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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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>JT105067.1 TSA: Strongylocentrotus purpuratus WHL22.49246.0 mRNA sequence GTGAGAAGTTCATGCAGAGCGGAGTTCAACTTTGGGCTTTCTCATCAGTCGCTTGTTGGAGGGCTTGATC GCTGGACTCATCGAGCATAATCTCTGGTTGGCGTGTGGAGACAAGATTTATCAGCATCAGACGACTCACG TAAGATCTAGAGCTAATTTGGTACATGAGAGTTACAACCTTATTTAGGCAGTAAGGAGAATAACCAACAG CCAAGATGTCACAGAATGGCCGTCCCGCTACATCAAAGGAGAAGAGTGATGCAAGTCTTAATCTTCAGGT TGAGGAGCTGTTAAAGCCGCCTGAAAAGCTCCCTCTAACAAGCAGTCCCTTGGATGGGGAGCCAGAGACT CACTTCCCTCAGTTCGGAGAGAAGGATTATGAAAGCCATCGAAGCGAAGATGTCCTAGTCCACCACCAGC TGGATCCATTACCACAGAGAGGTTCTTCCAAGAGTTTGAAAGATCATGATGCACAGCACCAAAAGATACG CACCAGCCACTCCAGCAAGAGCATCGCCGAGGCAACGGAGGAACTCATCACCAGTATTGCTGAAGAAACT ATTGGAGATAGTGTGGATGGGGGAGAAAAGAGTACACCGAAGTTCATCATTGGAGAAGACGATGGGGCTG AGACACCAGTCCGATCTGAAAGTCAGTCAGATGAGAAGGGGCTTCATGAAGAGGCAAACTCAAAGTTCAA TGAGAAGCCTGGATCTCACAAGCACCATCGTCACCATCACCACGGCAAGAAGCAGCGCAATCTGTCCGAT GACCCCAACGAACGTCTACGACAGGGTAGCGATGTCAATCTCAAGATGCACGACATCTCCATCAAGATCG GCGGGGATGATGAGGAGGAAGGAGAGATGAATCCATCCATTAGGGAGACCATGGCTGTCCATCGTCTTGG TGATATGTCAGGTGGAGGACGCCACCACCATTCTTCTCGCAAGCACAACGTGAGCTCCTTTGTCCATGTG CGCGGGAGAACACCCTCAGGGGAGAAGAACACATCACCGCGAAAGAAGAAGGAATACGATCATCGGCCCC ACGAGGTCTTTGTAGAGTTGGATGAGTTGTACAAGGAGGAGGGCCATGAGATGCAATGGAAGGAGAAAGC TCGTTGGATCAAGTATGAGGAAGATGTTGAAGAAGGGGCGCAGCGCTGGGGTAAACCTCACGTTGCTTCC CTCTCCTTCCACAGTCTGGTGGAGCTTAGACAGTACCTAGAACATGCCACCGCTTTGTTTGATTTGGAGG AGACCAACCTCTCCAATATCTTCCACCGTATCGTTGACAGCATGATCAATGCCGATCAGATCAAAGAAGA GAACCGAGCGGACATTATGAGGGCGCTATTGCTCAAACATAAGCACGTGAACGATGGCGGCAACAGTATT CTTCGAAACTTCTCCACCATTTCCCTGGGTTCCATGGATGACAAGAAGGGTGAAAGACACAATGAGAAAC ATCATCACCACCCCTCTGGCATCTTGAAGAACCTGTCATCGATCAGTCTGACAGGACACGGTCAGACAAA GCCTGAAGCTGAGGTACGCATTCCGATGATCAACAAAGACGGCAAAGCCAACACCAACGGCTTGTCCAAC GAGAACCAGAATGCATCGTCTGGTGCCTTCAAGACCACACCCTCTTCAACATCTCTGATGAAACTTGCCC ATAAGCTGGACCACAAGAAGATCGAAGGCATCATGCGCAAGATCCCCCAGGATGCTGAAGCAACCTCTGC CCTGGTGGGCGAGGTGGACTTCCTGGAGACCCCGGCCGTCTCCTTTGTGCGCCTTGCAGAAGGAACCATC CTGGATAATTTCTCTGAGGTGCCCATCCCTGTCAGGTTCCTCTTCGTGATGCTGGTGCCGACCCATTCGG ACATCAACTACCATGAACTTGGAAGATCTTTCTCTACCCTGATGTCCAATGATCACTTCCATGAGACTGC GTACCAAGCAGAGTCAATGAGGGATCTCCTGACAGCCATGAACACCTTCATCGATCACACAATCGTACTA CCCCCGGGAGACTGGGACAGGGAACTGCTCCTTCCGGTACTCCGCATGCAGCATGAGAAGATGAAGAAGA TGAGGGCCGAAACGCTAGCAGAGGAGGCTGATGGGGACATGACGGTCGTTGATATCTCTACCAAGCAGCA ACCGTACTCAAATCTCCCTGATCCACTCAAGAGGACAGGTAAGATCTTCGGAGGCCTGATCAACGATGTC CGACGTCGCTACCCCCACTACTGGTCCGACATCAGGGACGGAATCAACTTCCAGTGCGTGGCTGCTTTCT TCTTCATCTTCTTTGCTGCTCTCTCTCCAGCCATCACGTTTGGCGGTCTGTTAGCTGATAAGACTGAGAA CTGGATTGGTGTGTCTGAGACCATTGTTGCCACAGCGATCAATGGATGCATCTTTGCGCTGCTCTCAGGA CAACCGTTGACCATCATTGGAGTGACCGGTCCTATTCTTGTCTTTGAAGAAAATCTGTATTCGTTCTGCA CCGACCGCAACATTGAGTACCTTCCGTTCCGGGTTTGGGTCGGTATCTGGCTCTTTGTGATCATCACCGT CATGGTGGCGTTTGAAGGGAGCGTTCTGGTTCAGTACTTTACACGGTTCACAGAGGAGATCTTTGCGTTC CTCATCGGACTCATCTTTGTCTACGAAGTATTCAACAAGCTTTACAAGACCTTCAAGACGCATCCTCTCT TGGAAGACTACTGCGTGGTTCCTGGAACCGATGACCCCATGAACTACACTGAGCTCTGGACCACCTCCTA CACGGAATACACAGATGAGAACGGAACTGTCGTGTATGATCTTGCCACGCCTTCATACAACATGACTGGC AACATGACCGGCAACATGACTGGTATGGGTGTCTGTTCTTCAGCTAAGGTGGTGGTAGCTGGCCAACCAA ACACTGCTCTCTTGTCAACCATTCTTACACTCGGCACTTTCTTCTTGGCTTACTTCCTTCGCAAATTCCG ACAAGGGCGTTTCCTCGGAAGGAGTGCAAGGAAGATGATTGGAGACTTTGGAATCCCCATCTCTATCCTT GTCTTTGTGAGTGTGGACTTCTTAATCAAGGCTACATACACACAGAAACTGGATGTCCCCGATGGTCTGA AGCCCTCTGATGTGTGCAAGCGTGGTTGGTTTGTAAACCCTCTTGGTATCAACAAACCTCTTGGTATCGG TCTCATGTTTGCTGCAGCTATCCCTGCCCTACTGGCCTTCATTCTCATGTACATGGAGACACTCATCACC GGACTGATTATAAACAAGAAGGATAACAAGATGAAGAAGGGATCCGGCTTCCATCTCGACACGTTCATCA TTGGTTGCATGGCTGTCATGAACGGTCTCTTAGGATTGCCCCTGGTCTGGGCCGCCACCGTCCGGTCCGT CACCCACGTCGGGGCCCTGTCCGTCTTCAGCAAGTCCCACGCTCCGGGAGAGAAGCCAAAGCTCATGAAG ATCATCGAGCAGAGGGTCACTGCACTTCTCATCCATATTGTTATAGGTGCGTCCATCGCCATCTCCCCCC TCCTCCGGCAGGTGCCTCTAGCCGTTCTCTTTGGTGTGTTCCTCTACATGGGTGTGACCTCACTCAATGG TATCCAGATGGTAGAGAGAGCTAGTCTCCTCTTCATGCCCGTCAAACATCATCCTGATACACGCTATGTC AGGGAGGTGCGTACATGGAGGATGCACATCTTCACCATCATCCAGCTAGGCTGCCTTGCTATCCTGTGGA TCATCAAACTCACTCCGGCCGCCCTGGCATTCTCTTTCTTCCTCATCCTCCTCGTACCGATCAGGAGTCA ACTCAAGAGGATCTTTACCAAGCAGGAGTTAGACGCGCTTGACAGTGATGAGGTGGATGCTAATGAGGAT GAAGACGATGAGTATCAAACTGTCCACATGCCTCAGTAGAGGTCAAAGGTCATCCGCTGCTTTCTGTCTC CAAGGGAGAGTGTTGTGTTGAAATCTTGCTGCCAATAAAAAACGCACTTTCAACCCGAAATGTCTTCTCT GATTCCCCACCGAACTAATTCTTCAATATCATAGTTGTATATCAATCGTCATGAAAGGTTCAAAGGTCAT GTAAGGTTAAAAGGTCATATTGGCCCTTTGTAACATAATTAGATATCAACTTTGTTTGAGCCTTGTGTTG AGCTACTATTCTATTATTGAAGTTTATTGCTTCTAACTGCCTTCCAACCTCTTGCATGAAAAGTGTGTAT TGTTTGACGTCTAGCCCCCCAAAACACCACAAAATGTAATTTGATTCCTAAACCTGTATATCAAGTAGCA TATTGCAAACTATATGTAGTATGTAGTATGTTGCTAGCATTACCGTTCATGATAAATGGATGTACCCCAA AATACACAAAAATTTGCAGAGAATTATTTCTTAGGGTGCAAAAGAATTGTGCAGAAATATGTATCATTTA CCATTGTAATAACAGGGTTTGAAAATCATTGTATCACTGTTGGGTAACGGTATCTGTGCAGCACTTCACA TTATTCAAATATTAATTGTCTTGATAAAGTATGATATTGTCAACGTAGAGCCAAATGGGTGTTTACTCTG TGTTTATGAGTTAATGCCCTTCTGGCTCTGAACAGTCAATATGTACAGTATGAAGAGTTGTTTCTGTCTG ACAGTGTACCCACAGTTAAGTTTGCACCTTGGTAGGCACCGAGTAGTTCCGACGAAAGGACAAGTAGGTT AAACCCCCATGCTCTTACCCTACATGATATCTACAGACCATCGGCTCAGAGCCAGAAGGATGTTAACTCG TATCATTGACTAAACACCCTTCTGGCTCTCAACTGACGATTTGTTAATTAATAGCTCATTATCAGAAAGA CCTTCACGTTGAAATGCATTTATAGTGAAATGATAGATGCCTTTCAGCGTTCATGTATTCTCGCACAAAC TCATGAGGATTAATCCAACTATCTGGCTAGGATTGCATTTATATATATGTTATTATTTCATGACTGCATT GTACAGTTCTATGGGACAAAATTTAATTGTTAACGTCATTGCATTGCATTTTTATCAAGTACTTTTTTTC TACTCTGCCTTCAGTACTATGCAAATGAATTTTGAAATTGAAAGAGCACTTAGGCTCCAACAGAGGCTTT GTAAAAAAATATATTAAAAAGTAGTGTAAAATATAATTAAAAGATGTGTTATTTATCTTTCCATAGTGTT AATATTATAAAAGTGATTAAAAAACTATTTTGCCTATTATTAAAGAGTACTTCTTTCTAAAAAAAATGAT TTGATTAAAAAAAACACTCTTTCTTTGAGTTGTCTTTCTGTAATACCAACTTTATCACTATTTTCTCTTC GTTTTCCCCAGTCAGTGATAATTGAAAGAATGTAAGTTTGACTTTAATGATGTAAAAATCATCACTCTTT TGACTGAAAATGACACCAAACTGTACTTTGTGAGACAATTATTGCATCGCTTTCTCCTCGCTGAGATGAT GTTTTTTAAGCATTTTGTGGAGAAAACTAAAAAAAAATAGGTGTGAAGCTTTGGCGTATTTATAAAGATA ATTCTGTTTGTGATTGTGTCTTTGAGTTGTCATTTTGTGTTGATAAGTGTGAATAGTAGCTGTGAGAGTT TTCACATATTTTGTACAGGCTTCCAATAACTCAAAGTCTCTGTGAAATATTATATAAATGGTGCTTTCAT TAAAGAAAATATATTTAATTGGCTGTGTATATAAATCCATATTATTT
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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