGTATCATGAAGAACACAGAGAAACTGATAGAGCTGTGTGTGAGCAAGCTATC TCAGGATTGGTTTCCCCTTCTAGAACTTCTAGCCATGGCGCTTAATCCTCTCTGCAAGTTCCATGTGTTT AATGGTTCGAGGCAGTCAGAAACGGTTCCAATGGGTTCTCAGCTGAACAACAATGACATCTTTGCTAGAC CTCCAGACATCAGAAACCCAAAGGGTTGGTTAGTAGACCTGTTGAATCGTTTTGGAGCCCTAGGTGGATT TGATATCCTACAGGAGAGGTTCTTGGATGAGAGTCAGTCTCTCAATGTTCCTATCATCCATGCTTTACTC AGGCCTTGGGGTCAGTGCTATGAACTCATCACCCAGCATACTGTACAGACACACTTCATGCCTATTGTGG ATCGGGTGGTAGCCTACCTGGACGGTCTTTCAGATGATGAACTAAAGAAGGAATCTAAGAATGAAGCCAG GAACGATGCACTCTCATCTATCATCAAGGCTCTACGGAATCTTGTTTCCAAGGTTCCCAATCAGGAGGAA AAAATCAAGAACTTAGAGATGTTCAGACTCAAGATGATCTTGAGGTTACTTCAAATCTCGTCTTTCAATG GAAAGATGAACGCACTGAACGAAGTCAACAAGGTGATAGCTAACGTGACATACTACACACACAAACAGAC AGGCGTGGATGAAGAGGAGTACCTCACAGCAGAGAGAATGGCTGAATGGATCCAGGAGAATAAGGTGCTG AGTATTGTTCTCAGAGACAGTCTTCATCAACCTCAGTATGTTGAGAAACTGGAGAAGATCCTAAGATTTG TGATCAAAGAAAAAGCCCTCACGATGGAAGACTTGGACAACATTTGGGCTGCTCAGGTTGGAAAGCATGA AGCTATTGTGAAGAATGTCCATGATCTACTAGCCAAGCTTGCCTGGGACTTCTCCCCTGAACAGCTGGAT CATCTTTTTGATTGCTTCCAGGAAAGTTGGGCCACTGCCAGCACCAAGCAGCGAGAGAAGCTCCTAGAAT TGATCCGTAGGCTAGCCGAGGACGACAAGGATGGTCTCATGGCCCACAAGGTCCTGTCCCTACTCTGGAC CCTAGCCCACCAGCAGGATGTCCCTACAGACATCATGGACCAGGCCCTGCATGCCCACACCAAGATCCTG GACTATAGTTGCTCACAGGACCGAGACTCCCAGAAGCTGCACTGGATAGACAAGTTTGTGGAGGAGCTCA GGAAAGATAACTGGGTCATTCCAGCTCTCAAGCAGATCAAAGAAATATGCAGTCTGTTTGCTGAGGCACC GCAAAACTACCCTACTGCCCAGCGCTCCTCCCATGTGCAATATCGGCATGATGTCATCAACTCGCTGCAA ACCAAACATTCACTGGTGACTTTGGTGGCCGAGAATCTCTCCAGTTACATGAACCATGCAAGGCAGTCTG CCAAGGAAAACCCAGATCCCCAAAACATACCCCCAGATAGCAGGTATAGCCATGTACAACAAGTCCAGGA GAGGCTCAACTTCTTGAGATTCCTGTTAAAAGATGGGCAACTGTGGTTATGTGCACCCCAAGCCAAAGAA ATCTGGCATTGTTTAGCAGAGAACTCTGTGTATGTGAGTGACAGAGAGGCATGCTTCAAGTGGTTTTCAA AGTTGATGGGTGAAGAGCCTGACCTTGATCCTGAGATAAACCGTGATTTCTTTGAAGACAACATCCTTCA ACTCGACCCTGCACTGCTAACAGAGAACGGTATCAAATGCTTTGACCGCTTCTTCAAAGCGGTGAACTCC AAGGAGGGCAAGCTGGTCCCTAAGAGACGAGCCTTCCTCATGGATGATCTGGAGCTCATAGGTCTGGACT ACTTATGGAGGGTGGTCCTCTGTTCAGGGGATGAGATAGCGCTCAAAGCCATAGAACTACTCAAGGAGAC CTACACCAATCTTGGACCAAAACTGCAGGCCAGTCAGAGTGATATACATGAAGATTTTATCCAGTCTTGT ATGGACAGACTGAAAGCTATGTATGACACACTCAGAATACTGGAGACAGACAAGGAATGTGCAGATAAGG TGCAGCATGAAGCAACTAGAATGACAAGAATTCTGACAATCTTGAAGGAGTATATTAGTGAATATGACCT GGACTTCACAGAAGAGAGAACCATTCTACCAATGGCAAGAGCTCACAGGGGCAAGCACGTGACCCTCAAT GTGAGGTTTCCAAACCAGGGCAGGCAGGTTGATGACATTGATATCTGGTCTCACACCAATGAATCCTTAG CTTCAGTCAGGAGACAGATCCTTCTCAGAGCAAAAGCTAATTTAGCGACAACGCGGTTAGACCTGTACAT CAATGGGGAGCTTCTAGACCCTGCTGAAGATAGGCGACTGGTTGGAGACATTCCTCTCAGAGACAGAACA CTCATAACAGCTAAGCTGTGTCAGATGGGGTCCAATATGCCATCGTCACCTGATAGTTCATCGGACTCTT CAGGTGGATCACCGCATCATCCTTATGATGGACCCAACGTGGAAGCAGAGAAGTGTCTTCCAGGAGTGCT GATGTCTTTGCAACACACCTATGTAGAGTTCCTGTTCCATCTGTCTGACTTGGGCTGTAATCTCAACATA AGTCCTCTAAGGAACGGGGCTAGAGCGTTACTCAAAATCATGCCAGCAGATGTGACTATAGTTGACAAAC TGATAGAGATTTGCAGGAACAATGCCAAGCTTGGAGATCAGTCGGCTTCTCCTTCCCTTGAATCTCTCTT CTTTGGGTCGTCGTCATCTCAGGTTCTCTATCACCTTGAGGTTGTGTACTCATTACTAATGCCAGCCAGA CAGCCGCACAGTGAACCAGCGTTTGATTTCCAGTACAATTTCTTGAAGAGCGGTGGAGTGTCTGGGGTGA TGAACATGCTGACAAAGAATAATTTCTTGCCTAATGCTGATATGGAGACAAGGAGATCTGCTCTGCTGAT GGTGCTCAAGGTGGGTAAGCTCATGTTCACCACGCTGGCCTATGCCCGCATCACGGCGGTAGCGGAGGCC TGCCAGACGGACCCAGCCGGTGGTCCCAGCCAGTCATCCGTCTCCCAGACCACCCATACTCAGGCAGTAG TCCTCCAGCAGGCCATGCAACACATCCCTAACCCTAATGCTGAGTGTGTGCTGAGGAATGTCGCTGTAAG GCTGGGCAGGCAGGCAGCTGAAGAGTCAAAGAGTGATACCCTAGACCTAAGTGTTGTGAAAGCTATCAAG AAGATTGCCTGGTCGGCAGGCTGCGGATGCTCTCACCTACTGCATGGCTCAAACGAAGAGGTTCACAAAT CGTTCGAAAAGGCTGATAGTGGTGAAGCAGATGGAGATGACGCAGCGTTGTGTAGGGAAGCACTGGAGGT GTTGACGGTATGTCTGGCTCTCTGCCCTCAAGCATTGGACGCTCTCAACAAGGACAAGGCCTGGCAATGT TGCATCATAGATCTTTTACTTCTAGCTAAGACAAGGTCTGTACGTGTATCCGCTATGGAGCAGTTTCAGC TAATAGCTACCAAGTGTTCATCAGGGAATCGCCCCCTCATCTTCTTCATCACCCTCTGTTTCTCAGTCCT TCAGAACAAGACAAAAGAGCACCCAGGTTCCTGTAGTGAATACTTCCTGTTGCTATGTCGGTTACTCAAC TATGGCTACGTGTCCAACAGCTCCATGCCCAATGCAGAGGCTCTCCTCAACAATGAAATCGACTGGCTTA AGAAAGTTAGGGATGGAGTATTGACAACAGGAGAGTGTCTGTGTGAGGAGACTCTATTGGAGGGTCACCA AGGTATTACTAGAGAACTCCTGGCTTTCATGACGAGTGAGAAGAAGTTCCAGGTTGGATCCAAGAAAGAT GGCTGCCAGCTCATCAAGGAGTTATTGGATGACTTCTTGTTCCCCGCATCAAAGATCGTCGTTCAGACGT TAAAGAATGGAGCAGAGACACCTCTAGATCCCGTCATTCCAGTGTGCACGACCCCACCCACGATCAACGC TGCTTTCGACCTCCTGGTGGCGCTCTGCATGAACTGTGTGCCGAACCTCAAGCTTGTCACAGATACACTG ACTGACATGTACTATTCAGGTAATGATGCACCCTTGACGGAATGGGAATATCTCCCTCCTGTTGGTCCAA GACCTAACAAAGGCTTTGTGGGACTGAAGAACGCTGGAGCAACTTGCTACATGAACTCAGTCTTACAACA GATATACATGGTTCCTGAGATAAGGCGAGCAGTCCTGTCAGCAGAGGGCGCTATCATAGATACCGAGGAT GACTTCTACAATGACGAGAAACAAGATAACGAGAGTAACATAGACATTGTAGAGTCGGAGGTTGGTAGCT CTGTGATAGAGGAAGGCCCTCCCATGAGCAAACAGGAGGAGACAAAGGAGTACAACCTTGGTGTCTTGAA GCATGTCCAAGCCATCTTTGGTCACTTAGCAGAGAGCAAACTCCAGTACTATGTACCTAGGGGATTCTGG AAGCACTTCAAATTAGGCGGTGAGCCTGTGAACCTTCGAGAACAGCATGATGCTTTAGAGTTCTTCAACA GTCTGGTAGACAGCCTAGACGAAGCGCTCAAAGCTCATGGAGCCAACGCAGTCTTCGCCAAAGTACTGGG TGGCTCTTATGCAGATCAAATGATATGCAAAGATTGTCCTCATAGGTATTCTAGAGAATCAATGTTTACG ACGTTGAACGTGGACATTCGCAACAATCAGAACCTGCTAGACTCCCTGGAGCAGTTTGTCAAGGGAGATT TACTCGAAGGGGACAACGCATATCGATGTGAAAAGTGCAACAAAAAGGTGGACACTGTCAAACGCATGTG CATCAAGAGGCTACCAAAGGTCCTTGCAATTCAGCTCAAGAGATTTGACTATGACTGGGAACGGGAATGT GCAATAAAGTTCAATGACTATTTTGAGTTTCCCAAAGAATTTGACATGGATCCTTACACGGTAGAAGGGC TAGCAAAAATAGAAGGTGAGATCATCGCGGATGATGAGAGGGAGAACAGCGAGGAGGAAGAAGAAGGAAG CTCCAGGAGCACCAAGTATAGACTAGTAGGAGTGGTTGTACATAGCGGGCAGGCCAGTGGAGGTCACTAC TACTCATACATTCTACATAGGAATGGTGGTGATGGCAACCAGCAGGGTAAATGGTACAAGTTTGATGATG GAGAAGTGACAGAGTGTCGGATGGAAGACGATGAGGTTA
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???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds