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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_038216611.1 PREDICTED: Patiria miniata ribosome-binding protein 1-like (LOC119741028), transcript variant X12, mRNA CTGACCAATCACAGTACGTATTTCCCGCTCATGCATATCGTATGTAGGCGTGTAATTTTCCTTTAGGTTG CCGTCGTTGGAATTTGGATTGTGAAAAGATCGTCAAAAACACTTAAGTCTCTGGTTTGTGAGATTAAGTG GTGAAGTCCAGATCAACCATGATTGCTGTGGATTTGTATGAGCCCCAGGTCTTAGCCCTGGTGGTGTTTG CTAGTTTCATCGGCTTGTCTGCCTTAGTGTATATCATCTCCATCTTCACCATGAAGGAGAAGACATATGA GGAGGCCATTGCAGAGCAGCGAGCTCGCCTTGACAAGGAGCAGCAGCAACATCGAGATCAGCGGCAGAAA CGTCGTCAAGCCTTTCCTCGTAAGAAGAAAGATAAAGTGAATGACATTGACCAACCATCACCTCCCCCAT CACCTCCATCACCACCCGTGGAGGAGGAAATCAAGCCGATAGTTGAGCAACCAATCGCTGCTGCTCCCCC TCCTGCTCCTCAACCTAAGACCAAATCTCCTAAGCAAGGGAAACAACCCAAAGTACCACAGCAGCAGCAG CAGCAAGAGCAACAACAGCAGCAGCAACAAAAGCAGCAACCGCCCAAGGCGAAAGAAGCTGCTAAAGAAA CCTCAGCTCCTTCCAAGGAAGCACCTTCCAAGAAGACCCCCAAAGAGGCTCCTGTGAAAGAAGCACCCAT CCAGAAGGCTGCGTCAGCAACTACCAAATCTGCTCCTCCTCCAGCCAAGACCCAGACCTCTCCCAAACCA ACCCAGAAGTCTAGCCAGAAGCCCCAGAAACAGAAGCCAGTTGAGGAGAAACTGCAGAAGAAAGAAGCCC CAATAGTGGCCCAGAAGGCTCCAGAGGCCCAAGCTGCACCCCAACAACCCAAGAAGGAGGCTGGTGCTAC CCAGAGTTCCCCAGTGAAGAGCAAGAAAGGGGCCAAGGCTGGGGCACCATCGGGGGAGAAAGCAGCAGGA CCAGCAGGGGATACAGCTGTGGACACTGGAGCCCTGAAGGCCAAGAATCTTAGCGCCATGCTCAAGACAG CAACTCTGTCCAATAAGGAAGTTCAGCAACTTGTGGAAGTGTTGCTCAACAAGAATGGTGGATCCGCTGC AACATCGGAAAACTGGGTCAAGGCCAACCAACGTGATCCAGTCCAAGCCATGAAAAAACAACTGCAGGAG AAGGAACAAGCCTTGCACAATGAGATGCTGCTAGCCCAGTCCTCATCTCAGAAGGTGAAGGAACTACGCG CTGAACTGACCCAAGAAAAAAGCCGAAGGATCCAAGTAGAGTCTCGCTACAAAGAGACGGTGCATAACCA TAGCCGTGAATGTGATGCACTCAGAGCTAGAATGCAACAGAACCATGATGCTCATACCCGTGACACCCAG AATCTTCAGGCTCACATCAAGCAAGTAGAAGCCAGGAATGATAACACAGGGGTAGAGGCATTGAATCAAC TCCGTGATGAGAACACTCAACTCAAGGCAGAAGCAGGACGAAATGCACAACACTTCCAGAATGAAATCCA GAAGATAAAGAACCAAATGTCCGCCAATGAGGGTCGCGTCAGACAGGGTGATGATCAACGACGTAGCCTG GAATCCAAACTCACTCAGTATGAACAGCGGATCAAGGTGTATGAAGCAGGCCAGGCTGGACAGCGTGAGA ATGAAACAGCTCTCTCCAAACGTCTTAGCGAGGTCTCTGAGGAGCTACGTAAGGCAGAAGCTCGTCTCCA GACATCATCCAGAGAGGGAGAGAAGACGTTGGAACGTCTGCAAGCTTTGATGAAGGAGAACGATACTGTC AAGAAACAACTGCAGGAGGTGTATCGTCTGGATAGTGAGAAAAGTACACAGATGTCAGCTATGGAAACCA GACTCAGGGATCATGAGAAGCAAAAGATGAACCTTGAGGGCGCTGTTAATGATTCCAAGGCCAAGTTGTC TGAGCAGGAGAGAGCATGCACCCAGAAGGATAAGGAAATGACGAACCTAAGAGATGCCAAGGCCTCACTG GAGACTCAGCTTCAAACCAAGATGAAGGAACTAGCTCAGGCAGCTGAGGCCATGAAACCCAACGGTGACA TGGGTAGTGATGAACCTAAGGAAGATGTCGTCTTGAAGAAGGAGCATGAAAACATCATGAATGAGAAAGA AAAGGCCTTGGCTTCGCTACAGGGTGAAATCTCATCCAGAGACGAGGAATTGGAGACACTCAAGCAACAA TTAGAGCAGCAGAAACAACGAAATAATGAGGAGCTGGATGCTAGTTTATACAAGGAGAAGGAATCATCCA AGGGTTTGCTGATGAGGATATTCCCAGACATTAACGTGGATTCTAGTCTTGGCTATGAAGACTGGCTGTC CACATTTGAGAAGAATGCCTTGAATTATCTTGCCGTACAAAAAGCTTCCTCAGGACTAGAGGTCGCTGAG TTGTCTTCCACCATGTCCAGTTTGGAAGAAGAAAAGAAACAGTTAGCCAACCAATGTCAACATTACAAGT CTGTGCTCAGTGATACGGAAGGAATCTTAAATAAACTGCAAAGCAGCGTAGAATCTGAGGAGAAGAAATG GCAGGATAAGATGTCAATAAAGGACACAGCCTTGGCACAGGCTAAAAAAGAGATGGCATCACTACAGGAC CAAACAAAGCAGTTAGACCAACTCAAACAGGCATCTGAGGACAATAAGAGATTGACCAATGAGCTAGGAG CAGCTCGGACCAGCCTGAGTCAGATGGAGAAGGAACGTTCGGCCTCAGCAGCTGAGTATGAGTCTACTTG CCGTGAGTTGAAGGATGTCCAGAATCAACTCCGACAATTGATGGAGGAATTGAATACAGCCAATCAGAGG GCAGAGAATAGCGTAGATGTTGCAGAAATGCAGAAGGTGAAAGCCACCTTAGCCGCTGAACAAGAAAAGA GTCAGAAACTATCGGCTGATCTCGAGGAGGCTAACCGCACCAAGGACCAACTCCGCAAAGCTTCCACTTC CAGCCAGGACATCTTACAGCAAGAACTGCAGACACAACGTTCCTCCTCCCAACAACTCAAGACAGAACTA GCCAGTACCAAGCAGGATCTAGAATCAGCCTCCCAGAAGCTAGCCCAGTCTTCAGCCCAGCTCCAGACCT CCCAGCAGGGACTAGTTCAGTCTCGGTCTGAGATGGAAGAGCTCAAGCGAAGCAACTCCAGGCTTGAGGA AAACGCAGAAGCTGCTGCTAAGGCAAAGCAAGAGACTGAGCAGAGCCTGGCTGCTCTCAAAAACGACCTG GTGGCCGCAATGAGAGGGAAACAGGAAACTGAGCAGAACCTTGCATCTCTGAGAGAGGAGCTGGATGCTG CCACAAAGAAGAAAGAAGAAAATGAACAGAGTCTTGCATCTCTGAGAGAGGAGCTGGATGCTACCACAAA GAAGAAAGAAGAAAATGAACAGAGTCTTGCATCTCTGAGAGAGGAGCTGGATGCTGCCACAAAGAAGAAA GAAGAAAATGAACAGAGCCTTGCATCTCTGAGAGAGGAGCTGGATGCTGCCACAAAGAAGAAAGAAGAAA ATGAACAGAGTCTTGCATCTCTGAGAGAGGAGCTGGATGCTGCCACAAAGAAGAAAGAAGAAAATGAACA GAGTCTTGCGTCTCTGAGAGAGGAGCGGGATGATGCCACAAAGAAGAAAGAAGAAACTGAAGAGAGTCTT GCTACTCTGAGAGAGGAACTAGAGGCATCCAAGATGGCCCCACAGGAAGCCTCAGAGGCTTCCAAGAGAC TCCAAGAGAGTGAAGAATCCACCAAGACTCTCCAGAAAGAGATTAACACCTTAAAAGAAAGCCTCCAGAA GGAGAAAGGATTAACCAAGGACCTAGGCACAGCAGCAGCCAAACTGCAGGCTATGCTCAAGAAGACACAG ACTGTATTGGCTGCAGAGAAACAGACCGTTGCTGAACTCAAAGCTAAAGCTGGCATAACACCGGAGCAGG CAGAGATAAATAGCTCGCTGACCGACAGTCAAGTTGAACTTCAACTCTTAGATGCTGCTGATGATGAGGA GGGTGCCAGTGCCAAACCTGCTGTTAAACCCGCAGACCCAACCGATGGTTCATCAGTGTAGCATCAGGCA ACAACGTGACATCATCACAAGGCCTTCCATTAAAATGTAACCAAAAAAATAATAATATCCCTGCATGCGT TGCAGATGCTCAGAGGGCGTTCTTTGTTATTGTAATCTTGTAACAATGAATGCAGGAATTATTCATTCAT GCGTATGGAACAATACAAAACCACGGCCCTCTAACTCCACCTCAACGCATCAGCTCCATTGTTGTACATG TATTTTAATTATTTTGTTGGGCTAGTCAAAGTAGATAGTTGTGTAGCTTACAAATACGTGCATGGTAAGA TGGTGTCCCATGTTTACATCTAAAGCGCCCTCTAGTGATATGGAGACAGGTCAGGCAGACAACTTAAATA AGCCAATTGAGATTTGTTGTCTAACAGTCAAATTATTACACAAAACTTAAATCTTCTAAGTGCTTAAATT ACCTGTAAATATTTAAAATACAAATACTGCTCAATTTTAGCTAACAATTCAATTAATCCGCCCAATAGTT TTAACAACTGTAGTTCTTTCGTAGAATTCCATTCCAACATCGAATGAGGGCGCTGTTGATGTAGTAAAAA AAAAAAAAAGTAGGTCGGGGGTGGGCATACAGAGTTTTATTTGTAAAGATGTAAAGCAAGCTGCATTAAA CTTAATCCTAAGAGATCTCAAGCCAGAGATGTGATATTTAAAATTGGGCAAAACAAATAAATTTCTCCTG TCGACTATTGATAGTTAATTGTATTTTTCCTTGTCATGTAAACATTTGATTGATTTTTGATTTACTGGAA CAGACAAATGAAATGAAAGTTCATCGTGTCGGTATGAAGTGAAAGGCTTAGATTGTTTGCCAGAAAATGG CTGTGGGTTATTTGACTTTTTTTTGAGGACAGAATAAAGTGGTAAGGCATTTGATTCAAAAAAGTATAAA TAATAAATTGCAGCATCAATTGTAGAAAAATTATTTAGTCCAATGTGTGTGCAAGGTTTATTTACCGTGG TAAATTATGCAATTGGATTTTATTTCATAGCTATAGTGCCTCTCTGCCTATTCCATTATACACAGATTCA CCTTTTTTTCTTTTGCTTCAAAGTAAATACTTGACATTGCATTAAGAATGACATTGCTGACCCCAATTTA GATTCTGACATGTCATTGATTGCTGCATGTATAAGCATACTTGTATACAGGTGAATACATACAGATGATT GCATTATCCAGGGTGTACTTCTTATGTAATTTCCAAAGACAGGAATCAGTGAAGCACCTATATTTAGGAC GAGGAAGATATTCTGGATAATCTGATATTTTTAGTAGTCCGTTGAGATTGATAATTAAAAGAAATGGCCA ATGTTCACCAACTACTCATTTTCAACAGATCGACAAATCTGAAATATTTCAAAACTTGAGAAGTTGTATC CTCTCGTTCTCTGAAGCTGATCAACATCTTTTTGGTTTTCCTTTTTTTTTCCTAGGCTGAGTACTTAATA CTTTGAGTTGTTTTTTCCTTGAATGGGTACCTGTCAAACTTCAATTCTTGTGGTTTATATGTACGTGTCT CGTTCAAGTAAAGCTTAACTAAATTGCTCCAACATGCGTAGGGAGTTGCAGTATTTGTTATTGTAATATC AGCACTGCAATGTAAGCTCAATACCAGCTCTGAATTTGACATCAATGATGTTTGTATAAATGCTCATTTA TTAATCAACATTCCAGTCTAACGAAAAATGGATCGACTTATTAATCAAATGTTTCCAATCTGTTGTTGCT CAGTGGATCTAAAACATTAACAAGATTAGGTTGCGGGCTTATAATTTAAGGAATTGTTACAATTTTAGTC CCCCAAAATTCCCTTTTTGGGGGGGGGGGATTTTGTTAATTTACTTTTTTAACTGCATTTAGTAATCAAA GTGGTTAACTATTTTTCTCACCAAAACAAGAAAAGAAATATTACAGAATTTGCCTTTTGTGTTCATTTAG TTACATGTAAGTCAGTAGTTTTTCCCATCTTCTTTATGTCTGTTTGCTTTCTTTTCCTTCTGCATATATG CTTACATAATATTAAAATAATATGTTTAAGCTGATTAACCTGGGTCCAGAATAATATAAAAGGGGGATGT TTTGTCATTATTGTAATCAGTTATAAATTTGAGTAATCATTTATAAAAAACAGGGTAATGGCATACAAAA GTGGTGGTGTTATTTCTTTATTCTTATTTCTGTGATTAACTGACATTTAATAATATGATGTGTAATCTGC AATGTATTTACAGATAAATACATACAGTGGAATTCAGGTTTATGCAGGAATTTACAACGTAAGATCTACT AACTTGCTTTGAATGGTGTCCAGCTGAGATCATCTGTGTTAAATCTAGCAGTTATGTGGGCATAAAACGT CTTGACAGTATTGAATGTCAAACTTTATTGCCAGATGTAGGAAAATGAACACATTTGAAGTACTGACGCT GGATTCTTAACTTGGTTTTTGTGAAACGATTCTGGGTTTTTTCTCCATTTGTCACATGGAAATTTATCTT GTAACATTGCTATCAATTTTGTGCTCTGCTGCTGTGAAAAAGGAATGGGGGAGATTCGTTTTTGCTAATG CATATTGGTTCAGAAACGCAACATTTATGTACTGTGTGCCCGATATCTCGACTACCCTTGTATGTCATCA GCGGAGACATTGGAAGTAAAGTAAAACACAGGGCATTCGGTCCTCAAGAAATTCAATATGTCAAAACTGA TTTTGGGCGATACCACCATGTACCATAACAAGTTTTTGTGATGTATTGTCAAAAGGTTTGTATTTTTCCA TTGGTCCATGTCCACTAGCCTTAGATTATCCCGCGAAACAAATTGACTGCATGTACATGTACCAATGGTT TCCTTAAAGCAACTCGGCAAAGTTTAAAGCCTACATTTAAAGACCAAGTGAATAATGATAAAATAAATTT AAAAATTAAAGACGTTTGTTCTTTGGTGGTTGCAGTGACAAGAGGTAAGGAACATGATGTTTGAGACCAA CTACATACCGTAATTTATGTTCTCAGTATCGTCAATTCCCTATTCACATGTCGTTGGATGTTCATTCTAA CAACTGTCAATTATCGGCATATTATGTAATGGTGAATTAAAGTTGTCACGACCAACTGATAAGACGA
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???blast.matrix.pam30???
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???blast.gapedalgin???
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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