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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???
>JT119799.1 TSA: Strongylocentrotus purpuratus WHL22.290384.0 mRNA sequence CACCACTCCAGGTGAATGAACACACAGCATTGAGCACCCATCCATTTGGAGCAGTCTCACAAAAGGAATC CTAAAGAAGTATTGAAAGGACTTAAATGTTATTCTCACAACTATTATTGAGTGCCAAGACTCCTGTATTG TGTGAATGCTGGGCCTCGCCTGTAATAAGCTTCTATTTAAAGAGTTGCAAGTTTTATTTGATCTGGATAA AGAAGTGAGTGTGCATTCTCTATGTATAGGGTTTGGAGCTGTGCATATATACAGCTTTACAGAGCAGACT ACAAGCCTATACAGCTAGCACACAAAATATAATTTGCCTCTGGTTGTGATACAGTATATAGTCTGACAGG TTGCAACATATGGTAAACTAACATACAGAGTACCATGGGAGATCTGCTATTCAAGTGATGGCTCATTGCG GCAATGGACTCAACCACAAAGTTTCATCTAAAGATCTATTCTTCTCCAAAAGTGACGACACTAGCAACAG CCATATAGCAGAGTTTCGTGATAAGCACCTGGTTTGTGCCGGGTGCAAGCAGCGCTTCGTGACATCGGTC TACACCCCTACGCTGCTTCCCTGCCTGCATTCCATCTGTCCAACTTGCTTTGACGCTTCAACAGCCAAAG ACAGTGAGACTCTCTGCACAGTTTGTCCATCTTGCAAGCAACAGGTACCATCCACAGAAGGTGTCCTGAC AAGGAACTCTATCTCTCCAGACTTTCATATTGATTACCTCGCGGAGTACCTTGGATATACTGAAGGGATT GTAAGGCTTTGTGAAGGCTGTGACTCTCTCACAAAGCTTGCCACTGCTTGTTGCTCCAACTGCATCAGAT TCCTTTGCAAAGAGTGTCTGATCAGACATCAATATACTGTAGGATACGAAAATCAGCATTTCCACGAGGT GAATGATTTGACCAAAGAAGACTGGGAAGTACTGTCACGTCAGCAACGCTTTTGTGTGGTCCACCAAAGT CAGGCACTGACTCTTTACTGTACTGGGGAAGCGTGTAATGTGCCAGTCTGCTTGTCCTGTTGCAAGAGCG ATCATATTTCTGAAGGTCACAATATAGAAGACTTGTCTTCGGTTGTTGAACAGCTGAAAGCTGAACTTAA AGAACTTATCATCATGAGTGAGCGGCAGACGCAGTTGCTCGAGGAGCTGTTACAGAACATTGACATGGTG ACCCAGAAACTCACATGCAATGCTGAGGAAGCAACTCATCAGATCAAAGCCCTCTTCAGCAGATGTCGCA AGGTCCTGCAGCAGAGGGAAGAGGCTCTCCTGAAAGCTGTCACAGATGCACACACCAAGATGCAACTTGG GCTGAAACAGCAGAAGGATGACACCAAGACGATGCTTTCCAACATTGCTGTCATGACCGACTGTGCAAAC ACCAACAATAACTTGAACAGTACAGTATCGGTAGCCAGGGTGCAAAATAAGTTGGAAGGGTTCTTCAAGG AAGTCGCTAATGGGGTGTTCTATCCTCTACCACTGGCTAATAGCTGCATCGACTTCACTTACAAGCATAA TGAAGCTTTAACCTATTTGGACTACGCAGTGAAGGACCTAGGCAAGGTGGCTAATGGTGATGAAGTGCCT TTCTTGACTGTTGTTAGTCCCGAAGAGTCCTTTGTCAATCAGGAAAGCACTGTGAGACTTGAAATGACCT CCTTGAATGGGGAACGTAGCACAAAAGGTGGAACCACAGTGTCTGCAAAGATGACGACTCCTTTCAATGA GAACTTGGAATGTACTGTTGTAGATAACTTGGATGGATCATACATCATTAGGTACCTGTCTACTGATCCC GGTGACCATCTCTTATATGTTGAGGTATGTCATGAGCCTATCAGAGAGCAACCAATTACAATCCCAGTGT ATGCTCTTTGCACAGAAATCAAGGGCGAGAACACAGATGAGGAATGCATGGTTGAAATCTATGCAAGCGA TTGCAATGGGAAGCGCCAGCCATTGGACAAAGACCTCAAGTTCTCTGCATATGTCCTTGATCCTCAACAC GAGGAACTGAAAACACAGATATACTATTACCCATATGGCTACCATGGCATTGTCTTTCGTCCAGACAGTA TCGGTGAGCATAAGTTGACAATACAATTGAACAATGTGCCACTCAAGTCTTCCCCTATCATGGTGCCCAT CCACAGGATTATCGCTTGTCGGCTGGATAAGAAGCCTTTCTTTCTGGAGAACATCTCTGGGATGACAGTG ACATACATGGGTAAGATTTTCCTTGCAGACACTATCCAGAATGAAAGAATCCTGGGTTTCACTGGACATG GTGAATGCTTCACTAAGATCAAGACACCATACAAGGGAGATGCCTTGATAACCAAAGACAGGAAAGAAAA CCTTGCATTGCTGTTCCCTTATCGACAGGTAATGATCTTCTACACTCAGAAGGGGAAGCAGGTTCGTTTC TTTGACACGCCTCAAGTCGTTAATCCCGTCTCTATCGCGGTCACATCCGCTGAGGAAACGCTCATCCTGG AATGCCTCAGCAGTTCTGTCCTGGTGTACAACTCTGCAGGATTCCTCCAGACTACCGTTGGTGGGACCAA CCATGCCCTCAGTCTAGGCTACCCTATCTCCATGAGTCTGGACTCTAGGGACAACATCTACATCAGCAAC AAGACAGGGGGTACAATCCTCAACCTGACCTGGAAGGGAGACTTCAAGCGAACCATCGGTCTTCCCGAGA CCTTCAATCAGATCGGTTCCGTTGACTGCACCCCTGATGGCTACATCCTGATCCACGAAGAGAAGCTCTC TCAGGTTGTCTACGTTGTCAGCAGGAGGAGTGGCAATGTCCTCCGCACTATTGACGTCCATGGTATTGTT GGTTTCCTTGAGCATCTTGGTGTGACCCCTGACGGTTGCTTCATCAAGCTGGACCGTAAGAAAGGCTGTC TGAGGAAGTACAGGTACGCCTACTACTCTCCAAGACGTCAAACCTATCCTGCCATAGCTACATCTACTGC TGATGGTCAAAATGAATTTGAGGTGGTAGGATAGCATGCCCAAGACTTTCCATAGAACTTGACATGTGTT GTTTATTGTGCGAGATCATATAACATGACCACTGGAGATTTCTGGCTTAATTATGTTCCTGGAAGATAAC AACTGATTCTGTAAATGAATTTCTTATCATGGACTCAGATTACAAGTACTCTTACTTCCATAAAAATTAT GGTATAATTTGCACAAACCTATATTCTTAGATATCAAGTGTAGAACAGGTACCAGTGCGTGCATGTATGC ACAGATTTTTTTTCTGCTGGAAATTATTTCAAAAACATGTACCGGTATATGTATAGCCCTTTACAGGGTT CTACAGAATTACAGTTATTGATTATTGGTAGATAGTAATTCTACTTTTTTAAACAATGTGCTCCTTCTGT ATTTTAACTGTATTTGAAAGTGCGGAACAACTAGACTACCCCACCACACATATTCTTGGGAAACATAAAG CAGCATATACCCAAGAGCATTCATCACATTCTGTATTTAAGCCATCAGAAACATTTCAATTTTTTTCCAT TTGCCATGCTGCATATTGCTCACAATAAGAGTTTTGAAGCAGCTGTCAAGCCCACATGCACACAAGATAG TTTCAGAACCTATGCTCGTATAACGATACATGTATGTGTACACATGAACATGTAACCCTACATGGCTAGT CATTACAGTCACCTCACTCATGCCGGGTAAAATAAAATCAATGAAAGAAAACCTGGTAGTAAATTTTAAA GACAAAACACTTAACATATATACGTGCATGTATACATTCATTGTGCAAAGAGGCAATATTGGAGGGATAA GGTGTTGTGCAGATACAGCCTTATGCATACTCATTGATCTCTCTGTACATGTACTACACATGTGAACATA GTATGTACACATCAGTGAGGTTCTCTGAATATCACATTATACTATGAGATTTGTATCAGTAAAATTATTG TTTACTGCCTCTTACACTGTATACAATTGTAGTTATTCTAATGAGCCAATGAAGACACTTACAAGTAAGG TGACGATATTGATGTTTTGAACTACAGTTTATATGGTTTTACATCTAACATGTAAACTGTAACAAATTAA CTGCAATGATGTAACTTCTAGAGGCAAAAACTATTTGTCCCTACTTACAGTAAGCAACTTTTTTTTAAAT AGCTAAATAAAATGGATGATGTCACCAAACTTTACAATCAAATTTCTATTGCTGCTATACTACCTTGTAT GTATTTGCAAAGCTCAGTTTGCTTCAACAAATATACCTTTTTTTGTATTTATCTTCTGAAAAGCAAACCT TTAATTTTCTCTAGTGGTCTTCTTTATTAACAAGTTTCATAATTCACATATACAAGAATTATGCAGATAA AGTTTAATTATATATGTATCTGCATTAAACTGTACCTGTGTTATCCTTTTATGGAATCCGGTGATTTCGC TACAATATTAATTTTATGTCTTTTTGCATCATCTTTGGTGGTATTCCAAAATGGTTCTGTTGTAAAAGTT TGATAACCAGCTGATAGCTGCCAATGTAATCAAAAATAGGTGTAGAAAAAAAAATTCTATTCATTTTGTA GAAAGAATTTTAAATGGTGATAACCTACTAAATAGTATACATTAATATTGAATTGAGAATCTTTGGTGAA GGAAAATTTGACAAAACTGGATTTCTGTATCAATTGAATTTCCCATTTGTTGACATGTATAGCCCATTTA TATGAACTGGCATGTATATAAGAACATGCTATTAAAAAGAAGGAAAAAATATTTTAAAATATGTAGACAT ACATACATTTTCGTTTTATTTTAATCAAATGCAGTGAAATCTATGTATACAGACCAATCATGGAAAGCAA GGAAAGTTGATCTCTATAATTTACATGTACAAGTTCCATTAATTCATATTTGAATATAAGGAACACACTT CAAGGGGAAAATGTGTGGTCTTTATAGGGTTATACAGACAGGTTGTCTTCCAACAAAGTTAATCCATATA CCGGTAAGGGTTGACAGTATCAATATGATTTTTTGGGGAAAAACATGAAAAACAAATATCTGTCTGTTTA ATAGTACCCAATACTACAATTATTGTAATTTTAAGTTTAGAATTACGGTGTATTTTTAATTATGTTGTGA ATCATGTTATTGAAATTACTAGAAAAAAGTATAAATTCTAAAAAGAACTCTATTTGACAGGGTCAGAAAG AAAAATTGGACCTAGTCTGCCTTGAAATACAAGCTCTAATGCTGAATTCTGTCGTTCTTGACGTATTTCT GCAGTTATACTGGAAACATTTTGACAAAAAGGGACAAAAAGTGAATACATTTACTTTTTATAATCTACTT GCTCAAATTGGACTTGTAACCTTATATCTGTTATCTGCAGATAGCCAAGCAGTTTTTGAGTTGACATACG ATGGGTTCTCAGTTGTTGCTGTATGTTGCATTACCGGTATGTCTTGTATACCACCGCACTGTACATGTAC TTGTACAAGTGCATATAAAGCCTATATGCAAATTATGTTATAATAATGGTGTTTCGTTATCATACATTTA TCACTGAATGATACTTTTTCTGTCTTCCTAACAATTTATCATTTGGTGTACTTTTAACAGATGGTATATG GCCTGGAATTGCAAGTCTTGTTTTTTTTCTACTGATTTTGAAGTTAC
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???blast.matrix???
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???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