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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_038222719.1 PREDICTED: Patiria miniata pyruvate kinase PKM-like (LOC119745983), transcript variant X1, mRNA CATGAAAAAAGAGAATAGAAGTTGAAAGAGGTAATTTTCAAATACCGTTTCCAGATCGCCATACTGTTAA GTTTGGAGTTGTGTCGGCCATGAGCAGTGAAAATCCTCCCAAGGAGCAGAATGCTGCCGTCCGCAAGGAA CAACCATACTGGGGTTCTGGCTACTTGTATGGTAGAAAGATGAAGCGTGTCACCCATGCCAGTGAGGGGG CCATGGAAGGAATGGAGAGCGAACATTACTTCCAGGCCACCCAGTACAAAGTCGTGACGGCCAACTCCTT CCTGGACCATCAGAGCAAGCTGCATATTGACAGCCGGCCGGGCAACGTGCGGAACACCGGAATCATTGCC ACAATCGGGCCAGTTTCCAGAGAAGTAAACACCCTGGAAAAAATGATTCAGGCAGGCATGAACATTGCGC GGATGAACTTCTCTCATGGAACTCACGAGTATCACGCCAAGACCATTGAAAACGTGCGTGAAGCATCAAC ACGGTTCAAGTTCAACCGCAACATCGGTATTGCCCTCGACACCAAAGGACCCGAGATTCGTACTGGCTTG CTGGAAGGGGGAGGGAGTGCTGAGGTCGAGCTAACCACAGGAGAAAAGATCCGAGTCTCCTTGAATCCAG CGCATGCCGAGTGCGGCAAAAAAGAGCGTATTTACGCTGACTACCCCAACATGAGGCAAGTGCTAGAGCC AGGCGGTATTATCTACATTGACGACGGACTCATCTCCCTTGAGGTAGAAGTCATTGGTGATGATTTCATT GACTGCGACATCGTGAATGGAGGCATGCTGGGGTCAAAGAAGGGCGTTAACCTCCCAGAGGCTATCGTTG ACCTGCCGGCCGTCTCTGAGAAGGACAAGTCTGATCTAAGGTTCGGCGTGGAGCACGGGGTGGACATGGT GTTTGCATCGTTCATCCGCAAGGCCTCCGATGTCGCACAAGTGCGCAGCGTTCTCGGTGAAACCGGCAAA CATATCGCTGTCATCAGCAAAATTGAGAACCACGAAGGACTACACAGATTTGATGAGATTCTCGAAGCTA GCGATGGCATCATGGTCGCTAGGGGCGACCTGGGCATTGAGATCCCGCCGGAGAAAGTCTTCCTTGCTCA GAAGATGATGATCAGCCGCTGTAACCAAGTCGGCAAACCGGTCATCTGTGCTACTCAGATGTTGGATAGT ATGGTCAAAAACCCTCGGCCCACTCGTGCCGAGACCAGCGACGTGGCCAATGCCGTGCTGGACGGGGCAG ACTGCGTCATGCTGTCTGGCGAGACTGCCAAAGGGTCCTACCCTGTGGAAGCATGTGCGATGATGCATGG GATCACCCGTGAAGCCGAGTCAGCAGTCTTCCATCGCATGATGTTTGAGAATCTTGTCCGCTCTATTGAC ATACCGACGGGTGCTGCTATGACCATCGCTATCGCTGCCGTCGAGGCCTCATTCAAATGTCTGGCAGGTG CCATCATTATCTTATCGAAGACTGGAAGATCTGCACACATGGTGTCCCGCTTCCGCCCCCTGGCGCCCAT CATCTCGGTCGTCCGTGACCCCGGGGTGGCACGCAAGATCCATCTGTACCGTGGCTGCTTCCCTGTCTAC TTTGAGGAACCTCAATTGGAAAACTGGCAGGACGACATCGATCGTCGCGTCAAGTATGGCGTCGAGCGAG GCCTGCACAGAGGCTTCTTCAAGGAAGGGGCACCGCTGATTGTGGTGAATGGTTGGCGCTCTGGTGCCGG ATTTACCAACACCATGCGCATTCTGTACGCATGAGGTGTCTTATGCTCAGTCGCATTGCAAAACTGCATG GTTGTCATTTTTTTCTGTTCAAAATTTGAGAGTAAGATTAAAAGGGATGGTATCGCATTGGTATTGGCAA CAACATTGCATCCCTCTGTTGAAAATCATAAAGCGTTAGTGCTATCGTGAGGGTCGGTTCAAACTTGTCT GAATTCGAATGCAAAGTTGTGATTTCACTGCAAATTTTAACTCTTCAAATTTGCAACATGTTGAGCATTT TTCAACAGCGACGAATGTTGTTGTGTATGTTTTGTGGCATAAAACTAGATTTGCACTTTTTGTGAAGTAT GGAAAGATCTAACCTTTTTGGCAAAATCTGCACACGATCGCTGCACATATTTGGGACGTCGCAGGGATAC CTGTGGCAGCCTTTTGTTCAAGATAATCCATGCATCGTTTTTGCTGCCAGGAAATGAGACAAAATGTGTT TTGGGACTTGGGTTGTGTTTCATAGGTTCCCACTGTTAAAATACCGTCCCTTCCATCCCCATTCAGGTTT GCATAGAAAAAGAACATCCAGTGGTTTTGCAAAGTTAGAATTGAGTCATACTAAGACTTAAGAAGAGAAG CTATATTTCATGTCTTAATTGTTGAAAGGAACAGAAAGGAAAGCTTTAGCTGATTTTGTTCAAACTTTTT TTGAAAAGGGCAGGAGGTATTGAAAGAAGTACTTTTGGGTTGAAAATCAGAAATGGCGCAGATAGTATAT CTACATGTGAACTTATACCTGCTTGATCTGCTAAATTGTCATTTATCCATTCTAATGCTAAGACCCATAT CCCCATAAAAATGTAATAACTAAAATAGAATAAATAAAATCAATGTGTTGAAATAAAAATGATGTGCAAA TTGGTGGCAGCGATACTGTTGAAAGGTGGGGAATAAAATGTTGATGCCAAGGAAATGCTGCAGAAATGAT TTGGTGTGGGTAATGTATCTCCTTTAAGTATAAACAATTATACATTTAAAAAAAATTAATGTTTGGAGTG AACACATTTTGAATTCTCAAATTAAGTATGTGTTTATCTAGACTATAGTGTTAAAAGTTGTATGCGCATA CAACATATATTAGGCCCTATGCGATGTATTTCAAAATACACAAAACAGTGAAAGTATAAAGATTAATTTT GAACTTTTTATGTTAGATTTGAAAGGCAAAGCAATGTTGCCTACAATCAGTTAAAAACTCCTACTATGTA TATTTAATAGTTGTGACTATATCATATTGTACTCTATCGCAATTAAATTGAGTCAAAACAGTACACAGAT TAACTGTTTTAAAAATATTGCAGTTTTTGCCAGTGATCAACTTGGATTGTTTATAGAAATATATTCATAG TGTACTCTTATTTACCCTAACCTTATCAACTCCTTCAAAATCCATCCCCCATTTCGGGGGATTTGGGCAG ATAAGCCGTTTGTACCAAGTCCATCAAAATCCACCAGAACCAGTGGTGGATTTCAATGGATTTGGTCCTG AAGCATTCTGTGAAGCAGAGTGAGTGATGGATTTTGATGGACATGGTCTTCTACTTAGTCAAACTAGGTA CGGAGTTAGCAATAAGGTGGGGTCACTGCATGGACATTTTGCAGTTTACTTGTGAATGTTGCTAAAAAAA CACTAAAAAAAACCACTTGGGATTGTTTTGGGGAAGATTTTGGATAACTTATTCTATTGATACAATGTGT TATCACTTTGTCAGTTGTGTACAAAGTCTACAGTGAGTCTTGGAGTACGATAGTCATTCATGATGCTGGA TTGGTATTGGACACTTTTCAACATACGTGTATATGCAATAACTGACCACCTAATAGTTCTTACAGGGTGT ATCATAACATGGCAATCCAAAAACGGGTTTGTAGTTCTAAGTTTTGAAACTGTTGGAATGATTGCATTTT CATCATTTTTCCGTAATACCAAACTAGCATCTTTGTAGATGTATAAGTTCATAAACAACTACATGCGAGT TCCACCGATACTTCATACGAAGGGACATACAACATGTACCAAAGTTGTATTTCATGCTAATTTGTTGTGT TTAATTTGTGGTAGCTGTAAACAATCTCATTTCGTATTTGTGTGAAAAAAAGGAGATACGGTTTCTTTGT GTCCATAGAAACGGGCTCATCTTAAAGACACAATATTTAAGCTGAAGGCAAGGCAATTAGCATAGTAGAG CTGGTCACAGAGTGCACAGAATTCTATTCAATTGATTCAGACTGGCTATTGACTGGAAGTCTTTTCATGC ATGTGTGTCCATAATGGTCCAGATTTAGCATATTCATTGGCGTTACGGGGTAATCCTATATGATAGCACT GCCCGGCTCACCAGGACACTAGGCTGGCCCTCTGGGACCAGCAAAATATTTGCCAGTGTGAAAAATATTT GGCAAAATTAAAATCACAAAGAAATACTGATGTCATTCACGCCGTATTGGACACTAAAAAGCAACTTACA TAAATTTAATTAACGTGTCTTTTTTTTAGATCATGAGAGTGGTTTGCACTGATACAGCATTGTAACCATA TTCAGCTGCTTTGTTTTATTAATTTTGTTACCAATTTTAATTGTACCAAAGTTTTGTTTGAAGTAAATCT TCACATTTGCAGAATAGATGCACATATGTTTCCTGATTAGCCTGGTGCCAGTTAATGTCACTCAACTCCT TTGTGTTTTTAACACTCGCTTTGGGACACTAGACCGGTTGATTACAAGGGGCATATATGCATATCTTTTT TTCAACATTTTGCTTTGATTTTATCACTGTTGATCCCATTAAAATGTTTGTTTTACTCTTTTTTCGTATA TGCAATATTCTCTGTAGATTGTAGCCTGAAATTTTCTGGACTTGCCAAATGAAAAAAAAAAAATCCAATG TGAACTACATGTACTACATATACCCTTTCTTTAACCTATAATAAGAAATTCTTTCTAAAAGTAAAATTTG TTGTTGTTAAAACCATAGAATGTTTGCGCTTGAAGTGCGAGTGTGGATTTAAATCCTTTCTTTTCTCTTA AAGAGTGCAGATGGCTCCTGTGTGGAATTAAGCCCAAACAATAGGCACCAAGTGTATGTTTTGCTGTATT TGTTGGTTATGAACATTGATGAGTTTTGTCCTCAATAAACGTAACAAATTATAAATGATTCAGACAGTAA TTTGCACTATCGGTATATAGCTTAATTTAAGCTAAGCTCAAATATTTGCTTACAAAACGTTACCAGAGCT AATTCTCAAGAAGGTATTAAGCAGAAGAAACAAATCGCTCTGCAAGTTTTGGCTAATACACTGACATTTT GGCCAGTATCGGCCAATGTGCTGAGCAAATATTCTTAATAGCAGATTCTTGCATGCTGCATAAGAGTTCG TCTATGGCTCCATAGCTCAGCTCCATCTTGCATCAGGAACACAACTAGTAAGCGGCCAATTTGGGGAAAC TTCCATCAGTTCCAATACTACAAGTCTGAGATCGTTGAAGCTGAAGGCACAGTTCGGGGACAAAGCTGCG GTTTGGAAAATGGCCTCGTCTGCCATCATAAGTCGGGATGTACATGGTCACACCTCAGACATCTCTAGTT GATGAAACTCAAATTTCTTGAGAGAGAAAATCAGTCATAATAAAGATTGACTATTGCTGTCATCATTTTA GAGATTCTGACAAAGATGGCCTTTGTGAAAAGATGTTCAAATGTTTTTGAGTTTGCAGGTTTGGTTTGAA TGTGTGCTAATTGTGTTTGTGTAAGATCCATAATGAAAAATGGCTTAGTAATAACACGGATACTAGTTTA GACATTAAAAATGACATGCAAAGTAA
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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