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Echinobase
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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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>XM_030979403.1 PREDICTED: Strongylocentrotus purpuratus PDZ and LIM domain protein 5 (LOC592242), transcript variant X1, mRNA ATGTCTGCGAATGGATACAAATCTAATATATTCTGTCGACCGTTTGATTAGAGTGCTAGCCCCCGGTCAT GCAACTCTCCTGGCGAGCCACACGCATACTTCCTAGTTCGCATTGCTGGCATTCGTTGCATTCATTGATT GCCGAAATCTGTATTTGTTGTGTGTAACCCTTTCGTCTACTTTCACCAAATTTTCTCCTTCACTGACTGA CATCGCCCACAATTTGCGTTTATCTGTGGATTTTTACTGTCTGGTTGTGTTCTCGGTGTGTTTTATCGGA GGTGAACTTCAAAGCCCCTGAAATAGAATGGCCCAGAGGCTTAACATCACGATACCGGGGCCCGGCCCGT GGGGCTTCCGTCTCGCCGGTGGTAGGGACTTTAACCAGCCGCTGTACATTTCCAAGGTAACAAACTTTAG CAAGGCACAGCGAGCTGCTATTCTGGAGAATGATACCATCCTTGCCATCAATGGATATGACATGACCAAC ATAACCCATCTGGACGCCCAGAACTTCATCAAGAGTGCCACTGGCAACCTGTCCTTTACTCTAGAAAGGT CTGAGCAGGCCACTATCTGGACACCAGAGGTCAGTGAGCAGGCAGATACTGGTATCAATATTTCACTCAA GGCTAACAAACAGCAATTCCAGCATGCAGGAAGCAGTCACAACGCCAAACCCCGCCTCTTCCCTGGATCG GGCGGGGGAGCGGCCCAACAACCCCAGTCGGCTCCAAACGTGGTCCACAAACAGTTCAACTCTCCAGTGG GGATCTACTCCGCCCAGAATGTAGCCGACAGTTACAGAGGACAAACAGAGGGCATGGCACCAACCAATAG ATATGATGACGATCAACAAGCCCCGGCTGCCTGGCAGAAACCCTCTGCGTATGCTCCAGGGTCCAGCCAA GGCCCCAGGTCAACCAGCTTCAAGAAGGTTCAACAACTAGCTGGAGAAGATGATAGAGGTTATGGTGGTC AGCAAACCTCAGCCCCAGCCCAAGCCCCTGCCCCAGCCCCTGGATACCGACCAGGTGGAACTCGCTCTGT GAGGGCTCCCGTTGCCAAGCCAACCACTGGGGGCTCAAAACCAGCGAATGCCTTGCCAGTCTGCCACAAA TGTAACCAGAATATCATGGGTCCGTTTGTGAAGGTACGTGGTAACCCTCTCCATGATACCTGCTTCACCT GTGAATCGTGTGCCTCATCTCTACGCAATAAAGATGATGGTGAAGAAGGATTCTTTGTCATCAATGAGTT GCTGTACTGTGAAGCCTGCAAGAATCGCATCCAGCATCAGCCTGGTCAAGTCAACGGAAGCTCAGCCAAG TCTGCACCAAAGTCTCCTTCAAAGCCAGGACCTCCTAAAGTTTCCAATGATGGCGATCAGGTACACCAGA ATGGGGCGTCCACTGCACATCTGTCTTATTCCGCGCCCCCTCCGCCCGAGCCAGCAAGCTACGACACCCC GCAGGCGAACTCTGATTGGCCTGCAGACACAGCATCATTCCCAGACCCGCCCTCATTCCTCACAGAGCAT GCTCCCATCACCTCACACAGCAGGAACGGTAACGGAGACACAACCGACTCTGGTTACTCGGACCATCAGC AAGACGATTTACCCGCGCCGCCCTCATCGATGACGACGGGTATTAAAGCAGTACTCAACGCCCCAGAGCC GTGGAACCCCAGCGAGAGTTACACCTCGCCCGTCATCCGCAGTGTTAGGGCACCCATGGGCAAGTCGTTG GCAAGGTCGCCCTCTCCGGCTGATTCTAACAGTGTCCCTGAAGATGGTGTCAAGGTCATGTTTGTTCCTA AGAATCATTTGGGTAAGCCACCTAGTCAGGTAGCAGGCCGTACTACTACTACTACCAAGACCTTCACCAC CTCGTACCAGGCTTCACCCAATACAGTTGAAGACGATATGGCAGCTCCTCCACCACCACCACCCCCTCAA ATAGGTGCAACAAACTTTGCCTGGAAATCCGATGGTCCCTCGGCGCCCCGCCCCAGCCCTCCCCCAGCTG CTTACAGGCCGGGTCCACCCCGTGCCCCTAAAGGCCAGCCCCCTAGGTCCGTCTTCCCCCAGCCTCCTCC ATCCATGTTGGGCCAGCGGGCTTCACCCGTAGCACCTCCACCGGCCCAGAGAGGCCCTCCGGTGGCTCCC CCTCCGGCCCAGCGGGGACCGCCAGTTGCACCCCCTCCAGCTCAGAGGGGACCGCCAGTCGCACCCCCTC CAGCACAGAGGGGGCCACCCGCGCCACCCCCACAGGGCCAGAGGGGACCACCAGCCCCTGCCCCTGGCCC AGCCCAACCCAGGCCTGGAGGAGCAGTGGCGCCTGCTGCGTCTGCTGGAATGACCCGTACGCCCTACTGC GAGGGATGTAACGATCCTGTAAGGGGCACTTTTGTGACTGCCTTTGGACGCAACTGGCACCCAGAACACT TTGTATGTGCCCACTGCCATGAGAACCTGCAGGGCAAGGGAGTGATCGAGGATAAGGGCAAGATCTACTG TGAAGAGGACTACATGAGGCTTTATGCTCCAAAGTGTGCCAGCTGTATGGGATCTATTACTGGGGAATGT GTGAAGGCGATGGGGGCTGAATACCACCCTGCCTGCTTCACATGTGTGGTGTGCAGCCAACCAATCACAG GAGATGGATTTCACATGCAAGACGGAATGATGTACTGCAAAAGGGATTTCCAGAACAAGTTCCGAGGGGT GAACTGCGGAGGCTGCAACTTCCCCATCGAGGCTGGGGAAGCTTGGCTAGAAGCCCTGGATAAATCTTAC CATGCAGAATGCTTCACTTGCGCGCAATGTAGCCAGCGCCTGGAGGGACAGCGTTTCTACGCAAAAGCAG GCCGTCCCTACTGCCAGGCTCACGGCTCATAATGTAGTCATGGCAACGCTATGCAACACAAGTAGTATAC AGTTATTTATTGGAGTTATTGGGCTTTATAATTACCTATCTTGTAACATACCTGAGGTTTAGTTAGAATG TGCACTAAGATTTTGAATCGCCCATTTTTTTCAATTTTCTTATTTATGAGAGATAAACTCACTTAGAACA AACAGTGATCAAATTTGAAATTGAATCATACTTGTTTCATGTGTTATTTGAGGTTACTAAAATCTTCCAC ACATTTCAACACTATGATACTTGGTTGAGATCAAAGGGTGCAGGGAAATGAACATTTCGAATGCAATGCA TGGACTAATTAAAGAAAGATATTGTATTTATTATCTGTTAATTTTGTAGATTTAGAAGGAAAAAAATAAT TTTTCCCCTTTTAATTGAATACGCTGTACAAAGAAAGAGTGGCTTCATAGTTATGTATGTTGAGTGAATG TGAGTTGGGAAAAGGGATAAAAAGGAGACATAAAGTATTTATTTGTAAGGTATGATACAAAGCAAGCATT GATGTTAAAAATGTAAGGTCACTGTAATATTGTGATGGGTCAATGCGATTTAAGATAAAAAATGAGACGA CTTTGAGTTTGTGATGCCAATTTGCTTTGCTTCAGTGACGCAACGTGATTGGTGAAAATGGCCGGTGGAT ATACATGTTTGCACTGTAGCAGAGCAAAGCTTTATATACAGAGCTCGCCATGACAACCACAGTTCAATCG CCACGGTGATACACAACAGTCAGTGGCCTTGAATGGAAATGTTTAAATGCAATCTATTCGTGTTTGTGAT GTCTTGTTTGTTATGCTTACAAGCCAATGATGTCTCAATATGCAGATATCTTGTTGGACGAAGGATTTTT GATAGAAAGAATTCTTTTGTCGCCTTGAGTGCCAAATATTGTTGATTTATTTGATGGCGAAATCTACATT TACATGTATCTGTATGTGGGGAGGGACTGCAAATGCAAAGAAATGCATTGTTTGTAGTAGTTGTCATATT TTTCATCCATTATCAGATATATGTCGTTAGACATTTTTTGTTATTGAGTTGTTTATAGCATTGTTCACAG CATTAAATTGGAAACCTTATAAACAAAGAGATTTTCAAATGCAGAGAGACTAACAAATTTACAAATCCAT CTTTAAACTATCCGATGGGAGTTCTTTTTCAACTGTAGTGAAATTATTGTTTCAGATTTTAAAATAAAAA TATTTATATCCTTCAATATATATCAGCTGTGTGTTACACTCATAGCAGTAGACTGTATAGAACTATTTAT TTCATTTTATAAAAACCATTTATTACGCAAAAGGCTTCAGCAATATGTTTTATAACGTAGGTAAAAAGAA ATCATTATGTCCGTTAACTAATTTTTGTGGTGTATATTATATGTATTTGTGGGGAGTATTAAAACAAAAT TGTATATACTTGCTAGAAAGCGAGAGGAACAACTTGGACATGAGTAAGATTAGTCTTTAGTGCACTAGGA AATATGGGTTCTGACATTATATAATCAGTATATATATAAATATATTTTACAAGTATAATACCAATCGTAG CCTACTGATTTTGAATGAATACTGAAGTACTATTGCTTGATAGTTAAATGAAGGAAGAAAACTATGGACA GGTTTAATGTGTGTGTGGTATGGTAGTTCATATGTAATGATAAGAAATGTAAATATATACTTTTTTTCTC AGAAAATGCATGTGGTTTTATGTTATGCTATATAGTGGACGATGATATTTTAATCACAGTTTTATGATCT ATCGGGGCGATGTCTTATGCATTGTCTTAAATGCTTTGGAGAGAGAATGTTAAAAGGTCAGTGCACTGTG AAATGAATAACGTAATGGAATTGAATTTTGATTGTAAAACAAAATACTGGCACTGCATATGGCATCATTA ATCTTAAATGTAGTCATGATAGTTCATATTGACCTTGATATTGTATTTAATGTACATTTAAAGGGAAACA AGATTTTGATTCATGTGAGCAATGTCTAAATAATATTGAGTAGACTTAAATATATATTTTTCGTAATTTC AACTCAACATTAATTTAAAGAAAAACAACTGCATTTGATAATGGTGTGTATCAATTTACAATATGCATTG ATAGCATATTTATATTTTTAAAAAATGAATTTAAAAACGGTAAATTATTAACTTATTATGTAGCAATAAT GGTCACATGTTTGTAATCTTTCAGTTTAATATGCTTGTGTGGTCGTATGATTGCTAATTTGACATTTTGA GCTTATTATTACCCATCATGCTCAGCTTCTAGCCTTTTCGTAGTTTGCTTGTTATCACCTGAGCAAAATC AAAGTCTTCCATAGATTTCTTAGAGCCTTTCACTGTATCATAGAATCATTGAAATTATATGTGCCTCTCA AAATAAAAGATGAAGAAATAAATGTGGAAAATGATGAGTATAGTCTTGGCTATCTTAAATAAGGACAAAA TATATCAAATAATGTATAATTATGTTGTGACGTAAGATATTTGAGCATGCATCATGTTGATGCAAAACCA AAGTGAACCGTCTTTTAGAGTGCAGTGATTAATGAAGAAAAAAACGTTAAAAATCCAAAAAATCCATCAT GGTGTTTTCTCTAAGGCAAATTACAATAGAAATGCTTTAACTGTCTTCCAGTTTCTTCTTTTTCCCCTCT TCAAATCATTAAGATTGTGGATGTTTTATGTTGTTTTAAGGCCATGAATTAACTGATGATTGGAGAAATC TGTGAGATGATTGGATTTATTTTGTGGGGAAGACGTAGCTTAAACACCTTGCCTTATCCAAGTATGTAAA ACAATGTTTCAATAGCATTTTTTTTTCTTCAATTGGATTGGGAAAAATTTAAAAAGGTTTAAAATGGTCT TGATAATTTTCTTTAGTAAAGAGAGGAAATATTTACAAAATCTACACATTTGTGAACACCAGCAATATCT TTTTTATTGTTATTTGATTTTCATGCTAATTTATTGTCACCTTTGTATAAGAAAGTGCTTTCACTATTGG GAAATAAAGCATGCAATCTTTTAGGCAACAATTTTT
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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
