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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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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_030980635.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC764760 (LOC764760), mRNA ACATCCCGCCATAATCAGCTGACCGCTCGAGTCGAGTCGCGAATGTAAACAAACTTCCATTATGCTGAGG ACGAGCAAAGCAACGCAAAAGCACTTCCTTAGTACGCCGCTCTGCTCCGTGGACTAACAACTGTTGCAGC ACCCGACTACCGAAAAGATCTGTTGCAAAGGCCAGGGAGGAGAGGCATTGTTTTCGCCAATATTTTGCTT TATTCTGTGAATTTAGAATAAAAATGTCTGAGGAAAACTTCTTCGATAATCTAAAGAAAGATGTGTCTTT TAGTGGAAACCGTGAAAAAGAGGCAGCGTGCCTGAAACGCTACAACAAAAGAGGAGATGGTGTGCTAGAC CTAGAGGAGTTCCACATGATGTGCCTGGATCTCTTTGTAGAAGATGGCAAGAGCTGTGCTCTCTCAGAAA CACAATCAAGACAGATATTTGAACAGCTAGATGAAAATCAGGACAACTACATTGACAAGGAGGAGTTTCA CATCCTGTGGAGATACTGGCTTCCCATGATTCTTCAGGCCAAAGCAGCCCTCATAGCAGTAGATGTACAG AATGATTTCATAGATGGATCATTGGCATTAACTGATGCAGAAGCAATTGTGCCTGTCATAAACAGAATTC TTGAAGATGAGAGCATGTTTGAGCAAGTCATCTACACATATGATTGGCATCCAGAGAATCACGTTTCATT CCACAAGAATGTCTGTATGAGAGAACTTCACTCCACATCAAAAATCACGCAGAAGGAGAAGGCTTGTGTC TTTGATACCGTAGTCTTTGATGGGCACGTCCCCATGGAACAGACGTTATGGCCGGCCCACTGCGTGCAAA ACACACATGGGGCTAAGCTTCATGCTGATCTTAAGATTGTGAAGGACCACGTGGACATTTACAAGGGCTC GTGTGACCATGTCGACAGCTATTCTGCTTTCTTCGACAATCAGCGGCTCGCGCAAACAGACCTGGCGACG GTGCTGTGCAGTAAGCGCATCACGGACGTGTACGTCTGCGGTTTGGCAACGGACGTGTGCATCAGGCACA CGGCCATTGATGCAGCAAGTCTGGGTTTCAGGCCATTTGTCGTGGATGATGCTTGCAGGGGGCAAACGAA GGAGAGTTGCGACAAGGCAAGGAGAGAGATGGAAGAAGCAGGCTGTATCATGATTTCATCTACGCAAGTC AAGTCAATGGTTGAAGCCAACACAAGGATGCCCAAGGCGGCTCTCCAAGCTGCGGAGAATGTCGCCCTCG CGAGACAGAAAGCAAAGGTCAAACTAGCGAGCATCAACGGGGACCACGGAGATAAACCATTATCCAATGG CTTCGACGCAGCGACTTCCAACCTTCTGGACTTATAAAAGGGGATTGAATGAAATTCAGAAGAAAATGCT TCTCCATGTAGTCATGGCAACATCGTATCAACCAAAATCACACTCTGAGATCAAGATTGCATATCCTCTC TGAGTGTGGCCAATTTGTGTCTTCATGATTACAACATATCTATGCTATGCCATACAATCAGTCATGCATA TAGTAAGGATAGCTGTGTACCAACAAACAAATCACTGAGACCATATGTCCATCAAGGCATAAAGATTTCC AGCTGCTTTTGGTAAATTTACAGTTTACCGGTATATTTCAGATACCGTGTTCCTAAAATTTTGACATAAA CGGACTTTGTGATACAGGTATTGTAACAGGGAGAATACGTACCATTTTAAGAAGCTTGATTGTGGTAGGG CTCTAGTGTAACTGTTGAACGAAGCAATGATTAAACCTTTTCTGAAATTATTAAAGAATGCTGCCTTTTT TCAAATTGGATGGAATTAATATATCGTTTATAGCCTGTTCTCTTATTAGATAATTTTTGGCCTTTCATGT CTCTTCTGTCTTCATACAGTTGATAGCTTTAATGATGAGCAAAGGAGAGTGGTACTAATTACAGGGATAA TAGACTAATATAAATATCACTGTTTTTTACAGGTCTATTTTCTATAGAGTCTACAGGCATCTTTGAGGCA TTTTTGACTTGTTTTATACTACCATGTACAAAGTAGTCACTTTTTTTATGTGGAGGGACTCAAAGGTCTC ATGTAGACATACCTCTATTCTCTATAGTGTACTACACAATTATTTGATATGTATGTACAAGCTAAATCAT GTTTTAATTCATGCCATTTACATAATTACTGTCATTCTATGTGCATGCATGTGTGATCATAAAAGGAGGA TAAAAAGAAGCTCTAAAGTTCACCTCATTTACAGTACTAAAATACTTGTATGTACATAAGATCTTATAGG GTCAAAATAAGTTTGAAGAATACAAAATTGCTGCCTGATAATTTATGTAGGGGGCTTTATGACGTTTTGG AAACAGGCTAATTGTGCCAAGTAATCTTTCAACGTATTGGAAAAGTATGCACCATGTTAATTTTGAAAGA CTTTCAAAAGAATTTTTCTTTCTCTTTTAACAATAAGGTTGTAATGATTTGTTTCTTTTCTAATTTACAT GTTAATTAAAAGAGTTGTGTTGCTTGAAGAAGACACTCTTTAGGGAATCTTTGGTATTCTTATTGCGTAA GCAAATGGTACATTTTTTTGTTTTTTGCAGGGGCGTAATTTTTCATGGGCTAATTTATGCCTAACATCCC TGTTTAAGTCCATGTATCACTAAAGATTCTCTTTTCTTTATTTTTCAAATAAGCACAGAGATCATCTCTC TCTCTCTCTCTCTCTCTCCTCCCTTCTCTTTTTTACTTTGTCATTTGAAATGACTTTTAAGTGCTCAGAT TAACTGTAGAACATAAAAATTGACATGGAGCCATTCAACCACCTTTTCATTCTACAAAGTTTATTTTAGC GCATGAAATAACTGAGAAAACACAAAATTCATATCATAACATGATTTATGTAAAAAGCCAGAACTTAGAT CAAGTGAATTATGGGTATTTGAATTTATAGTATAGATGAATCTCGTTGAACTTTGTATCAAAAATATTTT GCTGCTGGAAGGTGTACTATTATATAGGAATAAATGATATGAAAATTGTTAATCAACATATCATTGGAGA GGGAACTAAAGATATTTCAAGATCATACGATAGGCAATATTTTTTTGCATGACACATGTACATGTAGTAT CCTTTCTTGATTTAAATGCATATGAATAAGGATTTTTTTTCTTCTACGGGTCGGTGTAAGGAAATACATA TTGTAAATTTTGATAGTATATGCAACTGAAAATTGGGTGACATTGAAGATAAAAGTACATGGAGTCATAT GTATTACCAAAGAAATATTGTGTGTATATATATATATATATATATATATATATATATATATATATATATA TAAAATTCAAAGTATTAAGAACCTGGTATTTACTATTTGCAATTATGACCAGCATCAATGATTCCCAATT ATTATTTTGATTTGGACACAGGAGATTCAGTATGCATGATTAAAATATTGATATTCGTATTAAAATTTAG TCACTTTAGCTGAGAATATTTAGGAAGATTTGCTTTTGATAGTGAAAGCTGTGGCGGATTAACTTATTTT ATTGTTTTGATATGTTTAATTGTAAAACATTAATATATTTAAAGTACATGTAGATGTAGATGATGAGCTG AAAGCCATTTTCTTCCATAAGTGGAAAGAAATCTTTAACACCCCATTGCACTTTATTAATGTCATTAAAT GTGCAGAGCTTCGAACTGTATCTTATTGATTCTTATAATAATATGGATATATACCACCCAATGGGCTAGT AAACTTATTTCAGTTGAAGGTACTTGCAGGGTATCTTGCTGCGAAAGTAATTGCTTTTGTTGAAATGACC ATATTTTACACCATAAAAAACAGATAGGAAACCTGAAAGTGAAAAAAGTTGTTAAATATTAACAATGAAT CCCATTTAGGGGCAAACTGATATGATATATCGCTACCTTCCGTATCATTTCATTTTAAACTAAAAAAGAA TAGCCTCAATTCTGTCATCTGTTTTCTTAGACTTGGTAATGATCTATTTCATAAACTGAAATCACAAATG GAGACACAATTTTAACCAGCATTTTTCATTAAAATAAAAATGTTCTTAAAAAAGAAAGTATGTACTGACA ATGATGATCACGATTCACAACACTTAAATGCCATGATTTAATCAAGTAGATATAAGTGTGCATGCTCCTC AACAGAATATTTGATATTTAAGCATGATTGTAAGGCATATCATGTTCTAGATTGTAGGCTATGACATGTG AAGTGTGTGCCTTTACAAAGTCTCATGAATGTAAAATTAAGTTTTATAGGATTTTTGAGCCATCCACCAC TCTGCTGTATTCCACATGTTTGTGCTCTTTTCAACAATCTGAGTGCTTTCAAATATTACCAATCATCTCA CATTTCCATCTTGTTTTTGTCCAAGAAATTGTTTGTGTCATTCTTTTTGCAATCATTATCCAACCATTAA GTGCTTGTACTATGTGATTTTATCTCTATATTTAGGTGTTATCATTTTCATGTTCTTAATTGTTTAATGT GTTTGATGTTTAAGGTTTTTATGTGCTGTGATTTCTCTTTTAAGATTTGATTTTGTTGCCAAAAAATGTT CTTGTCATCAATTGATTTTAATAACCAATTGTAAATTATCAGAATGTTGCCTTCAGACCAGAGTTTGTGT TTTTCATGTACATACTGCAGCAGCTTATTACAATCCTCGTAATTATTCCAAATACATGTTTACCGCCTTA AATATTTTCCTATTAAAACTAGATGAGACAGATTAAACGCTTATTCACATGATTTACAATACAGTAAATC TTAGAGTTTCCTGCGTCTGTGTCTTGCCGTATTATGTCTGAAAGAGCCTTACAGGGGCAAGACTCTGATC TATATTATGATACATGCATCATCATCATCTGTCTTGCATTATTCAATGAATATCCTGAGTATCAGGCTAT ATTACTTGATGGATTGTCTTGCTTTGAAAATATTTGATTTTTCATATACTCCAATTTTATCAGTATTAAG TTTTAAACCATTATTGTCTTTTATGTAGGAAGCCCCACATACTAATTATTTTGTTTCACATGTATAGTAT TACTGTACTGTTCATTACTTGATTGTATTTATACTTCTCCAACATTAGGTTATATACGATTTCATGTAAA TTATCTTGTCAAGTAAATATTTCGTGAAATTCCTTAGATTCTTTTTTCTTTTACTTTTAGCCTCACTTCA ATTAAGCAATTTAAATATGCATGAAAAGAATTTAAAATCAGCATTCACAAAATTATTTGATGTACCGTGC TAATGGGTGACCAAAATTTAGTTCAAGATATGAAAATCAGATTAATAGAAGGAAACCAAAAATGTTTACA TCGTTTTTTGCAAGCCTTTCTTACCATTATACATGTATACTTATTTAAAGTCTTCTTTACTGTTCCTACC AGTCCTGTTTAGAATTAATATCAGTTAAAAGATGTTTGGAAACCTGGTATCAATATGTTTGCCACTGTAA TTGCTCTTAGTTTAGAATACCATTACTTAATCTTTTCAAATGTTAAAAAGGACAGATTTTGTTTTAGGTA AATTTTTGGTTTCATTTGAAATCTGCAATATCCTTGTTAATAACTTTCTTCTATTGCTGAATGGTAATAA ATTTCTGCCTTAATTACTTTTATGAAAAATGGAAAGATAATTAA
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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
