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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_041620380.1 PREDICTED: Lytechinus variegatus dynactin subunit 1-like (LOC121424649), transcript variant X1, mRNA CAGCAGTTGACTTGTGCATGTTCAGGTTCAAGTTTACGAGTGCAGTTTGTGAAAATCGTGTTTGAATATG GCAACCCAGGAAAATGATCAGGGTGATGTGTTTCCAGATTCTACTCTCCAGTCCACTCCGAAGGTTTCAT TGAGAGAAAGACAGAGCATGGCTGAGAAGCCAGTCAAGATTGGCACCCGGGTAGAGATCATCGGGAAAGG ATGGTTAGGAAAGGTAGCATTTGTTGGAACAACAACTTTTGCAGCAGGCAAATGGATTGGTGTTGTACTG GATGAACCGAAGGGAAAGAACAATGGAACCGTGCAAGGCAAGAAGTACTTCTCATGTCCTGATAATCATG GGATTCTTATTCGACAATCGCAGGTCAGTATCTTAGATGATGGAGACCGCACCCCTTCACCCGTAACCAC GCCCGCTTCATCTAGCAGCATTCCGAAACCTTCCGCAGCCAAGGGCAAGGTTGATAGTGCCTTAGCGTCC AAGCAGTCGAGAGCTGCAATGTACGCCAAAAAGTTGACAGAACGCAATTTAGAGAAAAGTGCCAATAATG GTGGTAGAAAGTCATCCATTCCTTCGTTGATGCGGCGGTCCGGCGACATTCCAACCCCGCGAAGAAGCTC CTCCCCATCTGGTATCCAAGCGCCGAAGTCTATCCAACGCCCGTCGACCAAGCCAGGCACCAAGATCGGA AAGCCTGCATCTTCCTCCTCCTCCTCTTCCAATGCCCCTTCACCAACTCCGGCCTCAGCCCAGGCCCCTG CCCCCGAGCCGTTGGCCTCAGTGAGTAGCCAGGGTGATGGATCCTCGTCGGAGGAGGCGGAGATCCTCAA GCTGGAGGTGAAGGATCTCCAGGAGAAGCTGGATACGTTGAAGATGAAGAGGGCAGAGGACAGGGCCAAG CTGAAGGAAGGGGAGAAGATGAGGATTCAGCTCCAACAGCTCCAAGAGTTCAAGTCCAAGATGATGGAGG CCAAGGTCGATCTTGAACGCCAGCTCCAGGAGGCCAAGAACGAAGCCAGAGAGGCCGTGGAGGAGAGGGA GCGCCATGCAGAGGAGATGGCTGGTGTCGCAGAGACCATCGAAATGGCTACCCTCGATAAGGAGATGGCT GAGGAGAAAGCTGACACCCTCCAACAAGAGGTGGACTCGCTCAAAGAGCGTGTGGAGGAGTTGACCCTTG ACCTTGAGCTGTTGCGTAGTGAGATCGAAGAAGGAGGAACGGAAGGTGCATCAGCCAGCTACCAACTGAA GCAGCTTGAACAGCAGAACAATCGTCTCAAGGAAGCTCTAGTCAAACTGCGTGACCTGTCAAACACTGAG AAACAGGAGCATCAGCGAGCTCAGAAGGACAAGGAGAAGCTGTCTCAAGAACTCAAAGACATCAAGGCAC AGAAAGACAGTACCAACAAAGCTCTTAAGGATGCAGAAAATACCATCATTGAACTGAAAGAACAGGTGGA TGCTGCACTAGGAGCAGAGGAGATGGTGGAGAGCCTGACTGAAAAGAATCTTGAGATGGAAGAGAAGTTC CAGGAACTAGAGGCCACCATGGCTGATCTCGAAGCGATGAATGATATGAACGAGGAGCTCCAGGAGAACG CGAGGGAGACAGAGATGGAGCTGAGGGAGGAGCTAGACATGTCCAAGAGCCAGATCTCTCAATATCAACT CAAGATAAATCAATTCCAGGAGAACATCCAAGATCACCAGGAGACCATTGCCAAGTTCAGGCAGCTCACT GCTTCCCTTCAGGAAAAGAATCGTGATCTGCTGAACCAGACCCAGTCCAGTGAAGCCGATAGCTCCCCAT CCGAGGCTCCTGCGTATGACTTCACTACCAAGTTTACTGAAGCAAAAGTGCAGTCTAAGACTATTGAGGT TGAGCTTCGTAAGTTGGAGGTGAACCAAGCCAACGAGCATATCCGTCTCCTCACATCCTTCATGCCAGAC TCATTCCTACGCAGAGGAGGTGACCATGATTGTGTCCATGTACTGATGTTGGTGTCTCGCATGCTGGCCA AGTCTAAGCTTCTCATCAGTCACATTAAAGATAAGGCTGATATACCGGAGACAATGAACCGAGAGCAGGT ACTTCGTCATAACCATGGGGAGCAGCTCTCTTTCTTCAACTCACTCACCTTCATGATGCATAAACTGAGG ACGATCCTCAACAAGTATCATACTGCCCTTAGTACCTGCAGTGTGGAGCTCTTCTGCAAGATTGGAACGC TTTTCCCTGAGATAGCACCACATGAACGATGTGTTGATCACATGCTAGATCTCTTGAAAAAGGATCAGCT TGACGAGAATGTCTCCATGGAGTCCCTGGAGCGAGCCATTGAATACCTAGAGCATCTCTACAGCGTTCAT CTTCTCCAGGAGGAGATTGATACTACTAACCTCATGGCAAATCATATTTCTTTCATGTCGTCTGGATCCG ACTGTGTCGCCCTCGAGGTCAAGAAATTAAGAGTTCTCATGCAGGCCAATCAAGAGACGGCTGATTTCTC AATCTTGATGCGTGATATGGAGAGTACTAACACAGATCTCAAACAGTTCGCAAGAATGATTCGTCGACGT CTACCAAGCCAAGCTTTGGAGTCTACCATGGATGGTCCTAGTCCAGGCCCAACCTCAATCTCCTATGGTG TTGATGTTCAAAACTCGCTTTATGAGAGTGCTGATCTTATGATGAAGGTGGTAACCGCTTTGAAGGACTG TGGACACCATGCCATGAAGCATGCTAGCTCTCTTGCTGACGAGGCAGTGAAGAACAAAAACAAGTCCGAT GAAGAGGAGGCCAAAGATACTGATGGTATACCTGTGAAGAAGTTGGAACAACTTGCCGATAGGTCATCGG AACTTGCCTTTGGAAAGGCTGACAAGGGACCATACCAGAGCTTCAGGGAATGCCTGGTAAAGGCCATGGT GATTCTGAATAAGATCAGCACAGCAATGCAAGAGGGAGAATATGATGCTAACATTCCACAAGACAAGATC CAACCCCCAGTTGAACGCCGTGCAGTAAAAGTGAAGTCAGAGATATGTGATGCCGAAGGACTTGGTCATA AACTCGAGAGTAAGGAAAGTGAGATGAAAGAAATGAAACGACAACTCAAACAAAAGCAAGATGAAGTGAG TACAAGTCAGGTCCGTCTTGGTCTGGTTGAGAAGAAACTAGAGAACGCAAGCCGTGATGCTGAGGACAAG GTCCGCAAGGTTGAGCAGAAGCTGTCTTCGGCTCAAGAACAGGCAAAGAAAAAAGAAAAAGAGTTTGAGG CTACCTTAGACCATATGCAGGTGGACATTGATTCTCTTGAGCAAGAGAAGAGTGAACTCAAGCAGAGGCT GACTCAACTATCCAAGAGGACATTGCTTGACAGCATTACCAGGACCACACCACAGTCTGGTGTCGCTGTG GCTATGTCAGGAGGGGCTGGACAAGGTTCTGGTTCACCTGCCGGCCCTGCAGTAGGGTCAGGGGGCGGAG GTCAGGTCATGGTCAAAGATTCTCCCATGTTACTGCAACAGATGGAAACACTACGCTATGCCCTCAGGCA TGTTAAGCATGAGAATATTAGATTGAGGGCTCAGAAAATGAAGAGTATCATGGATGAATTGCCACCTCTG AAAGTCCCCAAGAAGCCTGTTGGTATAGCCAGCCCTACTGGGTTTGTGAAGCTAGAGACCGAGGCTTCTT CAGAGAAAGAGGAGGACACCACTGCATCACCCAGCAAAGATGTGGCTCAACTTACCAGGAACACTCGCAA ACTCATGCAGGATTTACACAACCTTGCCTGTCCTACTGTGGTTGATATAAGCCACCGTAAACCAGGCACC GTGCCGGCCCTGGAGAAGGCCACGCCCAAGCACCAGCTGGTTGATAGGAACTGCCGCATCCAAGATATTA GCAAGAACCTCACTCAGTTGAAAATTGAGGTGCAGAAGTTGGTGACATCACTGAAGCCTGGGGCGCATGT CAAATCTGCCTTCAGTCAATTCACTTCAACTGAATATTCCAAGGTCCAAGAGGAGAAAGACCAAGCAACC AATCTAGGTAAAGTCTACATCCCTCTAGCGTCCGGACAACAACCGACGTCTTACTCCCTCAATCTACAGC CCCATCAGCTCAAACAGCTCTATGCTAGGGTCCTATCAACATAAAGCATGTCCATGTAGTCCCACATGCT TTATATCATGTGATGATTAATGTATTTATGTGTAGTTGTTCAACTAAAGTAATCGATTGTGTTACCCACA TGTGCTCACCCCGCTTGAATCAGTGATTTAAAGCCATTTCAGTCATGTTTACATAGGTATATTATATTAC CCAGCAATCATAAAACTATGATTGGGTTAATTATGTGTTTTTTCAGATTTCCAGAGTTCATTTCCAAATC AGTAAGTATAAGAAAATGAAAAAAAGAAAAATATGAATAATAGGAGATTGAATAAAGCAGACACATTTGT GAAGCTTTATTTCTTATTGAGATTAAAGTTCAAACTTTGATTTTTTTTCACCACCCAAAATGTTATTATT TTTGTAGTGGATACAAAATGAATTAACGAATATAATTATTGAGAAGAAATAACACAACTTTGGCCGTGCC ACATTAAAGCTTGTAGCACAGTTGATTTATAGCTGTAATGAATTATGTAAAATATTGTTGCCCTGTATTA CGTTTGTTTAAAACTGATAACCTGGGCCTTTTATTGTAATTGATTCCCTCTTTTTATGAATAAAAGGTGA TTTATAAAAAAAAATGTATTATGTAATCTTGTAGAAATTAAGATTATGAAACAGTAATATATTGGTTGTA AAATCAAAGGAATACATACTTTGGTTTGATGTAAATGAAATAGATTCTTTAATTCAGACCAATTTGTAAT GCGTGGACTTTGTGAATTAGAATTCATACAACACCACTTTATCTGTATGTATACAATATGTGTACCAATA TTAAACAGCAAATTAAAGAAGAAAATATTCACTTTTTAATAGGGTTTATCGACATTGTGGGAGATTTTTT AACAAATGAATCTCTCAGTACAAATACCTTTGATGAAATCTTGGAATAGGCAACAAAAATAAAAGATCTT TAATCGTGATATAGATGGACCTCATGGTAATTCAACTAAGGATCCCTACACTATCAAGGCCATACATCAT GCTTTATAATACAGAGCCTGTCTGAAGATTTGATACAAAATAATTTTGCTCCTGCATAAATCTGTTGACT TGTTAATTCTGTAATTCCCATAGGATTTTGCTCAGTAACCTCCAGATTGTGGTTGGCAATAGGTTAAATG CTTCCCAAAGCAAACGTATATGTACATGTACAGTATCAAATGCCGTGACCTTATTTATTTAGACCAATTA TGTAAATAAAAGGGTAGAAAAGTAATTGTTTTTGCCATTAGGAGTCAAAGCCTAGTAATAGACCTTAAGA GAGTTCATCACCTCTATTTGTAATGCTTTGAGGGACAGATATTTCAGTGTGCAATATGGCAGTATCCTAG AATATAAGAACATTTTCAACTTTGTTTATTGTGTTAAGGGAATAGCGTTCATAATTTGTATTTTTTTCTT TTTATAAAATTGCTAAGTCTCTTTGTGGTGATAAATAACTTATTGTATTTACATTTATTTTTTGAAGGTG AGGTGAGAATCTCCTGTCAGACCTGTTCAACACA
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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