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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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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_041629125.1 PREDICTED: Lytechinus variegatus broad substrate specificity ATP-binding cassette transporter ABCG2-like (LOC121431580), transcript variant X1, mRNA CCCTAGCCTTGTTGCATATACACCACACTGCACTGGTGATGCGATCGTTGCGTGCCAATTTTTTGAGTCG AGGTTGCAGCACTGCTTGGGATATCATTATCAATACATTTCGACACAGGTCGCGGATTCGTTTTATGAGA TTTAGGGATAGATATCTTCAACATTTGTTTTAATTTTCCAGCTGAGGTTGGAGAAGCTATTATCGCCAAA CTTAAAAAATGGAGGGAGAGGAGCAGGATACGTACTTTGGAGCAACGGAGGAAACGACTCCGGCGCCGGC TACCGAAGCGGGGACCGACGACCAGCCCGCTGTGTTGGAAGTAAACCATAATGACAAGGGCGGTGAGACG AAAATCAATATGGACCCAGTTCTTCCTAACTCAGAGAAGTCCAATCTTGGATACGGCAGTGTCAAGAATG GTCACTCTAGTCAGACCAAAGTCCATCCATCCTTCGCAAGAAGTTCTTCGATCGATGGATCAGTCGTATC CTTCCACGATATCACCTACACAGTCAAGACTAAAGAGAATCGCAAGAAAGTGACGAAGACCATCCTTACA GATGTCAATGGATTATTCAAGCCTGGTATGAACGCCATTCTTGGCCCTACCGGAAGCGGCAAAACATCAT TATTGGATGTGTTAGCAGCTAGGAAGGACCCGGATGGACTGTCCGGCCAAGTACTCATAGATGGCGCCAC ACAACCAAAGAACTTCAAATGCATCTCAGGATATGTGGTTCAGGATGACGTCGTCATGGGAACACTTACC ATCCGAGAGAATCTTCAATTCTCTGCAGCTCTCCGTCTTCCTAAGACGGTCGGTAAGAAGGAGAGGGACG ACAGAGTGGATGATATCCTAGCTGAGTTAGGCCTTTCGCATGTTGGTGATAGTAAGGTTGGAACAGAGTT TATCAGGGGTGTATCAGGAGGGGAGAGAAAGAGAACTAATGTTGGAATGGAACTCATCACCAAACCAAGT GTTCTCTTCTTAGATGAACCTACCACAGGGCTCGATGCAAGCACTGCTAATGCTGTAATGCATCTGTTAG CCAGTCTATCCAAGAGAGGGCGCACTATCATTTTCTCAATCCATCAACCTCGCTATTCCATCTTCCGTCT CTTTGACAAGATGCATCTGCTAGGAAGGGGGAAGACTATCTACCATGGCCCAGCCCAAGAGGCCTTGGAA TATTTCTCTTCAATTGGTTTTGAGTGTGAAGAACACAACAACCCACCAGACTTCTTCTTGGATGTTATCA TTGGACAATCAGAAGATCGGAAGGAATTAGAAGACGGCCAGGGTGATGTTGAGCAAGGCCAAGCCGTCTT GGATGATGGAGTGAAGAGCAACATCAACCTTGCAGAATGCTACGGGGAGTCCCAGTACTACAGGACGATG AAAGACGCTACTGAAGGCATCTACAATGAATATAGGAATCAAGAAGAAACAAGCATCGTCTCAATCGACT ACCCAACATCCTTCTTCTCACAGCTGTATCACGTTTCCCACCGAGCAGTACTGAACATCCTAAGAAACCC ATTCCTCACTATTATCCAGAACATGACTGTAATTTTATTCTCTGTTGTTATTGGTGGAATCTACTTTCAA CTCGACACATCTATCGCATCAGGATACCAGAACAGAATCGGTGCCTTCTTCTTCCTTATCATGCAGATGG TATTTGGTAATTTGAGTGCTGTGGAATTGTTCATCAGAGAACGAGTTATATTTATTCATGAATCAGCGAG TGGTTTCTATCGCGTCTCGGTGTACTTTGTGGCCAAAGTCTTTTGTGATTTACTTCCTCTAAGAGTGATA CCCACAGTTCTTTATGTTGTCATCACATACTGGATGATCGGTCTGCAGCCAGATGTAGCAAAGTTCTTCA TCTACTTCTTGACTCTACTTCTCGTCACATTTGTGTCCAGTGCCCTCGCATTTGCCATCAGTTCCAGTGT AAGCATTGCTGGCATTGCTACTCTGCTCATCGCGATGTGCTATGTGCTTATGATGGTGTTTGGAGGACTC TTAGTGAACATCAGCTCCTTACCTGTCTGGCTCCAATGGCTTCAGTATCTTAGTATCTTCAGATTTGGTC TCAATTCTTTACTAATCAATGAGATGGTCGGTATGGAGTTCTGTGAAACGGTTGGAAACGTCACCTTACG ATGCATCCCAGGCACGGACTACCTCGATCAGCAAGGGATCGACTACAGCGACTGGGGCCTGTGGCAGAAC GAGATGGCTCTCGGAATCATGACCTTGGGACTCCTTGCCATTGCTTATATTCAACTCCGACGATTGCCCA AGGTCAAATAGATACATATTGGGTGATAGCAAGCAGGCATGGGTGGAGATTCATTTAAGCTACTTGTCAC TTCTGCACAACTTTACGCATATAACTCACTGGCATCCGAGAGAGCGCTTGGAGCTACGGACCTCCCAAAA GGTTCATGACCAAGAAAAAAATGGGAAAGGTAAAATATAATCTTATTTTCTGAAGATCATCTCAAAATCT ATCATAAAGTTAGATTTGTGTGTTAAAAAAGGTCAACATTTTGCATGCTCTCTTGGAGCTTTTTCAAAAG AAAATTCCCCCTTACACCATGTCGAGCCTCCTCAAAATCTTTAGCTCATTGCACGACTGGTATGACTGGT AGACATATTCTCACTGGAGGTGCATGCTTAGACATCTACATAGCAATAAACAGTGTTTGTGCACAACGCA TGAAAACAATCTCACACATGCCAGCTTGGCACTAGTTTCTAGAGCGATAAAGAAAACGATATGAAATATT TTCAACATGTAGTTATTTATGCCAGTCTTACTTATTTATGCCTTACTTGTAGATACTAAATCATTCCAAA TTCATGTCATCTATCTCGATAACAACCATTAACAGATATTTATGATACTTTTATGAGATATTTCTACTCT TTGGGTCAAAATTGCTTAGGTGATGATGTACATTAACAGTGTAGATGTATGAAAAAAAAATTAAAAAATC ATATCCCTGTAGACCTATTCTCAAGATTTATTCGCTATATACATATATATTTATTAATATATCATTGAAA ATTTGCATTTTTGAAATGTAGTTAAAGCTATTTTGAACTCAAAGAAGGGTCAAGCCATATTTGTGGCCTT GAAGACAACTGTCTGTATTCTGACATATGGTTTTAGTTAGGTCTAGGTCTGTTTTAAAGTTACGTATAGC CAATAATTCTACGTTTCCTATCATTACTTAGCTCTTTCCTCATGTTTTTATGATGAAGAGAACTATTTCA GTAATTAATCCAGGGGTGTGTTTCACAAAGATTTAAGTATGACTTAAGTCGCACTTAAATGCCGATGCGT ACATGATATGCAACGCGTGATCTTATTGATAGATACTCATTAGTGCGCGTCCTCATGACATGATCTGACC GATGCGGTCAAGCCTGTCATATCGAACACAACTCGGTGTTTAAGTGCGACTCTTAGTCATACTTGAATCT TTGTGAAACACCCCCCTGGTCAGTTACAAATTATTCGAGTGTCAGAGGAGCTGACAAATTGGAACTTGGA CTGTTCGAGATACCTGTCACAATTGGCTATCCATAGTCATAACCACATGTTTAGAATAGAATTTGAATTA AATCAGAGTTCAGAATATGGTCTGAAGCCTTACACTCCAAGTATTAGTCTAGTGTAGTAGGTTTCATGGT ACACCACGTATCTGTCTTGTGCAAGTGTTGGTCCACTTGCCCAAGAAAGATACACGGTGTACCGTGAAAC CTACTACACTATTCTTCTTTGCCATGGAAACCTTCAAAAGTTACAAGTATTAGCCTATGAAACATTAATA TGTTTAAGCAGGTCCAGGGTCCCATTACACAAAGATTAGTGATTGATCGCTAACTTGAAAGGCCAATTCT GATTGGTTCCTAGTCAGTCTACTGAGTAAAATGTGCATGCAACGAGGATCGTGATAGGCCATTACATTTA GTGATCAATCGCTGACCTTTGTGCGGAGGGGCCGGGTTCTGTTTTGCTCACTTAAATTTGCTGTGAAAAT GTTTATAAATGTTCTTGAAAATTCTCTCAATGTTTACCACTTAATTTGGTTACCTCATGAATAGCTGCAT GCCAACGACACACATAGGTGCCCAAAGCCTGAACAATAGCTCATGTGCCTCAACCACTTTTTGCTGATGT TCAGTGGTCTGTACTGTCATTGGGATTGGCATTATCATAATGTAGGGACGAGTCAGCAAACATTTTTTGG TGGATTTTATTAAAGAATAAAGTCATTTTGATATAGAGGAGCAATACAGTCTGTATTCCTATTGTGATAA GTTTCTGATTTATATGTATTCATCATCATTCCTGGTAAGTTGAAAGGACAAAATGTTTCTATGATCACTG TTATATTATGTTATCTTTTTGTCGAGTAATCATGGCATTGACTGTGTATATACTTTAAAAAATACAAAAG AAATAATCATTGATAGAATATTTGTTGAATTTTATATATTTGGTGATATTTTGATACTAACTCTAACTTA CACGCAAATAATCATATATTTTTATTTTGCAGCACAAGTTTTAAGTAATTACACTATACTGATTGTAAAT ATCTATTATTGAGTACTAATTTTGGCTGTATGTATTTAAAGTCATGAGCTTCAATAAACCAAAAATGTGC TAGAGACCAAATACATATACGTAACGTAAATGCATGATGATTGTAAAACCATTCTATGTTTTGTGCTCTT GCTTGATGCTGTTTCCCTTAATATTGTGCAAGATGTTGTAGTTGGGTGTTAGGGTTATTACATCTTAAAT GCCACTCCTCCCCATATTTGATTTTACTTCAGTAGCATTTTTAGACATGCCAACCGTTCCCTTTTTAGAG TATTTGTGCCTCTTTTTTGCTATGAATATGCCAATACTTTTTTGTATGATTTGTTACTTTTTTTTAAATA TCCGATCTTGGAGTAAGTCTTATACACAGCGCCCAACTCTAGCGCCGGTCCGACGGTCCCAGACTGGTAA AAATCAGTGCCGGGCCAGTATCTTGTTGCATGAAAAGAACAAGTAAGTTCTTGCCTATGAGCACATGTTT AAAATGTTGAATCATCAAGTTTTCAAGTAGTCATTCAAAATGTTTTTTGACAGGTTGGTGATTGTTACAT TGAGACAAATTTTAAAAAAATACTCTTTTTTGTCAAAAAATACTTATTTTTTCATCTAAGAATACTTATT TTTGTTGTAGAGGGTTGGCAGATATGCATTTTCTGAATCCATTTTTTTTTAGAATGTAACTTGCCATATA ATTGATAATTGTCCGAAATCTGTTGAATAAGATGTGATAATTGTTACAATCTTATAGGTTAGGATTAAGT TTTGGTATATGTTTAGGGTGTCAGTTGTATTTCTTTTAAATTCAGACTTGTTTCAGGTCAAAGAAAAGTT CAAAATTAATTTTTAAGTTTTGTTTACAAGTAAGGTCGCACTTGGGGTTTTTGATTCAGTCTAAGTGCAG CACTAGAGTTAAAATTTCATTTGGATCATTTCTTTTATTATTATTATTGTTTGGTTTTTATGCAATAGGT TTTCAAGTTAGGATTAGGTGTAAGTGTGTTACCTAGAATCAAATGTAGAATTATGAATAATTTAGGACAT TGAGATATTGAAAGCAATATTAATTGTTGGCATTTGTGTAATTCCATTATCGAATGTTACACGTGATCAG TCCCTAAAATTGAGTGTACAAAGTAATACATTTACCTCTCTTTTCAGTCACCATGCTTTCTGTGAAAAGG GTTATCTTTCAAATGAGTTGACCATGTTCTAATGATATGAAACATTCTTTATGCAAGAGTTGATTTTATT GATATATTTATGATAATAAAACTTTAAAATGGCAA
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???blast.matrix???
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???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