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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_011676923.2 PREDICTED: Strongylocentrotus purpuratus cyclin-dependent kinase 12 (LOC584384), transcript variant X2, mRNA TCATACATCGATCGTACGTTCGGAGATGTCTGAGTTGGGAAGGAACGAAGAATAAAAAATCCAGAAAACA ATCCGTGTAAATCATCCGCTTAATCAAGATAAAACCAGATAAAATAGTCATTATCTGAAGATTTAATAAT TCATGCTACAACTGATATCAATTTCTATCTACCAAAGAATTTAATTCGACAGATATTTGTTAACAAACGG CACGGAAAATTGACCACAAATTTGAAGAAGTGTATACGTGTACTGTACGTACGCGTGTAGTACATACAGT TGGCTAGCTATGTGTGCGACTAGAACAAGAAACAATATGGCCACGGAGACTCGATAAACTTTGAAGCCAT TGCCTGAGCTGTGGCGGCCATGGAATTTGTGCTGGGAATGTGAGCTACAATTCGCAATTATTTGAGAACT TCAATATAGTACTGGACAGTCGATTGGACTTATCTTCTTGGACAGGACGTTTAAAATTTTGCTTGCAAGT TGCTAATCAACGCCCAAACGTTCCCCGATTGTCTTACGCACAGTGCTGACAGCCGTTACCGTACGGAAAG TCGCGCTGGTCGTGGCCCGGTGAACCGGGCGTGTTTCCGTGATGGTGTACGGCGCACCGGCTCTGAAGCA ACGAACACTTGACTTGAACAACTGCAAATGAATCTACGACTGTGTGTGACTTCCTGTGTGCTTCACTTTT ACATTGAAAGTTATGCTTTGCAAATATATTTTGTGTGAACACAGATTTACTTATAGATGACTTAACTGAA AGGTGAACTACGTTGTGTACAGACAGAAGTTCACTATGCCAGGCAATCACAAGAATCGGGGCGGAAGCCC TACTTATTATCATGAACACAAAGACAGCCCTAGCAAGAGGAAACATGCCAAGTCCTCAAAGTCTGGACGA CACAAAAGTAAACGATCACGGGACAAGGTCAAGGAACAGGTCGTGAAACCTCTGGTGGAGTATGACGATG TCAGCAGTGAGGACTACTCCTTGAGTCCCCCACCTTCTCCCACTCCTCCGCCAAAGCGCAGAGCCTCTCC CCAACCCCAGAAGAAACGGAGACACGTGTCCCCAGCAACGGCGATTAAAATTTATAAGACACAGCAGGGG AAAGAGTCTCCCCATGTATCAAACTCTAAGAATTCTTCCTCTAGGAGGCAACCGTCCCCTGAAACCTACT CTGTGTCGCAGAAGAGCCACTCGTCCTCCAGAAAAGGAAGGGCCAGTGAAGCCTCCCGGCCAAGGGCTTA TCAGAGCTCTCCCCCTCCTCCAACCAGGTACCACACTTCACCTCCCAGGTACTCTGCATCTCCCAAGCGA TCCAAGCAGTCCAAGAGTAAGCAGAAGTATCGAAAGTCACCCACGAGTAGCAGGAAGAACAGAAGTCCAA GTCCCGACTACTATCAGACGTCCAGACAAAGCAACAAGTCTAGAAGTAGAAGTCCCTCCTACAGCAGGAA GAGGCATCAAAGGATATCCCGGTCTCCAAGTGGCAGTCCGTATCGAAGATCCAAACACTCTCCGTCCAGG TCTCCTTCGCCTTATCGGGGCAAGAAACGGGCACGGAGCCCTACCCCTAATTTTCCTGCCACAAAGTTTC ATTCCTCCATTGGAGGGGAAGTCCAGAAGTACAGGAAGAAAACCGTTCAGGCAGCTAAGGCCAAGGTGGT CAAACAGGAGAAGGAACCTTCTCCAGAACCTGTGCCAGAACCTGTCAAGGTCAAACAGGTCAAACAGCCA AAGCCAGAGAGCCCAATGGTTTTTACAATTAAGAATGATTTGAAGGAAACCGCCTCACCTCAACGAACAG TCGTGGAATTGCCAGATAGAGGCCTTATTATCAAAAAGGAATTGAAGCCAGTTGTGCCATCGCCAGTGCC AGCCCCAGCACCTGTAAGAACCACCCCTCCCCCAAAGCAAACTTCAGCAAGGCCACCTTTGCCCCTCCCG CCTATGATAGACGCAGTGGACAGTCCTGTGATAGCGCAAAAAGGTAAAGGCGATGTTGCTGAACGAATGC GAAACTTGTCCAGGGATCGTGCACGATCAAGGACATCGATAACTGATCTTCCGCTCCCGCCAATGGCTCC AACCCCCGATGAATCACCAGTTGACACGCCATCGCCTCAGACGCAGCTTCATTTGAGGGCCAAGGAGAAG GATACAAAGGACCCCAAAGTGGACTTGGGTAAGCGGGAGATGATCAGGCAGAGGAGGGCAAAAATGGCTG GAAGCTCCTTGGATTGGGGAGAGAGGTGTGTGGATGTCTTTGAGATCATCAACCAGATTGGAGAAGGAAC CTATGGCCAAGTGTACAAAGCCAGGGACAAAGATACAGGTGAACTGGTGGCACTGAAGAAGGTGAGGACG GACAATGAGAAAGAGGGCTTTCCAATCACAGCCGTCAGAGAGATCAAGATCCTCAGGCAGTTGAACCATG ACAGTGTAATCAGGCTCCATGAGATTGTCACAGACAAACAGGATGCGCTGGACTTCAAAAAGGACAAAGG AGCCTTCTACCTGGTATTTGAGTACATGGACCATGATCTAATGGGACTGCTGGAATCTGGGCTGGTGAAC TTTAGCGAGGAACATGTCAGGAGCTTCATGAAGCAGCTCCTTGATGGCCTGAACTATTGTCATAAGAGGA ACTTCCTGCATCGGGATATCAAGTGTTCCAACATCTTATTGAATAACAAGGGCCATATCAAGTTGGCTGA CTTTGGTCTTGCCAGGTTGTACCATGCCGATGACAAGACCCGCCCTTACACCAACAAGGTCATCACCCTG TGGTACCGGCCACCAGAGCTCCTGCTCGGGGAGGAGCGGTACGGTCCCGCGGTGGACGTCTGGAGCTGCG GCTGTATCCTGGGGGAGCTCTTCACCCAGCGCCCCATCTTCCAAGCTAACCAGGAGCTGGCACAGCTGGA GCTGATCAGCAGGATCTGCGGCACTCCTACCCCGGCGGTCTGGCCGGACGTGATCCGCCTTCCACTCTTC AACACCATGAAACCAAAGAAGATGTATAACCGGAGGCTCAGAGAAGAGTTCTCTTTACTACCCAAAGATG CCCTGGATCTCTTGGACGGAATGTTGACCCTTGACCCCGACAAGAGAACCACTGCTGAAGACGCGCTCAA CTGTGGCTGGCTGCAGACTTCGGGCACGGGAAAGCTAAGCCAGCCAGACTTGCCACATTGGCAGGATTGT CATGAACTGTGGAGTAAGCGCAGACGCCGCCAGGAGAGGCAGCAACAGCAGCAGCTGGCAGCTCAAAATA AAGCAGGCAATGGCCCAGATCCAAGCCACTCTAAATCCAGTCGCAAAGAGCCTCCTCCTCCTGCCCCTGC AGTGACCGAGGAGGAAGCTCCTCAAATACCCGGACTTGGATCAGAAGAGCCCAGTAGCTCAAAGAAAGGA AGTAAGGCTGCCAGCCGCTCCAACACTCCCCAAGCCCCAAGAGAAGGTAAGGATTCATCAAGTGACGGTG GGAAAGCAACGGGTGAAAAGAAACTGGCCAAGTTAATCAACCTGCTCCAGGCTCAGCCTCAGCTCAATGT CAACAAGCTTGCGGAAACCCTCAACGTGCAAGTGGATGCCTCTACTATCAAGCTCTTGGAGAACCTGAAC ATGCAGCTCTTGATTGCAGCACATGCTACGAAGCAGAAGTCCAAGGAAGGGGGAGATGATGCCAAGCCGT TGCCGTTACCTACCAAAGAAGTCACAACCGATTTGCTTGTGAAGGCCTTGGAAGGGTCCAAAGGGTCGGG TGGTGCCCTAGAGCAGGTGTTTGGGCCATCCTCTTCAGAGCAGAAGAAACACGCTAAGGAAATTGCAACC TCTCTTGCCCAGTATGTCTCTGCCTTGTTTGGTAAACCAGTGAATCCTTCAAAGGGTCCAACAGATCCAG CTCCGTCTAGTGTCGTTAGTCAGGGTAAGAGTCATGGTAATGCCCATCAGAGCACTTCTATCGTCACCCC GCCCTCCGACTCCCGTAGCTCTTATATAGACAATCTTAGTGGCTCTCAGGGTGGAGAATCTTCCAGTGTG CCATTTTCCAGGAAGAACTCCAAGCCTGACTTTGGTGTATCGGATGACTCTCAGCAGAGCTGGAAACCCC CAACTCCTCTGGGGCCACCACCCGAGTCCCCAGAGGCGGAAGAGCAGGAGCAGCAACAAGAAGAAGACAC AAGTCTGGTGACTCCTGGTGTGAAGGCTGCCTTGATGCAGATGATTGCCCAACAGGGCCTGTCCGAGCTG GGCATTGATAACCAGCCTGTGGACCCCAATCTGCCTCAACCACCGGAACCATCCCTGCCACCCCCAGACA ACGCACCTCAGGATCCCTTCCTACCTCAGTCAAAGGCTATCTTCCCCAGCGGACAGTACTGCAAAGAGGA CCCCTCCAAGGCATCGGGAAGCGGAGACAGGGCGAACTCAGTTGGCGCAGGGAAGAGCAAGGGTAAAAAT TGGTCCTCTCCCTTCAATCGAGGAGGGGGTAGAGGAGGGTTTAAGGGATCTCACAGGGGTAATAAGAAGG GACCCGTTGGGCCAGGGACAGGGTGGTCATGATGATAGTAAAGACAAGAGTTACTCTATTTTTTACACTC CTCTTATAGAGACAGGAATGTTGAAAATCACAAATATATTATGATAGTCAATTGTCATAAGTTCCTAGAA GATATTCCCTTGCTCTCTCTTGGTTTGTACTACTGTCATCAGCTATTGAAATTAAAAGACACAATGTATT TGCCTATTTATCAAACTTTGCTTTTGTGCTTTCCTATAAAAAGCTTTGTTTTTGTAGGTATCATATGTGG ACGGTGACAATTCATTGATGTATTATGCACTTTTGGGACACATTTCTTTTAAAATTTAAAAAATGCATCT TTAGCTACTCACTTGACAGAGATTTGTTGAAATGATTTAGCAGCTTTAGTGGCCTTGATAATGTCTTGAT AAAGTATTGAAATATGGTGCACAATATTTTGCCATTTGTATAGAAAGCGATGTTTAGTATATAATAGTCA AAAGTGCCATGAGTAGACCAAAGTCTTCTTTTTATAATTACTTTTTCAGTTTTAATTAGGAGTTTAAGTA GGATTTGTGGAAACAAAGCACCATATTTCATTTTCAGCTAATAATAGTCTGTTTATCAGATGGCATGAAA AGATTATTATATTACCATGGCAGCGCTAGATCAAGTGATCCATAATTTGATCTTTTTAAAACTTTAGACA GGAAAGATACAATTTGTAAAACAAAGAGATATTTTGTGATTCTAAACTGGCTTCCTATAAATCATTGACA GGTGAGTTTTGCAACTTCTAATGAACCCTTTCTTATGCAATCAAGGCCAAATAACAAACTAAAATGCAAG CCTCGATAGTTTGAAAGATATTTCTTTTCAATGTTTAATTTGAATTCCTTACCAAAACCCATGCCATAGA TGCATTTCAAAATGAAAATGGATACAAATCATGATGTTCTGGAATAAGGAAGAAATATCAATATAAACAA GAAACAATTACAAAACAAATTGAATGTGAGACGATCACATAGAATGTCTTTATCATGGAATGTCAAACAA AACCTTTACTGGGCTTTTGATTGGCAAAATCAATCAAGAAAGGGAGGGGGGGGGGTGAGATTTTTTTTAC CAAAGCCAATTAAAACAACAGGAGGGAGTTATTTCTTGTTGAGACACCCCTCCCAGTGCATTTTCCAGTC CTTAGTAATTTACTGACATGAAAGGACATTATTTGAATTTATTTCCCCCTCTTTCTATGTTTTAATGATA TCTCTATTTCAGAATTTGCAATGATCATCAACTGGTAACTAAAACAAATCTTCCTTCTGTTTAAGAATTT TCATGCATCTGATATGAAACATTCACAGATCTTACTCATGATGATGTTTTGGTCAACTAATTTGTAGGTT GCCGAAAGTATTTTAAACGTTACTCCCTCCCCCCAAAACTGTATCTTGAAGAAAATTCAATAAAATCATC TTAAACATTGTGTCAGACATGAAGGATCAGATAAAAAATGTTTAATAATTTTATGGCTTACCACCTAAGG AGATGTCTTGATATCTTTGGAGTGATCTGAGGTAGGATCTTCAAATTGGTATTTAAAGATCAGCTTATGA ACTCAACGGCTTTTGGGGTCGCAGAGTAAAAGGGCATTTATGTCTACAAATTTATCCTCATTCATTTTGC TCTTCTGATTAAGTATTAGTAAACGCTAATTTAAAGGAATTATCCAGGTAGCTTGATAAGACCTAAAAAA GAAGAATTGGTATGGAAATGTTGTATGACAGTTAGGATTCTTAATAATAACCGTTGGCTTACAACAACTA TTTCTGATTGTAGAACTGATTTAATTTTCAGGCCCATAAGGGCAAAGGTTAAAGGTCATTCGACTGACTG GTAATGTCTTGTGGTTAACTATGGTAATGGTGACGAAAGTCACTTTGTATTTTTATGTTTAAATTGTAGA TATCATAAAGCTCTAATTGTTTTGTATTTCTTTGTTTATGTGGGAGAAAACCAGTTTTCATCACATTTCT TTTTATGAAAGAGTTCTTAACAATTATCACAAGATAGAAATGTAGAATGTAGGAACACTTTGCTAGTTAG TAGTTGTAGTATAGATGTTGTTGATTTTAGACGATAGCTATGCAGATGAGACTTTAGTGATGAAGTGATG ATTAAATATGTTGTAAATATAATGGGTGAATTTGGATCATAGTACTCGGCGTGCACATGCACCTTTGCTT ATTGATGTCAAACAAGAAGATATTCATATGAGCCGGCTAAATTAAGAGCTGTAATTATATATTTTTTCCA TGTAAAAATTTCAAGCCGGTCAGATATTAAGTAGAGACCGACACAAGGTTAATTTGCGTCATCAGCTAGT GCAAGTGTAATATGTAAATCATTAAAAATCTGTGATGTGTTGATAAGCAAAGAAAGAAATTAAAAATGTA TAAAAAGA
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???blast.matrix???
???blast.matrix.blosum62???
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???blast.matrix.blosum80???
???blast.matrix.pam30???
???blast.matrix.pam70???
???blast.gapedalgin???
???blast.true???
???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds