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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_038203241.1 PREDICTED: Patiria miniata arginine/serine-rich coiled-coil protein 2-like (LOC119730378), transcript variant X1, mRNA GCACCCAATGGCGCACGGTTGGGCGTTAATTTTCGCGGACCAAATTTTCCATCCGGGTACTTTCAACATG GACGGCATTTCTGGTTACATTAGCGATTCTAGCGAAACAAGAAGTGGCGGAAATTCTCCTGCATTAAACA CATTGAGCGAAGAATTTTTGAAGAAGCTCAGAGACAAAAGAATGAATATAGCCTCTCAGCGCAGTCAAGC AGTAGAAGAACCAAGAGAAATGTCTGGTCTTGAAATCACTGGGCAACTTGATCCTGTAAACATTAAAATG GAAGCTCTGATAGATAACGGTGAAGATGCTGCTCCCAGTACAACAGACCAGCCCACTCCTGTGACGATGT TACCACAAGACTCGATCTCTGACCCTGTCAAATCCAGGAAGTCACGCTCACGGTCCTCATCGAGGTCCGT GTCTCGCTCAAAGTCCAGATCACCCAAACCGTCATCCAGAAGACACCGTTCAAGATCGGAGTCCCCCAAA CGCCGAAAACACTCCAGGTCCAGAACACCAAGGAGAAAGCGACGATCCAGATCCAGGTCCAGATCCCCGA CCCCAAGAAGGAGTCATCGATCCAGATCCCGAACGCCAAAACGTAAATCCTCAAGATCCAAGACACCGAA AAGGAAGCGGCGCTCAAAGTCGAGAACGCCGAGACGCTCTCGATCCAGATCACCCAAGCGTCGACGTAGG TCGAGATCGAGATCTAGGTCTCGATCGCCTTCCCGGCGACGTCGTTCCAGATCGAAAACTCCTACCAGAC GTAGGCGCCGTTCAGTGACCCGCTCCAGTGATAAAAGACGGAAGCACAGTCGCTCTAGGTCCCGAGACAG AAAGCGCAGACGCAGTAGGTCTTATTCTAGGGAGAGACGAAGATCCTCTGATAGGTCAAGACGACGCAAG CATAACCGTAGTCGGAGTCGAAGTAGGAGCAAGACTCGAAGTAAATCAAAGAGTCTAAGCCGAAGTCGCA GTCCAAGTCCTCACCGGGCACGCAGTTCTGACCCTGGCTCACCGGCCCGTGAGTCAGTTGTTCCTGAGCG CCGGGATACCCACCCCGTCGTTGTTGACGCACCATCCACGGCAAAGCAAAGTACGCCACACCAGGAGAGC AGCGTGTCCTCCTCGTCCCCGCGACTGGCTGACGTCAGCAGCTCCAAACTGAGGACGGTCGATTCCTCCA GCAAGCGAGCCCGATCGTCTTCGCTGAGCCCTGCCAGATTGAGATCTCCCTCTCCGAAGAAGACAGGATC CGAGTCTAGAGATGCGCGCTCCCGCTCCCGCTCCCCATCAGCATCCGGAAGTGAGCACTCCGTGTCTCCG TCCCCGAAGGCGAGAAAACAGGCCTCCCGATCAAGATCCCCATCCCCAAAGCCCAAGACGTCAAGAAGAG CCCGGGAGTCCAGGTCCCGATCTGCATCCCCTGCCAGGAGGAAGACGAAATCCGGTCGCAGGTCCCGGTC CCGTTCTCTCACACCCAAGAGATCCAAACGGAAATCACGCAGCCGCTCCCCAAAGCGGAGGCGACGCCGT GGCTCTCGCTCTCGATCGCGATCGCCCACGCCGGCAAGACGCAGTAAGTCATCGCGATCCCGACGGAGGT CCCGGTCTAGATCACCGCCCCGCAAGAAGTCCAGGTCAAGGTCACGAAAGAGGTCGCGATCCAAGTCACA CAGACGGTCCAGGTCACGATCTAGGAAGAGATCACGCTCACCCAAGAGGCGTAGAAGATCCAGGTCACGC AGCCCACGCAAGCGAAGACCAAAGTCCAGATCGCGTTCCCCACGTCGCCGTCGCTCAAAATCGAGATCCC CAAGGAGGCGTCGGCGCACTCGCAGCCCTAGTCGCAGCCGTAGCCGTTCAGTCTCCCCCATGACCCGGGT CAGAGACCCGGCCATGCATGCCCAGGAGGCCCTGGCGCGCCGGCTGGAGAGAGCCAAGAAGCTGATGGAG ATGAAGGAGAAGCGAGACAAGGAGGAGAAGGTGAAGGCACTGAAGGAGGAGAAGGATACGAAGGACACAG CCATGGAGAAAGAGATTGCCAAAGGAGTGGAGAAGGCCACCACAAGCCTGAACCCGCCTCCCCTGATGTC CCTGACCCCCATGGGCATAGACCCCTTGATCCAAGCCGCTGCAGCCGCCGCGGCCATGCAAGCCAAGGTC CTAGCGCAGACCGGCATCAGCATGCCCAAGTACTACAACCCGCTGACTGTCAATCCGGTACAGATCGCTG AGCAGACACGCAAGAGGAAGCTGCTGTGGTCTAACAAGAAGGATGAGATGGCAGAGAAGGCATCCAGCAA CCAATGGGAGAGGACTGCCTTTGACGACGATGCCACCAAGGCTAAGTTCCGCCGTCTGATGGGAATTAAG GAGGGTGAAGAAGATCCAGAAACTGCTGAATCCGAGGAAGTGACTCGTCAGCAAGAGGAGCAAGCAAGAC TTTTCAAGCAGCTAGACCAGGAGTACCAGATAGCCCGCGTCAAGACCCACACCCAGAGAAGCTTTGGGCT GGGCTTTGGTAGCGGTGGTATGGTAGTCCCCGCCCCAGCGCAACCCCAAGCTCAGGCCCCTCCCACAACC ACATCCAGCTAGACTAGGAGTATCAGATAGCCCGCGTCAGGACCCACACCCAGAGAAGCTTTTGGCTGGG CTTTGGTAGCGGTGGAATGGTAGTCCCCGCCCCAGCGCAACCCCAAGCTCAGGCCCCTCCCACAACCACA TCCAGCTAGATTAGGAGTACAAGATAGCCCATGCAAGACCCACACCCAGAGAAGCTTTGGGCTGGGCTTT GGAAGCGCGTTGGTATGGTAGTCCCCACCCCAGCCTAACCCAACCCCAAACCAAGGCCCTAAGAAACATA CTAGGAAATCACAAGCCTTGGCTCTTTGACAAGTTCAATGATTTATAGTTTCTGCTATGGAAGATATTAT GTTCCCACTACAAACTGAAGTACATGTATCTGATTTGTAAGGTGCACATTGAAGGAACGTATATTGTTTT TATCTGACTAATGCATTTATAAAGGTTGTATGTCACGTACTGCACCTTACTTACCAAATACATCAGATTG TGGCAAAACTTTTTGATATGTTTCAGAATCTTTCACTCAAAAAAAAAGGAGTTTTAAATGCCAACTGCCA ATGCATTTTAAGGATTAGGCCACATCATAGTGATTTGCTATTGTCATTGCTGTATAGGATATTAGGTGCA GATAGATGTGTAGTTGAATTTCGAGAGGTGGCCTTGAATATTTCCACATTTATGACAAATCAAGAGTGTT TTGTTTTGCTTTTTTGTTTTAGGCACTAGTAATGATTGCTATTTTTTGGGGCTGTCAAATTTGTTTGGAT TCAGGAGCCTAGTTTTCGCTTGTTTTGAATCGTTAATGCTGCCATTAGTAGAGCTGGTCGAGCAACAGAA CTGCAACGGAATACTCTTGATTAGTAACGGCATCAAAATGATAAAGATCATAATTTGGATAATGGCAAGT CGTTCCTAGTTTACAAATGCCACGCGCTGTGGCACAAGGACTCCGCAATGAATCCCAACTACTGGTCTTG AATTAAGATTACCATTTTCATCCTCACCAGGAGTCCACAATTTGTAGTGAGCTGACATAGCCAGTGAACA TTTCATTTGTTCTTCTTCTCATGTAAATATAGCAACTGAGGTTTTGGACTTCACCAGGATTTCATTCACA TTAGTACTACATTGTATAATGATTTCATGTATTTCAAACATATTACTCAGTGACTTCAGCTTGACAAAGC TGAATTGTTTTGGGGGTTTTTTTTGTGTGTTTTTTTATGCAATCTTTTTCCACAAAACAAACGTTGCGTA AACATTCTTGTCCCCTTAAACTTACACCAGCTGATTTTCCCCACTTCTTGCAAGGGGAAAAAACACTGAA TGTTATCAGGTTATTAATATTTTTCACCAAAATAACTGGATTACGAAATGTCCGACTTCTCCCATGACTA GCTTTCCTGTTTTTGATGTGTGATTTTTGTCCATAAAAAAGTGTGGCTAAATATGGAATGATATGTACAT GTATGTGGAACTTCAAAAGGTCTTCATACGATGTATGCTTTGATGACATTCATTTCAGTGCATAAATGCT GTGTATATAACAATGTACATGAGTCGATGACTTGTGATTCACGTTCTTGATTACTGATTATTTTTCATTT TAGTACTGTTACTAGACTGTGAATGTTCTGTTGATAATATGTGCATTTTGGTGTGTTGTAGCTCAGCATA GTGTAGTTAAGGAAGGTAGTGCTTTGAAGAAAAAAAATCAATTGTTTACAAATCTAATCCTTAGAAAAAA AAATTGTACCTTCAGCAACCACTTTTATTATAGGTGCAGTTATATTTTCTGCCTCATTAATAAGTTGGTG TTTGTTTGCATCATTACCCGTTTCATGCCTTAGATTGTATAAATTTACAACCAAGTTCATTACATGACTC TTTCTGTTTGATTTTCTAACTTTCCCTTGTTGAAGAAATGTTGCTCTCCTGTAAAAGCTCAGAACTTCAT TTTCTAGTGGAATTGCCTCATTTTTGTAGCACAGCGTATCTTGTTAGGAACGTATTTGGAATGCTTTGTA TTTTTCAACTGGAATTGGCCTAGTGATAAATGCATAGCGAGAAACATTCCCAATTATTAGAAGAGTTGAT GATTCAAATGAAGTGCTCCGTGCACACATAAGTGGAGTTTTGAAATGCATTCTTCGAGGGCCAGAATCTA AAGAAATGCTCAAGTTGTTCAAGTCCTTCAGTGGCCCTAAGGTTGCTTTGTTATAGGATTTGTCTTGGTG AAGAATTTTGTCAGAAAACATGAATTTTTTTGTTCAGAGTATGTTTATGTAGCCAGTTGTCTCCCTGATT TTCCCTAAATACAAGAAGAAAATTGACTTTCGCATGTGAAAAATTATATCCCCATGTTGCAAAAATAGTA ATGAAGAAATCAAGTAAAATGTTAGTGAAGAAAATAACAGTGTGTTGCATTTGGAAAATATTGTTACATA GCTATAGACCTTATTCATGAGGACGCCATTTTCGATCGTGTTCCCTGAATCTATTTTATAAATTGTAAAC TGTTGGAATGGGATGGTGCCAATCCGCACTTTTAAATCTTTCAAATGTGGTTTAAAACATTAGCGCATGT TTAATCACAAATTTAAAAATTATTCATCAGAGCAGACTGGTATTAAGTTGTAATGATTTTTTATTTAATT GCTTTTCATTTCTACTCTGACGTTCCAAAAATAGAGTTTTACCTCACTTTCTGCTAGCTCTATTGCAACC GTGGGATTAAATTTCAGTGATTTAGTATCGGCTGGTACGTGTGTTTGCATAGCGCTTTCATTATTAGCAT ATATGAATATATGCATGTTAATTAGAACTTGCAATTTATTCAAATGAATGTACTAGTAATTGTTGGTGAT GCGCATGCATGCCTATTGGTAACTATCTCCAACTTCAAAATATGTATGCTATGGAATCTTGGTTTTTTTA TATACAATAAGAGTAGTATGCAAATTGTGTTTTGCTGCAAGTATCAAGTTTGTTCCAATAAATATGATTT CCTATTGCAAAGA
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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