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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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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
???blast.query???
>XM_030991922.1 PREDICTED: Strongylocentrotus purpuratus RING finger protein 10 (LOC574604), mRNA ACGTGTCCGTATCCATCTTGATATCAGCTGGCGACGAGTCGCCAATTGTTTTACGGATAAGTCGGAAACG ACTTAAAATTTGGTCTTTTTTGGCCATTCTGATCGCCCGCGAGCCAAGAATTTAAAAACTTGTGCTACAA AGCACAAGTTTTGGATAAATTTACTTGATATCTTCGCTTCTTTTACCTCACTTTTCAACCTTGCATTTAG TCCACGGTTGACATTTTCTTTCGTTTCACCAATATGGCGCAACAGTGAAGAGTTATCATGTCTTCAGAAT CGTACAACCTCAACCAAGCTTCTCTTGAAGAAGGGGCGTTTTATCGCTCAAATATCTTCCAATTTTACCA TTTAGTGGATGGACAAGGAAAACAACGATATGGAAAAGAAAATTACGTCATCTCCAGCTCGTCTCACTTC GTGTGAGACGAAGGGAAAGGAGAATGGACGTAGTCAAAGATCTAATAAAAACAGGCGCGAGCCGCCACAG GTTCGTGCTCCAGGTGATCCTAACAACAGTCAGTCACGCCGACCAGTGCCGCAAAAGAGTAGGGCCGTGG ACAAACGGCCACGCAGCCGAGGTCTTCCTGCCAGCAGACGCGATGAGGTGACAGTAACTCAAAGGGCTGA ATTTGGTTCAGCCCTTCCGCATGGTCCGAAGAAACTCAACATGAATCACCTCCTGAACTTCACCTTCGCT GCGAGAGAGAGTGAAGATGCCAGAGGTGGCTCTGGTTATCGTAGCAGGTCAAGATGGGGTCATAGACGCT TCAACAAGGAACAGTTCTTGCAAGCAAATTGTCAGTTTGTGGTAAAAGCCAAAGGCAACTACAAGCAGCA GTCTGTAGACCCCGATGCTTTGGTGGAATGGGATTCGATTGAACAGATCCGCATGCTTGGCCATGAGATG CCCTCCTGCCCCATCTGTTTATATCCACCAACTGCAGCCAAGATTACAAAATGTGGCCACATTTATTGCT GGCCATGCATCTTGCACTACATCTCCCTTGGGGAGAAGAGATGGCGCAAGTGCCCCATCTGCTACGAATC AGTGATGGCAAGCGACTTGAAAAGCGTGGTTGCCAAATCTCTGAAGACCTTCAGTGTTGGTGACACCATC ACGATGCGTCTAATGACGCGGGAGAAAGGATCCATTACCATTCACCCTCACTTCCCAGACAGTGCTCCTG TAGAATTGCCAGTGTCTCCATGCATGACGGATTCATCGGAGGAAACCTGCTTCGTGAAGCTGATGATTGC CAGCCCAAGGGAAGTTCTAGATGAGATATTAAAAAGAGAAAGAGGAGAATTGGAAAAGCAGCTGAAAGAA GCAGTCGATGAATTTGAAAAATCATTTGTCCAGAGAGCCATGGATTCCTTGAAGGAAAGAGAGGATGGCC TTGGTCTGGATAAAGCAGTTACTGAACCATCAACATTAGTCACAGATGAAAAAAGACCCTCCCTGGACCA AAAGGGGGATGATAATGACATGATGATGACAACGCCTATTCTACCAAAAGGGGATTGCATTGTTTATGCT TCTGCCTTCTCCGATGAAGAGCAAGATGAAACCATAGAGGAACCATCCTCTCCACCAGGAGACGACCAAC CACCACCTCAAGAACCATCAAGCACAGACGTCACCAAAGAACCGAAAGAAACTGAAGATGGTACCGACGA TGTCTTGGAAGAAAGCAACAGTAGCAAAGCTACCGGTAATCCATCTCCCCAAGAAGATGTCGGTGCTCCT GTTTCGGGGAAGACTGGAGAGGGAGAGGAAAAGAAGGAGGAACTTGGTGGAGGAGGGGAGAAAGAGAAGG AAGGGGTGGACTACATTGAGATGTCACCCAGTCACGCTGACAGTGCAAGTGGTAGAGAGAGGAAGATTCC CCCTAGTCACTCGAGAAATGTCTTTTTCTATCAAGCCGAGGATGGTCAGCAGCTATTTCTGGGTTCCCTC AATGCCCGCTGCTTGATGCACGAATACGGTCATCTAGAGCACTCTCCCTTGACCATCACAGCCAAGATCG TTGAGATAGAACACATCTCCGTCACCCAGGAGATGCGTAACCGGATGCGTCACCTCCAGCACCTGCCCCT GACCTGTGATGTCAGCGTCTGTGAACTTGCCCTCCGACCTCCGACCCTCTCGCCCAGGACCCTCGCCTAC TTCTCTGCAGAGATTCAGAGGAAAAAGCAGAAGAGGGACAAGAAGGCTCGGGAGGAGAAGCGTCGGGAAC GCAAGATCAGCCAGGAGGAGGATCGCAAGAATGGCATCTATCCCACAGCAAGGTATTCCCTCAAGAGCAC CAACCAGTTCCCATCCTTTAGTCCAGGATCTGTTCCAGAGAACCCTGGTCTGCCCAGACCCATCTCGCCT GCATCCGTAGACTCTGGAGCATCCTCTAACTATAGCGCTGTCCTGTCAGACAATCATGATGATGATTTCA TCTTTAGTTCAACTTATGCTGAGGGGGAGTTTGTAAGCTCTCCGGTGGATGTCTCCATGTCTCTACCAGG AGGAGGGGCTACCGGAGGAGGAGGAGCAGGGGGATGGCCATCTCTCAGTAGTCCTGACAGCCAGGGAGGA GGGCATCGCTCATTCGCACAGATGTTGCGTGATGGAGCAGCCAAGCCATCATCCCCTATGAAGTCCAGCA GCAACCCAGCATCGGCTAGTCCCCAGCACTACACCACCGCCAGCTACGGCCGAACCCCTGGCAGGGAGCT CACCAGTAGCAATGACAGTGACAATGAGGACTATGTACCTGTACCGCAGTACAAGGATGCCTTCAGTAAC GCCATACAGACTGCACTGGACAAGGCTGCTGCGTCCATGTCCATCAAGAAAGGTGATGAAGCAGATGGAG ATGCTGGAAAAGGAGGAGGAGGAGGGCGAAAGAACAAGAAAGGTCGCAAAAAGCAACTCCTTTTCTCCAC CGCAGGTCCTCGCTTCAAATAGCACCCTGTTCTTAAACTCCCTATTATTCTAAGAAATGCTATATTCTGA TATTGTGTGGTAGTAATGGTTATAAAATCATTAACTTTGCATACAATTTATTCAACCTTGTGATTGGGCT GTAGTTGGAATGCATTGCATGAAGAGTTATAGAAAAGCTTTGGAGAGAGAGTAAATTGATGCAATGTTCT TGTTACACAATAAAGTTTATCCCTGTAAAGCCCGGTGTATACAACTATATAATGTTAGATAAGATGCATC CTAATCATTTTGTTTACTTCATCTATATCGAAGGGATTAGCACGACTATATATTCTATGAGGCATGACAA ATTTACTTTTTCCCAGTTTATGTGTAGGATCTGTAAGGTATATTGTAATTGTTGATATCCATGTGATGTT ACTGTTTGACAATCACCCACAAGGCACAATGAAGTGAAGTAAAGTGAAGTGTGACGTCATCAAAAATCTT ATTTTTAGAATTTCTCAATTTTGTCTTTATTTTCCAAAAGGGCATAAAAAATAATGTCCAAATATCAAAA ACCAATTGAAAATGTTAAGTATTGGCTGAGATATGACCATCCGAATAAAAAGATTTTCTATTCTATAGGA GCTCAGTGTTATATTGCTCTGGCTCATAATGTCATGAACCAGAGCATTTTCAACTGACTTTCGACATTTG GACATCATTTTTTGATGCTCTTTCGGAAAATAAAGAGAAAATTGAGAAATTCTAAGAATACATTTTTATG ATGTCACAGCTTCGGTACTCTATGCTTGCTTTGAGTACTGATGTCATAATTTTAGACAGTTTCAGAAGAA AGGAAACTTCTTGTACATTTAGATTTATATCATTCAGTGATTTTCAAATTGAACAGTGGACAAGTTTGTC AACAATGATCCAGAATTCAATTTCTAAAGGGAAATGTGCAAGGAATTTATATGTATAATTCTGTATTTAA ATCGTTTTTTGTAGCATATCATTTATTGCTAAACGTAAAAATAATGCCAATACCCCCCCCCCCCCTTTCT GTTGCTTTGATGAAAAGACAACTAAATCATTTGAATATTCAGTTATATTTTGTTTCTTTAGCTCTCCAAA TAAGCATTGTAGTCGCCATGATTTACAAAAGTTCATGGAATATGCACAAATGTATTGTGAGCAGCACCAA TATCCATTAAAAAGTGTTATGTAGCTGTTTTATTTTGTTGCACTGCCCAGAACTTTTCACTTATTTTTCT GTTCCCATTTCTCATCACAGCCGTTATTGTTTTGAATGCATACTAAGTTTGCTTTGATCGTTTTATGCAG GAAGAAAAGTCTGACAAGCGATATGAGAATATCTTTCCAGACTTTGATACATTTGCAATGTTTCTTTTAC AATTTGCCTGTAAATTTATTTTTGTTTGATACTGCGACTTGTCTCTTATATGCTCATGCTATAGAGTGGT AAATGTAAAGAAAGAAAAAAAGATTCTAAAGAAATGTATATTACAATACAAAGTCAAATTAACATTTCTA ATCTAATCTTATTTCACAATTTATGTGTATTTAAAGGTACTATTTAACAAATTTGAAAGTTCTCAGTTGT TGAGTTACACAAAAAGCTATATAAAAATGGAATGAAAAATGTAAATTTTCATACAGATTGATTATTTTCA GTGGGTTGAATTTTTTTTCATAATTTGATTTAGCTTTACAAATTTACCTTCCTTTTCCCAATTGGAAGAA GAAGAAAAAATTGATAATAATACAAATATACAATTGAGAACTATTACTGTTCGAAATGGAGTGAAATGGC ATTTTGGCTCATTGGCTTAATATCCTCCTATGTTTGTAAATTGAACCATTAAGTTTTAGTATTATTGATG CCTGTCATCATCCACTTTAAATCATTTCTTTTTGAGCAAGATTTTGTCATCTTTGTTGTATACTTTCCTT CAGCAAAATTCAAGCAAAGTCATAATGTGCTTACATTACTTTTTGGAAGCCATGTACTCCATTTGCATTT TATTTTTGTTTGATAATGATTTGAAGTAACACTTCAATATATTAGCCATTGACGATTATTTGTTGCCTTC CAAGAGTTATCTGTGTTACAAAAAGTTGTATGTAAATAAGAGATCCAGTTGCATGAAAGATGAACATATC TTCCATTGCTGCTCAATGTTTATTGACTATTTCAATCCTTCATGATTGTTATGGAATCAGGGTCCTGTTT CATGAAACTTATTATGAATAATGACTTAGAGTGACTTTTTAAGTTACTGATATTATTACATTTGATGTGA GCCGTGGCTGTGAGCAAATTTGTCACAGAAAAGTGGCACTTGTTAAAAATATTGATAAAGAGTTTTATGA AAAAGAGCCCAGAATAAGATAAAAAGTGAGAACAGTCGCAAGACTTCAGATGTATAGGGTTTGGTCTTCA TGCGTAGTCACCACCTTTCATGTCTATGTGAAATTTGATTGTACATTATGTCGAGAGTGCATCTTCTAAA GAAAGTATGTTATGTCTTGAACTAAGCCTAAAAATCTTCAAAGTAATAGCGACACAGTAATCAACATTAT AGGTTCTCTTGGATGTAGTCTGTTACACAGCTATTCCAGACCCTGTGTTATGCGGGCTTTGGGTCAAGTT ATCTCGGGACCCCAACACTTGACCACACTCTTGACCTTAACACTTGACCACAGGAGTGATCATATATCCT TGCAAAACCATGAAGCAAATTCACTTCCTTATTCACCTCGCATTTGGATATGTTAGCATCACAGTATGTC AGATGATCCTTGATTATGTCTTTATAAAATTGTTTTTGTTTATTAATTTGGGGGTTCTTATGTTGGTTCT TATATACACCCATACATTGGTCATTACAGAAGAGCTCACCAGAAAAGTGTTCCATTTAATCACCCATCAA AAGTATTTTTTATTTGGTTTCAATAAATCTATTTGTCTTGAATACCCAATCAA
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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