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Echinobase
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Echinoderm mRNA
Echinoderm protein
Echinoderm CDS
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_011671268.2 PREDICTED: Strongylocentrotus purpuratus deadringer-like (dri), mRNA TGTGAGCGTATCAAAGACGGGAAGTGAGAACAGGTCGCACCGACGACGAGAGTTTTATTGTTCAAGAGCA TTTATTTCGCAGCAATTATTTCATGACCGGTGTATTAAACCTGCGTGAGTCAAGTGGACAAAGTCATTCA AACAGTTAGACAGAAGCTCGCAGTCATCACACAATCCTTCTCTGTTAGTCCAATCATGACACTCGCTCAT AAGGTGTAAACTTTTTCGACGAGAGAGTTATTTTGTCAAGTCAAAACAATAAATTAGGAATCGCGGGATA ACCGACTTTGGACCAGTGATTTGAGCGCTCGAGCGGAGATCGGGTGAACCACCGGGCGGTCAGCTACGGG CGTGAGGAGAGCGAAAGTTCGGAGACTCCACCTGTTAATATCAGGCGATCTCATCGAGAACATTTCTTCA ACATAAACGGGAAATGGAATCACTTTATACCGCGGCAACAAAACATATGTCACCGAGGCATCTTGCTATG TTTGAGATGTCACGAAGAGAGATCCTCGAGAAATATATCCATCAAAATGGGGAAGATGAGAGTGAATACC AAGAGAAAGTGAGGAGAATGAGTGTGGATACTACCAGTGATCACGAAGAGGAACGTGTTAAGGAGGAGCG GGCTGGAGCTACAGAGATTGATGAGATGGAGAGAAGGAGGGTCATGGAGGAGCAGAGGCGGATCATTGAG GAACAGAGGAGGATAGTAGAAGAGCAGCGCCGGAGGATGGTTGAAGACCAGCGAAGACAGCTCATGGAGG AAGAGGATGAGGAGAGGAGGCTCATTCTTGAGGAGCAGAGGCGGCGGATGATGAGAGCAGATCGAGATGA AGAGGAGGATGAGGAGGAGGAAGAGGAGGAGGAAAGGGAAGAAGATGATGGAAGGCGATCAGAGGATGAG ATGAGGGAGGATGAACCCCCTGGTAGACGTGAAACCAGCCACGCCCATATTGATCTGAACATGATGCGAG CCAACGCCCACCTCAAGGAGATGATGGATAAAAACCGCCGATTTGTTTCTACCCGCCTGGAGGAACCCAT CACCCAGTCCCCTCCTCCTCTCACCAACGGTAGTAACCATGACAACGACCATGATCCCTACCTTTCCCAC CGAGCTGCGCATGGAGGCAGTCCTGATTTACCACACTCCTACATGAAAGCAGCGCATCCTCTCATCAAGA AGGAAGACGGAATCGCCAAGATGGAGATGGATATTGGGTTGAAAGATGAGATGAAGATGGGAGCAGGCCT GGAAGACAGAGATGGAGACAAACCTCAGACGGAATGGTCTTTTGAAGAACAGTTCAAACAGCTCTATGAA CTCTCAACTGATTCTAAGAGGAAAGAATTCCTAGATGACCTGTTCAGTTACATGCAGAAGCGAGGTACAC CTGTTAACAGGATTCCCATCATGGCCAAGCAAGTCTTGGACCTATATGAACTCTATAACTTAGTGGTCGC CAAGGGTGGCTTAGTGGAAGTTATCAATAAGAAACAATGGAGAGAGATAACCAAAGGACTTAACCTACCA GCATCCATCACCAGTGCTGCTTTCACACTGAGAACACAGTATATGAAATATCTGTATCCCTACGAGTGTG AGAAGAAGGGTCTGAGCTCCCCTTCAGAGCTCCAGTCTGCCATTGATGGTAACCGACGAGAGGGGCGTCG CCCATCATACCACAGCCCTCACATGCACCCCCGTGGCCCCTCCCTGGCATACCACCATGGGTTAGATCTA CATACCCCTTCTGGTTCCCCTCCGCCTACTATGATACCACACCCATCGCGCATCCCTACTCTACCACCGC GATTATCACCTTCTACGTCACCAATTGAGGATGACCACCCGGTACCCCTGGGTTTCCCTAGACAAGGAAC CCTCAGCCATGCAGCTATGCTTGCTGAGCTAGCAGAGAGGGGCTCGATACCACCCCCTTCTAAACGCTCT CTACTGGCAGAGGAACATCATCACCGCCTATTACAGCTCCAACAGCAGCATCTTGTCATGCCTACAGCTC ACCTTAAAGTTAGCAGCGCCAGAGCACACCCAGAAAATGGCATGCCTCTCTTTGAGATGCGCGGAGACAA CTCACTGGTGATGAGTATTGAGCTGAACAGTGTCTTATACCAGGGCGTTCTTTACCCANAGGGGGGTACC AGGTCATCCCTTGATCGGTATACCAGTACCCCGGTCTAGCGCTTCCCCAAAATAAGGTGCTCCGTCCGAA CATACCTCGGAGCAACAAACTGTTTTATGAAATGATTGTTAATGGTGTGAATAGACTTCTTTGAAAGACT GACTATATAGGGAAGTTATCACTTTTTCGGGAGCTGAAGATTGTTCTTGAGATGGACCATGCAGGACGGA GAGTTCGTCTTAGATGACAGTATTCGGTGCTGGGTGGATTCTGATTTGTTACAGTGTCTATAGCGTGGAT TTGAGTGGATCATTATAAGTATCTGTTTAGATACAGAAGGACGTTAACTCTGTGTTTAAGGATTTGAGTT AACGCTCTTCTTGCTAAAAAAAACCCAGATGATTTCTTGTGTACATTCCATAATTATATAGAATCGTATC CAACACTGCAAATGAAAAGACATTGTCGATATAGTAGCAAAGAGTAAAATCTGCTACCACGCAGTGGCGG ATAATACCAGCTCACCATCACTGCCTATGTGAACTCGACTGATTCTAGGAAAGGTCATAATACTTTCATA GATAGGATATAGGAGTATATATCTAGTGTAATAGATCAGTTTGACTACTTTTTCGTCTCTCATGAAGACC GCTATAATATTATTATTTGATTTGTTTTAACATGTATATATTGCATTTGACAATCTAGTTTGTTATCAAG TATATTAGGAAGATGACGACACTTTATGGTATTAATTGTTAGTTTAAATTGAAATATGATCTTGATCGTT CTTACTTGTAAATGGTAGAATATTATACTATGCTGACTATTTGTTTTCATTATCTCGTTTGCTGATAGCT ACAAGGACGTTAATTCAATGCCCGGTGTATTTGTAACGCCCTCTGACTTTCACGGGATAGTCTCACGTAT TAACATTCCCTTTTCACCATGCAGTATTCATATGTATTACAACATTAGCTATAATTTGCTGTGCACAAGT ATATTGCCTGTTGAAAGTAATTTTCATCTTTTAAAGAAAAAGCAAATAACAATCAGCTGAGAATATCAAT TCAGAAACCTATTTCCATTTTATTCATTTAATGTATCTCATAACATCCTATTTTAAGGCACATAATCATA ACATTAAGATTCAGAGTTCAGAAACAACTCCTGCAGCGTTTTAGCTAAAAAGATAAATTTAGAATGGTTA AAGGTGGAAAACTTAGTAGCTTTTAATCTGAATGACTACTAAACCATTAAATACCTGAAATTTAGATACT AGTAGCGAGGCTTCGCTTTGTTTAGGTATTTATACTGATCACATTCTGTTTTAGACTATATAATTTTGGT GTTCTTGAAGTGTAGTTTACCAGTTTGTTTGATTTGACAACCATTCGGTGGAGGAATGTGACCAAAAAAA AACCTTATACACTTTGATTAAAATGTTATGGGATATGAATATTGAGTTATTTGTGCAATAATGTTCCAAT GCATTGAATCATTGAAACACAAGAAAGCAGTCTGACAATTAAACTAGACAATCAGGAAAGGGTATATGTC AGAGAGGCAATCATTTTGTCTCTTTCAAGTTTGTGTGTATTGGTAAACAGAAGGAGACATGTTTATATGT GTTAATATATTGTCTACCGTCATTAGCTAGATATATGTCAACTTTACAGATGGTTTTCTGAGACCGCGTA AGGTAATAAGTGGTATCGTGAATTCAGGGTTTACAATATTGTGTATTTATATGTCTTTTCATATATACTT CTATGAAACTGGTAACTTTGGTAACCTGAACTTATTGCAAGTCTAAACCTTCCATTGACTTTGCAATAAT TTTCGTTCAAGTAACAGTTTTATGTTTTTCAAGAAATTGTGCTGCCTGATCATCATCGAGAAATGTGCAA AACTTTGTTTCACAGCAAAACATGCTGCCGAAGAAATTATATATAAACTATTTAATAAGCAATAATACAT TTATCTAAACCTTATGGATGATTCTTGTACCTATATGACATGTTGTATAGATCATGCAAGGCTAGGAAAT CAGTGTAAAACCGTTGTCGAATTATTGAAACTATAGGGCCATTAATGCATTCTCATGCGTTAAAAAACAA ACGTTGTAATTTTCATGGGTTCAGCTAAAGAATTGGGTTTCAATCAATGGCCTGAATAAAGAAAATGAAT ATATTAAAGAATGCTGCTTATTCATGCTGATAATGATGTTTTTAATACTGATGCGATGTATTGAAGACTT TCTGAAATCATTGAACATGATAAGCACATAATTATGAGTCTTTAAATACTTTGAGCTTAGTTGTGTAACT TTGTAGATAGTAAATTTAATTATGGAAATATGTGTTTTCCACAGTGCAGATTAGTAACTTAAATTTTAAC TGTTCAGATACAAAGCGACTGTTCCTGTATAGATGAAAAGAATGGTTTTCAATATAATTCCCGAGCAACA AGTACAGAATAAGGTGATCGTTCCAATAAATTCTTCTTTCTTTTTGTTATCACAGTTGTATACCTTCATA TGCAATAAATAATTTCACCTAATTTTTTCACCAAAATTATTTTTCTTTTCTTATTGGAACCTGGAGTTTA CAACCCTCCATAAAAATATGGTGCTTCACTTCATAATATTTGCATGCTACGTTCAATCATAATATTCATG ATAATGTATCATGAGTTGATTTGTAAATAAATGTTTTGTATTTATCTTTGGTGTAAAGTGATGACGAATG TACAGTTTTATGTATAACTAACTCCATTTCTTGTTTAATGCTAATCTATCAAGCATAGAAAATCATGTAA ACATTCGTATTTATGTACAGTTAGTTTAGAAGACCCTCCTCGTATCATTTTGTGGATGATTTAACAATAA TTTATATTAATTAATGCGGTGCTTACTTTTCAATCAACTTGCATAAGACATGGAGGGGGGGGGGTCATAT TTGGAAAAAACAATTTTTCAGAAGTATAAATTCAAGAACCAGTTTGAAAAAAGAAGATAATAAAGAGAGA CATATATTGCCGTAAATCCACATTTATTGCACTTCAGATATAATTACCAAGATGGAAAAAACATGCAAGA ATCTTTTATATAATATTGACATATTTTGTACAAATGATCAAAGATATCAGAAAAAATAAATCGTAGAGTA TTCTACAGTAGCTTCATGTAGTATATATACAAATATATATGTTTTTTTTTCCGTATTCACTGACGTATTC AGAATGCAAACTATCTCATTTAAAGTGCTAAATTCTGTTTGTAATACTTCAATCTGGTGATCAAATTGTG TGCTATTTTTTTTTCTTTTTTCAGTATTACACACTTGATAAGAGGGTGAACTCAAGAAATCACTGCACAA CTAAAATATAAGTAAACCTGTAATATTTGTGTACTGCAGTGTACCACGTGTGAGTTCTCTTTTGTGCCTT AAGTCTGTCTTTCAGTGCTTTATGCAAACAGGTGCAATTGTCGATATTCGTGAGTGTGCTGTTTTGTTTT TAAAGTTTCTAACAAGTCATATTTATATTCTTTTATCAACATTGTCTCTAAAAAAGTTGTAGAGGACTGA TGGTTTATAAAAAATAAGCGATTTAATAATAGGCTGTTGTGAGTCCAAACATATAATGTTGAAGTTTCAT ATGTTACCATTTTTTTTTTACAGTTTGTGTGACTCTTTCAATGTTTTATTTTGGGGAAAAGTATGTAGTA CCTTTTGTAAACATGTAAATAAATCACCGCGTTGGTGACAGCCGAATAT
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???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds
