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Echinobase
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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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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_038201857.1 PREDICTED: Patiria miniata myelin transcription factor 1-like (LOC119729257), transcript variant X10, mRNA TAGCAGAAAAGTTTCAGTGCGTTAAATCGTGCAGTGAAGGTCAAATCGCATGCTAATAAGAACGGAGACT TTTTTTGCAGCAACTTCCTGGCGGAAATTTTGCTCCAAACTGCCATTAGATACATGTTGAGTGACTCCAG AGGATAAGGTTGCAAAACAAAACTTTTTAAGTTCCATCATGAATGGAGAGGACAACACAAGGTCACGGGG TCGACTTATCGAGGGGTCAGAGGTCAGCCAATCCCCACGTCGCAGTCTGCGGTCAAAGTCTGGAAGCCCC GTAATTCTTCGCAAGGCAGCTGACGAACATTCGGAGAATCGTTCACCGAGAAAACACATTGCTCATTTAT CCAGCGAACATTCAGATGTTATTGTGAACGGCTCGTCGTTGGACGCCCCAGTCAAGGGACGCAGCAGGCT TGCTGAGCTCCGAGAGGCCGTGACCAGATCCCCCAGCAGAGACCAGACTAGCCGGGACCAAAGCATCATG GTCAGGGAGGCGACAGAAAACGAAGACAGGCCAAGAAGGACGCGGGCGACTGGACCAGCAGATCCAGTAC CAGAGCATACAGGGTGTCCCACACCAGGCTGTGACGGATCAGGACACACCAATGGCAAATTCTCTAAACA CAGAACACTTGTTAGTTGTCCTGTAGCATCCAAGAAGCGAAAACTTGGCTCCAAGCCCACTTCACCTGAG CCCCAGCGCAAGGCAAAGCGGTCGCGACGCCGTGGTGGTGGGGGCAACAACACCACCAGCAACCAAGAGG AAGTTGACGATGAAGTCATCATCAACAACAGACCAGCCACGAGGGGTGCGACAGCAGCAACAGACCCAGA GGACGAGAACTCGGTGTCATCATTAGATGATGACCCGCAGTCCAAATGTAGCCGGCGGGCCATCGTCAAC CTCCAGAAGCTCCTGGACAATGTGACGGCCGAGATCGATCAGGAGAAGAAGGGGGAAGAAGGGGTGGAGC CGACCAAGAAACCAGCAGAGGCAGAGGTGGAGGCAGAGGATGAGGAAGAAACCCTGCCTGATGAAGAGGA AGAGATGAAGGATGCGGTCAGCAAGGAGACGGAGACAGAAAAAGATGAGGAGTTGGAAGAAGATGCTGTC GAGGATGCCGAGGAAAAAGAGGAAGTGGAGGAGGATGCAGATGCTGAAGACGATGAAGAGGAAGAAGATG AGGAAGAAGAAGCGATGGAAGACGATGAAGTCCAATTGAACCTCTACAACTTTAAGAACATCAGCACCTC TGTCGGGACAGAGGACCAGGACGATGAAGAAGTCTGCACACCTCCTAAGCTTCACAAGGAACTGGCCTTT CTCAACCAGGAGGTATCTGTTCTGCAGGGCACTGCTGAATTGTCAAAGAGCTCCTCTGCTCCTGACGGTC TTGAAGCAAAAGACGGCCACTTGGACACCATGGATAAGGATGCTGGGGATGCCACAGGCACCGAGATGCC CACAGAGAACAGCGAAGATGATGCAGACGACGACGAAGATCAAATCCTAGAGCTGGTAGGGGAGGAATCA GGAGATGACGATGCCTTCTCCTCAGTCCCTCCCAAGCCCAAGGAGGCAGGCGACGAAGACGATGATGACT ACAACATTGCCATGCCGCAGCTGCCAAAGCATCTCCGTCTCATGAGTGAGCAGCTCTCCCAGGAGCTTGA GGAAGAAACCAAGAAGCACCAGTCTGATGAGAGCATCCCTCATCAGGAGGAAATCCCAGAAGAAGAACCT CCTCAGCCAGTTGACCAACTTATCCCGGCCATCACCACAGACCAAAACGCTGAAGCTGTTCAGGCAGAGA GCAGCGAACAGACTGAAATTGAGGATGCCCCAGCAGAGGCTTCACAGATCGAGACGGGAGAGCCTCCAGA GTTGCAAGAAGAGCTCCCAGAAGTCATGGAGGAGACGAACAAAGAGCCTCCCATAGATGAGGTCCCAACG GAGGATGGAGATGCCCTCCTGAGTGAATCCATGGCAGTCCCAGACGAGCCCCTGGTCATCGATGACAAAT CTGTCAGCCCAGCAGAGGAGGACAAAGAGAACACAGCAATCCCGCCAACTATCGGGGCCCTCCTCTCGGC CGAGCCCAGAGTCTCCTTCCCCACCATGTCAAAGATGCTGACCATACCCGTCATCAAAACTGAGCCTTTG GACATCTCAGCATCTGGCCAGACGTCGTCAATCGGGCTGGCGTCATCTGGAATGGCATCAGCCATGTCGC AGATGAAAGAGGCCATGAGGAACGTATCTAGTGCCCCGATGACTTCGATGCTGCTTGCTGATGGCACCCC AGTGACAACGATGTTGGCACCCACATCATCATTGACGAAAGACTTTCTCGAGGGCTGCAAGTGCCCTACC CCGGGCTGCGATGGAACAGGCCATGTCACCGGACTGTACCACCATCATCGCAGTCTTTCTGGATGTCCAC ACAGAGATAAGATTCCTCAGCAACTACTGCAGATGCACGAACACGTCCTGAACAGATGCCCGACACCGGG CTGCACAGGACGGGGGCATGTCAATAGCAACAGGAACTCCCACAGGAGTTTATCCGGTTGTCCGATCGCC GCTGCCGAGAAGCACACCGGGGTCAAGCTGCCGCAGCAGCAGCAACCCCAGCAGCAGCCTGGCGATCCCA TGAACCGGTTTGAAGGCATGCCCCACGTCGCAACCAGCCGCTCGGACCACATGGTGGCAGACATGCTCAA CAGACCAGTGTGCTACGTAAAGCAGATGGACAGTGGCTACCAGGCATTCAACAACTCGGCACCCCGCCCA AGCTTGCCAGGGGACGTCCGCTTCAGCAAACCGGATGGCGTGTTGCCCTTTGAAACCAAGGTGGCCTACA ACACGGGCCACAAGCGCATCGCCCCCAAGATCATCACGGCCAGTGACCTGAGCCCGCCGGTCAAGAAGAA GCTCCAGGCTGGAGATTACGACCCCAACGACTGCACCATCGATTCCACCTCGGCCCGCATGGCAGCCACT GCCCTCAACTTGTCCATCAAGGCCCCTCAACTGGCTCCGGGGCAGCTGACCATCCCCATGCAGATGCCTC CCCCGTCCCATCCCCACTTAACCCCACAGAACGCCCACCAACACCCCCACTCACACCCCCAGCAGCATCA CTCCCAGCAGCATCACCCCCAGCAGCATCACCCCCAAGCCCTGACCACCCCTCCTACCCAAATCTCGCAG CGTCCCCTTGAAACAGTCAAAGTGGACAGCAACGGCACCTTGGACCTCAGCATGAAGTCTAGCAAGTCAT CGGAAGTGGCTTCCAACACCCATGCATCCAGTCAAAGTGTCCCGTCCCCGGCCTCGGTCCAATCAGCAGC CAATGGGCTGATCCAGCTCAGTGTACCCCAGCCCGGGGTCCAGAACCCCGTCCCCTCTTTCATCACCACA GCGCCCACCATCCTTCAGATCCCCCGGAGCTACGGCGAGCAGCCCATGGACTTCTCTACCAGCATGAGCA AGCCCCAGAAAGCCATCAAGGCTCCCAGTATTGCTGTGTCCTGCTTCCCAACCAGCCTGACCACCAGTTC CTCCATCACTGTCGCAGCCATGCTCAAGACCAGCAATCCTGATTACGATGATCCCAGGTGCCCAACACCA GGTTGTGACGGCTCAGGCCACATCACAGGCAACTACACCTCCCATCGTAGCCTGTCAGGCTGCCCCCGGG CCAAGAAGCGCAGCGCCATGTATGCCGCGCAGAAGGCGCAGGCCCAGGCTGAGGCAAGCAATGAGGAGAA CCCAGACGACCCCATGATGAGACTTCCCCTCCCCCTTTCTTTTATTAACCCTCCCGGAACTGTTAACGAT TACCAGTGGAGTGTGGCAGAGCTTGGCAGGTGTCCGGTTCCCAACTGTGACGGCTCGGGTCATCTGACGG GCAAGTACGCCTCGCATCGCAGCGCCTCGGGTTGCCCCAACGCCTCCAAGGTCTATCACAACTACTTACG GGAGGGATTTGTCGGCAGCGAGCATCCAGCCTCGCCTAGCGCCATCGCGCCAAAGCCCGTGAAGATGGAG CCCCAGAATTTGTCTAGTTGTCCGATACCTGGTTGTGATGGCTCGGGCCACTGTAACGGTAACTTCTCCT CTCACCGTAGCCTGTCGGGATGCCCCAAGGCCACCAGCGTCATGAAGAAAGCCAGGCTGAAGGAGGAGGA AATCACTGCCATCTCGATCAAAGCGGCACAAGGCATTGAGAATGACGAGGACATCCGTGCCCTGGACACA GAGATCACAGAGCTACAGCACAGCAATTGCCAGATGGAGTCACAGATGATCAAGCTACGAACCCAGATCA CCTCCATGGAAGGCAAGCTACACACGGCAGAGAAAGAGCACAACGCCATGGAGGAGAAGCACCGGACGCT GACCCACCAGCTGGAGGAGTTGCGCAACACCCTCATCAAGCACCTGTCGGATGTCCAGAGCCAGACCGCC TCGGTCCCGCAACAAGCGGCCGCCCAGCTGCCCCCTCCTGCCTCGGGGACTGCAGCTCGGTCCGGACTGA GCCGGGAGAACATTGAGGCTTTCTTGACCACCTTGGAGACAACCGCCACGGGGGGAGGCAGCGAGGATCG GCCGGAGACCCCACCTGAAGAAGACAGTGCCCCGATGGAGTTTGAGGCTCCTGAGGCTGCCACGGCAAAA ACGGTGGCAGTGGTGGGATCGGCGACAGTCAACACCATTGCTGTGTCTGCTACGTAGACATGGCATCTAG TGAACAAACCATCCATCACAAGCAGATGTGGTTAGGCTGAGATAAACACCCCTGACTTGTTCCAGGACTG TCGGGATTCATTTTACTTAAGATTATGCTCATGGAAATCTGATACTCTAGAAGAGTTCCCAGATCCGTAC AAAGGATGTACAACCCCAGTTGTATACCCAACATAGTGTACTCGGCCACATATATGCATAAGCTTGATAG TGATAATACTTGTTTCATTTACATACATGAATATCATTTACACAGAAGATCAAACTCTCCAGAATCATTC AAATAACTGCAAGTGATGTTTTTGTGATTTTAATTTAAAAAGGATACAGCAAACTGTTACTGTATCAGCC AAAGTGAAAAGTCTTTCACTTAAAATGTAACTCAAAACCCTTCAAGGAATTCTGGTAATTTTGGGATTCT TGAAAATTCTTTTTTCCATGCAATCGGGAAAAAGGCAATACGACTGTGTTTCACTGTGTGATTTAGTGCA ATCATTGAAGTTCCACAGAATGTTGCAAGTTTTTCAGATCCACCAAGTTCCCCACGGGTAACAAATCGTT TGGATTAAAAACTCTAGCTGAACCTAATTGACCTCCTACTCGAATATTCATAGCTCACAATGACCCTTGA CCTATGAAGTCTCCAACCCACAGTAATAAGTTACTCTGATGCAGACCATGATTTTTGTGAATGCTGAGTA TTAGAATGTTCTTTGTTTTTCTAGGTTTTAATTATTTTTTCTACACAAAAAAAAACATAATTTGTACGTT CATAACAAGTCCAAACAATGTGTGCTTGTAAATAGAAAGATGTTTTTGTTCTTTCGTTTGTCAGGGTGTA AAAAAAAGTTGGACATTTTCTGTCTATGAAAATATAACTTTTCGACGTATTCCTTTTCTGCCTATTTCGA AAATGCAGATGTGTGCATGCCCTTCAAAGAAGTATAAATTTTGCTTTGATTTTTTGAGGATATTGAAATT AAATTTGAAATTCACTTACAAGTTAGTCTTTAGGTATTGGGAGGGGGGGATATTTTACACAGGGCAAAAA CCAGTACTAAATGAAAAGAAAAGTTGGGGAAAAATCCTTTTAAATAAAAAGGACACAAGCAGTATAACTG TCTGTTGCTCAAGAAAAGCTTTTCCAATTGCTGTTCGGTTTCCAGTCAACGTGCGGAGTACCAGCCAGAT CTGACCAATCAGATGGAGGGTATTATAAATAATTATGACTTTGATTTCTTTTAGCTTGTCTGGCATTGGC TAGTCAAAAAAAAAAAA
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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
