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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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L. variegatus
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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_031000173.1 PREDICTED: Strongylocentrotus purpuratus juxtaposed with another zinc finger protein 1-like (LOC754309), transcript variant X1, mRNA ACAGTGCAGTGAAGTACGGCTAGCGGAGCAGACGAAATAGGAGCAGTTCAGCAGGACGAAACAGTCCACG AAAGCTTTAACCTGGTTTAGTACGTATGTCCTATGCTAACTTAAGAACGCGCCCGGTACTGGTAAACTCT AATTGCAATTTCCTGCTGATTTCTCTTCGCAAAGCCAAATTCGAAAAGGCAAACCTTCTTTTGCAAACCA CCGGTACAGTGTTATTAAACGGACGCGATCATACGGGGCGCGGTGAGGCAGTCTACTGTGTGGAGACGCC GTTACTAATATTCGGGATGCTGACATGAACACTAAAATACACCATGGATATAATGCCGCATCTGAGGTAT ATGAGAATAGAAATTGCATCTTTTATCTGAGCGGAAGCCACGACAGACAAATCTGCTATATGGGTGACCG GGATAATGGCCGTTTTCTTCACAAATGTGTGTAAATTCAGCGACTGTGGCCTGACTTTCCCGTCTCTCCG TCAGCTGATCGAGCACATAGAGGATGCACATATTGATAATGATCCCAAGTTCATAGAGAAACAAGAACTT CAGCAGCCATCATCTCTGCCTCTCAGCTATGTGATAAAGTTTGTGACTGATGCAGCGAAGCATCAACATG AGAAGAAGAAGGCACGGGTGCACAGTTCATCAACATCAAGTCCTAAGACTATCGCACAGACTCTTGTAGC AGCAGTCAACAGTAGTGAGTGGGACTTTGACGATGACAACGACAAGAGTGATTCTGACAGTGATAACTCC TGGACAACCCAAGATGAGTTCAGCTATGAGCTTATCCTACGCACCATGGCCACCCAGGTGGGGGACGATA AGCCCTTCCTCTGCCCTGTCCCGGGATGCAAGAAGAGATACAAGAACGTCAATGGGATGAAGTACCATGC AAAGAATGGGCATAGGAATGAGAAAAAGGTGAAGAAGAATTTCAAGTGTCAATGTGGAAAGAGCTACAAG ACAGCCCAGGGCCTCCGGCAGCACCGACAGACACACACCAACTCACTGGACTTGCCTCTCAGTTCTCTTA CCAGTAACAAACAAATCAAAACCTCTAAAGTAAGCAGCGCCCTGAGCAGCCTGGCGTCATCGACCGTACC AGCGTCCATCATCCACCAGGCAACCCCTCTCCTTGCCAGTCCCCTGGGGATGTCCCTTGCCAATGGGAGC ATCGTCCTGGAATCCATCACCCCCATCTCAGCTGGTAGTATCATCATGGAACCAAGGGTGTCTACAGCGT CTGCTGCCCTCGGTGGCATGGCCCAGGCCCAGCAGACAGGCCTTATAGTGACCTTACCTTCTGGTGTAGA ACCCACAAGCATGAACCTTGCCCAGGCATCACTGGCGGCTGCTAATAAGGTCAAATTCAAACAGATCCAG ATCCAGGGGGAATTGTAAAGACTGAAATGTGCAATATGAAATTCTTGAGGATTTTGAGGGATTGAAGAGA GCTTTTACAATGTGGGAATGCAATTGGAGGCCATGCAATGCTGCCAGAAGATATCTATATGTACATGAAC ATTTGCAACATCAATGTCACCATTATCTGATTTTAGGATGGAGTATGTTTTACAAAATACATGAAGAGGA TCAAGATACCATGCAGGAGGAACTTCTAAACATTTAATAGCGCATTATGCGGTATCTTAACAAAATCAGT TACACTTGATGTACAGTGTAGTCTCCAGAACACATGATCTTCATGGATGGATTGGCAGAGACTTTCTACA ATTATCAATTATCCTCTTCTGTTATTCATCTCAAAACAAACTTCTGTACCTCATCTTGCCACCATTTTTT CTTCTCTGTATCCTTTTTTCGCAAAGAAACCTTCAGCAACATAGCTCTGTTGCTTACAAGTAAATACAAC TTCAGAACTACCCGTCATCTGCAAAATTCCTGTTATATGTTGCTTACAACTCAATGGAAGTGCTTGCAAC TCAAAATTTACCTCACAGCTGTTGTTTCAGAGACACTGACAATCAGGAGATGCACATGTTTGGTTTTTAA TATGCAGTGTACATATATTATCTTTATTTATTCATGATATTTATTATGTTATGAGATTTAGGTTTTTGAA CAGTTTATGGGCAGATGGCAGGGGTTACACCCTGGCTTTGTAAACGGCAAGCAAGTCTAGGGTATTTGAT ACCAACCACATCAATTGTAAGGTTTTTGTATACCTGATCATGGTATTTTAATAGCCATACTGGAGCTAAG ATCAGTCCAGTTATGAAGTGAAATGAAATGTCAATTTACATCTAGATCTCAACAATGTTTGGTAATGTAT GTGACTCCAGTGGAGCTTTTCACAAAACCATTATTAAGTACAAGTTTACTGACATCTCATTGAACTCATG TATCAGAATCAACATACATTTCAATGGGATGTTGGTGAACTTATACTTACAATCATGTCGTGAAACATTA CCCAAATACCTTGGACTTGCCCCAAACTGGATATTATGGTGCAATTTAGTTATTAGTAATGACGTATATT GGACAAAATGTGTATGGATTGTTCACAAATTTTGAGTGTCAAATTATTCCATTCTCATGTGCATAGGTAA TTGCCATGCTGTGCAAAGGATCTGATTACGTGAAGCTAAGTTTCAAAGTGGTTCTGTTGCGGAGGTCCCC ATCTTCCAAAATGACAATCTCATCCTAATTTCGGTTAATTATTTGTCAGTTTTGTTTTATTCATACATTT ATATGATTAATGTAAAATTTAAAAGATGAAACAAGAGTCACCTTTGAAGCCATATTTTCTTACCATGACA ATTGATGCTGAAGCAAACCATTCAGTCAAATCAAATGCTTTTTTTGTTACTATTTTATTTTATTTCTTTG CATTTTTCATCTTTCATTCTGTCTTTTAATTTTTAACCATGGAATGGGTGAACAATTTTAAAGTGTTTTG AAATAATTATTTTCTGTTGAAATATCAGTAGGGAAAAAGTGATTATGAAAGTTTACATATCTTTGTTAAT TTCCTTTGGTATGATTTTAATTCTTCCATTAAATGTTCAACTATACAAGTTATGCTGTGATGAAACCATA TAGATTCCTGCTACATGTACATGTAGATAACTGTAGAGCACCCTAAACCATTGTGTAAATTATACGCAAA CTCTCTCGCTGTTATTGTTCTAGATCTATTTGGATCGCTTTAGCAGCGGATCTGTAAAGTGGACCATATA AAATTATCCACATGCTTCTTCCTATTTTGCAGCTGAGAAATTTGCCTGTTCCCTTGAAGTAGGATATTGT ATGTACATGTAAGTGCTATGACAGGCATGCATTATATCAGCTGAGGAAAAGGAAGATATAATTATGGTAG AGATATAAGCAGGATTTAATAGTGCTCTTAATACATTCATGATTTATCCAAGCACTTTACAAATATCACA TTACCCCGGTCAACTTGCCAGCACGCTAATATGTACACATTCTCCACTCCTTGGGGAGCATTCCAGGTTT AAAGCCAATGGCATTTGCATCCTCCCAGGTACCCACATTCTACTCCTGGGTGAATAGAAGCATTGTAGAT TTAACGCCATGCTCAGGGAATTGAATGCCATACTGGAGTTTGAACCCCTGACCTGTGTTTTACCAGTCAA GCATTTGAAACTTTCAATCTGCTTGAGCAGCGCCTGATAGTCTACTGGAGAAGTCAATTGATAAGAGCCA GAAGGGCGTTAACTCTGTGTCAAAGTATGAGCTAACGCCCTTCTGTCCACCAAAGAGAGACATAATGTAT GTGATCTCCATGCACTCTCAAACCATCTCATGTGTAGGTGTGCACCCTGAAAGTAAAATGTAGGCAGCTA GGTCACCTAGTTGCACTCAGTCGAACCTTCTCTCATGCGATGTGAGCTCCCTGTGTAAACACTGGGCTAT GTAAAGTGATATCATTCTGTATACACACAGGTCAAGCCAGACCCAACGCCTCTAATCTATATTCCTTGCA AGGCTCTTCAAGTTGATGGAGCCCTTACAGCGGAGCCCTAACATGTGCCTGTCCTGCAAGTTCATCTAGA TATGTGTTAAGAAAACAGAGATGTTCTAGATATATGTGCTTTACGTATTGGCCTTATCGTTATACCCCAT GACTTCACAGCCTCCATGCAGAGTATGTAGTTTGTTTAATGTATTTAAAATATGATGTAGAGCTTGAGAA ACCCTATGTTTGAGAATTGAATTGTTACAATGTATGAAATATTGAGCATAAGAGGCTACAACCACTGCCA TGTACATAATTTGGCCTCGGTGCCTGTAATTATTTCATACACAGCTCATTTGTTGGGATTCAGTAATTTC TGTCTTGAATTACATTTAAAATTAACAAGATAAAGACATTTTTTCCATTTTTTATAGAACAATATGATGA GGATTACTTTACCCTACTACATTATTCATCCTGAAATATGAGATACAATGAGAGAGAAAAGCAACTGTGT ACCATGTCATTATTCTTGCTTGTTCAGATTATGCCTTTATGAATACTGATGTAAATGTAATAAAAATGAT TGTTCCATCTATTAGTAGTTGCAGAAGAAAAGATCAGCATTGCAGTAAAGTTACCTTTTTTAATACCTGG TAATCATTAGAGCAATCTAAGTGATTATAATAATGATGATGATGTTACAATTTGCAGTTTGTCTGTTTGG AGCCAGAAGGATGTTATTAATTTAATGCCCTTTTGACTCTGAACAGATGACATGATGTATATTTGTTCAT AGAATACCAGCAAGAAACTTTATAACCATTGAGTGACAGGCTCACTTGTTTAAAGAGCAAGATACGATTG TAGATATCATGTAAATATCAATACAGTTATATATTTTTAGTATGAAGAAAACTTTGATATGCATTTTTTG TAGATGTATAAACACTTTGTGCACTGGTAAACTATTATTACATGCTGTCGTTGTTTTGTGGTAGTTATTT GCTTATAACCAAGTATGCTTGTCACTCATTTTAAAAGAATGTCATTATTTGGTCTTAGGATGGTGGTGAA TTGTTTTTTTGCAACAGTACAAAAGAGGGGAGGGTACTTAATTGTGAATATGAACTTTGGTGTTCTGTTT TTTTTTGTATCATAGAATACTGGAGTATTGATTTATTGGTACTATACAGACACTAGTTCCACACAGTGGG AGCTTGGTTGTAGTTATGTTTGAAATATTATTATGATGTGTCTTTTTCTTCTTATTCAAGTACTAAGTTG TACAAATTGTTTTTTTGTAAAACTATGGTATCAGAAATTCCATTTTGATAGTTTGGTTTATTTGTACATG TCTGCTAAAAAAGCATATGTGTGCTTGTAAGCAACCAGGGGACTGATGGCTTTAAATCCTCTCAAAGGGA CATAGTAATGAGGATTAATGCTGTTCCAAAATGCACTAGTTTAAACCTGGGATCTCTTTGTTACAAACCA CTGTGCCACTTGGCCTCCCAGTCTTCAGGAAATTGCAAAGAATAAGAATTTTCTTACCCTTTTTTTTTTA GGGGAGGGAGGGGGGTAGGCCAAGCTCTTTGGCTCTGTAAATATTTATCATGGGGCTTCTTGTAATGGTA GAGTTATGAGGGAGAAGTGCAATGTCTATAACTCATATTTTTTCCTTCTTAATCTAGCTTTCTTTCTTAT TTCTTAGATTCAAATATATGCATGATGATGTGCATATACTTTGTTTTAAAGTTGATTCTGGCAACAATCC AAAAAGCAGAGTCATTGAAAAAGACACACTTTCACCACCCATGATTTTACATATGTTTTTATAGTAGAGT CTATCCACAGTAAGCCACAATTAAATATTAGTAAATGAATGACACAGGTAAAACTACTTTTCTATTGTAA ATCTCTGCACTGAA
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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