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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_038205953.1 PREDICTED: Patiria miniata serine/threonine-protein kinase 31-like (LOC119732437), transcript variant X1, mRNA AGCCCTGCAGAATCGTGACGTCATGAATAAGAATCCATGCACATGTAAAAACACAGGGCGCTATCTATCG CATGTGGTTGTGAGTTTTGGACAAGTTGATTCGTCCGCTACAGAAGTGTTTTATGTATGTGGGTACACCA TGTCGAGAGGAAAACCGACATTTGATGTTTACGTGACCAATCTGCCAGATGACATTGACGATGAATTTTT GAAGCAAGAGTTTTCTCGAGGCGGAAGTGTGCAGTCAGTGACAATAAAAGACGGAAAGAACAATGCTGCC AAATTTGGATTTGTGCGTTATTTGAAAGAGGAGGCACAGGATTCAGCAGTCACTCAGTTGAACGGGAAAT ACATCAAAGGAAATGTGGTGGTCGTCCAGAAGGCAAACTACAAGAAAAAGGGAAATACAGACACCAATGC ACAGAATGGAGAGAACAGACGACAGCCGAGAGGTAACTATCAAGCTAATGGTGTCAGGCAGCAAGAACCA GTGGATACATCTCCAGAGTACATAGAGCAAGCCATCCTGATAACATACGTGATAGACGCATGCACTGTTT TTGGCCAGCTAGCCCACCAGGACATGGCAGAAGTCAGTGCCAAGCTAATGATGGAGATCAACCAGTACTG TCCCGTGGCGCAGCAGATAGGCCCAGAGCAGCCAGATCTTAACAAGGTGTATGGGGCTCTCTTCTCAGAG GATGGGATGTGGTATCGGTGCAAAGTCTCGCCGAATCTGGATGGGTCCGGTCAACAGGGCTCCAAGGTGC GTGTTCACTATCTTGACTATGGCAATGACGAGGTCGTTGATAGCAGCTCATTGGTAGAGCTGCCCATGTC GCTTGCCTCGCTACCCCCTCAAGCCCACATGCTAGTCTTCCGAGGGATCAAGCCCACAGCTCAGACTACA GAGGACAACAGAAAGGCTGTAGAGTTTCTGCAAGCCGCCACCGACGGCAAGTCCGTCATGGCCCGCCTCT ACCGCCCTCTACAGACCACCTCCAGCAGCACACCAGTTGAGATTTACGACGGCCCCAGCGGGCTGAACGA CGTCTTGATCCAGAAGGGATTTGTTGTCAGGGTCCTGCCCCCCTCCCCGAAGCCACTCCTGGGCAACAGC CCTGTCACCGCTAACGCATCTTCTCCAAATACTTCCAGGGGGAGTCCCACCCCTGGAAATTCATCAGCCA AAAATGCAGGGAGGGGCTTGTTGGAGATGCCCCCTATGCAGCCCGACAAAAGGAGCCCTAACACGGCTAA ATCCCCGAGCTACCAGAAGACTGGATCCGCAGGGGCGACCACAGACAGACAAGGTGAAGTACAGTCGTTG AAGAAGGAGATCACTCACCTCAAGACAGACAAGGCCGAGCTGGTCAAGAAATGCCACGAAAGTGTGCGCG AGATCACCAAGCTAGAGGGGGAGAAAAAGGAGCTGCAGACCGAGTACCAGTCAGTCAAGGAGGCAGCCAC AAACACACTTTCATGCCTGAAGAAATTTGAAGACAAATACGAGACCGCAATGCAGACTAAAGCTGCGAGC TTGCTGGAAACACTTGCGGCCCTGAAGCAAATAAGGAAACAAGTTGTGATTGACCCCGACATGCCGGACC CAGTAGAGAACGCCATCACGCTGTTGACCAACTCCACCGACACATTTGTGAGTCTGACAGACGGAATCAA TGAGGAAGCGGTGCAAGCAGCTCAGAGTGAGCTCAGTAAACACCAAGCCAAATTCTACCTACCAGAAGCA AAGGATCAGTTAGATGAGCTGATATCGTCCCGAGACCAAGCCCGACAGAGGACGTATGAGGCCATATCAA CGTTCCTGGATGTGGTTAACAATCTGCCAATGGCAGAAAGGAGAGCCAAGATCGAGAGTTCTTTGGGGGA GCTAGAGGAGACCTACCAGCACATGCTGGATGGCCCCACAGACGAATCGCTGACAGGACGTGGGGACGGA GACCGGGATCAAATCAACATCTGCATCAATTACAAAGAATGGAAGGAGAAGAAGAGTAAGCAGTTGAAGA CGCTACGTGAGACGACTGATCAACTGGCTGGAGTCTGGCGTGAGACTGTTCGACAGAACATGCTTGATCC ATTTGACATGACCTCTGACCTCGCCAACCCGTCTGTTCCCCCATTGGACGACCTGGCCCAGTGCCTCATC GTTGCCATGGAAACAGAGATTGCCATGACGGGCCAGGACTCTACAGACCTGAAGGTTGATCCGGCTTTAC TGCAGAAAAAAAAGGAAGAGAAAGGTCAAGAGACTGCCATTCTCAACAACACAGTGCGCGTCGTCGTCAA GCAACTGGGCCTGGAACTAGACGCCATAGACTACATCATCAGGCAGAAGGATTCTTACACGGCAGCTAGG AATGACTTTGAGAAGTGGCTTCAAGACAAGCCTGATGTGTCCTGCTTGCAGTCCATCCAGAAAGAGATCA AGACGTTGAAGTCTAAGCTGCGTCACAAGCTGGCTGATAAAGATGACTTGGAAGAGGATCCAGATTTAAA CAGTGGCGGAGAACTCCAGAAAATTGAGAAAGAACTTACCCGCATCCGTGCTGACTTACAGAGGGCATAC GCCGAAGAGGACATACTATTGGAGGAAGTTTCTGAGTTGAGTCGAGTCCATTTCCCCGAGCTTGTGCATC AGTATCCGACTTTTGACATCGAAAACTACCTGGATACGCTGGGTCTTGTGAAGCGAGGTCGTGACCTTCA ACAGTTTGACCTCAAACCGTTGCCAGGGTGCAACAAGAAGATGATTCATCTGAGCCAGTGCAACGGCAAA CCCATCCTCATTAAGTCCTTCTTCATTCCGGATGATGCAGCACGGAAGGAGTTCCTCGTTCAAACCGTAA AAGCCATGACAACAGGCTGCGAGGGCCGACTGATCGCCAACGCCGTTTACTCGCTGTCCAATCTTGGGGA GGTCCACCTCCTGCTACCCTACATCGAGATGGGCTCACTGGAAGCGGCTGTGGCTAAAGAAGGTTGCTTT GCTGCCAAACCACTGACCGCCAAAGAGCTGCAGTCCATCTTCCGTGATGTCTTGACTGGTATTGACCAGT TGCAAGAGCTCAGTCAATCCACTGTCCACGGTGCCGTCCACCCAAGGAATGTCCTGCTGACCAGCCGCAG CTCGGCCGTGCTTGCCGAGTATGACATCACCAAAACACCCACTCAGCGTGCCCAGCAGGCCTATAAGAGT GATAACGGACTGACTTTCTCTCCGCCTGAAGTCACCAGCGGTCTGCCAGCGACACCTGCCTGGGATATGT ACAGCTATGGCATGCTACTGCTCTGGGCCCACTGCCCAGATGAACAGTTTTCAACCCTCCCAAATGGCAC ACCGGATCTGTCCTCGGCTGAAATGAACCAACCTCTGAAGGAAATCATCTGCTCGCTCCTAAGCCACGCC CCTGAGAAACGCCCAAATCCAGAAGAGGTCATGGCAATGGACTACTGTACCAAATCTTTGCCAACTGAGG ATACTGATGAAGTGACGGAAGATGTTTTGGAAGAAGAGAATGGGAACAAGGTGGAAGTCGAATCGGGGGA TCCTAGCATGGATGAGATACCCGAAGTTGAAGCTAGTGTTCCAAAAGACAGCAATGCCGTCACAAGTGAC GGAGATCTCGTAGAGGACAAGGCGTCTCCTCTCGAAACACTCCAAGATGAAAAGATCGACACAGAAGAGT GTGGCAAGGAAACGAAGGGGGCGACACCTGAGGAGCGGGAAGAAGCGAAGACAGATGATGCAGGGAAGGT TGATGAAGACGAGAAAACTAGAGACGATGCAAAAACAACTCCACAAGCGAGTGCTCCATCCTCAGGATCC ATCCTCCTGAAGAAGATGGTGGCTGCCATGGCAACCACTGGAGAGATGGGCAAAACAGACGCCGCAAAGA CAGTGGATGGGTCGGAAATCTAACAGACGGAGATGTGGAAGGAAGGCCACAGAAGCATTAGTTCAAGAGC TTTCATTTTGTTGTATTCAAAATTGTTTGAGAAGAAAGCAAACAATTCTGCATTGGATAAAAGCCATGGC GATTCAAGGTTAAAAAAAAAGTGTTCCTAGATCATTATTTTAGCGGTTTCCTCAGAACAGATGTTTGGAG ATTATTGCTTTAAGTTTTATTTCAGAAATCAGCTTTTAAAACTTTTTCCCTGAAGTGTATGGGAGGACAC AAGGGTAAGATTTACAAGTGTTATGAAGAATGTATTGAATGATTCGAATGGCAAATGTGATTGCAATGTT TTGTCCAATTGAACTAAAAATTTCAAACCTTTAAAAGGAACATTTCTCAAAGCTAGACAAGCATGTGTTA TTTGGGGAAAATGTGTTAAAATATCAAGGAAAACCAGTAAACGTGGGTACTTCGATAATTGTAATGGACT TTGTGCATGAACAGATGGTGCTTCATCCAAGCGACAAGGCAACTTAGGTTTTTGAATTTTTATGCCTCCA GTGCCCATGTAAGATATGTTACATTCCAGTTTTTTCGATATTTGTATTCGATTCGCCCCACTGCTTTACT CTAAAACTATTTTTCTTAAGAAAAAGCAAACATTCAAGTTCAAATTTGTAAAGTTTAAGATGCCTAACAT TTTTTTCAGCAATTTCTTTCTTTATGACGTAGATGTTCCTTAAGGAAACTTTTCTTGTTTTACGCTGTTT ACCCAAATGTATATTCACTACTAACTTTGTCTGTCTTTTTCTTGTACTTTTTTAGAATTTAGACTAAACC ACAGACCAATTAGTTTGATCGTTTTGAGTCGTATAACCTTTCCTTTTTAAAATGTTAATTTTTTTTCTCA GGTTTCGAAAAATAACACAGGTTAGTGTTATCTTAGGCTGAATGAAAAGAAAATAACGAGAAATACAAAC TCTTTGTTTTCATTTTCATTCATTTTTCTTCTTTCTGAGATATTTATATAAAGTCGTCAGGATATGTCGG CAGAACACAAACATTTATTAGTTTTTTTCCGCCTAAGAAATTAATCAGTTACAACTTAACAAGTATCTCT AGGATTTTCCTGAGCAAAATTATGCATTGAATACATCTCATTGGGTTAGTCAATTTAAATCTTTAATAGG CAGATCCGGCCGTGATTATTTTGATTTCAGGTCTTTAACTTTTCACAGATATGAAAAAAAGACACAAATA TCATCATGCTACATGTTGAACACTTCTATTTTAGAAAGCTCCGTGTTATAAATTAACAGTTGCCAAAATA TTTGCCAATGTGCTATGTTCTGTTAATATAAAAGTAACATTTACATATATACGAAAGAAAAACTAAAGTT CATTTAAGCAAAGTTATTTGTATTGTTCGTTTTGAATTCAACATTCACGGCAGTGTCGTAGGTGCAACAA TGCTTCGTCCCCAAATGTGGCAGTCAAAGTTTATATCCTGAGTTTATCGAGCAACGTTTGCAAGAACTTG GTGGCATTAGCCGGTTTGAAACGCTCTGAGGCGATACAATATTGCCTGTCCACAGAAATGTACTGGTACA AAATCTACCATTACGGCAGGAGCAAAAAAAAAAA
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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
