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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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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_038220687.1 PREDICTED: Patiria miniata uncharacterized LOC119744640 (LOC119744640), transcript variant X1, mRNA CAATTTGCAATTCTTCTGGCGGCCATTTTAAAGATCATCATTTTAATTTCGCACGGCGCAAAATACATGA AAGAGTACAGATATAACACGATTGTTCTGACGTATCTCTGTATTATCAGGGTGCAAGGAGGCAGTTTTGA CCGTCTGACCGTAGCATTTTACTTTCGCGTTTCCAGATAAAAGACGCTTGAGCCTGAAGCGCTTGTAGAG AGCTTGTTTTGGATGTCGCAAGTCGGCAAGTTCACGTCGTCCGGTGGACAAAGAGTGACCAGATCGATGA GATCTCATCTTGATGAACAAGATGGGCTTTGATGTCCCTAGAACCAATTTATTGTAACAGGTGTTTGGTG CACTCACATCCCGTATCATGGAGGGGGAGCGACTACTCCAATGTATAAAGAGCAGTACCGATGTTGAGCC CTTGCTCAGAGATTTAGAGGTTTACTTGGCTCCTATCCTGCGGCACAAGACCAGCCCATCGCAGGAACTG GCGGCAAAGTATGGGTTATACTCGATGAAAGTTCTCCGCGCCTGTGTGCAGCAGTTGACGGTCCTCAAGA CCGGCCATGCCACCATCATAGGGATTATCCGCATTGCAAACAGGAGCTACCAGTGCATCCGCAAGGCCCG GAAACACACCAAGATGGTGCCGCTGTCGTTGGAGAAGCTGCTGTTTCACATGGTGGTGCAGAGTATGGCC AAGGGACTGGTCGCAGACGCCACGGCGTTTGCAAGGAATCTGCACGAGCATCTCAGCCTGTGTCGGCATA ACTTTGTCACTGGGGACAGCATCGATAACGAGTACGACACGGTGTGCAAGCAGGCCTTCAACCAGCTCTG GAAGGCCTGCGTGGACCTGGAGCACTCCTCCAAGCAGGCGGCCACTAAACACATGGTGGTGCTGGATGTC CGGTCACAGTCGCTCGCCTTCTTGATGCTGACAAGCTACGAAGTCTCCTGGGTGGTCGAGAGAGCTCTCC GGGCCATTGCCGAGTTTGACCGAGCCAGCAACAACTCTCTGGATGAGAATAATCAAGTGCTTGAGTTCCT TCAAAGTATCTTGGACACCTTGCTCAACAACCTAGGAGACACCAAGAAAAATCGGGAACTGCAACCAGAG GAGGCATCAGAGCTTCTGTCTTCCCTGTTTGAACTGAGTCTCCAGTTTGCAAAGCGTTGTAGTCATCTCA AGAGACCCGAAGAAGCCCTGACCCTGCATGAAAAACTCCAAGAGATTATCGTCAGCAAGTGTAGCAGACA TTCCCAGAAACTTTACATTGCTGCAGTCAGCATGATTGAAACTACCCTCTGCATGAGAAGACTTTCGTCA TCGGATGCCTCCAAAACTGCGAAGAGGTCCAAGTCCCAAAAGCCAGGAGATCTGGTTGGGACTATCAAAG AGAGAATTGAGGGTGTAGTGAGTAGCATCTCCAAGATACTCGAACAGGGGGATCCTGATTTTAAGGCTGT CCATTGCCTCGTGGAGGCTCTAGAGTTCTTCAAAAAGAGGTTTGAGGGCGCTTCTAGCCAGCAAGGTAGG TCGGGAAGCCCCTCTCCAACCGCGGTATCTGAGGAGCTGGTTCCATCAGTGGATGCCGCCTTGAAGCTCC TGGTGGACCTGCTCCAGGTGCAGAGAGAGCACCTGCAGACCACCTGCAGCACGGCCAAGGAGTCGTCTGC TGGCAAGGGCAAACAGCAGAGGATGTCGCTCCAGAAGGCAGTCAACAGACAGCTGGCAGTGCTCAACCTC ATGTCCGTCCTCCTGCTGAATCGAATGGACCACACCGAAGCAGCGGCCAGGAGGATGACAGAGGATGCAC TGAGTGTTTGCCAGAGAACCAAGGCTGTCATTGAGGAGGTGTCCAGTGGAGCAGGGGGAGCCTTATCAAA CAATGAGCACAGGTGGTTAGGGACCAATGCATATAACCTGGGCCTAATGTGCTACAGGAAGAAATGGTAC TTAGACGCTGTCCCACTGTTGAGCGTGGCCTGTGAGCAACTGCAGGTATGGTGTGTTACAAAGGAACTTA TGGATGAGGAAAAAGTCAACAAGGTCCAGCTGCCAAGCAAGTACGAACTCCTGGTTGACTGCCAACGAAA GGCTGGCCGGCACCGCGAGGCCATGCAGACAGCCGTGACCTACCTCTGGGCCCACGCCAGTCACCTGACA GATCAGCTGACCACTCCCGTAGAGTACTGGGTCAAAGCCAAGAGAGATATTGTGAAAAGTGCAGAGGACG AACAGCTCAGAACAAGGACCCTGTTTGATGCCATTCAGGAAATGGAGGGAACCATCTCGGACGAGAGCTG TAGTCTTGTCTCCAGGCTGCTTGAACAGGAACTCAGCATCTACAAAGCACAAAGATATGATACCACCGTA GAGCAATACGCCGTAGTGTGTGATCTACTCAGCCTGTACAGCGATGACAAGATGAGACTGCACCGAGCAC ACGCCCACATTGAGCAGGCCCAGCTACTCCGAGATGGCACACTGGACACTGACTGCTCTCCCGTTGACTG CTGCAAAGAGGCGCTTCACCTTCTGGAGGACCTGGCCCAAGACTTCCTGCAGCAGCAGCAACAGGAGCAG AGCAGCAAAGACTACCTGGTGGTGTTTGATTTGCTCGCCACGGCCCACTTCTGGTTGTACATCTGCCAGA GCGAGGCAAATCAGGCAACTTACATCACCTCCCAGTTCCCCAGCACCAAAGAAGATCCCGTCCAACCAGA GTCCCTCGAAGCACCCACCGCCAAGAAGGACAAAGCCTCCAGCTACGTCCCGTCCACCTCCTACACCTTA GCAGCCGAGCATGCGGCCACCGAGCCGCTGGACCGGGCCCTGGACATCTGGAGCGACCTCATGACCGCAG ACGGCTGCAACCAGTCCATGTTCAACGATCCATCCTCCACAGGTTACTGCCTGAAGGTGGCTGCCTCGCT GTGCGAACTGGCCGACAGGCCTATCCAGCAAGTCCAAGCCTTGAACCTCCTGGCCCTCCTGTCCACCGCT ACCTCATCCAACGAGGATACCATCCTGGCCTACTGTCAGATCATCCAAGCACTGTGTCGCCTGGGAGCCT TCCAGGAGGCTGAGAGTCTGCTTGCCCGTGCCCAGACTCTGATGGGGAAGGCGGTGCCTGATGGTGACGA AGGGACGGGATTGGAAGCTGCGTTCACGATCACTAAGTGCTATGTTATGCTCGCCGCTCGCAAGATTGGA GATTTTGAAACACTCCTGGGGAAAGCCCTCCGGATCCACGGCCACAAGCGCCGTTCCCGTCAGTCCTACC TCCGGAACGCCTCCCTCAAGCACCTCCAGGCCCTCTACCTGCTGCGCCCACCCACGGAGCGATCCCAGGA TGTGTCGGTACGCCGCGACCTCATCCCCGACGACCTCTCGCCCCTGGAGCTCCGGGCGGAAGCCATGCGG CTCCAGATGGGGGTGGGCAGGTTGGTGCTGGGCGAGGCGGTGTTTGGCAGCGAGCAGAGCGTGCAAGGAG ACGGGTTCAAGCTGGCCGCTGTAGGCAATGATTCAGGCTGGAACGACATAGAGTTCAACCAGTGGACGGT GCTGGCCAGCGTGCTGCAGTCTCTGTACGACGTGGGCAGTCTGTACATGGAGCAAGGATGCACCAGGGAG GCTAAGAGTTATCTCAAGGAGGGCCTCGTACTCGCAGACAAGTTCATGCTGCCCAGAAGGTCCGTCGCTT TTCTACTCCAGCTCTCCAACCTGCACACCCAGTGCGGTCAGGAGGAAGACTGCCTCGCCAGCCTCTCTGC GGTCCAGCAGGTCCTTCACCTCCCAGAGAAGGCATCTCAACTGAGACGGCGCGACAACACATCGGTAGAT GCCCAGGACAAGAAGAACAAGCATGGGTCGGATACCCACGTGGAGACTGATGAGGATGACAATGATGACA ACTTCATCAGGACCAAGAGGATCTCCATCTCGGCGGAGTGTTCCTCAAGAGGGACATTCCTTGGAGACAC TGACACCACCTCATCCCCTTCTCTGAAAACTCAAACTGTCAAGCTACCTGGTTACCACACCCACCCTTCG GACTGCTTCTGTGCATCCTGCTGCGATGTATCCCTCCACGTACAGGAAGTCTCGTCGTTCTTACGGAGAG CCCAGTGTCTTGAACTTCAGGGTGAAGTCAGCCAAGCCCTTACGAATCTTCAAGTGGGTCTGGATGCGGC AGCATGGAGCTCAAAGAAATCCCAGGTACTCCTGTGCAAGAGTTGCTCCTGTTTGCAGAATGTAGGATCT GTAAAACAGACTAAAGGAAAGGAGGTGAAACGGCCCAAGTCTAAGCAGAGTAGCCCTGATCAATTCAATA TGCATCCTGAAACAGCCACCGAGATTCATGCATGCATTGCAAGGCTGACTTTGCTGAACAGCAGTCTTTC AGAAGCTGAACGGACCATCAAGAGAGGCTTGGAACAATCCACCGATGAAAGTATTCCCAAAGCGTGGTTG CAGTTTTATGAAATCCTTGTCACACTAGAACTTAAGTCTCAACGAACCAATACAACAATCAGCGATCTAA TATTCTCAATGTGGGATTTGCAGTCCAGCAGTAAACATCACAAGGACGTACAGGCTCCCGAAGAAGATCT TGCATCGCAGTTTGACCAACTGCACCTGGGGAAGCAAGTCAGCAAGCGCCTGGCACAGTTTCAAGACTCG GTGTTCTCTGAAAGAATGCACAGACCTGAGGTCTCTCGGAAACGCTCTGATAAAGTGACTGAGCCTGGTA TCTTTTGTGATATCAGCGATGATGATGATGATTCTAACGGTGTCCCGAACATGGCGGTTTGCTCTGCCAA AAGTACTAAGAAGCAGCGGCAAGTGACCAAAGCAACACCACATAATCTAGGGTTGAGTTCCAAGAAAGGA GCCCTGATGTTCAGCGTGAGGAAGAAAAGACCTGCCAAGAAAGTTGTCCAGGATGAAGTAACACCTCTCA ATTCGGCCGCACTGAGCGCTTTCGATTTTGATGAGCCAAGCCCCTCTGAGACCAAGAAGAAAGGAACACG AGGGAGACCCTGCAGAAGTGCAAAGACCACTGCTAAACGCAACGCGAAGATCATCAATTTGTTCGATTCG GATGTTGATGAGGTTTTCGAAGAGGAAATAGAGACAAAGAACTGCAAGACCGCCACGGGATCAAAGAGAC GGACGGCCAAAAAATCGGTGAGGATCAATCTGGATTCTGAGAACTTACCAAATCCACTTGAAACTGAAGA CTTACAGGAGGAACCTGCTTCATCAAAACCTTCAAGGAAATCTAAACAACCAACAGGAGTAAGCGAAGAC AGCACGGCTAAACCTAGGCGGGGTCGGAAACCCAAACCAACGGACACAGAACCATCTGAACCATCGACGT CACGATCGCGCCGTGGCCGGAAACCCAACACAGAGAATTTGCGGTCAGAGGTCGTGACCCGGGTCAGCGA TGATATACTTCAGGATCTCCTCTCAACCTCCCTAGAGCTTGAATCCCCGGTTAAGATGCACCCACCATCC CTCCAAAGCCCTAACCTTAGTGACCTACGTTTTGACTTTGAAACCAACCAATTTTCTAGGAACATCCCCA CCCTGAACCCTCTCCCCAATGGTACCTCCCTTGTCCTCCAAGATCTGGATGAGATCGAAATCCCGCGTGC AGGGTGCGACTCGGACTCAGACGAATCAAAAAGCGCCATCAACATTCGTCGGAAAACAGCCAGAAAACCT GCGGCATCGAGAAGGAAGACTGGTGAACGGTGTATCGTGGAGGATACGGAGGTGTTAAGGGGAACAAAGA ACACCGCGGTAGATGCTGAGTCAACTAGGAAAAAGACACACCAACCTGCACAGTCTGGAAAGGCTCAATC TGGATTAATCAACCCAGACACCAATCTGGCCTCGATTATCTCCACCCTGGAGCAAATGAATACCCAGGTG CGTCACCGTGCCCCCGCCCTCCTGTATCGCCGTGTGTGTCAGCTGCTGGCCGCCTGCTGTGGTGACAGGG ACCCAATCAAGGCGGCTTACTACCTGAGCGAAGCCACGGCAGTGACCCTCCGACATCAGAAGCTGGCCAG CCTAGCCAAGAAGATGAAGAAACTGAAGAAAGAGATTGACGCGGACAGCGTCCAGAACCTGGCGGAATCC CTGGCCACGATGGCACTGGATTGTAACAGCAAGGATGGCCGGACACACAAGAGCAACCTGAAGCATCTTG TCAACCAGAGAGCCTTGTTCACGTTCAGTCAGGACCCTGCAGGGGACACCCACCTTGATGTGGTGCAACA GACAATCAATGCTCTGCCGGAGGGATGGACAGTGTGTATTCTGTCGGCCGTCTCATTCAGTGCATCTCTG ACTGGTAGCCTGACGGACGGGGACCGGTTAATCATGTGCCGTCTCAGTAGAGGTAACACACCGATCATCG TCAATCAAGCTATGAGTCCCAGTGGGCAAGGCCCGTCGGCCGCAAGCCTCCTGGAGGAGTTTGACAGCAT CCTGACAGAGAGCAAGCTCAGCGTCAAGGAGACAGACAAGAGGGCCTGGTGGACCTGCAGACAGGAGCTA GACCAACGCATGCAGGCCTTAACGGATGCGATGGAGGAGACTCTGTTAGGACAATGGAAGGGGCTGCTGA TTGGACAAAGGAGGAACAAGGAAGAGCGACGAACCATAGCCCTGGCTGCAGACAAACTCAAGACTCGGGT GGAGTCTGCCGGCCAGAAAACGGTGGACTCACAGCTCTGTCAGTGCATCTTGGAGTCTTTCCCCAAGCTC AGCAAACCGCACCTGAATAGCGCCCTCGCCTGTTTGACGGGTCTCCAGCCAGGCTCCGAGGAGCACTCCA GCCTCGTTTCGTCCTTCAAGCAGCTCACTAAAGACTTGGCGCCGGCTACAGGCAGGGAACCAGTTATACT GATTCTGGATAAGCAAATCCAGCAGCTTCCGTGGGAGACCACGCCCGCTCTTAGGGACACGCCCATCTGT CGGATGCCCAGCCTGTACTTCATCCTGTCCCATCTCAGGTCCCGTGGCTCCTCCAACCCCGCCTCTGACC CCAGTCCCGCCCTGGACCCCTCCGATACCTTCTATGTCCTGAATCCGTCCAACGACCTCGCCAACACGCA GAAGACCTTCCAAAAGTGGTTTGAAAAGGAGAATGGCTGGAAGGGGGTTGTCGCTAGACCTCCCACCAAG GAGGAGTACAGATCAGCTCTGACGGACCACCAGCTCTTTGTCTTTTGCGGTCACGGCAACGGACGAGAGT TCCTGACAGGGGACGACATCCAACGACTGACCTGCCGTGCTACAAGCCTTCTGATTGGCTGTAGCAGTGG CCGGCTCCACGCCACCGGTAACCAGGAAGCCAGCGGCATGGTGCTGAACTACCTAGTGGCTGAATGCCCG TGTCTGGTGGCCAACCTGTGGGACGTGACCGACCGCGACATTGACCGCTTCCTGGAGCAGCTCCTAAGAG CCTGGCTGGACGGGGGAGGGAGTCTTCTGGACGGCATGGCGGAGGCCAGGCAGGCCTGCAAGCTGCAGCA CCTCATTGGGTGCTCCCCGGTTGTGTACGGCCTCCCTGTGCGCCTGTGGGATAACTGCCGGTGACGTTTC AAATCATTGGTTCTCACATATACATGTACACAGATGTGTATGACTTTCTTTGGATGGGATAATGATGAAA ACCTTGTGAAGGGAAAGCCGTGTCCAAGAGGGAACTTAGAGGCTATGGCTCTGCATTGTTACCATTGTTA AGGTATGGTGAACAGCCGTAGCTGTAGACAATACCGTTTCATAAACTGCCCTTTAAATTTATGGTTATTT ATGGTAATTTATGGTAATTTATGGTAATTTATGGTAATAAATTTTAAATTCAGTATTCACTTGTTTGGGT TCCAAAAGTAAAATTGTTTCTTATTTGTAGCAGAGGAATTTTAACCACAGTGAAATACTTGGGTTTTGTC CTTTGTCAGATTTTGAGTACATTAGTGTTTTTTAAGGCCTTTAGTTTCATAAATGGAATAATTAGAAATG ATTACAACTGCAGTTACATGAATTAATAACGTATTTTTGTTCAGTCCGTTATTTTTTTGTTACCAAATTT CAAATAGTTTCAAAAAGATTATTTTTATTTTTTCCCCGAGTTCTCATATAAATTTTGTCAAGATGTCATG TAGTTCTGTATCGACCAAACTAAATAAGAAGTCATTAGTCCCCTTGTCTTTAGGGGGACTACATATTACC CAATTTGATTTTAGTAAGTTGATTAGTGTGATCTCAAACTCTAATTAATGTGAAAAGCAATGAATTTATT TACTGTTTTCCAAATTAACATCTGTTTTTCATTGACATACATATAGTTT
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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