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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_038199158.1 PREDICTED: Patiria miniata dachshund homolog 1-like (LOC119727305), mRNA ATGTCTTCGTCTTATTCTTCTCCCCTCTTGCACAGTAGTCGGCCGGGCAGACCTCCTAAGCGCAGCCTAC CCCTGTCTCTGTCACAGACGGTGCACATGCTCCATGGCTTGCAACAGGGAGACCCACTCAAGAAGCCCAA GATGGAAAATGGACTAGCTGGTCTGAAGGCACCTCTGCCGTTCAATGGTTATGACAGTCTGATGGCAGGG GCTTCACCCTACCTCCTGACCACCCACCCAGCCCTGGTCTCAAGCAGCGCCTTCCCTGGCCATCACATCT CCTCCCCATCGATCTACACCAATGGAAGCTTCATCACCAGTGCCGCCTCCATCCAGAACAGCCTTGGCAG CCCCAACAGCAAATCATCGTCGGGAAGCGGGGAGCACCCAGGCACCGACAACGAGAGCATATCGCCCCGG ACTGACCACTCCTCGGGCGGCGGGCCCGGCTCGCGCGAGTTGGCCTCGCCGCCGGGCGACAGCGAGTTTA ACGGTGAGGATAAGGAGGTGGATAGGAAGCACCAGCGAGCAATGGCCGCTATGGAACACAGCTTAGCAGC CCACGCTCGAGACGACCTCCCGACCACCTCCCCACCAAGCCACACCAACAACCATTCCAAGACATCACAC ATGAATGGCCTGCTGGCCGTGGATGTATCCAGCTCCCGATCCTCCTCCTCCCATTGCAATGTCTCGCCCG ACAGGGAGCGACCGGTCCAGCCCAGCTCCCATTCCACCCCCCACCCACACCCCCATCCCCATCATCCCCA TCATCACAATCCCCACTCCCTGAGTACCTCCATGGGTTTGTCCCTGGACCGTAGCGCCGCCGCTGCCGCT GCCAAGGAGATGTTTGCCCCCCAGGGCCCCTCCTCCATCGAGACGCTTCTGACCAACATCCAGGGTCTGG TGAAGGTTGCCGCTGACAACGCCCGGCAACAGGAGAAACACATTCACTTGGAAAGAGCCGAGTTGAGACT CGAACTGCTGAGAGAACGAGAACTGAGAGAGTCGCTGGAGAAACAACTTATGGGCGAACAGAAGAGATTG GCCATCATCTTGAAACGACTGAAGAAAGAGAAGAAGGCCAGAAGACGTCTGCAGGAGCAACTGGAGCACA GCCACAGCAAGAGACACGGCATGACGTCAGAGACTGAGGCTGCGGCTATCGCAAGGCAGAACTCCACCGA GTCACTGCGAGCGCTCAACGGTGAGTGTGCAGAATCTTTATCACATGAGTTGGAGAAGGAGCGCATCGCG AGAAGCGAATCGGACAAGAAGTCTGCGGCATCCGACAGCAGTCCGATGTCCTACAGTCCCCCGCCGCCAG CCCAACCACCATTCCAACAGGACCAAGCATATGCTCATCTGTATTACAAGCATGCAGCTATGTTCTCTGC CTAACCAAGTAGACTGGTCACCACAGCGGATGCCTGCTCGTGTCTCATCATTCCCAAGGGTAATCAGGCA GCAACGTTTGGATTATTGAGCTTCTGTGTGCAAAACCAATTGGTCTGGTGCCCAGAGACCAGGAAAGTCA ACTGTGTTGGTATTATTAATGTATCGTATCTCATCTCTCACACAAGTGGATGCCGAATCAAACGGTATTA TTCATAGTTTTGAATTCTCGAAATCCCTCAAGTCTCGGATGTTGAAAAAATTCAGTGTAAAATGCATTTC GTGGGCGGCCATCTTGGATTTTAAATATTTCTGATTGGGTGTATAGGTGAGTCCCAACAAAGATGCATGC AGTGTACAGAATAGTTAAATGACAAACTCGTCAGGTGGGATTCTTCATGTGGGCCATATGACCATCTGAT TTTTTATTTATTTTAGACGATGCCAAACTGCTCGTGAGGAAAGCAGCATTTTTAATAAAGGAGTGTATAG TTTTTGAGTTTTCATAATTTATAGTTGCGAGTGTAATGTGATTTATTTTATTAACGAGTGGGACGTTTGT GAGTAAATAATGAATGACAATCATAGAAAATAGGACCAGTCTTATAGTGCATACATTCCCAGTGGAGTCC AGTGGAATTTCAGTATGGATCCCGGACTTCACAAGTGTTAAGTATCTTATAAGTATTAATCAGATTTTAT TGAAGTAATACACTGTAGATAGATTGATGACATCCGAATTCACATCCCAGTAATACGTTATGATTTTTTG TTAATTGATGTTTTTATTCTTAATTAAATAAACACTCAGGGTCTTTTAACGGCTTACTCCCCTTGTTTTA TTTATCTATGCACACATAGACGCAAATAACGAAGATGTAAATTTGGATATTTGTAAGGACCAAACATTCT TAAAACTGTACTTGCCGAAGTTATTCGATTCCAAACCGACCATTCATAAGGAAACACTTTCCGGTAAAAT CAAAGGTGGTTTTTAACCATTAGGCATATCAGATTTGTTTATAGGTGGCAGTGTCATGTCAAAGTTTCAT GTTAACTGAAGATGTCCTGTTGAATCTGTGGCTTGATTTCTTAACATCATTCACTTGAATGCAACTTTAT TCGTGATTGGTATGTGAAGTACCACAAACGGTACAATTTGAGAAGTGCTGCTGCTCTTCTTAAGCCCTGC AATTTATTGCAACTGTTTTTCCATGTTTGGTGAAGCTATGAGCTCTTTCGTACGGGATATCGTAACAGTT AACTATTGTAAAGTGCATAGTCTATCTTGCTTTGATTGACACTGACCATATCATGTTATGTAAAACAACA AATTCACTAGTATTTAATGTGCAAGTTTGAATTTTAAACCCGACACATCTAAATGAATGGTAAGAAATCA AACAAATATTCATAAATAAATTTGCAGGCCTCATTTGTATAACTTGCATTTAGTCAACAAACTTTCTATA TGCTACTAATACAAATGACAGATGCATTCTGTCATGATTGGCGCATGTCGTCTCTGAAGTCAGTCAACAA TTGAAATACACTGCAAGTTTAAAGTCTGAAATTGGGCCTGTGTCCCTTGTCAATGCACACAAACATTCTA TACAAATATAATGAAAGTTCAACAGAATTTGCAAGGCATCCTGGGATAGTACACAGCGTGGTATAACTAG GGTCACCATTTACCCTAATCCTGCAGTCTGCTAAATGAATCCTGTCTTTCGACAGATTTCTTGATTAGTA GTCGGCATGACAATCAATTTGAAAATTCACTAATCACTCCATGTAGAATTGAACTTGATTAAATTAATTT AAAGTGTGATGTATTCATTTAACGTATGAGTTTTCTAATCATATTTAAGACGACATTGAATAATTTCAGT TGTGTTTATCATGTAAATTAGCATCTAAAGTTAATCAGGAATGATGTAGCTTTCATTGAATTTTTGATTC AAGTTTAAAATGTGAAGTCATAATTATAGCTTTATGTTACTTTCAAACTGAAATCAGCCCATGACTTTAA AGCATCACACATTGAATATAAACAGGGCCACTTTCGAAAATGCATCAAATTAGTTTTTTGTTGTTCACAA TCCAAACCATTGTTCTGTGAATTCTCTGATTGACTGTGGAAATGATTTCGAACAAAACTGTTTACAGTTT TTCAGGCATCAAATTTCCTTACTATCACTTGGAAATTCCATAGTTAGCTTTTAAATTTTTTCACAATGGT TACAGAAAAGAGTCTTGAAAAGCCATGGAGTAATTTCCGATCTATCTGTGGGATCTCTGACTACTCTGTA AAAAAATTCTAAAAATGCTTAGCTCAAGTTAACTGTATTACAACAGTCAAGAGTGAAAATGATTTGGGAA AATTCATAGAGCATCTTCATTTCCGCCTCTATTCCTTACTAGTCGGTATCAAATTTCTGTGACCAAACTG TAATTCCATGTTTCTGTGGACACGGAATATCAATTGTGTGTGCATGGAAAAGATTCCGGAAAAGGAAATA GTCAATATGATATTAACATTTTGCTGCCACGTTTTTCCTATGTTGTTTGTGCGCAAAATCTACTGCCAAT AATAAACACTGTTTGTGACAATTAGTGGGAATCATCAATGAATAATAGACATGTTTTAAAATTGCTTTTT TTTGGGGGGGGGATGAGTGATAATGAGTGTTTATGTGAACCCCACAATGCAATACTTCTCTATTAACTGC ATGTACCTTGTCATGGATAATTATATGATGATAAGAATAACTTGTGAAATTTTCTATCGAGAGAAATACC GGCTTGGGTGTAGGTTTTTTCATTCTTTTTTCTTTTTTCTATTTATCCCCGGTTCCCCGATACCAAAAGG ACAGATGTGTGCTAAATTAAAGTTTGGTCACCAGGGTAACACATAGAATTAAAAGAAATTTAACAGTTGA CTAAATGATTTTGTAATAATGTACATACTTTCCATTATTATGACTAAATCTTTGAAGATGAAATTTTGTG CCAAAATCTCTGTGAAATATTTGATACATGATGTGACATTGGAAGAATGCATCTTTTTCCAAACAAAATC ATGTCCATGAAATCCTTCAGTAATTTTACAGATTCGTGTAATAATGTTCTTGACTATTTCAACCCACCTT GATGAATTTTAGCTCACAGTGCATCAAATTTCCAGCGAGATCTTTGATTCTTTTTGTTAGTTGTAGTTAA GCGCGATTTGACTGATAGTCTTTGGAAGTGGATGTGATATGGAGCATTGTGTGCCCAGGAAATTGTTGGG GATTTGGACATGCACGTAGGGAGTAGGCCCCATTCCGGTTTTAATATTGGATTCTGTGATTGATGGAATT CATGTCTTGTTGCATTTATATCAAATCTTCAGTGTTCTTACAAGCATCTTGATGGTCTCAATTCCTTATA TATAAATATATTCTTTCATTGACATATTTGAAATGTAAATAAATAGCTAGATAGCTTACAGATGTACATA CAAAAAAGTGAGCAATGTAATTAAAACATTTGTTTTTTTCTTGGAAAGGAACGTAATGCCAGAGCTTGCA TGAGTTCTGGTGTATAACTAATATCGTGAAAAATTCCCGAAATTGATTTTTTTTTTCCACAGCTTTTCTT GTAAATCTTTCAATGAAAAAATTAATAATTTGTATTTTTGAATGTCTTTCTTGTAGTTAGCAGCAGTGTG CATGTGTCATTTTTGGATTCTGTAGGTTTGGATGTGTGTGTTTCTGGTAGGATCACTTCTAGTTGCAATC AGTTTTTGTAATATATAAATTGTTGATTTCTTTTGTTAGTTTTTAAACACTTGTACAAAGTTAAAGTTTG AATTGAGGATGTCCCACCATTTTGTTTTGGAGTAAAAGCAAAATATACAAACACCATTTTTTTTTTCTCT CGTGAGAGATCATTGGTGATAAGTTGCAATATGGATAATTTGACCCGTTCTAGGTTTTTTAATGTTATTT TGAAAAGTAATTCTGTAGATGCAAACTCATAATCTTCTCGGTGTAACCACGTCATAATGCATTTGAGTAT TAAACCCACAATGGTTTACATAAGTCCTGTTTGTAAAATGTTTTGACATTTGGTTGAGATTGTCGGGGTC AATGGGGTTGCAAATCATTCAGTTTCCAAAATAAAAAAGTATTATTTATAGCTATTATTCATTTTGAAAT GTTGTGTGGATGGAAAAACTGGCACTTAACATATCACTCATTGATGTAATTTGTTGGAATAGGTTTTTTA ATTTAGGCAGTAACAAATTTCAGAATGAAGGTTTTGCACTTAATGGGTAAATGGTGTAAAGTTTGTTAAA AAAACTCATAAATTTCCCTCAAAATTGTGTGTTTTAAGAGGCAATTGCAACCCCATCCCTGCCAATTCTA CCATGGGTTTCTTTCAGCAATTATGTAACTGCCATTAAATTAAAAAAACCTCTTATAATTCTTTCAAAAA AATCTTCAGAATCAACTCGTCGTGTAATTTATACATTCGACAAAGTGGTATTGCAATAAAAGAAAACTTT GTATTTTAA
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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