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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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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_030991487.1 PREDICTED: Strongylocentrotus purpuratus nuclear distribution protein nudE-like 1-A (LOC590751), mRNA CTAGCACATCTTTCAAATTACGTATTAATTTGGAAGCACAGGCCACTATTCTCACCGAATAAGACCATCT TCGATCAATTTTACGCCGATTTAGCCCTTTTGGAAATACGTAAGGATTAACTATGGATGACGAGGACATT CCAAAATTTTCTTCACAGACTGAGGAGTTGGAATACTGGAAAAATAAGGCACAAGAATTGAAAACAAGTC TGAGTGAGACCAAGGAGGAGCTAGAGGAATATCAGATCAGTAGTCAGGAGTTAGAAGCAGAGCTGGAAAC ACAACTAGAACAGTCAGAGTCTAAGGTCAAAGATCTCGCATCTACTAAAGAAAGATTATCAACAGAATGT GATAATTTAAAGGAGAAACTGGAGATGTCCCAGGATAACTACTTACGGCAAATCAACGAGCTGCAGGATG AACTAGCACAAATTAAGGCCATCCGGGAGGAACTTCAAAAATACATCAGGGAACTCGAGCAGACAAACGA TGATTTAGAAAGAGCCAAAAGAACAACTGTAACATCCTTAGAAGATTTCGAACATAGACTAAATTCAGCA ATTGAAAGAAATGCCTTCCTAGAGAATGAACTTGATGAGAAGGAGTCATTAGTAGTCACAGTTCAAAGGT TAAAAGATGAAGCAAGAGATATGAGGTCAGAGATCAATGTCAGGGTCGTGCCGGACAACGATGCAGAGCA CGCAGCGAACGGAAGACACACGCCCTCTGGTGACCACACAGTGGATAACAAGGTCCTTCACGAAGCAGAG ACGAACACCACCCCAGGAAAAGATTTACAAGCTAATTCAACAGGCGTAGCAGGGAGTGGCAATGCTCCAC TCACACCGTCAGCCAGAGTATCTGCTCTTAACATCGTTGGGGATCTACTCAGAAAAGTTGGGGCTCTGGA GAACAAGCTTGCATCGTGCCGGAATTTCGTCAAAGACAAAGAGGTTCCTAGGAAACCTGGCAGTCCTGTC GATACACCAAGGCAAACAAAAAGAACGCCGAGATCTACAAACTCGACACCCTCATCAAATCTACCAGGGG TCGTGAAGATAACCGTATGAGCTATCACTGACTTTAAGAACAATATCAAACTATTTACTCCTGTCAAAGG ATGTTGCATTGAAAATGTGTATTCGACCCTGATCCTCAGAAAGGAAATGGCCTTCCGAATGGTGTAAGCG GACCGGTAGTCTCTCGCAGAAGGCCAGCTTGCACTGTACAGTTTCACACCCTGAAGGCCGAAGCGACGAG AACTCTCCATGAATGCTGCAAGGTGCGTGGGACACTCTGCGTGAGAAAACCTCTGTCTGTCCGAAAATCC TTCCAAGACTGCAGCAAAGCTGTCATCTGCGGAGAGGATGTGGGAGGCGAGAGGACGATACAGATTCATC TTCTTATGCCATGGAATGCCCCAAATGTGCATTGTTCCTTTATACCTCTTTGAATGTATACCCTTTTTCT GATTCCCGTGTGTTTTCATCAAGCATTTTGTCGAGTAGAGTGTGGGCTGATAACAAATTGAGTCCAATTT TCACTCTGTTTTAAGAGCGTCCCTGTCTCGATATTGAGGAGGCTGAGAATGTTTTGGTCCATTGCTTTTC TGCTGTCTGTACCGCTCTTTATGTATCCAAAATCTTGCCTATTGGATTTCATCATTTGATGCCTTCAGTT ACCAGAAAAGTTTAGATAAAGTGTAGCTGTTGGATGATTTTTGGATCTTTATGATAAAAGGCTTACGATG GTACACCTTTCAAAATTGTTGATAAAAAGTTCATCGGAACTATCAGTGACATTAGCAAAACAAGGACTGG GAAGAAACCGAACTACTATTTTTCAACTTCATAGAGAAAATATAATAATACAGTAATAAGAGTAAAAGAG GGTTTTACACAAACAATATCTGCACTAGTGTACTGCACTAATTTATATTTTCAATTAACTTGTTACATGC TTCTTCTGTGCACATGAAAGATGTTTACGATTATTTATACTTCACATAATTTGTGGTACTTCCACTACGG GCATATATGGAACATTTTGAAATCTAAAATGGTCCTCCGTGAAGTGTTTCTTCTCACTTATATTCTTGCA GCTACATGCTTTGGCATAGAATACTAATATCAATGTTGCTTAAAATGAAAACACACACATCATTTTGTTC AAGCAGATTACTGCAGAACAGATCTGTAGAAGAAAGAATTTTCTTAAAAAGCATATTTTTCTGTCATACA AAGTTAGACATGTTTGGTCGATTCCATTTGTAAGATGGGGCGAGTAACCTATAGCGGTAGGTAAGAGGGC CAAATATGTTTCATATGGTGTGGACTGGGGATAGGGGCAATGAGAAGCTGTTTTGAAAAAAATGTGTGTA AGGAAGAGGAGACATGTATTTATGAAAAAAATGTTAAGATATTTTTCTGTATCTTTTAAAATATACAGAA TAAAATTTATATGATGCAAGCTGTTTTGGAAGGTGTAACGTTTTTGTGTTCTGTCTAAATGGTATTCAAT ATTGGGGTAGTTTCAGCTTGTGTGTGTTTTTCTTTTTTCAAGCATGAAGGTGTAGATAGAAATCTTATCT GATCATTAGCAAATTAGTTATCAAATTAGTTATCAAAGTATCAGTTACCAAATAATAGAATATTTTTCAA ACAGCAGTTGTATCGCTGTTGCGTTCTGTAGGCACTTCATTGAATTCTGTATGCTGTTTTGCTCTTAATC AAACAAGTTGGACCAATTTCTTTGTCTTGTCTTTTTAGGAAATATTTTAAGCTTTCAAAGGTAAAGAAAA TGATCTTTAAGCTGAGACTCAACTGAAAGTGCTGTTCTACTTCTCCTTTTCTGCAGTTGATTGATCATAC TATGAGAGTACAAAATCAAATTGTCTTTTACGCGCATGCAATCTTTCTTACCTAATTGTACCTGTTGTTA GAGGGCAATCCAACCTTTGTATTGAGTTCATTTGTATGAAAGCAGAAAATTAAGAGAAACAGAATGGCAA AAGTTTGGAATATATCGGACCAATTACACAAGAATGTTTGAAAACGAAAATGACTACCTGTGTGCAATTC TCAAATTGGTAATTTGGTCAGCGGATTGTGTCATAGTCATAAATAGTTCAGAATTGGCAGATATGAAGAA GATGAGTGTTTTGTTCCATTCTTAGCCAGTCAATGCATGGGAATGTTAATGATAGATTGAAGTACAGCAT GACTGTAATTAGTGTTTGTTAATGCAAGCAAACATATAACCAACATTTTAGCTATAGGCTAGTACCCGAA ATTAATTAGTTTTTGCAATGTCAACAAAATTTGTAAAATGCAAAAATACAATAATGTTCTTCAAAGCAGA ATTTTTTATCTGTGACTGGTCTCAGATAGTTGTTTTGGCCCTCATTTTGAAGTATTACAACAGCTTTAAA CAGTCCTATTTGTTGCCATGTCTTACAGATAAATATAGCATGTAAATTTTAGCAAAAGAAATTATTTTTG GAATAAAATGAATATGATAATTGATATAATCATAACGAAATAATTTACAATTGTACGAAATAAGCTGGGA AGTACACATTACACAAAGAGTATGTCTTTGTGGTAACTCTTATATTGGACATAGTTTATACTAAGCTGAT AAAGTCACTTATGGTTCATACCTTAATTTTTATTTCCTCATGCAGATTTGTCTGTCTGTCAGTCTGTCTG TGAAGCATGACATTCTTCACGTTGAAATGTTGACCTTTTCTAGACGTTTGTTCAACTTAATATTTTTTTT TCTTCATTCAGATTCAGACCCATCATTCATAAGTTGATATCTGATCACTCTATACATTTCAGATATGTAA ACATGAAATGTATTCTATGATTTATCTTAGTCAAGATCATTTACCAATGGCTATTCATCACTTTATTGAC TGCTTTTCATTTTATTTTATCAGTGATTATTTCATTGACTTTCGTAAGGTTAAAGGTCATATGTATCCTC TTATTCCCCTTCATTGTTATCAAATCTATCATACACTATTCCTTCCAATAAAATCCCATTTTAACCGATG CATGACTTCAGTATAGCAACATGGAACCCCTTACATCAAGAACAAAACCTTTTTGGTAATTAGTACTTTT TAAATTCTAGATTGCGCCCAAATCCAGTGTCTGTTTATTTGTAACCAAACAACAACTTCAATCTTCTCCA AAAGGCTTTTTTTCATAATTTAATAAAGTCTAATACATCTTTGTTACGTGCCTCATTATGAACTATTGAA TTTGCCTGTTATGAAAAAATTGTATTTCAGTGGTCCAATTGCAAATTGCATATACTTTTTGTTAGGCAGG GCAATCTGCAATGTCAGTCTGACCTAGCAAAAACCAATACATGTAATTTGCATTCTGACAATTTGATTAC AACAATATGTAACAGGTGATTGAGATAGCTTTTTGGAAAGTCAACAGGTATAAATTTATAATCATTTAAA AAATGGTGTACTTACTAAAGAAAGAATAGGTTCATTTCATCCTAAAACATATACAATGACATTTGTGTTT GGTGTACGTTAGATACTTGTTATAAAGCCTATGTCAATCATAATCATTTATGTGTTTCTTTTTTTCTGTT TTGTCTTTTCTAAATCTAATCTATACATGTATTTTAGTTTATAAGATCTGGTGCTGCTACTGTGTAGACA AAAAATGACAAAAAAGAGCATGTAATACTTTGTAACCTAATATACGATTCACATTATCTTTCTATTATGA TTTTTATGGTGTGTTTAAAGAATGCCTTGATGGAAATTACTGTATGTGGAATAGGCCAGTTGCTAACTAT ATACATGTATGTAGATGTAGCTTTGAAAAGATTGAGTTGCTGGGTCTCCAAAACAATATTGGCAAATGCT ATTGCCAGTGCCGACACTTACTGCAACACTAAGTTTGAAGACTGTGTTTTAGTACAATTGTTGTTGTAGG TGTCCCATACTTGTATAGTTCCATAATGCTCCATCATTTCATATTAGATATTCATTGCAGATGTTTTCTT TGTTAAAGTTGCTCAAGCATGGGTATGTAGAGGGCAGCACACGGACGTAATACCCATTACCCCAGTGTTA TGTAGTGATCGCCAAGTTGCCTACTTCATGAACGACTACATACCCACGCATGGACATCTTTAAAGAAACA ATCGTGTGGGAAACTGTTGCTATTTCCCTCCCGGTTTAGAAGTACCTCACCTTTTCTGTGTTGCCTGGAA TCGTAAATTTTCCAATGAAAGAGCCCTTCATGCCTTTTAAATAGCTCATGAAAGATAAGCCCTATGTTGT ACAAAATGTCTGCTCAAAACCAGAGGGATGTGAACTCACTGATGAAATACAGTGTTAACATCCCTCTGGC TCTCAAGAGACGAATCATGTGACTCCATGCAAACACGCATTTCCCTTTTCTTTCTGTGAAAACATTGGAC ATGTTGCCAAATGGGTCATACAAGGTATAGGTAGCCCCACGCTGTTCAGTATGTTATTGGTGTATTTAGT TGAAACGGTAAAGAAGGTAAAGCATTCATGTAAAAAAAGAATATTGATCATTTTATTGATCAGCTTCTGC TTTGGCAAATAACTTATTTTTTTACCTGGTTATTTGCTTGAGTGGGAAGTATGAATTTTCAGAATTGTAC AGAAAAAATATTTGAAATATATAGAGCAATGTAAGAATTATTTAAAAACTAGACAGATACTAGTATTTGA ATGAAGTACATACTGGAATGTAAAGGACACATAGTGTATGTAAATTATAATATTGTGCATGGCGTGGGTA AATAAAAAGAATACCATTAAAATTGCACCTTATTATCCCAGGTAAA
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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