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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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-- 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_030992587.1 PREDICTED: Strongylocentrotus purpuratus uncharacterized LOC582139 (LOC582139), mRNA TTGATAAGCGTACGTGACTGTATATACTCCTTTGACCCGTTCTAGATTTCGAGACAATTTTAACTTAGTG ATATTGAGGACTTCATTGCTGTAGCAGTGGATTTTAAACGCTAAGTAATCAAAGACTTCGAACCACTTGA ACTGTGACTGTGACTCTGTGAGACGTCAACAATGATTTAAAGACAAATAATTATTATGTCAACGCGATAT TATATTTACAACAATGTTGCAAACTTGCAATAACGAAGGAATGTATCAAGACAAGTCAAGGAGTCAATGT CTAGTGATTCATCGCAGATGACTATTATCTTCCGTGATGAATTCGTCGAAATTCCAGTAATGAACTCTCG CCGTCTCGTGTAAGAAAAGGTGGTGGTGGAAAGGGGGTAGTGAATGACCTCTTTGGAGCGGGAGGATCCC CCTTCAGGACCCCTCCAGTGTTGCGGCCAAGAACCCCGACTGGGTCGGAAAAGGGTAAAGCGGAGAGAAG ACTTCGGACCCAGCTGAGCTCCACCGCGCCTGATAACAATCGGTGTATTGATTACCTCCGTGCATATTAT GCGTGATTTGCATGCAACAAGCAAGCCACTGACACGGAACATCTGGGCAGGGAGAGAGAGAGGGAGAGGG AGGGAGAGAGAAAGAAAGAGAGGGAATGAAAGAGAGGGAGGCAAAGGGGCCTTTGCTAAGGAGTGTTGAT TTGCGTGCGTGCTTGAGACCTCGTCTTGCCTTTATTCTCCCCGCTGACTGTCCAGCTATATCTAAAGCCA GCTCCGCTCCGAGTGTTATTTGTTCAGCTTTCTTACAACGATCAGTTTACTCATTGTAAAGGTGATAACA ACACAACACAAGTCGGCCAGCTTGCGATGTGCTGTGATTTGGCTTCCAGACGCCCTTTTGCCTACACATA GCGAAGACTCTATTCTTGGTGCATCAGTGTTTCGTGTGTATGGTATAATCTTCGCAGGCTCACTTATGTC TCTGGACGTCATTACACGCAATTAGCATTTTTGACCAGGTGGGCTCAAACTCAAGAATGCGGAACTCGTG GAACCTTAGTCGTGTAATTGCAGCTCAGCAGTGGTAGATATGGCAGAGAACGAGGACGAGAATGATCGCG ACATGGATCAAGAAACGACGAAAAAGGAATGCTCTGAGAAGAATGAATCGGAATCAGACCAGATTCTTCC TAGCAGTACCTGTACAGGGGCGACGACGAGCAAAGGGGCGGGGCCGTCGAGTGGCGCTGGTTCGAACAGC CGCAGAAGTCGTCGAAAGCAAAGTGATCCCCGTCGCGTCGGCAGCGAGATGGTGAAAATGGAAGTGGATC TGGTAGAGATTAAATCCGAAATCATAGACCACGGTGATAGCGATAGTCATGGGAAAGATCCGGAAGACCA TTTCGACGACGACGACGATGTCTTTCTCAAAGTCAGGACCAATGCACTCGCGCCAATTCCCGACACTCCT TCGAGTTTGGAACATTTGGGAAAATCCCTGATGCACGATCAATCACGTATTCTTATTCAAGATCGAGATC GGAGGGATGTTTTACAGAGAACCGTCGTCAATGACGAGGACTGCCAACCTGAAGATCTTAGCATGAGCAG TAAAAAGCGTGATCATAAGCGTGTCGTCCTTGCAATACCGTCGGTTGTCAGACCAACCAAGGGAACTAAA TCAAGGGACCTAGGAAGAAATAATTCTGTAAACTCATCAACCCATTCGCATACATCTCAGAACTCGTCTC ATCTTTTTAGAGCATTTTCTCATGATTTACAGGCGGAAGAAAGCCTCGGCCTCGTTGGACTCGAGAGAGA TTACTTAATGAAATACAGACACGATTACGACGACGACCATCACGACTCACACTCCCAAGTCAACGACCAC CACCGTGAATATTCCACATCTCTGCCATTCGCGATCGCCCACCAACACAAAGTTCTTCTCGAACAGGAGT GCGATTCTCAGGATCTCATGTGTGGTGACCAAAAAGAAACAAACGGGAAAACATCTCCATCGACATCGAC TTCATCGTCATCGTCGACTTCGCAATCGTCGAAGGCGATGGGTAAACCCGGGAGGTCGTACAAGAACTTG AGTCGTTCGCGGAGGATCGTCGCGAACGCTCGAGAGCGTAATCGAGTCCACACGATCAGCTCTGCCTTCG AGGGTCTTCGTCGAGCAGTACCATCGTACTCGCACAACCAAAAACTCTCGAAGCTGGCCATACTCCGGAT CGCATGCAGTTACATCCTGGCCCTGGCCAAGCTCGCCGACCTCGACTACAGCCCCGAAGACGAGCAACAG ATAAGCTTCGAGGACTGTGTCGATCTCTGCACCGAGACGCTGCAAGCAGAGGGGAGGTCGAAAAGACGGA AGGGTCCTATGGAGTGATGCGGAGGCGATGGAGGCCGCTGGAGGCGCTCTTTACCATCATCTACAGCTGG CACCAGGCAGGAGGAAAAGGAAAATCTAATTCCTCAGGCAAGACCCTTGCATCGAAGAATCATTGATCAT AGGTTTCAAGCTCGCTGGTACTAATAGCATTCGCCAAGGAGATAAAAAAATTGCAGAACCAAGCCATTAT CCCTACAGGAAGTGAAAGCATGGCCCTTCAACAGTATATCTCAAAAAAGTTTACAGTTTCCAATAGGTTT TCCCAAAATAAATATTTCAATTTTTGTTGTTGATAAATCTTGATAGCTAAGAGTCTTTTATAGCAAAGGA CAGGAGGAACAGAAAATTTTATATATATATATATATATATATATATATATATATATATTGTTGGGGTGGG GGAGGGGTTGAATATTTATTGGGAGATACATTTTCTTTAACTTTTTGAGATGCCCTGTTATGTATTACAG GTGTACATTAATTGGCTATCTGAAATAAAATTTGGATAGAGAACAAAACCATAACTTGGCTCACAGAAAA AGGTGGATGAGGCTCTAAAAACTCTGTTCAACCATTAAGTTATGACTTTTTGAAAGTCTAGAATTCTAGG TATATGCATATGGAAATCAATATATAATTGACAAATTAGTTATAGATAAATGTTGATTTAAAAAAAACGT TCTGTTCGTTTTGTTCAATTCCCCCAAAGTTTAAAACCTGAACACACCTATACTTGGCTACTATGTTCGT ATTGCCCTTTCAGGTGGCCCAGTCAAAGGAGTCATTACATTATATACCAGTGGCATATCCAGAAATTGAT AAAAAGGAAAGGGGGCAAAGTGCCCCCTGAATACTCAATAAATCCAAAACTGTAGGCATATCGGGGCGGC TATGCCCTCTGCTGGATACGCCATTGCTGGCTGTCACGATAGTAAAATATTTAAACTGTAACCTCATGGT GTAAGTGTAGTGATCGTTATGTGAAGAGAAATGAACAGATACTGTAACTATATCGTGAAACATAATTATC CTTATGATTGGACCAATTAGTAAGTAATTGTGACATGTTGGATATTGGACAAGTTGTATTCATGGACGCC ATTTAAGATGAAAGTGCATTCAATGTGTTTTTGAAAATATATTATGAAGTAAATTAAACGTATATGTGTG TGATCTTAAAGAAGGTAAATGGTGTTTTTCATTTACTTCATTTACACTGTGAATTCTTTCAAAATGTGAT ACTTGTTATTTATGTCTAATATTTGCTGTACACAATGTAATTGTATACCAGGATCATAATCCTTTAGACT GTATGTTTTTCTTTCAGGCTTTGTAGATTTATTTTGCAGAGTTATAATCATGCTTTAAAATAACAATTAT TTCCTCTCTTTCTTGCAATCGTGTATACCAAAAAAATAAATCCGTATCTATTACTAATCCGGACTAATCC ACGTTAGCCTATGCTTTTAGTACAGGTGAACTTGAGATATTTTTTTTCCCGGGGGGGGGGGGGGGGACCC GGGGTGGTCATCTTAAAATAAATAGTAGACCAAGTCTTTTCAACATGTGCAACTGAGTAGGCTGCTTGAG TTTGCAATGGGCTATGTTAACTTAATGCTCCATTGCATCATATTCGTAATGTTAGATGATATTTAATATA GTATCTCCTCCATATTTAGATATGGGGATTTAACTTGTATTTATGAGTATTGATTCAACATCTATGTCAA TTGATGGTACTACAAATTCGTTAAATTATTAGTGTTGTACTTTTCTTTCAACCAAGTCATATTATGCACC AGTGCAGTGTACTTCTTTGGCACACTCCAAGTGATTTTGTTTTTCAGCCTGTCTTTTATATTTTTACAAA CTACCTCTTTATTCGTTCTATTTTTTATATTTTCAAGTTTTTGTACGTCTTTTGAAATTTTGCATCTCTG TGTCATATTAAAAATGAGGAAATGTGAACTGTTTGTATAATTATGAACCCGATTAGATGAACACTCATGA CCAAATGAGTCATATATTTCAGTGAACATATCTTTCAAAGAAAGTTGTAAATGTATATCTAGGAATGAAC CGAGTTGTATTTTATAGAATAACTGCCACATTGCAAAATGGCAGAAATGTAATCATTAGACAAAGACCTT TGAGATATTTTAGCTCCAGATGGAGTGACGTCATTGCATTTTTGCATTCTTCAAAATACATTCAAATAAT AACTCGTAGTCACGCTAGATATACGCCATTTCAATGAATTGTTCCTTTTACTAAATGCCAATTTGAAGAA ATAGAGTTAACCTTTCATTTCATGAGGAACTCATGAGGAAAGGGAATTTTCTTTGGTGAAATATGAGTTC CAAAATGTTTTTGCAAAGTTACTCATAAATTATGTGAGGACTTCACGAAGTAAGCAAATGTTATGTAACA TTCGACATAGTTTGAGTAAAACAACAATATTGCAAACTTTCCAAAAAGATGAAGTTCAAATCTTGCGCAA AGTTTCTTATTTTGCCCAGTTTCATAAGAGAACAGCTACTGCAATACCATTCTCTAATGTAATGTGTATA AAGAATACTTTATTAATTATTATTGCATAACTTATCATCATTCTGAATTAGATGAGGGATGGTAACATAT TGAATGTCGGAAAGAATTTTATGCTACTCTCATTAATATTATTCAAACATCAAAATCCTTTAATATTAAG TCATTAAATCATGAACCAGTAACCCCTTCCAAGTCTTTGAAGTAATGTTCAGTCCCAGCTATTTTTCATA TTTGTTTTGCATGAACTCAGAAAAACAGTAATTGTCGCACTCTGATGCAGATTGTTCTTCAGAAAATCAA TGGGTACTCTTTAAAATTAAATTCACTGTTCTAAAGTTGGTTCGCCGTCCAAAATGACAGTACATGTATC TATATCATACGCAAATAATTATTTCATAGTCATGATTAGGAATTGAATTAATTATTATTAACTTTGGCTA GTGTAGGTTGAACTAAATAACATATTTATATGTATAATGTCCACCGCCCCCACCTTATATCTCCACATGG CATATGACCCTAGCACACGTGGCGTTATTTTGATTGCGTTATTATCTGCGCTAATAAACAATGTAAATGC ATACGCCAATGATTCAACGCGTGGTTTCCATTTCAATTGGTGCATTTTACATTCAAATTTTGCACGGCGT CAATATTACATGCCGCATTAAAGACGGCGTCAGGCGCTGACGTAGTCCTGCGTCAACAAAATGACGCCTC GTGTGCAACGGATATAATGGTTAACCCATTGCCTACTGGAACCTGTTGGCTCCTGTATTAATCCTAGGGA AAGAGAGAATTCAGTAGTCGATGAGTTAAGATGCGTCAAGAATTTGATTGATTGATGAGGTGCCCATTGT ATTGGTCACTATATGATTATTGTTTGTGCTGTCCATGGTGTCGTTGCATTGATTCATTCGTATTATCGAG AATAAAAGTACCTATATTATTTAATGACAATTGAA
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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