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Echinobase
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Echinoderm mRNA
Echinoderm protein
Echinoderm CDS
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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>XM_003731203.3 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC100888208 (LOC100888208), mRNA TGTTAATGTGATCGTTTATGAGAGTTAGTTTATCTGACAAAAAGGAGTATTCTGACTTACGTCATGGGCT GAAATAGCGCCATCTACGCTTTCCTAATTCCGACATAGCAGTAGCAACGAATTGGATGTTCGCACCGAAA TCTTGTCCTAAATTACACCTGTTATTGATACGAAGCCAACCCGTTTGCAACAATAAGGAGGCAAGAAGTT TTCACGGAGCAAGTGTGATGGAATTAGTTGACATAGAATAAATTAGCAAGTCAACCCTACTACGACTTTT CATTGACTGTTTCTACAGTGAAAACTTCTCTTCACTACGACTTGCAACCTGCGATGACGTCGTGATTCAG ATTACGTGATTAGGTACAAGATGTCGGAAGTGGACATGATGGGGGACAAGGAGAAGGAAAACCCTGTTGC TGAAGCTGTGGACACAAGGTCAAAGCGAGAAGTCAAACTCACTGAGAAAGGTCTGCAGTATCAAGCTGAA ACAAAAGGGAAGGAATTTAAGAGATCCATTAGTGCTTGGCGTAGAGCGTCGAATAAGTTAAGAGCTACCT TGAGCGACATCAGTGATGTCAAAGTTATTCGACAAGGTAGGGACGCTCTGCAGCAGGTGATGGACAACGC CATATCCGCTCAAGAAGAACTTCAGATTCTATTGGAGTTGGCAGGAATCGACGATGACAGCCATGAAAGG CTCGACAACATCGAACAAGAACACTCAGAGCTGATGAAAGGAGTACAAGAACACCTCCTCGAACAAGAAT CGTCAAGAAAATCTAAAGTTTCATCGAAAAGACTATCATCCTGTCAAAAATGGGTGAATGAATGCTCGTT TGAAAGCCAGGATGATGTGCCGACTAAAGATGTGCCGACCAAAGATGTGCCAACTGAAGATGTTCCGACT ACAGAATTGCCGACTAAAGAACCCTTGTTAAATTTGCTGACTCAGCTACAGATTAGTCGCTTGCCACTGC CAGAACCAGATATCTTTTCTGGGGATCCACTGCAATACCCTAGTTGGAAACAGGCCTACGACATCTTAAT GGAACATCAAGGTATTCCTGCAAGGGATCGATTCTTCTACTTAAAGAAGTATCTACGTGGCCCACCTCTC GAACTCGTGCAAGGATTTTCTCTGATACACAATGATATGGCATACAATCGAGCTACGAGTGAACTAGAAC AGAGATATGGTGATCCATTCATCATTTCGAATGCATTTCGTGACCGACTGGATAACTGGCCAAAGATACC TACAAAGGATTCCAGAGGACTGCGTAGATTCTCTGATTACCTACGACAATGCCAAACAGCAATAGAAAAG ATCGGCAACCTCCGACAGTTAGATGACGAACGTGAGAATAGGAAACTCCTATCCAAACTTCCCGATTGGC TTGTTACTAAATGGAGCCGACGAGTCTATGAGCATAGGAGGTCACATGGTACATTTCCTTCATTCGGTAC CTTCTCATCATTCATTGAGGAAGAGAGTAACATTGCATGTGACCCAATCACGTCCATTGGTAGCCTGAAG GAGGACAAACCGAAACAGGACAGAGGAAAATCCATGAGAGCGTTAACTATGAGAACCAGCTCCATCCAAG ATGAGACAAAGAGGCCAGAACGGAAATCATTCTGTATATTCTGTAGAAATCATCATCACCTTGAGGATTG TCAAGCCTTTGTCAATCAGCCTATGTCCGAGAGGAAGAAGTTCATAAGAGAAAAGGGCTTGTGTTACGGG TGTCTCAAGAGAGGTCATCTGACCAAAAAATGTCGAGTGAGAAGCACATGCAGAGAGTGCAACAAGCGTC ATCCTACGCCACTACACTTTGACAGAAGACCTTCAGAAGAAAGGGAAAGGACATCGAACCAGGAAGAAAT ACAATCTTCAAATTCACATACACTTGTTAATTCTAACGCCACAAGTTATGTGAAAAGCGCGGCAATCGTG CCAGTCTGGCTGTCTCATGAGAATATGAAGGAAGAGAGGCTCGTATACGCACTATTAGATACTCAATCGG ATACCACCTTCATATTGAATTCTACAAAGGATGCCTTAGGACTTCATGGACTGAGGGTCAACCTTCTTCT GTCTACAATGTCGACCAAGAACGAAAGGATTCCAAGTGAGAAGATTAAAGGACTCACAGCTCGAGCCTTT AACAGTGAAAAGGTGATACACCTTCCAGCTGCATACACTAGAGACATAATGCCAGCCAACAGAGAACACA TCCCCACTCCTGAAGTAGCTCGCTCTTTCCCACATTTGGTTCCAATTGCTGACCAACTTCTGCCTCTGAA GCACTGTGAAATAGGATTGTTGATCGGCTATGATTGTGGAAGAGCTCTGACTCCTCGAGATGTGATTCCC TCCCAAGACGATGACGGTCCATTTGGAATGAAAACTGACTTGGGATGGAGCATAGTGGGTGTTACAAGTC AAGATGAACAGCACTACAACCCCGATGATCACGTTGGCCACAGTCATCGCTTGACAGCACGTGAAATACC CGCTGAACTAGCTGAAAGAGACATGTCCATCAAGAAGAGAGTAACGTTCACTCACAACGTTACAATCAAG GAAGAGATCAGCCCTTCGTCTGTGCTGAAGCTGATGGAAAGAGATTTCTCAGAGAGCAGAAGTGAGGTAC CATTTTCGCAACATGATACAAGATTTATGAGAATCATGTCGGAGAATGTCCATATCACAGATGATGGTCA TTACGAGACTCCTCTTCCCTTTAAAGAAGATGTCGTCAACCTTCCCAACAACAGATTCATGGCGGAAAGG AGATTGAGTCATCTAAAGAGAAAGTTTCAAAGAGACTCTGAGTATCATCAGAAATACTCGGAAAAGATGG ATGCTCTCTTGGAGAAAGGATATGCTGAAAGTGTACCAGAATATGACAAGCAGAACGGCCAAGCATGGTA CATTCCCCATCATGGGGTAGTACAACCCAACAAGTTACGAGTTGTGTTTGATTGCATTGCAGAATTTGGA AAGGAATCTCTCAACAAGCAGCTTCTTTCTGGACCAGATCTGACTAACACACTAGTGGGAGTACTTTGCA GGTTCAGACTGGAACCAATCGCATTTTGTTGCGATATACGTGAGATGTTCTACCAATTCAAGGTGAAGGA AGATCATAGGAAATACCTACGGTATTTGTGGTGGAAGGATGGAGACTTTCTGCAACAGCCCCATGAGCTA AGAATGACTGTCCATTTGTTTGGGGCGACGTCGTCTCCAGGATGCTCAAACTTTTGTTTGAAACAGATTG CCAGCGACCATGCTATTGAATTTGGAGAGGATGTAAAGAACTTTGTACATCATAACTTCTACGTGGACGA TGGGCTAATATCTGTTCCTACCAAAGAAGAGGCCAAGAATCTGATCTCGAGAACCAGAGAGATGTGCAAG AAAGGAGGCCTCCACTTGCACAAATTCATCTCAAACACCCAAGAAGTGCTGGAAACAGTTCCGGAAGAGG ATAGAGCAAAGGGCACTACCAAGACTAATCTCCTACAGGATAAGCTTCCTTTGCAGAAGGCACTTGGGGT GCAATGGTGTGTGGAATCTGACACGTTCCAATTCAGAGTCACACTCGATGACAGACCTCTAACCAGGCGC GGAATACTGTCAACCGTGATGTCGATCTATGACCCTATGGGATTACTAGCCCCGATTGTCTTACCTGGTA AGCAGATTCTGCAAGAGCTGTGTAAGATGTCTGCTGATTGGGACGACCCCCTGCCAGATCATCTCAGAGA AAGATGGGAGAAATGGACAACTGATCTGCATAATCTTGACTCCCTATCAATACAGAGATGCTACAAACCT GCAGACTTCGGTGAGGTTACGACCATGCAGATGCACCACTTCTCCGATGCTAGTTCCGAGGGATACGGCC AATGCTCATACATGAGAATTAAGAATGGAGAGGGAAGAGTCCACTGTATCCTGGTGATGGCAAAGTCCAG GATTGCCCCGCTCAAGGCAGTAACAATACCCCGTTTGGAACTATCAGCTGCCGTTGTTTCCATTAGGGTG AGCACATTTCTTCAGCGAGAGTTAGCCTTGGAGGACATTGAGCATATCTACTGGACAGACAGCAATGTGG TACTTGGATACATAAACAATGAATCGAAGCGGTTCCATGTGTTCGTAGCAAATAGGATCTGTGAGATCAG ACAACACTCAGAATCATCGCAGTGGAAGCACGTTCGAACACAGGACAATCCAGCAGATGGAGCTTCCAGA GGGTTTACCGTTGACCAACTCATCACTTCGAACTGGTTCACTGGCCCAGATTTTCTATGGGAAGAGACGG TTCCTCGCGCTGATGATCAGGAGGAATTCGAGGTTTCACCAGGTGACCCCGAGGTGAAGAAGTCTATGGT GAACGCGACTGTAATGGGTGACTCCAAGTTTGATCTGAGTCGCCTAGACCGATTCCCGACATGGTATAGA GCAAAGAGGGCGATGGCTTATTGTCTGCTGTTCATCACAAGACTGAAACAACGTTGTCAAAGAAAACGTA CAAGACAGGCAAATGATGACTCAACTTCCCAAGGCAAAGTCTCGGTGCAGAATCTACAACAGGCAGAAAC TGAGATACTGAGACACGTCCAGAGTGAAGCCTTTGGGGAAGAAATAGAAATCCTGAAGTCAATCCAGAGG AAACAGGATCTGAATGACAGGCAGAGAAGACGTCAAATAAAGAAAGAAAGTCGTCTCCATGGACTTGACT CTTTCCTGGATAAAAAGGGAATTCTAAGAGTTGGAGGAAGAATTCGAAGGGGAGACGACTCATATGACAG AAAGCATCCCCTGATTCTCCCACAAAGAAGCCACGTAACGGACCTTGTGATACGTCACTGTCATGAGTTG ACTGCTCATCAAGGAAGAGGCATGACATTGAACCAGATAAGAGAGAATGGATTTTGGGTTCTTGGAAGCA GTAATCGAGTGGCCAATTTCATACGAAAATGTGTCATATGCAATAGGCTACGTAGTCCCGCACAATTACA GAAGATGTCTGATCTACCGTCTGACCGTGTGTTACCTGCAGCACCTTTCACTTACTGTGGCATCGACTGC TTTGGCCCATGGGTGATAAAAGAAGGTAGAAAGGAGATGAAGCGATATGGACTCCTCTTCACATGCATGC CTTCGAGAGCCGTGCATATTGAGACACTCAATAGTCTGACTACAGACTCATTCATTCAGGGATATCATCG CTTTGCTGCTCTGAGGGGTCCAATACGTCAACTGAGATGCGACAGGGGAACGAACTTCGTTGGCGCAGAA GCAGAGTTAAGGAAAGCGTGGTCAGAAATGAATCACGAACATGTCAAAGGCACTCTAATGAAAGAAGGAT GTGACTACGTACAGTTCACTTTCAACGTCCCCGCGGCAAGCCATATGGGTGGAGTATGGGAGCGCCAAAT AAGATCTGCCAGGAGAGTGCTTGAAACTTTGCTGTATCAATCGAGTAGACAACTCAATGATGAATCACTG AGAACACTGCTGTATGAAGCGGCTGCAATTGTCAATAGCAGGCCGCTGACTGTGACTGACCTGAACGACC CAACATATTTGGCTCCTCTTACGCCAAATCATCTCATAACCATGAAGTCGAAAGTCTTACTTCCTCCACC AGGCAATTTTCAGGACGCTGATTTGTACTCCAGAAAGCGTTGGAGGAGGGTACAACATCTGATCAACGAG TTCTGGGATCGTTGGAGAAAGGAGTTTCTCCAGAACTTACAGACACGCCAGAAATGGACTCGGCCCCGAC GGGATGCTAAGATTGGGGATATCGTCATCATGAAAGACGAGAACTTGCCACGAAATCAATGGTCCCTAGC AAGGATAAGCGAGGTCTTTCCTTCTACCGATGGACTCATTCGTAAAGTGAAGCTCGTAAAGGGTGACTCC GAACTTGACGACAGCGGTAAGCGTAAAGGACCTGTGAAAGAACTAGAGCGTCCGATACACAAACTGGTTT TGCTGCTTCCGCGTGAAGACCAGGACGGATTCCCGACCAAGGAGCCTTGA
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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
