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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
???blast.query???
>XM_030988806.1 PREDICTED: Strongylocentrotus purpuratus low-density lipoprotein receptor-related protein 8 (LOC585582), transcript variant X2, mRNA CACATGCACTTAGGTTCTGAATCTTGACTGTAGTGCAGTGTACTCATTAGGTGCGTTTTGCGTTTCTCTC ACGAAATTGGGTGTAACTACACTGCTCAGCTTGAAGAAAATTCTCTGAAAGTGGATCATTTACTGAAGAA TTTGAGAAGATATTTCAAAAGAAGTCTTGTTTTAGTATTGCTGCTTCATTTACCGATTTATGTTGACTGA TAAAAGTCAGGAAAAAACATGAATCGCCTTCTGCTTGCAATAGTGTTTTTGGTTCCCGCCCTTGTAAATG CCTCTCTGTCGGGGCGTAGATCTCCGTGGCGTGGACCCGGCCAACTGACATGTAGCTCTGCAGAGTTTGA ATGCGTTGGTTCAGGAGCAGGTAACGGAGGCTCAACATGTATTCCAGCAAGATGGCGCTGTGATGGTGAC AGCGACTGCCCAGACGGATCAGATGAAATTGCCTGTCAGACCCTAACCTGCTCTCCTAGCCAGTTCAGCT GTGGTCCTGGTAAGAACTGTATTCCCCTGACATGGAGATGTGATCGTGATGTAGATTGCCCATCTGGAGC TGATGAGCACAACTGCGATGCTTTGACATGTGCGTCAAACCAATTCACCTGCAACAACAAGAAATGCGTT ACAACTCGTTGGGTCTGCGATGGAGACAACGATTGTGGAGATGGTTCAGATGAGATCAACTGCCCCAGTC TAACATGCGCCCCAGACGAGTTTGAGTGCACAGGCCACAACGAAACCACCTGCATCCCCAACAGATGGAA GTGTGATGGGGACATTGATTGCCGCGATGGATCTGACGAGTCAAGCACCCACTGCTCAGGTCCTACTGTG CCATGTTCTGCAGGACATTTCCAATGTACCAGTGGCGAGTGTGTCCATAATTCATGGAAGTGTGATGGAG AGAGGGACTGTTTCGATGGATCAGATGAAGATTCTTGTCCACTTGTTACGCCAAGCCCCTGTGCTGCCAA CGAATACCAATGTGACAACGGTGTTTGTATTCCAGGAGATGTGGAATGTGATGGTACCCAGCAGTGTGCT GATGGTAGTGATGAAGCAAACTGTAATGCACCTGCAGAGTGTAATCCAACCACTCACTTCAAGTGTTCCA ACTCTACCTGTCTGCCAATGGTACGTGTGTGTAACGGCATCCCTGAATGCCCAAACAACGAGGATGAACC AGGACAAGAAATATGTGGGAGGAATGAATGCTTGACAAACAACGGTGGCTGCAGCCATACATGTCTCGAC CTTGCCATCGGCCATGTGTGCACATGCAATGCAGGCTACACTCTTGTGAATGAGACACAGTGTGTGGACA TCAACGAATGCAAGACCACACTAGGTATCTGCAGTCAACGATGCTACAACCTTCCAGGATCATACAAGTG TGACTGTGATGAGAACTATACCCTGGAGAATGTCAACGACCGTGGGCACTGCAAGGCCAATCCAGAGTTT GGTGCCCCAAAGCTTCTCATTGCCAACCGACATGACATTCGCATCTTTGACCCTAGTACATCTTCTGAAG ATTACATCAAGAGGTCCCTCCACAGTGCCGTGGCTGTTGAATTTGATTCAGCATCAAATACCGTCTTCTG GACGGATGTCGGACTGGAAGTAGTGTCCAAAACCCAGCTGCAAGCAGAGAATGAAGTAGTACCTGTGGTT GTGACTGACAAAGTGAAGACTCCTGATGGCATTGCTGTGGACTGGATCAACAAGCTCCTATACTGGACCG ACACTGGCGTCGACAACATCGTTGTGTCCAACTTTGAAGGCACCCGGCACACCGTTCTGATCTCCAGCAA CCTTGACGAGCCCCGAGCAATCGCTGTGGACCCAGAGTCTGGTCTCATGTTCTGGAGCGACTGGGGATTA GGGGTGATCGAGCGTGCTGGCATGAACGGACAAGGACGCACCGCCATTGTGACCGAGGGCGTGTCTTGGC CCAACGGATTGACCCTGGACTACACTCTTGATATGCTCTACTGGATCGACGCCAAGGAAAGCAGCATCAG TTGTGTGGATTTCATGGGTGGAAATCGGCGAGTGGTAGTGGCTGGACAGGGTCGTATCTCCCATCCATTC AGCATTGCTGTCTTTGAAGATTACATCTACTGGACGGACTGGACCAAGGAGAGCATCGAACGGGCTGACA AGTTCACTGGCTCTAACCAGACAACTATCCTCTCTGGAGTATCAGATGCCATGGATGTCATCGTTGTTAA TCCTCTCCGACAGGCTCCTTCTGCAGGAGAAGTGCCATGTGCCACTGACAATGGAATGTGTTCCTACCTG TGCGTGGCTTCTCCTCAGGTTGATGGTCCTGCTGACTACTCGTGTCTCTGCCCTGTTGGTGTATCGCTCA CCGCTGATGGTCACACCTGTGAAGGAGATGAGCCAAACCCAAGTGTCCCTCAACCTTCTGTGCCTTCCAC AGCCCTTCCACCCACCACCACCCTACCTCCCGTCAAACCCACTAAGCCTACCATGGCTACTACACCAAAG ATAGTCGAGGAGACAACGACGATTGCCGCGCCACTCACCACAGGAGGAGTAAATGTGGTTACATCTAGTC CAATGGCCAATACCCACATGATAGTAGCCGTTGTCATCGGTATCATCCTTATACTACTTCTCTTCGTCTT CATCATCTTCTTTGTACTCTACAAGAGGCACTCCAACCGCAAGAAGAGGACAATGAACTTTGACAACCCG GTATACAGAAAGACGACTGAAGAAACCTTCTCATTAGACCCCGAGACAAAATATGATCACAATGTTGGCA AACCTGGCAAGAACGGAAATGCCTATGTTAGGATCAATGAAGAAATGGCATAATGTCAACTTTCAACTAG GACCAAAGCTTAGTTAGGTACCTAGCTCGCATCAGTTTTCCACCAGCTGCTCAGCCCACTGGGTCAAAAG ATCATCTCTTGAAATCAGACTGTCTGCATGCAGAAAGACCCAAAGGAAAGCATGAGTTGCATAACTGAAA TTGTTCGTCATCGAGCAGACATTCTGCACGAAACTGGACCGTATGCGTGGGTCGTGGCTGTATTCCCTTG CCAATGTTTAAAGAAGAAAGAAAGTCCAACGGACAATGTTTGCCTGGAGAGCTGGAAGAGAAGATGCTAT AGAGAATATGATTTATTAATGGTGCTATATTTTTGTATGGAAAAGAAGAGAGGTGAATTGGTGATACTTC TCTATGTTATGTCAATGATGCTTATCCCCCGACCACCCCTCACCAAAAGAATGTCAGTTTGATGAAGCTG GAATAGAGTTTACAAAATCAAGTGTGCCTTCTTATTTATTGGCCAAATTTTAAATTGAATCAACAACAAA GAGAGTGCTATTTTGCCAATTGTAGTTGGAGTCTTGTGAGCTGCATGTCCTAGCCATCTACACATGGGCC GGGGTTATCCTTATGAAACCAAGGAGCCCCAAAATATTACTTTGTAGCTTTGATGAGTTCTACCTCAAAC AAATAATACTGATGCTCCAAGTTGCATTCATGCAGAGAAATTTTAAGCGAGTCATTGCAAACGTTTAAAT GGCTACATTTTTCTCAAGTATGAGCTCATTGCCAATTCTGCAGACGAGGAGTTGGTTTTTCGATGCACTT CTTTTGGATTTCCTCCCTCTGAAATCGATATAGTGAATTCCAACATCATTCCATGAGAGTTTTTCTCTCT TCCTATCTCTCGTATCACTTTCCCTTTGGTCAGGGGGATATAAATAATATTATAGACGTTATGCAAAGAC ATTTCTTGTACAGTGTGAATAAGAAACTTTACATGTACATAAGGAGAGATGGTGTAAATAAGAGCCTGTA ATTATGTAACTATTATGTGTATGTCATATGTATGTAAATATAGAGATTATTTGACGGATAGACCATGCTG TACAAGACATGCAGTAAATGTAAATGATAGATGATATTTATTTTGTAAATAGATCCAAGAGATATAGCAC GCTTTCTTGTATTACTAGTGAGAAGTCGTCACTGTAGCATTCATTAGGCAGCGCTTTGCATGCAAAGAAG ATGAAAAATAGAACATGAAAACCAAGATAAGCTAGTAGTTTTGAAGATGGCGTTTCTCCAAGAAAGTGTG GGAAAATGCCAATTGCCAAAGAGAACCCGTTGCAGACAAAAGTGGTTAAAATCATGTAAAAAAATAAAAA ACAAAAACAAAAAAAATATTAAAAATAAAAAAACAAATAAAAAGGAGAGAGGTAAGGACAAATGTTTGGC AAGAAATAAGAAAAAAAAGAGATGGCCATCATTATTTGTGTATGTTTATAGTAGACATACCTGTGTTTGT GTTCATATGCAAGGCGTTTGGGCAGCAATAATCATTGCCTTTTTTTCTGAAATGTGTGAACTGGTTTGCA GGCGTTCTACCTCTATGAGGTCAGATACCTGTCCCGATTCTAGTTAAGAAAGGGAAAGTATAGTTTAATG TGCACTTAGTTATTTATCTTTTAATGTATTAGCATACATGTATCTGGGTTTCATGAAAGTACTTGTGTAT GAAGAGCAAGATGGGGGAAAGAGAGAGATGAGGCGTTTCTCATTGGAGAACTGTTCAGAGAAGATAGGTT GCCATATGACGGTACACCTTGGTGGGATCAAAACATGTTTTTTTTACTGAAATGAGCCATGAAGCCCGAT ACAGCAAACTTAGAAGAAGAGAAAACAGAGACGAATCTCTGCCTGCATGCTTGGAAACTTGTACTAAGAG AACCAAGGGCCCACACAATCAACTTATATCACGAGTAGTTTCAGAATGTAGAATGTATGCTTTGATATTC ACAAGAAAAAGACTTGTGATTATTGCACAAGTATTGTTACAATTGTGTATGCTAGAGGTTTGTCCCTTGA CTAACTGCCAATATGTTATCCTATTGAGAGGCACATCAATTTATATGATGATATACATAACTGATTTGCT AGTTAGTTAGTGGTATATATATATGTGAACTTGGTAGAGAAGTTAGGTCTATATCAGTACATCATATCAC CTTTAACTTCCTTTAAATGTACATCATATAAACTGAATGTCAAATGTGTGTGATTATCTTATTGAAATTG ATATATTCATCAGGAGATATCTTTGATACAGATGATTATTCCATGGCGTTCATGCCAATCACTTTTTTTA TATATGATAACTATGAGATGAAATGGTGGATAAAATATTATCCATTTCCATTTGGTTCTGGTCAAACATA TATAAACGTTTTATGTATTCAGTTGATTGGAGAAAACAGGAAATTTCATTTTAATTTGTGTTCCATTTTT ATTTTAATGCCAATAATGACAACTCTGATTAACTGTTAAATGCATTTTCTTTAGCTGTGTGCTTTTCTAT CGAGGCTCATCTTTTCTTTCTTCTGAAATCTTTTCATTCTAGTTTCCCTCATGTACAATGATATTAAGTA ACTTATTTATTACAGTCCTTGCTTATTCAAACAACGTTGGTTCATGGACAGTTCATACCATTTATATCGG TTAATGTATTCGCAAATATTATGTCTTATTTCTGTGTACAATGTATAAGAAAACATCCAGATAATGTAAA ACTTTGACGGTCTGCCATTTTCGAGAAGAGATGCAAACCCGATGATTTGACTTGGAACTCAAGTTGTGTA AATATGTTTGTAAAGAAATGATCGCTAAATAGTATTCTAAATAAAGCGGTTATGATGTATAATTTAAGAA TCACCTGAAAATCCGTTCCGTTGAATTCGATTCGAATGAAGATAAATTATAAATAAAACGAAACACGTTT CAAACGTTAA
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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