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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
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>XM_041619754.1 PREDICTED: Lytechinus variegatus transcription factor RFX3-like (LOC121424147), transcript variant X8, mRNA ACGTCCACATGGCAACGCACTGTAGTGCCGCTTAAATTTCGAATACACATTTTAGGCGAATCAAATTACG ACAAGTTGGACTCAATTTGAAATTTTATTCAAAATAGTGCAAATGGTTCAATTATCTTATAAATAAAAGG GGAGGGAGGAGAAATCAACGTGATTTAATGAATACCGCGGAACGATACAAAAAGCCTTTCAGTGGTGAGG TTTAGCAACAGTTGCCTTGAGAATAAACGCCATAGTCACCGTAGTCCTGGCGACTGTTACCCGCCAACGA CAAGTGGATTATGGCAACACAGAGTTTCGTGAATGAAATGCAGACCGTATCGGGTACCACTCAAGCACAG CAAGCACAGCACCAGCCTTCACAGACAACGATCATCGCAGCACAGCCAGCTTCCGCCCACTCTATCCAGC CCACCTCGCATACCATCCAGCCAAACCAACAGTTCTTGCAGTTAGCAAAAGTGATGGACACGCCTAGTTC CGGCACCACAGTGACGTTGCAGACGACCCTCTCTGGCGCCCAGGTCCAGCGGGCTAGCCAGCCCGCTATT TATCAAGGCCAAGTGCAGTACGTACAGGGGCCCGATCACCGACACACCAATTCCATCTATGCTAACGGCG CTATCGAAGCCGCAACCATGTACACGCAGGCTACCCCGGTGAGTTACTTCGGTCAGGGGTCCGTCTCGTC GGCCAACCTCCAGACGCTTGGAACGCAGAACACCGTCACGGGAGTGATGGGCGGGACGTTGGTCGGAGGG TCCGTCATTGGTGGCTCGGTTCTTGGAGGCTCCCAGCTCATTGCACAGCCAGGGAGGACGTACCTTGTGC AAGGCCACAGCATAGATGGTGATGGGCATCCCATCACACACACAACGAGGGCATCCCCAGCTACAGTTCA ATGGCTTCTAGATAACTACGAGACAGCGGAAGGTGTAAGTCTACCCCGTAGCACCCTCTATAATCACTAC CTGAGGCATTGCCAGGAGCACAAGTTAGATCCAGTGAACGCTGCATCGTTTGGTAAACTCATCCGATCCG TTTTCCTGGGACTCAGAACAAGGAGATTAGGTACAAGAGGGAATTCAAAGTACCATTACTATGGCATCCG TATCAAGAGCACGTCCTCATTAAATCAGTTTCAAGATGATACTGGTCACACAGCTATGAGACAACAGCCC ATCAACTCAGCAAAAAGGTTCAAGCCTTCCCCCATGGGTGGCAAACCGGAGGACGGTAGCCCCAACGCCG GAGGGACCGGGGGCAACTCCGGTGACCATGTGCCATCACAAACTCAGCAGCACCAACAGTTCTTGGGCGA CTCCACGCAGGTGCTCCCGGACTTCAAGGAGCTTATCGTGGCTACGGATCTCTTGCCCGATGGTTTGGAT GCAGAAGATGTCGATGTCTTTCAGTCTTTATATCGTGAACATTGTGAGTCAATACTTGACGTTGTAGTTA ACCTACAATTCCCGCTTATCGAACAGCTATGGCATACATTCTGGAGGTGTCCGCTGCCAGATACAGTGTT AGATGAAGAGCAAGAGAAGCAGCTATCGAAAGAAAAACTCTTTGCCCTGTGTAAACTCGTACCGATCCAG ACCTACATCAAACATTACGATCATATCCTATACCAAGGCCTAGTTGAGGTCTTAATTCCAGATGTCCTTA GACCTATCCCCAGTGCCTTGACTCAAGCTATCAGGAATTTTGCAAAGAGTTTAGAGGGTTGGCTAAGGAA TAGCATGTCCAACAGTCCGCCAGAAATGCTCAGTCTAAAGGCTGGAGCTGTAACAGCCTTTGCCCAGACT CTGCGTAGGTATACCTCCCTCAACCATCTGGCCCAGGCTGCCAGGGCTGTCCTGCAGAACACGTCACAGA TAAACCAGATGCTCAGTGATCTTAACAGGGTAGACTTTGCTAATGTACAGGAACAAGCTTCATGGGTTTG CCAGTGTGACGATTCAGTAGTCCAGCAGTTGGAGCAGGACTTCAAGAGGACGTTACAGCAGCAGAACTCC CTGGAGCAGTGGGCGGCGTGGCTGAAGGGTGTGGTCACCCAGGTGCTGGAACCCCATGAAGGCTCACCGT ACTTCGCCAAAGCAGCACGTCAATTTCTTCTCAAGTGGTCTTTCTACAGCTCAATGGTGATCCGTGACTT GACATTGCGTAGTGCAGCCAGCTTTGGATCCTTCCATTTGATACGGCTTCTCTATGACGAATACATGTTC TATCTTATCGAGCACAAAGTGGCCTCGGCGACGGGAGAAACGCCTATCGCTGTCATGGATAAAGTAGACA GTAGAGGGGAGAGGATATCAATGAGTTCAGACAGCATCACAGAGAACGGCGATGGCATCGACATTAAGAA GAGCCCGTCATCAACACCCACAACTGTCAATTCTACCATCACTCTTGCTACGGGCAGCAACGGCAGCTCA AAATGAAATGTACAAATTGTAATCGACATTGTTTCTGTCTTTGTGTGTATATATCTATGGAATAATGAAA TCAACCATGACAATCACCATTTTCTTTTGTGACTATATCGTGAGGAGAGTGAGCGATGTGAACTTTGAGC ACTTGATTGACGTCCAGGGGTGTGTTTATGAAGCGCACTGTCCGTAATTTTCACCAACAAATTTTCTCTG AGCCGATCAGATGAAAGGATTTCTGTAGCTTGTAGCAAATAGCCACTTTGATTTTATTACAAGCAATGGG CGTATTTTTTGCTGTAATATGGTTCACAATAGGAGTACTTTGGAGGGTTTTAGAAGAATACTATTCCATA TGAGCCTGTAAGATTCTGAGTTCCTAGGCTAAGTTTATCTTGGTAGAAGATTGACGAAAGTAGTTTCTAA GTTATTATGACAGATTTAGCAACCACCGGGGTTTTGTAAAATATACAAAAATATTTGTTGTTATTCTCAA ATATTTGTATCATCAATTCCATAGGAACCATTGTTTTGTTGGTATTTGGCTCTTCATACACCCGGGGAGC ATTTCATATAACAGGGAGTTGTCAGCTTTCCTTGATTCTGATTGGCTGAGAAGCACTGTAACTATGGTAA CTGTTTGTTAAACATACTTTGATGAAATATCTGACCAAGACTTTCATGAAATGCTCCATAGGGGAGTGTT TCACGAAGCATCTTGACTGATTTTCACCGACAAATTTATTCTGAGCCAATCAGATCCAAGAATTTCAGTA GCCTAAAACAAAAGTCAATGAAAATTTGTTTCTTGAAATTCGCCTAAGTATGTTTAAATCAGAGGAGAAT GTTTTATGTGGACAAGGAAATGTTACAAACCACCGATGAAATGAAACGTGTGTTGTAGAATAGGACATAG CAATTATATATAGTTTTCATCAGCATTTAAGAGAGAAATATTTGAATTTTCAGATTCGCGTTAATGAATT CTGCTTATTTGGAACATGGAAATTGACAATTGGAAATATTTCAGAATAAAGAAAGGATTTTGGGTCAATG AAATACTGAGTTTTGTATTGCAGATCAAATTAAAATTGAATTCAGTTCTTACTGCAGATTTCATGAAGAC ATAACCTAATACAATCATGCTAGTGTGTGATGAAAATGACCTAATTGCGCTGATAGATTGTAGAAATAAT GTCAAATACATATTTTGGATTTAGAAAAGGTTACTTTGAAATCAATCATTTGTTCTACAGTGCAATATCA GACCAGGGAGGGGAATGGGTCTGAATAGAATGTCTGGTATGCACAACAATTCAAAAGTAGAGGCATATTA TTTTATTTTTGGGGCATCATTAGACTCTGTTATGTTCACTTGGTTTGTTTAATACTTATTTAATGTTAAG GTATAAACTTTGCCTTTTTTTTAAGTTAGCAATATTTTTCTTTGGATACTGGTGAAAATGTGTAACGAAA TGGCGAACTAGTAAAATGAAATGATGGCAATGAAATTTCGATTCTATGCACTGTCCATTTTTTTTTTTTG AAGTCATGTTAGCCAAATTCTGATACATAAAATTTATTTAAAGTTTTACATAGAGTGTACATGTAGATAC GCTCTTGACAGTGAGATAAATTTATGTATATAAATACGGGAAAAAGCAGCAGTCCTTTTCTACTTTAATT ACCTGGTGAAATTTTGTTACAATTTGTTATTAGGTGTACAAGTAGAATGTTTGCCTTTTTTACGAACTGA TGTACAAGTGTGTAGTTGAGATGGATTGTTCTTAAGTAGTAAATGTTTTGCTTTAGGGCAGTTTGGTAGC ATTTGTAAGAGAAGTAGTTCTTTGCCACTCTTCGCCTTCCTACAGTGTACGCTATTAGTATACTTGTACA GGTGCCTAAAAACTGAGAATTTTTCTAGCTATCTGTCAAAATGTCTTTCCCAGAATTCTGACCTGTTTAT CGACGACACTGAAGAATTTAGTAAATACCTTTTTTGTTTGTTTGATGTTTCTTTTTGTACGTTTTGTTGG ATGAAATGTGCCGTTACATTCCATTTAGAAGTTTCTCTTTATTAATATCATATTCACTTGCTATATTATC ATGATATGTCTAGATTGAAATCTTAAAAGAATTTTTTTAAATAGTGTGGTGGAAATGATATTGCCATATT GAAATAATTAGTATTTGATATTGCTGTGTGAGTATTTAGTTTGCAGCTATTTATTCATTGTGGTTAATTG TATGGTTTGTGTGTCCATGTTGTTTTTTCCCTCCAAGAAAGGCTTGTTGTAATTCCAGGTAAAGTCATAA AATCATAAAATTCAGTAATAATGCTTTTGTTGATAACATTTATATCAGGCTAGAAAACATAATGAATATG ATTTTTACTGAAGGTGTACGACTTCTCTAATGTTTCTTCCAAATTCTATGTAACAAGATGAACTTATAAA TACCAATGGGATTAACTAATCCATGCTTGGTCTAGATTCAGTATTCGCACAAATTGTGTAATTCCCTTAT CTTTTGAAGAATGCAGTAATTTGTAATGAAGAGAGCATGTTATGTGATTACAATGTAAAAGAGACTTGAT AAAAATGTGTCATTTTAGTAATGTTACTTAGCTTTATTCGCACCATGGAGTGGATTTGAAAGTTACAACT CAAGCCCTGGGATTAGCCATTTATCTGTTAAGGGTTCTTTTTAGTCTTACCTTGTTGCACATGAAAAAAA AAAGGCTCAGGTATTACTACATGTAGTTTCCATGTTGAACAGGATTTTCAGTTCATTGTCAAAATGCATA TTTTTCCATTTTGTAGAAAGAAAAATATTATTTAACTTCATATGATTTGCTTAAGTTAAATGCATATGTA GAGATGTAAATGCAGTTGTTCAATGGTTTAGAAATATCAATATTTTAGAACTGAATAGTAATTAAAATTA GTTTGTTCTTGTGTAAAAGAATGATGATTAATGCATGTTGGATTGCTATGTTTTTCATGCCTATATCCCT ACCAACGGGGGTTTTACAGGCTTGTCTCATGCATGGTTTTATGTAATATTTTCCTTAATTTGTATATTTA TTGTTTTGATTTGTAACATATTGAAAATGGTAAATTCTAGACAAATTTTTACATCATCTTTCCTGTAAAT CTTTGTGTACAGCGACATATCTGGAATCAAATTTTGATTGCACTATATTTGTAAAGACACTATTTTGTGA AGTTTGTTTGATGTGCATATTTATCAGATTTTTTCTAATTCTCTATTGTCTTAAATGAAAGATGTTGATA AAGTTTAGATTTGAAATGTTTTAGAAATATTAGATATTGATTTTACAGATATTTGTAATCACACACATTT TTGTAATGAAAAAGGAAGAAAATATGGCATTAGTTCA
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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