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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_030981666.1 PREDICTED: Strongylocentrotus purpuratus helicase-like transcription factor (LOC581625), transcript variant X3, mRNA TCCGAAAAGCGGGAAAATTTGATCTTCGAAAATAACAACAACACGCGAGTCACGTCAACTAGCTCTAAGT TAGACCCTAACTTAGACGTCTACTAGAGATCTATTTCTAAAATTGCCCAACCAACTGAACCGAGTTTGCT GAGATTACAATATTTGTAATACCTTACTGGAGCCATGCCGAGACACAGATGGCACAAACCAAAGTCCTGG TATTCACCAGAACCATGGGACTCAAATTATCAGAAAAAGAAGAAACAGACGCCAAATAAGAAACAGACGA CGAAGAAGAAGCGTAGCCATGGCAACCGTTATTCTCTAACCGAGGCTCTCTCACTGACGATGGATTATTT GAGTCAGTCAACATGGGATGATGGAATAGATGATCATGATCTTCTTGGATTGGATCTTCCCATAGTAACG TCGCAGGCTGGTATTGATGATGTCTTCCTGGGTATGGTTCCTGGTAATATTGTGGGTCTACAGTATTATT CTGGCACGGTCAGTAATCATGAGATGGTGTCACTTGTTCGGGAGCCTCTTAACAGATACGATAAGAATGC TGTGAAGGTAGAGAACGCGTCGGGTCGTCAAGTAGGACACATCAAGAGAGGGTTAGCTGAAGTGTTATCA TACATCGTGGACAACAACTATGCTAGGATTGAAGGTGTTGTGCCTAGGGGCAATATGAACACATACAGTA TGCCTGTGGATATCTCCCTGTATGGACCCCGATGTAACCAAACAGTAGTCCTTCAGAGACTACGAAGTAG AGGCCACCCTGTGTCCATGGTAGAGAAGAGGGCAGGCCTGCTCAACACACCCTCACAGTCTAAGAGCAAG AAATCTTCCACCTACAATCCTAGAAGTGCCCTGGGCAAGTCGGTGATGCTGTCAGAGACAGAGATGAAGA ATGAAGTGGATACCCTTTTTGACAATCTCAAATCTCTGGACAAAACTACAGAGCAAGAACCAAGCAAGTG TATTATTAGAAAAATGTACCCACATCAAAAGCAAGCCCTCCATTGGATGTTAGCCAGAGAGAGTAACGAT AAGCTACCGACATTCTGGGATAAAACACCATCTGGTCTGTACCACAACTCACTAACCAACTTCACGAGTG CCAAGCGACCTGACAGTGTGCGTGGTGGTATACTGGCCGATGAGATGGGATTAGGGAAGACTCTGACTGT CATAGCACTTGTCCTACATGACTTTGCAAAGCCAGAGTTTAGTGACCTCCCTCCATCTTTACCGAGCTTA CCTGAGGAAGATGAGGTGGATTGCAACGAGCCTTCGACGAGTCAAGTTAAGCAGGAAGTTAAAGATGAAG TGGTGATGATCATGGATTCTCAGGAGTTGCCCACCATTTCTGAGGAGGTGATTGTGATAGAGGATGACAG TCAGAACTCCAACAATAACACCACCATTGTGATCAAAGATGATTCACCTCCTATCCCATGTTCCTCAAGC ACTACATCAGTTACAGCTACTGGTAGACCCAAGAGGGCAAGTGCTGCCAAAGTAAAGTTCATATTCAATG ATGATTCAGATGACAATCCATCCCCTGAAAAGAAAGCTAAAAGGAAGCCGGCCAAAATGGCAGCAGGACC CAAGGTGAAAGGTCAAAGTAAACCAAAGGGTAAAGGAAAGGGCAAGAAGGCAACAGGAGGAGATGTATCC CAGAAACCACTGCCTGGACCTAGCCAACCAGTAGCCTTACTCCCTGGCCCAAGGCCGTCAATCAACTCTG TACCTGGACCTAGCCAACCAGTAGCCTCACTCCCTGGCCCAAGCCCACCAATCAACTCTGTACCTGGACC TAGTCTGCCAGTAGCCTCACTCCCTGGCCCAAGCCAACCAATCAACTCTGTAACTGGACCTAGCCTGCCA GTAGACCCACTCTCTGGACCTAGTCCACCAAACATCTCAGTGCCTGGCCCTAGTAAACCAATGAGAGCTG AGGTTAAAGGTCATCATGGAGATGGAGATGCTGCCAAGCCCCGTGCAACTCTCATACTGTGCCCACTATC AGTTTTGTCAAATTGGATTGATCAATTCCGTGAACATGTAGCAGATGAACTGCAGGTGAATGTATGTCTC TACTATGGAGCAGAGAAGAAGAAATTGAAGGCTGATTATCTCAAACAACAAGATGTTGTCATCACTACAT ACAGTACTGTGGCTGCAGAGTTTAAAGCAAAGCAGGAGAAGGCTACCCTTCAGACGATTGAATGGCGTCG TATCGTGCTGGATGAAGGTCATACAATCCGTAACCATGGTACCCTACAAACACAAGCAGCTCATGCTCTC AAAGCACAATGCAAATGGGCTTTAACAGGTACTCCGATCCAGAACAGTATTAAAGACCTGTGGTCTCTGG TAGCATTCCTTGGTGTGGAACCATTCAAATCAACCCATACTTGGTGGCAGAGGATCATAACCAGACCCAT TGCTAACAATGACTCTGCAGGTATAGAATATTTTCAGCAAGGCAGTGTTCTAAATCACTATGGTGATATT CTAGCCATCCTTATGAGACTGAGACAGCTGTGTTGTCATCCAGCATTATGTGCTAAGGCCGCTGCTAACC TATGTCAAGCTATTGATGGCAATGAAAGGACAGATGAAGAAAAAGCTCAGTTGGTAGCAACCTTGGTATC ATTCCTCAGTCAAGGAGCAGATGAGGAGTGTTGCATCTGCCTGGATTCAATAGAAGATCCTGTGATCACA AGATGTGCCCATGTCTTTTGTCAGAGATGTATTGGAGAGGTCATCAACGCGGAGAAGGAGCGTGCTTGCT GCCCTCTGTGCCGACAAGCAGTAAGCAGAGATTCACTGGTCCATGTTCCGAAGGATAGATCAGATACTGA GAATGAAGACACTGAAAGAGAGTGGCATTCTAGTGCTAAGGTTGATGCTCTTATGGAGTGCTTGCTGACT GAGAGGGCAGCAGACAAGACGACCAAGAGTATTGTTGTTTCTCAGTTCACCTCATTTCTTGACTTGCTGA AGAAACCTCTCACTGAGAAAGGTTTCAAGTTCTGCCGTCTTGACGGTTCAATGTCGAGGATTGCCCGTAC GGCAGCAATAAGAGAGTTTAGCAGCAATGATCCAGATTCCCCTCAAATCTTCTTGCTATCTCTCAAGGCT GGAGGAGTCGGACTGAACCTGACTGCAGCTTCTAGGCTATATCTACTAGACCCTGCGTGGAACCCCGCAT GTGAAGAGCAGTGCTTTGACCGATGTCATCGTCTAGGTCAGACCAAAGATGTCACCATTACAAAGTTCTT GGTGCGTGACAGCGTAGAGGAAGCCATGCTGGAACTACAGGAAACCAAAAGACAGCTCATGAAGAATGTG TTTGGCGGCAAGAACCAAACACCGGAAGAGAGGAGGATGAACAGAGTCAGGGATGTCAAGATACTCATGG GAATGAACAAGGACAAACCGTAGATCCCCGCAAGAAAAAGGATGAACGGGAGGAATTGTGCTGGTAGTGT GAGAAAACAGTGGATGAGAGAGGAATTATGATGGTCATGGGGTAGAATGACATGTAGATTTTAAGAGAAG GGTCAAAAGACGAGAACTTTGACAGCAATATGAGGAATAGAACAGTACATTGCTAGAGCAGGTATGAAAG AGGGACAGTACTGTGGCTGACAAATCCTGCCCATGAGTACCGTAGTGTTGATAAATGTTTATGGACTGAA AATGGCTATTTGTTTAAGACTTGCTACCCCAATCAGGGAACCCAGGACATCATATTAGAGGTGACACCCA CAATGTTCTTCAAGAAAACCTTGATAGGCTTTCAAAGATAAGCTCATCAACTGATTCCTGATTTAATATG TACAAAAACAGTCACTCATCTACAAATTCCTTCCATTCATGGTTATATGGCAGCTGATTTTCTGTACCTG AATTTTTTTTTGTTGTTGACTTTGTTGGTACCTGATACAAACCGTTGCCTTGTTGTAATTACATGTAATA CTGTGTGGGAAAAATGTATGTATTGGTTGGAGGACCAATTTTACTGCCATGTCTAAAGCTGTAGTGCCAT TCGATACTTCATTTGAGAGGGCAAAACCTTTACAGTCATAGCTACCTGAGAGAGAAAGTTGCGTCACTGG TAGTGGCTTCTGATTGGTTAGCCATTTCATGAAGCTCCAAAATAGTTCCCTCCCATAGAGATTGTACATG GGAGGAAACTATCCAGAGCTCTACGACCCATCTCGCCTGTGCGTAGATGCGTGTGTCACAACTTTCTCTC TCAATGCGCTATGTCTAGAGTGAGTGCAACTTATGGCATTTAACTTGCCTACCAAAGATTTTCTTAAATG ATGTGAGTCTTCCATCACTGATCCAAGTATTCTAAATAGACTTTGTGTTCTCTTTGTACATACATTAACA TGTAGCTTAGGTAAAATCTATGGCTGTGCCAAAGTAGATATTTTTTTTTTAAGGACATTTTTTTTCTAAG GACGTATTTATCAAGAAACATTTCCAGTACTTCTCTTGTTTGCATCTATACACAGAGCAAAGTAATTGCT ACTCCGTATGTATGTACAGATGAAACATCTCTGTAGATGATTTCTAGTTCTGATGCAAGAACTGTGTAGG TTCGAAACATAAACAAGTGCCGGTAGTTCTTTTTTGTGAACTCAAACAAGACTTTTCTGGTTATTCAACC AATATTGTTTAGATGTATACTGGTTTTATTGATGCAGTATTAAACCCCTTTACTAAAGATTTGTTTTATG GGATCTTATTTTATCCTAAGCAGCCGATAAGTTGAACCCTAACCATTGTATTGTAGCTACCGGTATATGT TGTGCTGCCTTAAAACAGCGTAGTTTGCTGATATCTGATATTTTATTTCTTGCCATTCTGTTGTTTTACA GTGACTATCTAGCGTATTGTACAGACCTAACTTTTTACCATGTATTTGGATACCTGTTGTTGCTTGTATA CCAGTTATATTGTATAAGGTTTTATTGATGCAGTATTAAAACCCATACTTAAGGTTCATTTGCAGCTACA TGTTTTGGTTCATTATACAGAACTTTTTTTATTGAATGGTCGACTGCATTGTGCATACATTTGTTTTTAT ATTTGATGAAGACATCAACTTTTTTTGGAAATAATAATATCATACTATTCAGTTGTTTCACAATGAATAT CCATTGTATTGTACAGTTTTATACCACAATCTGAACATTAGTTGTTGCTTTTAGGAATTATTGGATTACG AACATCCACAGAATTTTTTATATTTTGGGGTATTTGCAGTCCACAATTTATTCCACTAGACTTCGACAAC ATACAATTAACTACTAAATTATTCATACCCCTTGATGTCTGTTGTGTTTTGATTAACTCAATAATGAAAG ATTGACTGGTTGATTTAGGGCCTTTGTTGAATACTGTTAGTTGTAAGCTTTAATATGTTAAATTCTCAAG AAACACAAATTGGGGGGAAATCATTTTTTTCACTTACAGTACTTAAAAAATTACAAAAATTTAGAAGGTT ATGGAATGGATGATTAAGTTGTTAACTGTGAATTCATCATAGATTCTTCCACAATAAGATTGATTTCATA GTGATTTTTTGAAAACTATCAATATCCCGATTCCAAACTTTAGTTATATTATAAGCTCATCATTTGCAGT TTCAAAGTCGAGAAAACACAATTTTTTTTTTGTCTTGCTTTTCTAGATGTTTCAATCGAATGAGAAAAAA AAAGTAATTCAAGAACGATACTCCCGTCTTATTACCTGTATTTAGGTTGGGTCATTATGTTTTTGCATTC TCAGTTTATTTGTTGTTAAAAGCAATTGTTTTCATGTCTATGGTATTAAATTAATACATACATACAGAAA A
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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