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Echinobase
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Echinobase Accession
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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_031000235.1 PREDICTED: Strongylocentrotus purpuratus ubiquitin carboxyl-terminal hydrolase 8 (LOC579661), mRNA CAAAACAAGGGTACCGTATACTGCGGCTAGGCGAAGTTTCCGGATCTGAGCTGTGTATTGAAACAACATT GATGCAATACGAATTACGATGTAGGTCTATATGCTGTCAGATTAGATCACAGATGATGATAAGCTGATAA GATGTAGTCCAACCGTGAGTCAAGATTCCAATATCAGGTAGTCCAAACTGATTTAATTGCACTCTTCTGT GAGGCTTTGATCCTTGTGCAAGGCTTCCACCATGCCTGGAGCATTGAAGAAAACACTCTACATCGGATCC TCTCTGGAGGAACTCAACAGGAAGGTGGACCATAACGTTACCAAGGGACAAACTTCAAAAATATACGCCA GATCAGCTAACACGGTTCTCTCTGAGGCTGAGAAGGCTGATAAAAGCCTGGATGAGGAGCGTGCGTATGT GCTGTTTATGAAGTACCTCGCACTATGGAAAGCTGTCAAAGCTGCAAAAGATTATAAGCAGAACAAGGAT TATGTTGATGCTCTTCTTGGTACTGTAGGATGCAGGAAGGCTATAGATAAAGCAGAGGAACTCTCAGCAT CATTAAATTTAAGGTACAGCGAGCTAGAGGAAGCAAAGGAAGCAAGTAAGAAAATAGAGGAGGAGAAGGA GAGAGTGAAAGCAAATGGTTTAAAGGATGGAAAAACAAAAGATGGAGAGGAGACGGCAGTGGAGAATGGA GTCCCTGAGGAGGAGAAAAAGGAACGGAAGAGAGAATTGGGGAAAGACGGTGCCGTGAATGCAATCGTGC TGTACAAGGAGCTGGAAAGCAATCCCAATTCGGTTCTAATCATGGACGTCCGTCGATCTGACCACTTTAA AGACTCTCACATGACCATTGGACAGTGTATTAGCATTCCGGCCGAGATTCTCACACCCGGAATGACTGCT GCTACATTGGAGAAGGGTTTGGGTGAGGAAGCCAAGGTGATGTGGAAACAGAGAACCGACATGGAATTCA TCGTACTTGTCGACTGGGACCAGTGCCAGAGGGCAGACTCTACTCTTGCCATTGTTGAAGCTGCCATGTG TAAGTGGGACTGGGGTACAACATACAAGAATCCACCACTGGTGTTGAAGGGTGGCTATGAGGACTGGCTT TTCAAATATCCTATGTATACCAACAATCCTCAAGCAAAGAAGCCTGCAGAGAAAGTGGAAGAGACCAAGG ACTTACTGGCCTTTGACTACCCTGTCTTTGATGATGACAAGCCACCTCCCCCAGCCCTCCCTCCTCAGCA ACTCAACAATGTCCCAACAAGTCAGTCACCATCTGAACAGAATGGCAATGGCAATGGCGGCTACCAGAAC AGGATGTTCTATATCTCTGGGAAGCCTGGCCAGACTGGCCAAACTGGCCAAAGACCAGTAGTCAATCGAT CCGTGAAGCCAGGAACAACCAATCCTGATCCAGTCACTCCTAACAGAGATCAGACGGATTCATCAAGAGA CAAACCTAAATTCGCACCCGCTCCAGTAGCTAATCTAATCACTAATAACCTAGAGAGCAAGACAATTGCG CGGACACCTGATCTTGCCAACAGTGGACCTGCAAGTAGTACTACAAAGCCAACACCCGTACACCCTGCAG TCAATCGCAACCTGAAACCCAAGATTGAGAACAGTGCAGCAAACCTGAATGAGAGAGATACTAGTGACAC TGCTGCTTATAATACCAATGGCTCTGAACTCTTGGAAGACAGTAATGTGTCTTTGAAGGAGTCTTCGCTG GAGGCAGGCAAGAAGTCGGATATACATTTAGAAGAGCTCAAGAAAAAAGAAGAGCAGGCAAGGAATGACC TGAACAAGATGCGCTATGACAAAACTAAAGCAGAAAATGACAAAACTAAAGCAGAGAATGAAAAACTCAA AGAAGAAAAGCTAGAAATGGAGAGTAACCTCTTGAAACTTCAAAAAGAACTTACAGAAGCCAAAGCAAGA CAGGAACAGCGAAAGCGAACTCCACAGAAGACCTCATCACCAAGCCATAATGCACAGTCCCCGTCCCCCA TGGCCAGAAAACAGGATGCTACAGATTCTGGAGGAAGCAGTTCAAGTGACGCAGCCCCAAGGACTGCAAG CTCCACGTCAGCATCAAGCAAGAAGGTGGCTGACGACTCGTCTAATGAGCCTGCTGTTGATAGGAATGCA GCACAACCCAATCAGAATTCAAATGCTGCTTCAGCAGAGGTGAAGTCCGTTACAGGAGCTTCTTCTAGAG AGGCCAGCACGTCATCCAGTGCTTCATCATCAGCTTCTGCTGCATCACCACCACCAGTGACAGCAGCCGC AGTAGGTCCAACATTGCCTCAGGGTTGGGAGAAGCGATGGGATGAGAAGAGTAGACGATACTTCTACTTG GATCATAACACTAGCAAAACCCAATGGCACATACCAGGGGAACCAGCTCCTAAGACCATGGCAGACCAAG GACCTAGCCGTGGTGCTAATGCAGCGATGGCTTCACCAAAGCCCAAAGGTGATACCCCGTCATCACGTCC TTCTGGTCAGGTGACCCGCATGCCTCTCAAGTCCGACTCGGTGGAGCCTTCTGCCAAGTCCAGCGGTCTC AAGCGATCCTACTCCTCGCCCAACATTGCGCAGATGGTGATGAATGAAGGTGAAGCAACCTTCAATAAAC CGTTTCCATCCGTGGATAGGAGTACCAAACCAGCAGAGAGATCACCGCAGGCAATATCCCAGTTCAAGTC GACGGCTAATAGGGCACGTCAGCTCAACCCAATATTTGGTAACCAGGGTCGTGCTTTGACCGGTCTCCGT AACCTTGGTAACACCTGCTTCATGAACTCTGTGGTACAGTGTCTGAGTAATACTACGCCCCTTGCAAAGT ACTTCATCACAGATGACTATCTGCAGGATATCAACAGAGCGAACCCCTTGGGGAGGGGTGGTGAGGTGGC AGAAGAGTTTGCGGTGGTGGTCCGTGCGAACTGGTCGGGTCAGTATAGGTCAATCGCACCCAGGGATCTG AGAGACACTGTCACCAAGTATGTACCTGAGTTCAGAAAGCATGTTGGTCATCATCATGATTCTCAAGAGT TTCTCCTATTCCTCCTGGACGGGCTTCATGAAGACTTGAATGAGGTCAAAAAACGACAGTACATTAAGGA AGAAGACTTCAGCAAGTATCCTGACCATGAGGCTGCTGGCCTCTCTTGGCGGAACCATGAGAAGCTCAAC AGGTCCATCATCGTGAGTCTGTTCCAGGGTCAGTTCAAGTCCACGGTCCGGTGTCTGTCCTGCAACAACA AATCGGTCAAGTTTGAGGCCTTCATGTACCTCTCTCTACCCATAGCCTCCAAAAGCAAATGTAGCCTTCA TGAATGTTTGCAGCAGTTCTCAAAGCCAGAGGAACTAACGGGAGACAATGCCACGCACTGCACTCATTGT AAGGGAAACCGCAAATCAGAGAAAACAATCCTCATCTGGAAACTGCCACACATACTCCTCATACATCTCA AGAGATTCTACTATGAAGGCATGTGGCGTCAGAAGCTACAGACCAATGTTGATTTTCCCAATGACCTCAC GATGGATCGATACGTGATAGGTCCAGCACAGAGGAATATCTATCAACTCTATGGTGTCTCTAATCACTCT GGAACCCTCGATGGTGGACATTACACTGCATGTTGTAGGAATGCTGTCAATAAGAGATGGTATAAATACG ATGATCATGAAGTCTACGATGCCTCAAAGAGCAGTATAAAGAGTTCAGCGGCTTACATTCTCTTCTACTC CTCGTTACCCCTCACACCTCCATGAGTGGGTCCAGCTAGGGATTCATAGCATTCATCATTTTGGAGCTGT CTGTAGCGAGCGGCTGCATGACATGCTGCTAGCTTGTTGAGGAATGGCGAGTGCTTGTGGGGAGTAAAAC TAATCATCTATCCAGGAATAAATGGCTTACTATTAATAGATAGATATACATACAAAGTTGCTCTCCCTCT CTCGCTTGTGTTTACCCCTCTCTATCCCTTTCTTCTTTTCTTTGATTCGTCTCTTCCCTTTTCTGTATTT CTTTTTTTTCCCTCTCTTTATCATAGGTTTTCCCTAAAGAGTTCGCTTTCTCTCACTCTCTCTCCCTTTC CCTCTCCCCGCACCCCTTTTCGTATTCCATTCCCCAGCTAGTAGAGGCCAGTTTTTCTAATGAGCCAAAC AGTCACGTTCCTAATCAAGATTACTTTGCTGCTTGTGGGAATGGTTTGTCTAAGAACATGTATGAGATTT CAGGTATTCTTAATATAATATAAATGAATACTTAGATTTTGCCAGGTCCATAGGTTCAGTTGTTATGAAT GATACTTCAGAGTTTTTAATCCATGAAATAGCTCTATTCCTTTCCTGAGAATATCAGAAAGTTTTGTAGT GACTCAAAAATTAGACATAGATTATTAGAGATGATCTTTACTATGGCAAATAATATTTGAAAAACAAAAC TGCAATATTCTTGATATCCAAATGAGAACACATATTGTATGTATATTTTGGACTCCAAATGTTTCTTATT TAAAATGCATATATGTATGTATCAATTACCAGGTGTGTAAAAACAAAACATATTTGATATATACCAGGTG TTTTGTCCATTTCTTATAAACAACAGCTGTGAAGTTTATGAATCATATTTTATTATAAGTGTAACTGTGG TCTTGTAAGCCATGAACATTTGAAAGAGTACGGTAGTCCAGAATTGATGAAAGAATTCATTTCTTACGAT GATCTTTATTTATGATGAGGTGTTGTAGGAATATTTGATTGTGCAATCAGGAATGACATGCTAGTCGCAT TGTCATTCTCATCTAATATTATTCTTGTCCTTGCCCTATATATGTGGTTGGATATCTGAAATTAGCTCGT GGACTGAGAATTTTAATACTGAATTTAATGTTAGATAATGAATTTATTTGAACCTGCATTGTATTCTTTC CTTATGATGATAATTGTAATTGTGAAGTGTGTATGTCAACAGAAAATTTTGTTATATTTCGAACAAATGT ATACTGTGGTTTTATACTTTGTTAGTTTTCTTGACATGTTCTCTCTCGCCTTCCATGAAAAAAAGAAGCC ATGTATAATATGCTTCAAACTTTATTTATTTCATGATAAGAAATGAAGGGAGAGTTAATTTGGTTATCTC CTGATGATGTTAACCATATGTTTTTATTAGATTACTCATACAGAAAACAGACGCTTTTCAATCAAATACA GACAAACAAATTGAACATGTGGTGTTCCTGAATTTGTCTGTAGTTGTCGAACATGATCAAGGAAATGATG CTGATTAGTTATATTTATGTCTCTGTTTCTACTGCATTTGGTCATGACGAGTGGAATGAATTCCAGATTT TAGTTAATTATAAATTGCATAGCTGTATTGTACTGTAGATGAATAATTGTTTAAAGATTTTAATCTCCTT TTATCAACAATCAAATGTATTCTACGTCTCCTATTATTTTTGATATATTTTCACATTGATTTGTCGGTTA GCAGGCTAGCCATGCATTTTACTGTGCTGTAAGAGAAATCACAATACGAGTGATCGTAACTATATAAGTT CTCCTTAAATTAAGACAAAATTCTCTGCTACAGAGATTGAGGAATAAAGGGCGTACATTTTAGAATGATA ACACCGTCTCTTCTTTCTACATTCAGGATTCAAACATAACGCCGATTATTGTCATAAAGTGCTTTAAAAA AAAAAGATGATTTGTAAAATTCTATCTTTGTTTCATGATTATTTTTTTCGCTCCATACTGTAGCCGTGTT TAAAATGTTTTCAATTTAATTCATCTAACACTGAAGGAGATGAACCTACAAAAAAAATTAAAGAGCAGAG ACATGTCTGTAAATTTCATTTACAGCTCCATTGTCATGTGAATTTAGTCATGTGTATGTAAATTTGTAAG TGTGTAGAAAGAACTATGAAAGTACCATTTTCCTCATGTATGCTTACTAAATGTACTGTTATATATATTC ACAACGCCTTCGCATTGTATAAATTTCTCTGTGCACCAGTTTATAAAGGATTATAAAGATAAAAAATAAT GTGTATATTCAAAGTTAGAATAAAACAAATCATACTAA
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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