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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_030974602.1 PREDICTED: Strongylocentrotus purpuratus protein scribble homolog (LOC574871), transcript variant X16, mRNA CTGTGACGTCACTTGGGCGGACATCTTTGCAAGAGCGAATTAGCTTTTACTGGATCTTCACATATCGCGG AAAAAACTACGGAAACTGGGCGAAACACACAGTTGTATTTGCCCTTTGCAGCCGTGGATTTTCCTCATTT TCGGATATAATCCACATGCTGACTTCGTCTGTGGATATACAATCGGACGGAGGAGGATTTTAGATCGCCA TGTTCAAGTGTATCCCGCTATTTCGGGCCTGCAACAGGCACGTCGAATACATCGACAAGAGACATTGCAA CCTGCCGGGAGTACCGGACGATGTGTACCGCTATGCACGTACTCTGGAGGAGCTGCGATTGGACGCTAAT CAAATCAGAGATTTACCCAGACATTTTTTCCGCTTGACCAATCTTCGCATCCTTGGACTCAGCGACAATG AACTTGAGAGACTGCCAGCGGAGATTGGCAATTTCATGAATCTCTTGGAGCTGGATGTCAGCCGCAATGA TATCATGGAAATACCCGATAACATCAAATTCTGCAAGGCTCTAACGATTGTGGATTTCAGTGGAAACCCA CTGTCAAGATTACCACCAGGCTTCACACAGCTCCATGATCTGAGACATCTGACCCTGAATGATGTCTCCC TTGAGAGTCTACCGCAGGATATTGGCAGTATGTCCAACCTGATAGCCATGGAGCTACGAGAGAACCTGCT GAAGGTGCTGCCAGACTCCCTCTCCTTCCTGGTCAAGCTGGAGACCCTGGATCTAGGGAGCAATGAGCTG GAGGAGCTCCCGGAGACCTTGGGAGCGCTACCCAACCTCTCAGAACTCTGGCTGGACTGTAATCAACTCA CCATCCTCCCTCCGGAGATTGGAAACCTAGGAAACCTAACCTGTTTAGATGTGTCAGAGAACAACCTGCA GTGTTTACCCGATGAAATCGGAGGTCTGCAGAGTCTCACAGATCTCACATTGTCACAGAACTGCCTGGAG AAGTTACCTGAAGGAATCGGTAAACTGAAAGATCTGAGTATCCTTAAGATCGATCAGAACAGACTAATTA CCCTCACGCCTGCTATTGGGAGTTGTGAGAACATGCAAGAACTCATTCTGACAGAAAACTTGTTACAGGA AATACCACCAACAATAGGCTCCTTGAGGCACCTCAACAACTTCAACGTGGACCGAAACAGATTAACCCAG CTCCCAGCTCAGATCGGCAAATGCACACGTCTTGGTGTCCTCTCCCTCCGTGATAACAGACTTCTCCGTC TCCCGCCAGAGCTCGGTCAGCTGCGAGAGCTTCATGTTCTGGATGTCTGCGGTAATCGGCTGGACTGGTT GCCCATCCAGCTGGCTAACTGCAACCTCAAAGCTCTGTGGCTCTCAGAAAACCAGTCACAACCCATGCTG AATTTCCAGACTGAAGAGATAGGACCACAGAGACTGAAGGTCTTAACATGCTTCCTACTACCGCAGAAGG GACCATCAGAAGGAATAGACTATGACAACTTCCAAGACAATCTGAACATTGGTGCCCTGGATACAGATGC AGTTAACTTCGAGGGCAGGGCGAGGGCCATGTTTGCTGATGGAGTCGTCGACAACGAAGGCAAATCTACG CCGTTCTCGAGACAAGACACACCCCACCCCAAGGATCTCAAGTCCAGACATCCCAAGTACTTAAAGGCCA AAGAGGGCGGCAAATCGGAAGATGAAGCAGAGATGGAGAACGGTGGACTAGTTGTTGAAAATGGGCACAC GGTGAGCCCCCACGGAGAGGTCCAGCAGCAGTTCGTCTCGCCCGTTGGTGAGGGCAGGGGAGTGTCCTTT GAGACCAACGTTGCACCCACCATCGCCGTGACGACATGCTCCGCCCCTGATGGTGAGGCGGTGGGAAGGA CTGATCTGGTGGATGGATTGGAGGATAAGCTGTCTGTTGATGGTAGGACAGGAGGACTCACGCCAGAAGA CTCGGATAACGACATAGACAGGCATGTTGGGTTCGCCAGTGACGTAGAGGACGTGCTGACGTCGGAAGAC ATCAGGTTACACAGGAGAGACACGCCTCACTATCTCAAGAACAAACGGGTCGACATGATCGGGGAGCCGG ACCCTGAGACAGCCGCCCTGCTGGAGAAGGTAATAGCTAGGAATTCAGTCAGCTCAGTAGGAATGGACAC CAAGGAAGAAAAGATGGTGATCAACTTCAGTCGTGATGGCAGTGGTCTTGGTATCAGTATAGCTGGTGGA AAGGGGTCCACCCCATACAAGGGAAATGATGAGGGAATCTTCATCTCAAGGGTAGTAGAAGGAGGAGTAG CAGCTAAAAATGGTCTCACACTAGGCGACAAAATTCTAGCAGTAAATAGCGCCAACTTGGAAAACGCAGA TCATTTAGAAGCCGTGGAAGCATTGAAAGCCGCGGGCAACAACATTCACATGGTAGTGACCAGAGAGGTA TTAGTCTCCTCCGAAACCATGTTTCAGGAACCCCCCTCTCCGAAAGTGGAAGTGTCCGCAGATGAACCTG GGCTGAATACATCAACACAGCCGCTCTTGACCCAGGACAATCCCACCGCTGACACCACTGCTGAGCGATC AGGCGTCAAGTTTGCCCCCGAACCTAAATTCCACCACCTAACAGAGAAGATAACCCTAAAGTTAGTCAAG GATAGCAATGGCCTTGGTTTCAGCATCGCTGGGGGTAAAGGATCGCCTCCATTCAAGGGAACAGACGATT CGATATTCATCTCCAGGATATCAGAAGGTGGTGCTGCTGACAGGACAGGGGCCCTGTCAGTTGGTGACAA GGTCTTGAAGATCAACAATGTGGAGATGGCAGAGGCAAGGCACGAGACAGCGGTGGCGCTGTTGACAAAG AGCAAAGAGATTGATCTGGTCATTATGAGGGAAACCATGGAGATTGAACACCATGAACCATTAGTCAAAC ACGACCCACCAGAATTCCGGTATCGGATGAACGGGCCAAACTCTAATGGACCACCCGAGGAGCTTGAGAT CGAGGAAGTCTTCCTGAAGAGAACGCGAGGTCCATTAGGTCTGAGTATAGTCGGAGGCATAGATCACTCC AGTCATCCGTTTGGAGGTGACGAGCCGGGCATCTTCATCTCAAAGATTGTCCCCAACGGTTCAGCGGCCA GCACCAACCTGAGGGTAGGTGATCGTCTTCTCGTGGTGAACAACAAGGAGATGAAGGGTGCTACCCACCA GTTTGCCGTCAACACACTCCTATCCAACTCAGAACACATACAGCTAGTCGTCAGGCATGACCCTCCACCT AAGGGACTCATTGAAATCAAAGTACCCAAGGCTCCTGGCGAAAAGTTAGGTATCAGCATTAGGGGCGGGA ACAAAGGTCACCCGGGGAATCCCCTGGATCGAGGTGATGAGGGAATATTCATCTCAAAGGTCAATGAGGT TGGTGCTGCAGCCCGTGATGGGAGGTTAAGAGTAGGCCAGAGAATCCTGGAGGTGAACAGCCAGAGCATG TTAGGTTCCCGGCACCGAGAGGCTGTCATGGCCCTCCGGGGATGCGGAGACATGCTCGGCATCCTTGTAT GTGATGGCTTTGACCCCAGTGAGGTAGATTACTGGCAGTCCAGGCCGGGATGCGCTGGCAACCCCCTCTC TCAGGTGGACCTCAGCAAGAGGAACAGCCAGGAGAGCATCTCCTCCATCGACAGGGACATGACCACCGAG GAACTCAATCGATTAAACCAGGACGCTGAATTTCAGTTAGAAGCCCAGGAATTTGAAGAAGAAGAATTAG CTAAACTGGACGGGAGAGAGGAAGAGATGAGGAGACAACGAGAGGAAGAAACAAGAAGATTAACAGAGGA AAACGAGGAAAACTTCCAAAAAATCATAACGAGAAACGTTAGTAGCCGCTCCCCTCCCCTGGTTAGGCAA GAAATGATGCACGCCCAGGAGCAGGAGGTTGAGACCGATGATGACGAGCTGGATGCCCCGTTGCCCCGCC TCAGGAGTCCGTCTGAAGAAGATTTGATAAATGAAGATTTTCAGATGGAAGAAGAGTTGATCCCACTGAG GGTTGACACAGAGATTGAAATCAATTCCAAACAGCAGGCTGTAACAACAGAGAATGGAACGGCAGATGAT GATGATGATGATCTACCCCTTCCACAAGCAAAGCCTGCCACGGATGGTTCGGAACCCTCCAAGCTAGCCT TCAAAGACAAGTGGAAACGCTTTGAACAACAGATCGACGAGCAGGCACATTCTACACCTAAAACAAATAC CAAGAAAGTATCTCTGGTCAGCGATCAAGACCTTCAGAAGATCAAAGAGGATGAAGATAAGAAGGTATCA GTGATGACCCCAGATGACCTTCTCAACTACTCACAGGGCGGGCTTGATGCAAATAATACATTCAATGCCA GTATATCAATTAGTCCCATTGGTGCAAAGAAAGATGGTTCCAACCACTCCGAGTTATCAGCATCAGAGCT CAGGTCAAGAGAAGCTGATGAGAAAGCCATTTTAAGAGCTGCAAGGATGCAATCTCTAGAAGACGATGCA TTACAAGCTGAAAGGGCGATCCATAAAACACAAGAAATCAACAAACTAAAATCACCAGAAACAGAATCAA AACCCAAGGAAAATGGTGAAAACAAGTCAGGGTTAACGATATCATCCGATGGTCTCAATAGCCTTGACGA GATCCAGTTTATGGATGAGGGCGACGAAGGTACAGCTGTGTATTAGAGAGAAGTTCATGCAAGGTTTACT GTGATGCCTTGACGTCTCGCCCGCCGTGAAATGGACACTGATTTTAACGGGACCTTGATTTTTTAATGGA GATTGCCAGAGGTTGAAACTCGTCACCATGAAGCCATCAATACCTTACAAGCTTTGTGATTGGTCGAAAC GAAGCCATTGAGCTATGAATGTCGGAAACAGTCCCGGTGATTGGCTCATGCCCGTCTTGCTTCGCCGTAA CTTAGCAGAGATACTGAGAACTCAACAGCGAAGGAGATAAACCTCTGTGTGATAAGTAATGCAGTGACGT TAGAAGACACTTGGACAAGACAGAAACCAACATGTGTGTTCGCCCATAATTACAAAGGTGTTCTGATTTT ATCAACATGCGATTTTAATCCTCTTTTTTCTTGGATTGATAATTTTAACTTTTTAAAGATTTTAACCAAC TTTTTAAAGACTAGATTTGATTGAAAATGCTATCATATGAACCCGAAGAATTTTGTATTGATATCAAAGG TTTACAATGATGGCCTCTCGACGGAGAGCGCAAGATAATTGCTGGATGATTTTGATAGATGTGGATTCTC TCAGAAAAAGGAAGATTATGAAAAAAATATATATACACAGAAATCATACTTTTGTCAATGAAACTGCCTG TCGTGTGACTACTGGAGGACAGATATCATGAAATTGTTGTAAATAATTCTAAAAATGAGCACAATATTCA CCAAAATTACTGCCAAGAGTTTTTTTGTTCTGTTTTTTTCTTTTTTTTTAAATCAAGAGATATTATGACA GTGATATTCAAATAGTAGTGATGATTTATGTATATTATGTGTAAAATCTTATATACAAAAATGATGCTTT TTTTTATTATTTATTCTTTTTTTTATTACAAAAATCTAGTTAAGGAGAGAGCTCAGGTTGTGTGATGAAA TTCCGAAGATCAGAAAGGGTGAAATATTGGGACCAATTGATCGTCTTTGGAATTTTCTTCATTTAGTGGA ATTTATGTTAATGTCTGGAATGGTTTGATTATAGAATTTCTCACTAAATGTAGCCTACCAGTGTTGAGAT CCAAGGCCGTCATTCTCTTAATGATTACTTTATAAAATTAACACCACCAATTTTTTTTTAGTAAATAGGC CAGTATAAAAGAGTCTCTTCAGGGTGATTTTCCCCCCAAAAGTATTCACTCCGAGTCAAAAGTGCACTAA AAGACGAGGAGTCACTCCATATCATTCAAATTGGTCACATAACATTTATTTTAAGAGCTTTTTCTGTGGT CAAATCTACTTATAACTACAGTATTTATATTTTAAAATGATTGTTAAGCAATTAAGAGATTTTTCTGCGA TCTCTGAACCGAACCAGAAGACAAGCAGTGATTTTATTTCATGTAAATGAACAAACATGTTGATGAGTTA ATGTATTGATTATGTAACTCTGGGGTTCTGAATATTATGTTTAGCATTGAAAAAGGAAGAATGAAATTGT AAGGTATATATGAAATGAAGAGATAGCTTTAATGAAATAAAATAATGCATGATGTGATGTAATTTTTTCT TTTCTTATTACGTTTTTGATCTTGAGCAAACAGTAATATTGTCTGATGTTTCGATGTTCATGTATCTCTA CAAATACAAAATATTTGCAAACTGTTGCCTTTTCATATTTAAAAAAAGACATATCTGTACTCATTTTATT GTACAAAGAAAACACTGTTGCTATTGTCTCAGTCAATAAGATATATTCTGCATTCACTTGCATTTTTAGC CAGAATTTTAAAATGTCCTGTAGATGCCTGTAGGTGTAAAGTTGTTTTTAATATCGCAGTCTAGATTCCT GTACAGATTGTCAAGATATT
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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