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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
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>XM_785936.5 PREDICTED: Strongylocentrotus purpuratus serine/threonine-protein phosphatase alpha-2 isoform (LOC586142), mRNA ATGCTATCGTCAACCGCCGAGTGACGAAATTGAAGGAGGGGAAAGAGCTGCCACTGTACTTATTTAAGAT TTAAATCCACTTCATTCACAATCATCCTGTCATTCTGTAACAAACCACCGACTCAAAAACAGTTTGGATA CATTTAACTAATGGCTGAGGTGGAAAGATTGAACGTAGATAATATAATAGCACGATTATTAGAAGTTCGT GGCTCCCGACCTGGCAAGAATGTACAATTGACCGAAGCAGAGATCCGCGGTCTCTGTCTCAAATCCCGAG AAATCTTCCTCAGTCAACCAAATCTGTTGGAGTTGGAGGCACCCTTGAAGATTTGTGGTGACATCCATGG GCAGTACTATGACCTGCTAAGACTGTTTGAGTATGGCGGCTTCCCCCCAGAAGCTAACTATCTGTTCCTT GGAGACTACGTAGACAGAGGGAAGCAGTCTCTGGAAACTATCTGTCTCCTCCTGGCCTACAAGATCAAGT ACCCAGAGAACTTCTTTCTCCTCCGAGGAAACCACGAGTGCGCCAGTATCAACAGAATATATGGATTTTA CGATGAGTGCAAAAGGAGATACAACATCAAACTGTGGAAGACGTTCACAGACTGCTTTAACTGCTTACCA ATCACAGCAATCATTGATGAGAAGATCTTCTGCTGTCATGGAGGTCTGTCTCCTGATCTTCAATCCATGG AACAAATCCGTCGCATCATGCGTCCCACAGACGTACCCGACCAGGGGCTGCTCTGTGACTTGCTCTGGTC AGACCCCGATAAAGAGACGATGGGATGGGGAGAAAACGACCGTGGTGTCTCATTTACGTTCGGCATTGAA ATCGTATCAAAATTCCTTCTCAAGCATGACTTGGACCTCATATGCAGGGCACATCAGGTAGTAGAAGATG GGTATGAGTTCTTTGCTAAACGACAACTAGTAACTCTGTTCTCAGCCCCTAACTACTGTGGAGAGTTTGA CAATGCTGGCGCCATGATGAGTGTGGATGAAACTCTGATGTGCTCATTCCAGATTCTCAAACCTTCAGAC AAGAACAAGAAGTTCCCATACAGCGGCATTGGAGGAAGCGGTCGACCGGTCACCCCGCCCCGTGGGACCA ACAACAAGGGCAAGAAGAAGTAAAGCCCTTCCCTCCCCCCGCCACTGAGCTTCAACAACAAAACACTGGA CTCCCAATCTCTCTCATTGTTCCCAGCTTGATGACCCCAGTAATCAGTGTGACCTAAGGTTGTGTGACCC AAGGTCACTTTACTGTTTGTTATATATTTGCATAGTTCCTTGGGCACCTCTCTCTGTAGACTGTCATGGA GAAGACCCAGAGGGAAGATGACATCCTTGAATGATTCGTTGTTTCAGCAGACAGAGTTCTCTCCTATGGA GGACGTCCTAATCAATGAACAGCCATCATGATGGCCAGGTAGTCACAAGAAACAAAAATCCCATTCAATT TGTATATTTAGGTTTCTTAACAGTGTTTCTACAATCAGAAATAATAGTTTTGCCCCGAGTTTGTTTCATG TGGTGGTACAATACTGGTGATCCTGTTGAAGAACCTTTAGAATTAACACAACATAAACCAAAGGTCTTGA TGGCAATTTGAGAGTATGTTAGTCAGGTTATAGACATTCTACTTCAAATGAAAACTGCCAAAAAGTGTGC GCGCGCAGTCATGTTTCGGTGTCTCTTGTATTGATTGAGAGCAGGTTCAAGCCAATTTATTTTGTCAGTT GTGGTATGATGTGTAAGAAAATCTAGCAATGTAATAATGATACAGATTGGAGCTTTAATTTGTTAATTGT GAGCGTGTAGAGGTTTTGTGCAGTTTAGTTCAAAGTAAGGATTTAATCTCCCTCCTGTCCCACTGTTCAT CATAATGGACCTTGGAAGGAAAATATTCAATGTTCAAATATATTTTTTTTAATCTGGTTTTATTTAGGTT TGTAGATATTGTCTGTTACTAGAACAGTACTGTTTTTTTTTCATCTATAAGGGCCCTGGGTCCATGTGTG TGTTCTCTACCCTAAATCAATTGTATGAATTTTTCTATAGAGTCGAGTCAATAAATTTGAAAAATCATTC TTGCATGAAAGACTCCCTAGGTGTTTCTGACTCCTTGCACGAAGGGCCAACTGACGCATGCAGACTTGAA AAGTTTAGTGCCATTTTGGTACTACTAAATATGAAATCTCATTTTTGTTATTGTTGTTGTTGTTGCTGAG CAATGCAAAAATGTATGTTCTGAAAATTAAGTTGGAGTAAAAGTCCCCTCTATTAAAGTAAATAGTAAGA ATAGAATAATAGCAACAACTTTTCAACTTAGAGTGGAATCCAGAAATCAAAACGAGGCTTGATTACAAAG AACTATTGATCCATGCTTGTGTTCATGTCATGTTGGAACTTATTGTTTTTAGCCAACAGGCTTATGATCA GACCAGTGAGGTTGATTTATACAAATAATACTTGTTTGTCCTTGCCATATGAAACTACGTGCATTGATGA ACTTTGAACGCATCAAGAGTCCTGCATGGAACTGGCATATTGTTGCATTAAAAATTGCATAGGACAATCA CATGCGCGATGGAAAAAATCAGGTCATAAACACGTGACTTGAATACAGGTATGCCATTGGCTACATTCTC GAACCCGTCTTATAAAATGCTTTAATGCATTTCTAAAGAGCAATAAGATTTATTGTTTGGTATTTGCTCT CTACTCGACATTCAGACGTATTAGCTTTTGAGGAATGAGCCGTTTAGGGGTTATGCGATTTCAGCGTGGT TGGTTTGAGACGGGGATTATTGGCCAGTGGAGTTGAAAGTTGAATGTCACACGTTGATACCGATTACCCA ATCATCCGTATGCATTGGTCGATTGAACAGAAAGTGATTTTTAAAGGACTGAACACAGAGATGAATTGGC AGTGAGAGAGAATCTAGATATCATGTTTGCCTATTAATCTGTTTGTAGAATATTGATGGTGCTTGGCTTA TATTCACCACCACCACCACTTTTCTATGTCAAGTAAAAGCTCATGCATTGAACACTCTTCAAATGTGTAC CCAAATATGTAATTTTACAAAATTGTTTGGATATGTGTGAGCAGCTTAAGCGTGTTCACAATATATCTTG AATTTTAATGTGTATCATTGTTATTAATATTATCCTTAGTTTCTTTATTTATTTCATTATTTTTATTTGT TGCTGTGGTTCACACATGCTGCAATACAGGTGAGGGAAACGTTTGCCTGCTAAAATCTGAAAAGCAGCAT TAGGAATACAAGTGATTTGTAGAAGCAATGCATGATCACAATCCAGTAATGCATTAACAGAAAAAAAGGA ATATTGGTACTTGGTTTAACCATTACCAATATGATGTTTTTTGAGAGCTGTTAGGTAGGGCCAATTTGTT TAAATAATTTGTGCACTTTTGAGTATGATAGTTTCTTTTTTAATTTCTATTCTAGTCACCCTGTACCAAA CATGTAATTACATATAGCAGGAAGTTTGTCATACGTTGTAGCACCTGCCTTGTATTTAAATAAGAAATGT AAAAAAACAGATTATATTTAAGAGAACAGGAACATGTACAACAATTGGATGAATATAAATACGCAGGGCT GTTGAGCAGTATCGTAATGAAACCGTGTGTTGTGTTAAAGTGGTACTACAGTTATCTGAATAGGGGTGGT ACCAGCAAGCATTTTAGACATTACAATACAAGCCAGCAAGTACATAATGTAAGCTTTGATATTATTTGTT TGATAACTAGTTTTCTAATTGTTTGATTAAAGCTCTGTCAGCCAGAGCGTTAGTGACTCGATGTAAACAT AAACTTGTCTTTGTTCTGCTTTATTTCTGTATGTGATATTGAAGAAAAAAATTATCAAGAGACTATTTCT TTGTACGATAAACATGGTGAAAAAAATTATTCTTTCGTTACAAAGTAGTGATGTGAACATGTTCTGAATG CAGTTATTTTTTTTCAGTCTTTGTTTGAGCCGTTTACAAGCATCCTTTTATTTAGGCTCATATTTTGTTT GTCATCAGAGCCACTACTCTTATTTCAAAAGCCCTCATTTCTGTTCCAAAAGGGCAGTGCAAGAAGCCAA TTTGAATTCAAAGCTGGTTAGTTGTTATGTCCCACCTTTCACCCAGGAATGGATGTTTCATCCTTTATAA AAGTTAACTTCTTTTGTGCCAATATTCCAAAGCTTGTGGCCCACTGAATCAATTATGCGAACTTCAAAGA CACTTCCTTTCACATTTTGACAGCCTTCGTTTACGGTACACTAGAGTCGGCTCAAGTTAGGGTTTATTCT GCTTGACCAGTTATACTTCTGAGGAGTCATTTCCCTTTTACTCTGGTAATTTATTTCAATGTGAAATCAT GCACTCACCTTCTAACCACATGAGAAAAATCTTGTTCGTTTTGAGGCTTTCAATGGACATCCTTTGATGT CTCCTCAGATGAGTACATATAAGAACAAGCTGCACTATATGATACCACTGGGAGTTTCCTGAGCTTTCTC TATAGGGTTAAGTGGAAGAAGATCCTGAAGAAAAGGAGAGCATTTTGTCTATCGAGAGCAATAGGGTCAT TAACTCATACACATGTACATGTACTTTAATATAGAGCTACATCGTCCTCCCGGCTCTCGACATAAGATAT CATTAACACGACAGTTGAATGTAGGATTTTCCATCATGTTGTGTTATTACAATATGTATCAACGGTCCTT CAGATCTTTCTTGTGACCCTTTAAGTTTGCTTTTAGGATAAGAGTTCTCTTTGGAAATACATGTATGCCC AATCACATGCCTGATCAGTGAGGGAATTTTGTATGGAGGTCTACTCAAACTGTAGGTCATTGTTGATAAT ATTGTCTATGGATTTCAGAGACATGTGTGAATGAACAGTTATAATATAATACAATGTATTATTTCACTTT TTTGCCATATTTATCCAATTGATTCAGGAATTTGTGTGTATTATTTTGAAAATGGAATTACACCCGATTT TAATTTGTATTCTGTCCATTTATATTTGAATGTCATATTTTTCCTATTATTCGGCTGTTAATATATAATA GTTCTGAATCTCATGGTAGAAGAACGGTATTAAAGATACATTTAATTTATGGGATGATTACGAATGGACA AATTTGACCCATATTTTCTCCATAGGCATCGCATCAGGTGACATACATGTATTTTTATTGTAGCAATGTT GTGAATCTCGAACAAGCATCTTAAAATGTGGATGTCAGATATAACAGTCTCTCTTGACATATAATGCAGT AAACTGCCTCGAAAAGGGTCTCAGCAATACCATTTTACTTGTAAATGAATAGCAACCAGGGATGATGAGG AAAAGTAGCATTGGCAACAAAGGCCCCTAAGCATACTTTTCTTTTTAAATTTGTGTGTTGTAAGATACAG AAATGTAAAGGGCACTCCACCTATGACAGTTTATTTTCCTGCAGCAGGTTTTGAGGAAATTTATTGCATC ATGTGTGAACGGGTCCTAAGACTGAACCATCCCAAAGTAAACTCCCATCACCCGTATACTCTCACATATT TGTTGCTATATTCTGCTTGTAATACAGCTCGGTGTTTCTCAGTCTCAATCTTGTACAAATTCTCTTGTTA CACTTATAGACTTAATGAAATAAAAACCTGACGTTCTGTTTTGTAAATATCTGATAAAA
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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