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Echinobase
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Echinoderm mRNA
Echinoderm protein
Echinoderm CDS
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
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>XM_787042.5 PREDICTED: Strongylocentrotus purpuratus eukaryotic translation initiation factor 2-alpha kinase (LOC587307), transcript variant X1, mRNA CATAGCTAGCAAAACGTAAATACACGTCAGGTTAAATCAGCCCGGAAAGTTCCACATCATTCAGATCCAG TCTCAAGAACAATGTTAGACTTTATAGAGTGAAACCTATTGCAGGAGTGGTGAGTCATCGTTCCCCAAAT CCCCTTTTGGTTGCCCTTGGTTGGAACTAACAAATGGTTGATGGATGCAGCCAACAACAGAGCAAATCTA AGGAGAATTTGCTCACTTTTAGCTTGCATTGCAGTGGTCTGCAACAGCATTGCGTCAACGGAGGGGAACC CCGGGACTTTAGGCGAGAATGACAGTGACCGTTTGGGAGATGGCGCAGGTATTGGAAATGTTGCGAATCG CCCGTCATCAGAAAGGTGTACAGCCTCTCACTCACAAGGTGTCAACAGACCGATGATGATCGTCAGTACT GTGGATGGGAAGGTTCTTGCGCTGGACATCCAGAATGCCGGTCAACAGCAGTGGAGTATGGATGCTGGGG TTGGTCCTCTTCTCTCATCATCCATCAGTCAATTTGAGATCATGGGTCCAGAGGGATTATACAAGGTGAT CCCCTCACTGAACGGAGGTCTGTTCAAATGGGATGGAGAGACTCTAGAAGCAGTTCCGCTCACAGCAGAG ACTCTTCTCAGTACCTCCTACAGACTCAATGAGGAGACGATGATGGTCGGTGGAAAGGAGATTAACACCT TTGGTATTAATGCTAGAACTGGAGAGTTGCACTATATTTGTGGAACTGGCGGATGTCAGCTTTATGGAGA TGAAGCAGAAGATGACCAGGATATCATTGTCATTCAGCATACCAGGCAAACTGTGAGGGCAGTAGACCAA AGAAACGGCATGGAAAAATGGAACTTCAGCGTGGGCCAGCATGATGTCACGTTCCTGAAAGGAAAGCAGC CCTCAAACGATGATCTAGCGGAGGAAGAAGAAGTGGTGTGCGAAGTGGACGATGAATACGACTCTGAGGA TAACATCCCATCAGTGAAAGTAGACATGGCAACCAAAACAGTCTTTGCTCAGGGCGGGGCTAGTGGGAGA CAACTGCTTTGGTCTCACGAGTTGGAGAGCTGCATAGCAAATGCATGGACAATCCAAGATGGCGTTGTGA GGGTGGTTGACCTCTTTGAACCTGTGACCCTTGGCCTTTCCTCTGGTGCTGACCCTCAGATGACCCCATT CTTCTCTGATTATTCCCAACCTATGCTGTTCATAGGAAAGCACAAGGACCAGCTCTACGTCCAGCCGTCA CCAAACACCAACTCTGAGATCTCCCAGGCTGCTTGGGCGGCCCAGCGAGGGCAGGCTAACCCTCAGGACG GTAGCCTTACAGCACCTAGGGTACGCTGGAGGCCCTATGCATACACCTCTGTCTCCAGGACACCCACCAT CGTAGCAGCCAAGAATGAGGAGAACCTGCAGGCTGCTGGCAACAAGGACAAGGGAGAATCTAACAGGGAT GTCAGTGTGTGGAATCAGTACCCCTTTGACAATGGATACTACCTACTGCACCAGCTGACCCCTATGCACA TGATGCCACAGAATAGACAGCTAGAGGGCAATGAAAGTCAAGATGGCGGCTTAGAAATACTCTTCAGTGT GTCTGTTTGGACATGGTGGAGGGAAATCTTTGGAACCAGTATGCTACTTGCTATTGGGATGCAACTGTTC TTCCATTACGTTCTGAAACCACGAAGGAAAAGGAGAGCTGCTGAGAAAGAACTGAACGATGAAGGAGAAG AGACAGAAAAGGAGCAGGGGAAACCATCCAGCCCTGAACTGGACCGTTCAAGCGACCCTCTAGCTCAGGA GTACAAGTCAAGGTACTTGACTGACTTTGAGCATACAGAGTGCCTTGGTAAAGGAGGGTTTGGAATCGTC TTCAGAGCAAAGAACAAGGTGGATGAAAACAATTATGCCGTCAAGAGAATCACCCTCCCAAACAGAGAGG AAGCGAGAGATAAAGTCCTAAGAGAGGCCAGGACCCTGGCTATACTGGATCATTCAGGCATTGTAAGATA CTTCAACTCCTGGCTTGAAGAGCCCCCTCTAGGTTGGCAAGACATCCAGGATAAGAAATTTGTGGGTGAA AGCAGTCTTGGTGGGAATGATGGTCTAACTTCTCTGGATACTCCAGCCTTCTTCAACAAAAACAGCGAGC TCATCCGAAACCATGATCAGTTGATGCAGCAGACGGGCGGCAGATCAAGCATGGGTCCAAGCTATGTTCC TTTCAGCAAAACAAGGGAAAGTCCCATCCTTAAATTTGACCTGTCGGATGATAGCAATGTTAGCAGTGAG GGCAGGGTCGATCAAAAAGGAGACAACAAGAGAGCGGGAGTGGAGTCTGACATCCTCTTTCCCGGAGCCG TTTGTGAGTTTGAGGAGAGTGGTTCATTCAGTATTGTATTCCAAGGCACAGAAGAGGAAAACAGTCAAAA TATGAGTGTTATTTCAGACACAGGAGAAGAGACTCCACAGAATCTAGCCACCTTTGATGAAAGCATATCC AACAGAAGTACCGACACATCCCTTGATAATACAATGGATGTACCCTTCAAGCACTATGCTAATGATGCGA AGGATATCAGAGACCTTGATCGAAGCGAATCATTCCAGATAGTCTTTGAGGATTCAGGGTGCACCGATCA GCCTAGGTATTCAGACTCCGAGTCCACCCAGTCGGACACCTCTAAATCCTCCAAAAATAGTTCAACACCA AGCAGCGCTCCTTGCATGGAAGGACATTGGAGAGAGACGTCCTCGCACCATGCCACGGATCCAAGCCAGA CCCCCACCACGACATCGTTGGCAGTGATGAAAGTGCAGAAGATCTACCTGTACATTCAGATGCAGCTGTG CCGTAAGGAGACCCTCAAGGATTGGCTTAGTACTAACACGCTGTCCAGGGATAGAAACAAAGTGCTTCAT ATCTTCCATCAGATCCTGGAAGCGGTCAACTACATCCATGGATGTGGTATGATTCACAGAGACCTCAAGC CCTCCAACATATTCTTCTCTGTGGATGGGAAAATTAAGGTAGGAGACTTTGGTTTGGTGACGGCCATTGA TACGAGCATGGAAGGAGCTGAAGACTCTGTAGATGGGGCTGCTGGACATCTTCATACTGGCAGAGTAGGA ACCCAGCTGTACATGTGCCCAGAACAGGTCTCTGGTCAGAACTACGATCACAAGGTGGATATTTTCTCTC TTGGACTCATCTTCTTTGAGCTGTTCCATCCCTTCTCAACCCAGATGGAACGCATCACCGTCATGTGCAA AGCCAAGAGACAGGATTTCCCTAAAAGATTCACCAAAGAACTACCCCTAGAGGCGAAATTTGCAAAATGG CTGCTATCCCACGACCCTGACCTCCGACCTGACACCGATGAAATAAGTGAGAGCGACAGTGACATCTTTA GCCAACTATACGAGGACTACGTTCCACCTTCCTATCACAATGTTAGGAACAGAGGAATTTCTAATTCATC GAGATAATGATGGCAGCAAGGTAGTCTAAATATATACAGACTCTGTCGAACATTTTCAGTGTGAATTCAA GAGCCAGTTTTTTTCATATTCAGGAGGAACAGATGCAGGAGAGAGCCTGCAGAACTGTTTATCCACATTC CAGGAGTCAATTAAAGGGGCTGTAGCATGGGAAATACTGGTTGACGCCATCTACGTCTCCTTTTGGACAA CTGCACGTACACGAATGGACCGAAGTTCTCCTCACACTTCAGTTTTGCATAATGTTGCATGCACGTGAAT ACGTAGGCCTACTGCGGTTACGTCGTCCGTAGTCGTATTATACCTGATTTTCCCCAAGTGGGCCTCGGGG GCAGCGCATAGTCTCGTCATGCTACAGCCCCTTTAACAAATGTTAATGTTGATTCAGCACAAGGAATACT CAGTTCACTGCATATATTGGACATGTTGCATTTCATGCACTTTTATGTATTTCATTAGAAAATTAGAGGG AAATATGTATTAGGAACCTTATCATAAGGAACACTGTTAGGACACAAGTTCATTATTTCATGGTTGCTTT GCAGGTCACACTTCTTTTATTCTATTGTGTCTTTAAGCCCTGATGTAATGTCCAAAGAAGTTTGTATAAC ATGGTTCTGCTGTATATAAGTGTTGTGGATAAATAGTGCAATCATCAAGGCCTTGAAGCAGCACTTTCCT TGGAAGAAGAAGAAAAGGGTAGTTTTAGAGATAGAATGTGATGGAACATCAAGTGTTTTAGTCACCTTCA CTGCACCCGACCCTAGTTTTATGATTTGAGCTGTTTAAATATACCTTGAAGCAACTTGGTTGTGTTGGAT TAGAAGATGGGTACCTGGTAAAAAAGTTACGGGGAGGTAGTAACAAAATTCCTTGAATTCTGCAATAATA TCTTTACATGTAATAGAGAGGTAACATAAATGACCAGTCCTATCTGACTGATAAACTAGAACTGTAAAAT CGGCCTACTGAAGTTTATGCATAAAAGGTAATGCATAGATGCCACCAGGAGAAAATCAGTGTTAACTTAA ATAATTGAAATGTGACCTACACTGCCAATAGCCAATACTTTTTTCACATGAACATCAGGAGACTGATTTG GTATGGATTTATATGTAGTTATTGTTAACGGATGAATAGGACTGGCCGTAAATGAGACTAAGTAAATTTG CTGCTACTTTGTCATGGATGAATGGACTGGAATTGAATCAATACATAATTGCATTGCATCAATTATGATT TTTCTGCATTCCTGACAGTGCTGTTGGACAATATGTCCCAATGGTGAATAGTTAATACAGTTGTGAAACT GTTAAGTAAACACCATAATGTGCAATTTATAGAAGTGTGTTTATCTTTAGTATGTAGTATGAGATATGTG TCACTGTTGTACCAGCTCACCTCCTTGTCAGTTTGTTTAATGGAGTTTTCTGTAACAATTAAACCAAACT AAGTTTAGATATACATTCATCGCTATTCTAGTATGTTTCAGCATGGAAAGGTGAAATAAAAAGAGTTTGG GGGCGTAAGGTCACATGTTACGGTCACATGATCATTGCTCTGTGAACATACATATAGGCGATGGTATATT AGAGGTTTTTGTTATATCCAACAAATATTTTCTGTAAGTTTAGTACATATGAAAGTGTGCTCAACATTTT CTTCTTGCAAAGAGCTTGCAAGAATTCAAACTGAAATGTCCCATTTTTGTGCTGTGAACAAGTGTAAAGT AAGTTTTGCATTTTTTTTTTTTTTATATTTGTGTATATTTGCAGTCTACTTTATAAGCTTTGTATTTATT TTTGTTTCCCAAATTACATGTACCTTCTTTGATTTAAAGTAGACAACCCAATACATTGTAGTGTTAATGA AACATAAAAACTTGAAATATGAAAAACAGAATATGAACCGGTCATGATTTTTCCTATGTTATGACAAGAT ATTGTATATCTTGATTAAGATTGTGCAAAGAGTCGATCAACAATTGTGATTTTACATTTAATGACAGCTA ACATTTTACAGGGCTTTAATTTCTTTCCTGTTATTTTGTATAAGTTCTCCAAGCAAGCAATATAAAAATA GAATGTTTCATAAACAAACAGTTCTTTAATTTCCTTCATACCTCCATTACATATAGGTTTTAATGATACC AAAAATTGTGTTTTATTGTTATTTGTCCATTCGAAAAGTTATACCCTAACATCATGATGTCTTCCATTTA AATGCATATGTCTTCAGAAATGAATAGTTGATTATGAAAAGTGTTTTATTCTTGTAAGTTCATTTTTCAG AACTTTATTTTTTTTAAATCATTTTTTGGGGGAGAATATATGCCATATCAATTATATTTGTCCAATGTTC TTGGATAATCTGAGCAATGGTAAACCATTTCACTGCAACACAATTATAGCCATAGCAAATTTTAAATGAA TATTTGAAGTACTTGTGTAAGCATTGTGATGCGTTATTCTATCAGGAACATGTAATGTAAAGTATAGTTA AAGGATTATGATGTAAATAAATATATGATCAAATTCA
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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
