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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_031000359.1 PREDICTED: Strongylocentrotus purpuratus ATP-dependent RNA helicase DHX30 (LOC577803), mRNA TTTCAATCATCATTAAAATAATTCAAGATCTAAAAAGTTATACATTTACGGAAGAAATGTATCATTCAGA AAAGTGTTAATAAACATACCTTTAGAATTGCGCAATATACAAATGGATGCTTCCATGGATTTCGCAATAG ATCCAAATTCTAGCCAAATTGCCCGGCTTAGTATTTGTGAAATGAAATTCATGATCAACATGGCCATTCC AATGAGGGTACTCTCTTGCCCAATTTGGGCAAGTAAATGGAGGGTTTTGCAGCCGAGCCTGTGTAGTAAT TCGGCAAATTTTCCAATTCGAAACGCTTCAAAGAGCTCTCGCAAACCTCAGAAGAAGAAGAAGAATTCAG CCATTGCAGGAATGAGTGAAGAACACCAGCTTCTGCTAAAAACATTCCCCAACCCAAAGGGTATCCTTAA CAATGTAATCCTCAGCAATGCTAAATGCAGTTCTATTCAGGATGTGGTCACGTACAAGACAGAGGATATA CCCGCAGAGAAGAAGGGTGCTCAGGTTCTAAAGAAAAGCATCTTGACTCTCAACTGGCCGGAGGTGATGG CGGTGGAAGGGTCAGGCAGAAAGAAGAGGGGGGCAGAGCTTGTAGCAGCAGCACTGGCTTGTGCTAGATT AAAGGAGCTTGGTCTGATGGATGATAACAACAACCCTTTGCTTCCTGACGTGGTTTATAAGACAGAAGAC CGACGGATCTTCTTGAGGAAACAGAATCAACCAGATATCATTGAGGCTGATGAGCAAGTGAGCAAGGAGC TGTCAAGTTTCTTGAAAAAGCTGAAGAACCAAGAATCCAAGAACTCTGAGGATAATGACCAAACACATAA AGATCTTTCATTCTACTCAATGATGATGTCAGAGGAGGAAACAGCAGAGAGGGTCACGGATATCTTCTCT GACAAACCTTACAAGCATCTTTCAGAATCCAAGCGTGATATACGGAATGGTATACTACTTCAGAGGCTCA TCAACCAAAGAAGTAACCCTGATATTGCTGAAATAATGAAGAAAGTGCAGACACTGCCAATCTTAGATAA GAGAGAGGAGATATTATCTATCATCAATGCGAACCAGGTAGTGGTTCTTTGTGGAGAAACTGGTTGTGGG AAGACAACTCAAATGCCACAATTCCTTCTAGACGATTGGATCAGACAAGATATGGGATCACAGTGCAATA TAGTCATAACTCAGCCAAGGAGAATAAGTACAATATCCACAGCAGAGAGGATCGCATTAGAAAGAGGTGA AAAGGTTGGCAAGACAGTTGGTTACCAGATCAGACTTCATCGTAGAATGCCAGAGAGTCATGGATGTATG CTCGTCTGTACCACTGGTATCCTACTCAAGAAACTACAACAGAATCCAGATTTGACAGGTATCAGTCATG TGATAGTGGATGAAGTTCATGAGCGTGATGTCAACACTGACTTCCTTCTTGTCTTGTTAAAGAATGCCCT GGAAAGGAACACGAAGGTCAAGTTAATCCTAATGAGTGCTTCTATTAACCCAGGATTGTTCTCAAAGTAT TTTGACGACTGCCCTATGATCAATGTGCCTGGATTCATGTATCCTGTCAAGGAATACTTCCTCCCTGAAA CATTAGCAGACCTGGATATCAATCCAAACAAACACAAGAGTCCACTCTTTGAGCAGGAGAACAAGACTAA AGCAAAGGACCAATCAAAGAAGAGCAGGAAGAATCAGAGAGCACCACCAACCAATGTTGACCTTGTGGTA GAGGTCATCAAAGCCATTGACGAGAAAAAGCCAGCAGGTGCTATACTGTGCTTCCTACCTGGCTGGCAGG ACATCAAGAGTGTGTATGACAAACTACTGAGGGCATGGGACCAGAGTAGAGATGAGCATGAGGTCTATCC AGTGCACTCTCATATCACAGTTGATAACCAGCAAGCAATGTTTGATATACCACCAGTAGGGGTGAGGAAG GTTGTCCTGGCAACGAATGTAGCAGAGACATCCATCACTATAGGAGATGTAGTGTACGTAGTGAACACTG GAAACCACAAAGAAGAGCGTTTTGATTCAGACTTGGGGGTCTCTTGTCTGGACCTTCATTGGGCATCCAA AGCCAACATTACACAGAGGAAAGGCAGGGCAGGACGCCGCCAGCCAGGGGAATGCTTCCACCTATTTGAT GAAGATGTATACAAACAGATGAGTAAATTCCAGACAGCAGAGATTCTAAGAATACCATTAGAGCAGATTG TAGTCCAAGCCAAGGTTCATAATGAGGCTGTATCAGCAGAGATGTTCCTTGCACAAGCTCTAGAACCACC TCCATCTCAAGCAGTGTCTGGTGCCATTGATCTTTTACAAGACTTGGACATCTTAAATGAGAAGGAGGAA CTGACGTCTTTAGGAAAGAAGATCTCCTGCTTTGGATCTGATCCTAGGATTGCTAAGGCTATCATCTTCT CAACCATTTTCAGGTGTGTGGATCCCATTTTAACTATAGCTGCCAGTTTGTGCAATAGAGATATTTTCAG AGAAAATCTGGATAACAGAAAACTCATCATGAAGAAGATGAAAGAGTATTCCGGAGATGGTGAGAGTGAT CATCTGATGAGAGTAGCTCTTTATCAGGGATGGGAGGAACAGCAGAAGGCTGGTAGACAGAGTGCATTTA GCTATGTGCAGTCTCATCATCTCTCTCTCCTCACCCTGCAATTCATCAGAGGGTTACGTCGTCAGTTTGC AAGCAATCTTGAGGATTCCGGGATGGTGATGATGTCTAGTGAATGTTTTGATCCTTCAGCACGATGCAAT GAGAATAGTGGGGATCCAGAGCTCATAAAGGCTGTGATCTGTAGTGCTTTCTATCCCAACCTTCTCAAGG CAAGATTTGGCAAGCACGAGAAGGGCAAGCTTAGAACCAATAAATTGATCTTCAAAGACTTAGATTCCAA CAATATTCTGCTTCATAGAAGATCTGTCAACTGCGGAAAGAAAGACTTCAGGAGCAAATGGCTTACGTAC TTCTCAAAGATACGATCTGATGTGACCTTTGTCCGTGACTGCTCTGTCATCCATCCTATGGCTGTAGTGG CCTTTGCAGGAAACACTCTCTACATAGACAAACTATCCCAGAGAGAAAGGAAAGAAGTCCTGGCAGAACA CGCTGGCATCAGCCCTGCTCATCTTGTGAAGCTGGTGATTGATGATGAACAGATACCGCATGAGAGTGGT GAAGATGGGAGTGAGTTCAGTCCTTGGGAAGGATTACCAATCACATTCTACATGACCAAGGATACTGCAC TCTACACTATGGCTTTCATCAAAGCAATGAAGCACATGACTGAAGAGTGTCTCACAAATGAAGCAGCCTT TCTGTCTGGATCTGCCCTTGAGAGGCACTCTGCATTACTGAGTCTGTTCAGCAAGCTACTGGGGACACAA GTCCTACACTCTCAGCAGGGTCAACCAGCTGAGCAAGTAGAGCAGAAGCAATTAACATCTGGATCCTGAT CCCTGTAATAGGGGTTGGCCAGACCAGACCAGACCAGACAGCAGAGATGACTCGATCAGAGGCTCTTCAC ACAGTCCTGTGTACTTCCTTGATAAACTAAGGAATAAAAAGGAGGGAAAGGGGGAAGAGTTGTGTCCCTT CTAGCATTAAATAGGGATGATAACTCTGATCCCTATAACAGGACTGTACTACACAATCCTCACATGTATA GTCCTACATACTTCCTGAATGGAGTAAGAAGGTCAAGGAGGGGGGATAGGGGAAATGGTTTTCAGAGCTT CTGTACATGGTGTTCCTTAATCATGGGAAGAGATGAGATCTCTCATCCCTATAACAGGACGGTACTAAAC AAGCCTCACGTATAGTCCTACATACTTCCTGAATGGAGTAAGAAGGTCAAGGAGAGGAAAGGGGAAAGGT TCTCAGAGCTTCTGTACATGGTGTTTCTTCATGGGGAGAGATGAGATCTCTCATCCATGTTATGGGAATT ACCAGACAAGTCAGCAGAGTTGACTGAGAGGTTCCTCACATAGTCCCATGTACATTGTACTTCACTCTGT GAACTAAGAAAGTAAAGGAGGGGTAAAGGGGGAGGTTTGTGGAGCTGAGGAAAGAGGAGTAATGCTTGAC CTTAGTATGATATCTTTCATGTAGTGGTAATGGAAGTGCAATACCTTATTCATTTCATATGTGTTTAACT GTTCTTTTAACATGTCTGATTCAACAAGTTCTGTTAAACATAGGACTTAACTGCAAATGTAATTTATATG TATATGCTTACAAATATATTGGACTGTATGTTGAATGATGATAGTAATGATGAGATTAATTGTAATCTGA TATGGAAGTGGATTTTGTTTTGCCAAACTAAGAAATGTAATGATCCATGAAAGATTTCCATGCCACAAGA TGATGTGAACTAAGGCTGTTAATGAAAAATCCTGATGACTGTTGCATCAATGCATCATTGTGTAGCTATT TGATGAAGTACCTTGAAAATGTGTCAAATGCATAATCCTAAAGAAATGATATGCTGCAATAGTACAAATA AAAAATGCTTAACTAATGTGAATACTTAATTAATACTGAAGATGTTGGTATGGTACACAAAGCATAACTT GCCCATCTGTGCCTAGTCAGATGGGTCAGTCATGTCACATGTACCAAAATGCTGTAAGACCCAAGCATCC ATCTCAGACTCTCCTCAGGATGGAATGTGTATTCAAGAAGTATAGTACATGCAGAGTAGTGGGTGGATTG AAGATTTTTACTTCTATATTTAAGGCTATAGTAAAAATCCATGTGTAAGTGAATCAGCACTGCCACTCTC TGTACTTGACATCGATGTGTGTTATATAAAGATGAAATAACTTGAAGCATAGATAGAGATCGCTCATATA TATTATATGCATGAGCATAAAGCTCTGTAAAGGAAAATCTCTTGACTTTTTAATTTTTGATAGATGCATG AACTAAATATTACATTGATCAATGTAATATATTAATGAGCTTAGTTTTTATGCTACTTGTATTGTACGCA CATGCACATGTATTATTATTTCCAGATTTGGTGCTATTCATGTAAATTTTGATTTTTTTTTTTTTTTTTA ATGTTTAACATGTTGAAATTAAATCTATGCAACATTTTACCATTAGCAGCTGAAAAGTTATATTGTTTGC GTCAATCTGATATGAAATAGTGGAGCATTTCTATTTTTTGTCTCTGAATTGTCACATACACTGTACTCAT GCAAAGAATGAACATAGAATATCTAATCTTCCTTCCATATTCTGACACATGAAATGCTCCACTACAACAT GATACATATATGCTTGTGTGATATAGATGGGGAGAGCGAAAGAGCGTGAGAGAGAGAGACACAGAGAGAG AGGGGGGTGAGTGAGTGAAAAGAAGAAAGCTATGGAAAGATAATACCTTTGAATTATTAATTACATTTGC TTTTATTTGGACAAAGTTGAAAAAAGACAAATTTAAATTTCTTCTATTTCAGGTAAATCAGTATATTTTG GCAAGATGAATAAAGTTTGCAAATGGTAACTGTTTTCATTGGGAAGAAAATAACACTTGAGACAGAAAGT ATCAGAATTTCTTAATTTTCTATTACTTTGAAAGACAGTTTAATGAAAAATGTAAAGTTGAGCTAATGTA GCCTCTGGTAAATATTCATGATTAGGAAGCATTTTTTGTAGCTTGTTAAAATTTATAAGTTCAATAATGA ATAAAATGATAATCGAATGGATTTTATCTTGTACTGTTAGATTGTTGGGTTAATTAAGTTATAAAGTAAA TAATGTGCATGTATGATCTAAGTGAGTAAAAAAAAATTTAAAAAAACCTCAAATTTGAATGTTGAAAATG GAGCCTGCTTTTTTCTAAATGTTACCCATTTCATATGTTGCCTGAAATGAAAGCATATTCCATGGTAGTG GCTGATTGATATCAGATACACAATATAATTATGCGGTCATGGTTATCAATAGTATTTGATCCCTTCTTTA ACAAGGCTATTGTTTGTAACAGAATTTTATCCAAAGTTTCATTGAAATACTCAACTTTTTGTAATAGCGG TGTATTCCCTATTGTTGGCTTATGCTATGTATGAAGGTTTTTATAAATGCAACATATAAAGTGACATTGA TAGATTATCCAAAAACACATAAATACAGAAGCCCTTTATTTTATGATCCTAGTTTTTCCTACCATCATAT TTTAACACGTTCGTTAAGAGGAGTTAGAAGTAGTTAAATCTATCCCTAATGTTGTAGGGAGGTTCACAGA AAATATTGTTTTCCACACTTTCGTGTACAAGTAAGTAAAGTTATAATGTCAACAGTCATGATATTACTAG TTCTGTTTTATTGTCATTATTTATTACCAATAGTCCTCAGAAATACATGTTGTAATATGATCTGATACTT TTGATGGTACATTGTAAATATCGTCAGGGGGAGGTATCATCAAGCACGATGATACATTTGTAATCATAAA AGTGTATTTTGAGATTGATTCTAAGGATTGATGAAACTCCCGCTGGACTGAAGTTATTATGCATGTATGA ATACCAGCCAATATTCATATTACTATTCTATATCTCTTCCCAGGGTCAAACACTAATTCTGCCTCAAAGT TGAGTATGAGTGAATGGGTGTGTGGTAATTCACCAACTTGGTATTTGAAAGTGATATTCCTATGCCAGTA TATTCAAAATAGCTTTGTTTCTTTCCTGGATGAAAATATGTTAATACATGTGATCATAAAAGGAACTGCC ATTTATATCAGTCTGTCATATTTGAGCTAAAGCCCTACTGATTTTGAGAATTAATATATGTCTTTTCATT GACTATAAATTGGTGTACAGTTAACAACTATATGATTCATAACCTTACAAAATGTTGTCATTTTTTAGTA TGTAAAACATTGATTTGTTCCGAATGACGTTTTGTGAGAATGTGACGTATCACATATTAAAGATTATACC TAATATTTAGCAAAGGCTCTGATTAAAACAGTCCACCTTTCATTCTTGAGTCACACCAAAAAAACACATG AAATTTACAAGGGCTATGAATAATTTAGTTGTAAACTGAACATAAAGGCATGTAGTGTTAAGGCAGACAT ATTAGATTTATAAATTAAGAACTCTTACTTTTCTCTTGTTGCATGTAAGTATCTTTAAAAGATCAAGCAT CTGCAAAATTGCTTGAATTATATTTCTCTATATTTGTCCTTTAATAAATGCTGCATATACCTTGTCCTAA TGGAA
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???blast.matrix.pam30???
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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