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Echinobase
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Echinobase Accession
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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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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_041626159.1 PREDICTED: Lytechinus variegatus ribonuclease 3-like (LOC121429204), transcript variant X1, mRNA TCCAGGATAGAAAGCCGAGTTCTGCATCGCGAATTTTTTGATGGTCGAAACGACTCGAAATCTAATGCTC GATCGCGCTTGTTTTCGTCAGTACATCAGGGGGATGTCTGCAAAAATGATGATTTGACGTTTTGACCCGT GCTTCCTTTGTGACATCATAATGCATTCCCGGCATCCCCCACCTGGTCCAGGACCCGAGAGGCCTCCTTT CAACCCTCGGCTTTCTGGACCTTACTCAAGGCCTCCCCCTCCAAGAGGACCAGGAACAGGTCCTATTCGC TTTGGTCAGAACCATGCACCCTTAGGACCACCTCCAGGCTCACAGGGACCATTTGGACCTCAAGGACAGT ACCCTGCTCATCCACCAGAGGTGCATCCAAATGGGCATGGAGATTGGCCTCCACCGGTTGGACGGAACAT GGCTTTTCCGAATAGGCCTCCACCTCCGCTACCACCCTTTATGGGGCCACCGCCACCATTTTCAAGGCCA CCGCCCCCTCTGCCCTTCCCCAACGGTCCTCCTCCCAGGCCTGACATGCGGATTCCACCCCCAGGGTTTG ACTTTAGAATGAGACCACCACCCCCTTTCAACCCTCAGAGACCTCCTCCTGCACCCCACTTGCCACCACC TCCTCCAGACTTCTCTAATCATCCTGATAAACAAGGGATGCAGATGTCAGGATTTGATCACAAAGGAGGA GGAAACAAACCTAGAGAACAGTGCGTTCCTGGCGGACAGCATCAAGACCACAAATTTCGGCCACCTGGCA ATGTCTCCTCACCTGGAGACAGATTTTCAAAGCAGCATGGCCAAACCAGCCAAGATTCTTCCTACAACCC TCACCGGGAAGCACAGAGACCACAGAACTCTTCTAGGCAGGAGGGGCCAAAAAACAAAGATCTTGATGGA CTAGGGTCCCGACTGAGCCGGCAGTCTGATCAACAAGATCAAACAAGGGACGGAGGGTATCATGGTTCCA GCAAAGACTCTATTGAAGGTGACAGACAACGGTCAGCGGATGACCGTTATAGAGACAGAGAACGGTCAAG AGATCGCTCGGCCAGAGACAGCAGAGATTTAGATTCCAGGGATTACATTCGTCGGCAAAGGGACAGGTCC AGAGAGCGATCCTCAAGGAGGGAGAGGTCACGATCTCCCAGACAAGGTCGCCATGGAGACAGAGGCAGGA CAAGGGAGAAGAGTCCATCAAGAGACAGGAGCTCAAGGAGAGAGCTCCAAAGTGAAGACTCAAGAAGCAA TGAAAGATCCAGATCACCTAGAAGATATGACCGGTCTTCAAGGGAAACAAGTTCACAGAGGAATAGCAGT CCTCATTCTAGGACCAGTGTTGATAGTCGTGACCAGAAAGATAGGAGATCCCGAAGCCCTTCACGGGATC AAAGGTCCAAGGATAGAGAGAGTTCCCTGCATAGAAAAAATAGTAGAAAAACAGATGGGCCAGCCACAGA TCCAAGTAAACCCTGCCAGCGCTGGAATGATCTGGAGAGAGAGCTGCGAGAGGAAGAGCGTCAGGAGAAA GAGAAGGAGGTAGAGAGGGACCCCTTTGAGGATTCTGACCCAGAGGATTGGGGTGCGGATGATACCCCTT GGATCCAGTGTTCCCCAAGAGAAAACTTCTACTCCATTAACCCTAATGATCAAATTAATGCAAGTTCTAT AGCTGGTACGGAGAAAATGAAAGAACTTCTGAAGCGGTTTGAGGCAGAACTTGTCGAACGGGGACCTCGT GTCAGAGCGAGCCAGCCCGAGCCAGAGCAGAAGAAGCCCGAACTCCATTGGCATTACCATTCTCATGACG ACCATGGGCATAGCGATAGCAGCGATAGTGACTCTGACTCGGATGCCTCGTCGGGCGAGGAGGATGAGAA TTATGATTTCCGCATTGCATGTCTTGAGAATAGGGCCAATCATCCGTGGCGTCTGGCTGAGAATCTGTGG TTCAATGACCCCGGAGAGATGTACGATGGTCCCCTGTGCAAGTGTAGCATCAAGCAGAAGAAGAGCGGTA TCAGGCATAACATCTTTCCTGGAGAGAAACCCATCCCACTGTGTGAGCCGCACACCAACAATGCCTCCAG GCTGCACCATTACAGAGTCACCATCTCACCTACTACCAACTTCCTGACAACTACCCAGACTGTCATCATC TACGACAAACGAGAGTACATCTTTGAAGGATTCTCCCTCTTTTCACACCATTCTTTGGAAGAAGTCCCAG AATGCAAGGTGGTCCGATTTGGCCGGGAGTACACCCTTCACTTCTTCCCAGAGCCTATGCCTGAGCATTT TACAGTGAAAGGCTTGGATTTATTTTCAAGGTTCTTGTTTGAAGAAATTCTTGAACTTTGGGACTTTGAT TTCAAAGGAAAGGAAGGTGGATGTCATCACTTCCATTTCATGCCCCGCTTTGCCCGTCTCCTTCCTAACA ACGGCAAAGAGATCCTCTCCATGCACCACGTGATCCAGTACCTGATCCGAAGCAGCAGACCGATCATAGA TCCGGCCAAGCTGGACGACTGGCTGGCCGTCAGCGAGACCTCGTGGCAGAGATACGTGGATAAGCTTCAG CATATGATTGCCACGCGCCCAGGGAAGAAACCATCATCAATACGGATTGATCAGCTTGACCGAGACCAGA TGGACCCGGAGAAGAAGACCTTTCCCGTCATTGTCCACTTTGGTGTCCGGCCCGCCCAGCTTTCCTACAT TGGAGACCCGAACTATCGTAAGCTGCTGAAGTCGTTCACCCGACTGCGTCATCTGCTGCTGAATAAGCCG AGAGTGACCGAAGCGGACAAGGAGAAAATGGCGGAGAAAGAGGCTAAACTGCAGAAAATCCGTATCCAGG GAAGCAGGGTCCGAGAGGTCACGGCAGAGGTCAGCAGTGAGCACATGCTAGCCACTGGTATAGGAGTGGA CATCTGTCAGCATGCTCTGATGCTCCCAGTGCTCGTCAATCACCTTCGATACTTCGGTTGCCTCAACAAC CTCTACAAGGTTCTGGGCTACAAGTTCCAGGACCCCATGCTCCTAAGGTATGCTATGACACATCCGTCTT ACAAGCTGTACTTTGGAACCACCCCCGACCATGTGAGGAACTCTCTGTACAACTGTGGTATCCGCTGCAG ACAGGATCACACAGAACACAAGAAGGTCCTTGCAAAAGAAAGAAAGAAAGGAATCAATCAGCTGTACCGC ATCATGTCTCTGATGGCTTCAAACGACGAGCTGCCGTCCCACATCAAGCACTACGAGCGTCTGGAGTTCC TCGGGGATGCAGTGATCGAGTTCCTTTCCAGTACTCACCTCTATCACCTGTTCCCAGACCTGGAGGAGGG TGGGTTGGCGACGTATCGTATGGCACTAGTCCAGAACCAACATCTGTCGGTCTTGGCAAAGAAACTTGAA CTTGATAAGTACATGCTCTATGCCCATGGGCCTGACCTCTGCCGACCCTATGACCTTCGACATGCGATGG CAAATTGCTTGGAGGCGGTCTTTGGCGCAATATACCTGGAGGCAGGGCTGGAGCTTTGTCGGGAGATCTT TGGCAAATTGCTGTTCGAGGAAGAACATTTTCAAAATATCTGGTTAAAACATCCCAAAGACCCCTTACAG GCTGATTTCCCCGACACAGACCGACACCTGATCAAGAATTCAGAAGTGTTACAGAAACTGACAGTCTTTG AGGAAGACACTGGGATGCGGTTCCGGCACATTCGGCTTCTTGCCAGGGCGTTTACCCAGAGATCTGTGGG CTATACCAATCTGACACAGGGCTCCAATCAAAGGCTTGAGTTCCTTGGTGATTCTGTGCTGCAGCTTGTT GTGTCCTCATACCTCTACAAACACTTCCCGTATCATCACGAAGGACACTTATCACTCTTGAGGAGTTCTT TGGTCAACAACAAGACCCAGTCTATCATAGCCCAGGAACTTGGTCTCGTTGAGTACATCATAGAGCCCAA GATCAGACCCAGGAATGAGAACAATGTTCCTATGAAGATCCTGGCTGATCTTGTTGAAGCTTTGATTGGT GCCATGTACGTAGACCATGGACTCGATGTTGTGGAAACGTTCTGCGGTGTAGTATTTTATCCTCGGCTAA AGGATTTCATCCAGAAAAACCACTGGAACGATGCCAAGTCCCAACTCCAGCAGTGCTGCTTGACCTTACG AGTCGAAGGTCAGGAACCAGACGTACCCTACTACAAGGTCATCAGCCAGAGCGGGCCCACAAACTCCCGT CAGTACTCGGTAGCCGTCTACTTCAAGGCAAAGCGGATGTCGACGGGGACAGCGTCTAATATCAGGGACG CCGAGATGGAAGCTGCCAAGAATGCCCTGAGGAAGGGGAACTTCCCGCATCTTTATTTCCAGCGGAAGTG CGCGATGTTGCGGAAGCAGAGGGAGGCCATGATGGATGATGAAAGGATGAAGGAAGAGGAGGAGAGAAGG AGGAATGGGGAGGGGAAAGGAGATAGTGGAGCGAGGAGAGGAAGAAGCGATGATTCAAGAGGAAGGAGGG ATGAGGGAAGGGTGGATTTTTCTAGGAGTGAAGGAAGGAGGGATGAAAGGAGAAGGGAGGATGGGAGAAG GGAAGATAGGGATGAGAGGAGGAGAGATGAGGGTAGGAGAGATGGTGGTAGGAGAGATGAGGGAAGGAGA GATGACGGACGGAGAGATGACGGACGGAGAGAGGATGGAAGGAGAGATGATGGTAGTAGAGAGGATGGAA GGAGAGATGATCGAAGGAAAGATGAGGGAAGGAGAGATGAGAGGGAAGAGAGTAGAGATGACAGGAGGAG GGATGATGGCAGGAGAGATGAAAGAAGGAGGGAAGAAAGGAGAGATGATCGTAGGAAAGAGGAAGGTCGG AGAGACGAAGGAAGAGGAGAGAGGAGGAGAGAAGAAAATCAGACAGTGGAAAGGAAGGATAGAAGAGACG AAAGAGCAAACGACAGGAGGAGTGATGACAGGAGAGATACAAGGAGAGATGATGTAAGAAGAGATGAAAG AAAGAGAAATGATGGAAGGAGAAGGGATGATAAGAGTGATGGAGAAGGTAGACCCGCAGAGAAGAAAGAC GATGCTCCCTCATCAACAGATGTCAATAGTAGAGAAGAGAGGAATAGAAATATTCATGGAAAGAACAAGC CAGTAACAGAGAGATGACATTCAGCAGATGCGATAGATAGATAGATGATGGAAATATGAGGATTTGGAAG AGACATTTGAAAAAGACATGCAACCTTGAAAGGATAAGGTCGAAACACTTCCTTTGAGAAAATAAAGACA ATGACAAAGACAAATTGATCGATGAGAATAATTTGGATAGATGAGATGATTGGAAATGCCTTTGAGAGAG AGGTGAGCAACCTTGAAAGAACTATGCCTTAAGAAAAAATAAGATGATGACGGAGATAGACAGATGAAGA GGACTGAAAGAAAGTAAAGCGAAACCATCAGTCAGTACTTGGAATGAGGTAGGAACTAGAAATGTTTGAA AAACTGTGAAGTTAAAGATAAATGAATGTCAATGCATTTAATGCCGATTTCAAGGTTAACTGTCTCTTTA TCATCCGAACTCGAGATTACATACATGTACAGTTACATAAACTGAACTTAATGTAATCACGAAATCTGAG CTGAAAAATGACCACACCGAAGCTTGCCAACACCAATAAGCACACGTGGGACAGTGTATTAATGTTGCTT TGAAAAAAGCTAACATATGGCTGGAACGCATGCTCATTCTCTGTATTTCTCGACAATTACAGTTTCTTCC AGAATCCTCTGCCACATACTTTTCATCTATACAAAGAGACACTTGGATGGTCATTTGATTGCATTTGTAC AAAATCATATTGAAGAAATTGTTACAACTGTTATTTATCTTTAAATTGTCTTATCTGGAAAATCATTTTA CCATACTAAATCATGTTGATGTCACAGACTTGAAATCAATTTGGGGCTATTGGTATTATATGAGGGTAGA TATTATATTTGTTTATATGTATTGAAAAATTACCAGTCATCATAAAACATTTTTTTACGATTGATTGCAT TGACTACAATGTACGATCAAGCATTTGGTTAATCACTAACCTTGGTGTCACAGGACCCAGGGCATGGGTC ATTTGGTTTCATTTGCAAGCCACTGAAATCTCTCAATCTAATTGGCTAAACTTTTTTTATTTGCCTTTGT TAATATAACAAATGTTTCTCAAACAGAATATGCATAACATCTGTTACTGGCAGTTGATTTTTCCCAAATT AAACAGATTTTTTTTGTTCTATGAGATTCGACTTGCGTATAGGTATCTGTCCATGTATTTGACTTTTTAA AAGTTCAAGATGAATCTGAACACCAATAGATGATGGTGCTTTCAGTTTGAATCTTTGGACATAATCAAAT TATAATTGCAATCATCCTTCACCATCTTATAGACAATTTGTTTGAAAGACAGTATTGTAATTCAGACACT ACACGACATGGCCTGTTTTTTGCCTTTTTTTTATCAATTCAGCCAAACAGCTTTAATAATATTCAACTCA CTTGCCATGAATACTTTTTCTTCTCTATTTTCTTTGATGTGTCTGTTTTACTTCTTTTATTTTTAAATAT TGACAGCTCAGGTAGTGCTTTTCATTTATTTACATGTGCAATGAAATTTCACCACTATAACCCCCTCTTC TAACGTGAACCTTACTAAATTCTGATGCAATGTTGCAGAATCATCGTTCATGTTAACTTACACATACTCA AATTTGAATATCGAGTATATAGCGAATATTTCCGGGTGAGGAATTATTTAGGAGGGCTATTTTCAGTCTT TGAGCTATTCAGATTATTTAGAGCTAACTTTTCTTGGTGCACGTCAAATAATGCACAACAATAGTAGCAT AAGGCTTCATCTGTTAAAATTTTTTTTATTGGACTTTCTCATCAGGTCTTTAATCAATCATGGGGTTGAG AAACTATGGTAGAATAAAAATGATGATTCTTGTGGCAGATTTGGGGTGATTTTGAAGGAAATGGTTGCCT CAAAGAATAAGTTTTTGAGGACATTTCAGGGGATGGTCCGGGCTGAAAATATTTATATCTTAATACATAG AGTAGAATTCACTGAGCAAATGCTAAAAATTTCATC
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???blast.matrix???
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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