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Echinobase
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Echinoderm mRNA
Echinoderm protein
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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
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>XM_041599671.1 PREDICTED: Lytechinus variegatus adenylate cyclase type 10-like (LOC121408263), mRNA AGGGATGATTGTCAGCTGATACATTCTATTCGCGCGCGTAAATGCCCCGTCACAAATAAACAGTTTCCCC AAACGCCTGTCTGCTGCAGCTTTGTGGATGTGCTGTTGAATGTAATGGTAACACGTTTCATAAGGAAAGA AGACCCGACTGTGATCCCGCCTCTCACCAAGCACCACTAAAGATCTTCTTCTTCAGGCAATCGTTCGTCT TTGATAACAAAGTGATGATTGCCAATTTAATGGTGATCGATACCAAGGTTTGTCTCAGATTTTATTCCGC ATCACTCCCCGCGGCCGCTTGAAAGCCGAACATTTTCTTCCGAGGTTTGCGCCGTTCTGAAATCAGCTGC ACTCGTCTCCTTGTGCGAATAAGACGCATCTTCTAATCATCTTTCCTCAAAGCTCAACATCGGCTCTCTC GCTTTGGCCATAATTGTTTTCTGATATTGATTCAAATTCAAGACCATGAGAGAAATACAATTTTGAAATG TTTTCCCAATTTTCTGAAGGCTACAAAAGGAGGAAGAGGACTGGAATATTTTGATAACGCACCACTTACC AAAAGTGCAACTTTATCGCATCAGTGATTATTGTGGTTTCCTTCATGAACTATACCAAAATATAAGCAGA TGATTACCCTATTTAACGGATACTCGGCTATTTTGTTTCATTGCCGTCGTTGTTGAAAATATCCATGTTA ATAATTATCTAAGATTTTCCAGTGAACAGTACAGCTGCGTTGATAGTGAGTGGATAATGTACAGAGGACT CATTCGTCATAACACCCGTGACTTCCGTACCTATCCCTATTTATCCGGGCGAGCTCTGGGGACCAGCGTC TGTTTAAATTCATTTCAGGCCGTCTAATTAAAAAGCTTCAGTGGAAATATTTTCTGGGATTAAAATCAAT AATGTGACTTATCAATTTGAACTATCTCGCGATAATGGAAGCTGAAACAGAACGAAGAGAAGATGACATC TTAGAGCTAGCTGCGCATCTCCCCGACCTAGTGCTCCAAGCTAGCAACAGCATCCAAGATTACCCTGCCG TTCAGCATGTTGAGAGTGTTGTCATGTTCCTGGATATCTGGGGTTTTACCTCCCTATGTGAGAGACATAC AAAGCTCAATCTTGGAGTTGATATCCTGACCAAAACCCTCAATGACTATCTAGGTCTCATCGAGAATGCT ATCCTCAAGAACGGTGGCGATGTCGTCGAGTTTGCAGGTGATGCCTTACTGGTATTATGGGATGTTGATT TATATGGCCAGAGAGCGGCCATGGCTCGTGCTATACGATGTGCAAGACAGATCCAGAGGAAATGTCATGA TTGGACAACAGACTCGGGCATCTCATTGGCTCTCAAGATAGCTCTGGCAGTAGGTCAAAGTTATATCACT TACGTTGGATGTCACTCGTGTCGTCATTACAGCACTAGTGGGCCAGCGGTGAATGAAGCTAACAGAACAG AGAAGAGATGTAGTAGAGGAAGTATAGTCCTAAGCCAGCAAGCTTGGGAGACCTGTCCCGATAGAACAGC TATGAGTGTGGAAGAATTACCCGAGGGAGAAAGAAAACTTTTGTCTGTCGAGAAAGAATGGGCTGAAACA GAACTTGATCCAGTCCGAAAAGATTTTCAGACGCTCCATGATGCCTTGAAACAGGGACAGAAACTAGAGC GTGAACCTCGGATTCGGAAGATTAATTTCAAATCTGTTCATCGATCCAAGATGCGTCCCTTCATTGCACC TCCAGTTCTTAGCAAGTTTGATGAGAATCAATCTCTTGACTACCTATGTGAGATGCGTGAAGTGACAGTT GTGTTCATCAATCTTCACATGGACTCTGCGCATGATCATTCTACGTGTCTACAATCAGTATATGATAAGA TACATACATCAGTATCACAGTTTCAAGGAATGATCAACAAGATCTTTGAGTTTGACAAGGGTACGAGTTT CTTGGTATTATTTGGTCTACCAGGGTTTAAACACGAACATGAAGCTTGCCATGCTGTTCAATGTGCAGGT CAAATCAAAGATGTTGTCAGTTCAATGATTGAAGTCAAGCAAATCTCTATAGGTGTAACTACTGGTAAAG TGTTTTGTGGAGTCGTGGGCCACAATGAAAGACACGAATATACAGTGATTGGACCTAAAGTCAACATGGC GGCTCGTCTGATGATGCATTATATCGGGAAGGTCACGTGTGATGAAGTTACCAAGAAACGATCAAGGAAT GACTCTAGAGGATTCATCAGGGTTGCTAACAAGGAACTCAAAGGCATCGATGATCCAGGAATGGTCTGGG AGTACACAGGAGCAGGGAATGTTGACAACTCTATTCCAGAGTATGGATATCCTTTACTATCATATGTGGA GGAATTTGAGCAGTGCTGGAAGTCACTATGGAGAATGGCTTCCTTAGCAACGAATTCATCTAGTACTATC CATCAACCAGCTAGGTTTATAGTAATTGGGGGAGACCCTGGGGTCGGAAAGACAAGACTACTACGATCTG TCATGGATACAGCGAAGGGAATGAATATGGCAGTATACACATGTCGACCTAGCGTTGGTCAGTCAAGTAC TCCCTACCATACAATCTGCTCCGTAGTACTCCAACTCCTTGATCTCCAGGATATAGGGAGCCCTCAGGAG AGGGAGCATAGGCTCCAGGAAAGATTCGAAGATACAGAGCTCTTCTGGCATCTATGTCTCCTTAACGACC TACTTGGAATTCAGATCCCAGTAACGGATGAGATCGCTGATCTATCTCAACGAGAGCGGACTCAGGCTCG TCATGCCGTCCTTGCCTACATCGTATCAGAGGCAAGGAATAGAGATAGCGCTGGAACCCTCATTGCCATC GACGATGCACATTACATTGACCAAGATTCATGGACTTACTTAGAGGCACTGCCATCCAAATACTGTCTGG TTGCTTTAGCAATGGGAAGCTTCAGACGTGATGCAGAGGTACCTATCGCAGCCTCCAGGATCCTTCAAGC CAGGAGCACCCTCCATATCAAGCTCCAGGGCCTGGAGCCACAGTGTATGGAGCCTTTACTGTGTCAGCTC CTGGAGATGGATAGTGTTCCAAGAGAACTTACCATTATGCTAACCTCCCACCAGGGGAATCGTATCAACC CATCTTGGGTAAACCAATGTGTATTCAACATGCTTCATCATCAACAATTAGAGCTATACACAGAAGGAGA GAGAACAGTCTGTCGGGTAGCTAAGGGAGTCAGGCTTATGGAACTGGATATACCACCTTCTCTTAGAGGC TGTATGATAGCATTCATTGACCGTCTACCTGAGCTACAAAGAACCACAGTCAAGATCATATCCGTGGTCG GAACGTCCTTCACGGCGGACATCATAGCCCACCTCATGCCTAACGTCATCCAGGAGAAGATAAACCCTAC CATCGGCTCACTCCAATCCGCTGGCATCCTGGTCTTTGGCAGCGGCGGAGCATTGCCGACGGTGACAAAA TCGACGACGATGACAGCAGGGTCGCTTAGGTTCCAGTCTGTGACACTCCAGGAGACAGCTTATGCACTCC TGCTGGAGAAACAGAGAAGGAAGCTCCATGAAAGATATGCTACCTACCTGGAGAATAATCATCTATCTGG TAGGAAGGGGGAGATCAGTTCTCCTGGTGGTCTCTCTCCTGCTGGTATCAAGAAACTACTTGGAATAAAG ACCGACTCTAAACAAAGAGATGACAACAGTAACAACATACTTTGTAAGAATGACGAACAATCTTTACAGT CTGTATATCCACAACTCGTCACACATTGGAAGAAGGCTAACAATCTACAGAGAGCTATTCATTACATGGT CTATGGAGCAGAGTCGGCTGTGGCACTTGGATATAACATGCAGGCAATATCATTCATCTTTCAAGCTAAA AAATTAAACCCATCACCAGTGCAACTGAGACGATTGGATGAACTAGCTACCAAGGCCACTGCAAGTCTCC TCTTCACCAAGAGAAGGCGCTCTTCATCTCCTGGTGGGGCCAAATTCAAGTGGAGGAACATGGCTGTGAA AGCAAGAAACTTTGAACGTTCACTCTCAGTTGAAGAAGAAGAAACAGACGACAAGGTCGATGTCGGAGGA GTGGGCATCGTTGACGTCTCTCCTGAAGAGGAAATCATCCCGTCTGATCGCTATCAAACCATCATGAAGT CTGCATGCCCTGAATTCACTGAGGAACCTCCACCACCACCCAGCCGCCTCACAGACGACATCTCTCACAG ATGCAACGGGAATGTAGATACAAATGCACACTCTATGAATAAAATGGCGGGAAAACTGGTGAAGCAGACA GTAACAACATATCGAATATCCAAATATTACATCTATGCCGTCTGCTCAGTGATCGTAGCTTTCTGGGCAT ACCTTATCATGAACAGAGCAATATCTACTGAAAGAAACTCAACATGACCAAAATGATAATAACTTTGATC ACCTTCTTATAATGGCTGAAGAATAGTATATAAAATGAGTTAAATTTTGTTGTAAATATAATGTAAATAT CAAAGCAAGCAATATAGAAATTGTATATTTGTTTAGTATCACATTTTGTCAAATGCAACTATTCGGTCTA ATTATATTTTCCTTGTGCTTTGAATGCTCCTACAATAATGATCAGATTTTAAATTGTGTGACACACTTTC ATACATACACTAGGTGATTTTAAGTTGGCTAATACGATGGATTTTGGCGTGAAGGGCAAGAAATTAAGAT GCTGAAGATGACAACTGAATGTTTTTTTCAAAGCTAAATACCACATGATGCCAATCCCAAACACCAGCAC TCTGGCACCAGGGTGCTACCTCTAATACTTGTTATACACCAACACCAGCATTCAAAAACATACTTGAAAT CACCCATTTCAACTAAATTAAAGAAACTCTAGGTGTTGCAAATAAGATTTCTCATAGGCCATTTAAAAGT GATTTTTTTCATACAAGAAATCTTGATTGGCAATCCATCTTGAAAATTTTTTAATGCAAGACTGGTGTAC ATTCTAACAAAAATAAATCCTGTCTTTATTTTGAGGGTTTTTTCATATAAAAAAGCTAGGAAATCTAAGG GTATGGGGATTTTAATCGTCAACTGTATGTTAGTAGTATCTAAGCATTCAGTCATGACAAATGGTATAGC AAACGGTCCAATTATATTTCTATTTCAAAAGACAATTGCAAATAGGCCAAAAAAATGTTAAACTGTGCTA AAATGGACGCATAATTATTTAATTATCATATTGATACGTTTCAGTGAAAATTAGAAAATGTATGTACTTA TTGCGCTGTGTGCTTTTAGGAAACAATATTTGTTTCATGTATATATAACAGCACCCTGAGAGTAATATAT TATCCCCTGCAAGTATGTCTTCCATTAATGTCCATCAAATATGACATGTCATGTATTGAACCTGAATGTG TAAATACTTTATTATTGAATTCAACAAAACTTGGTCATTCATTCTCTCTTCATTATTGTATTAAACCAGA TTTTAAAAATGTA
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???blast.matrix.blosum80???
???blast.matrix.pam30???
???blast.matrix.pam70???
???blast.gapedalgin???
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???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds
