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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_788648.5 PREDICTED: Strongylocentrotus purpuratus 5-phosphohydroxy-L-lysine phospho-lyase (LOC588990), transcript variant X1, mRNA TGTAAATATCATTTGTGTCGTAATATACGTAGCATGTGTACATAACACAAACTGGTTTGAAGACCGCGCT GAAGCGAAGCCGGATAGAGACCTCTTTTATACGTCTCTTCTTCTTAGAGGTACATACAGTGTAGCTTCAG TCCATCATATCCTGATTCATTTCACAATCTTGTATCAAGGTTTGGAATGACCCAGAGACCATCATCATTA AAACCCTCTCAGTAAGGAGTCATACTCAAACTCAACAAAACAATGGAAGGTCTAAACAAGAAGGAAGCAA TCAAACTCTACCAAAAACATATCGGATCACCATGCAAGCTATGGTTCAAAGAAGATCCCCTGAAGATTGT GAAGGCATCAGGACAGTACATGTATGATGATCAAAACAACAAATTTCTTGATTGCATCAACAATGTTTGT CATGTTGGACATTGCAATCCGAGAGTCGTGAAGGCTGGGGCAGATCAGATGGCAGTATTAAACACAAACT CACGCTTCCTCTATGATCAAATGGTACTCTATGCACAACGTCTAACTCAAACATTACCAGACAAACTCAA TACATGCTTCTTCGTTAACTCTGGTTCTGAAGCCAATGATTTAGCTCTTCGTTTGGTTCATCGTCATACA GGATCATCAGACATGGTTATTCTTGACCATGCTTATCACGGGCACACATCCAGCGTTATAGATATCAGTC CATACAAGTTTGCTAAACCGACTATGGATGGAAAGAAAGAATGGATTCATGTTGCTCCAGTTCCTGATAC ATACAGGGGCAAGTATCGAGATGTCGCTGTCGCTGGAGTGAAATATGCAAATGAGGTCAAGAAGGTCATC AAAAGGGCAGAGGCTAATGGTCGGAAGATTGGCGGGTTTATCTTGGAGTCGATGCAGAGCTGTGGTGGAC AGATTATCTATCCTCCTGGGTACATGAGAGAAGCTTTCAGTCATGTAAAAGAGGCCGGTGGATTGACTAT CTGTGATGAGGTTCAGGTTGGATTTGGGAGAGTGGGAACACACTTCTGGGCTTTCCAGACACAAGGAGAT GACATTGTTCCAGACATTGTGACAATGGGCAAACCGATGGGGAACGGTCACCCTATAGCAGCGGTCATCA CTACAAAGGAGATAGCTGATAGTCTAGGGAGAGGGAAACACCAGTACTTCAATACATATGGTGGTAACCC AGTATCCTGTGCTATAGGTATGGCTGTCCTTGATGTGATCCGCGATGACAAGCTTCAGGAGCATGCTACC AGGACCGGTAATCTGCTTATGAACAAAGTGAGAGATCTCGCTAAGAAGTACCCCCTCATTGGTGATGTGA GGGGTTGGGGGATGTTCCTTGGTATTGAGCTTGTTCAGGATAGATCAACCAAGATGCCAGCTACAGCCGA AGCGGAGTATACGATCAAAAGGTTACGTGAAATGCACATCCTCTTCAGCTCCGAAGGTCCATTTGAGAAC ATCTTGAAGTTCAAGCCCCCTATGGTCTTTGATGAAGGCAACGTTAATGATCTAATCAAGGCACTCACCG TCATCTTCTCTGAGCTAAAGAAGAAAGGTCCACTCAAGATTCCTTCCAATCATTTTCTCAACCAACCCAT CTGGCAGGCCAGGATGAAGGGACTTGACATTGAAGAAGATGAAGAGAATGGGTCAAAGAACGAAGGAAGA GGAGGAGGAGGGGTAAAGCGGAAGGCATCGGTAGGGACTCCGGAGACATCATCATCTGGCGTGGAATCTC CACTAGTACTCAGCGATGATGAGACAGAGAATACTTCAATGATGGATCGAAAGAAGAAGATGAAACTCAC GGTAGAGAAAGAAGAAGAAGAAGAGGAGATCGATCAAAATGAGATGGATTGAAATGTTACATAGACAGCT CAGACACTACCAGGCCTATTCTTTGTATATTCATTCATACTATGTCCATGTCTACCGGTATTACCTTTTT CTCATGCTATATTGATGTTCCTAAAACAAAAATTATGAACATTCTGTATTTATGTTAACAACACTGATCA ATTTGCTGTGATATCGCTTCATAAGAAACAATTATTATATCACATTTGCTGTGTAAGTTTCATTAATAAA GTGATGTCTAAAAGTTCTTCTTCTTCTTCTCCTCCTTTTCCTTCTCCTCATTTTTCTTCTTCTTCTCCAT CTTCTTTTTCTTCTTCTTCTTATTTTTCTCCTTATTCTTGTTCCTCCTGAATTTAAGCTCAGTACATATA AAATGAATACCATTCTATCTTATCATAATAATCTAGTATTGCCTTGGAGGATAGGAAGCAGATCATATAT ATTGTGTATATTGTAGTATCGCAGACATTGAATTTTATTTCACTTTCACCAGTCCATGAGGAGAAGAATA TATTATATATATTTTTTGAGGATGGGTTGGTGAGTGACTCGTAATTCAAGATAGATCCATTTATTTTATT ATTGATGGTGTGGCTATTGATACTTCTATGCATATCGCATTCAAATGTTTTAATCAAAATTTTATCAAAG TAATTTATCAAAGTAAAGCCCTGTTGTGATAAGGCGCAAATAGTAGCGCTGGTTGTGTGTTTTAATGTTG TGTAAGAGTTCAAAAATTGATAAGCAAATCAATAATGAAAGGTTCTACACATCAGTTTATTGGACAAATT GTTAGTGTAATTTTATGTAGTGCTTCTACTTGTGTAATATTTGATTTGCATTATTACCAGCAATGATTTG TATTTAGTCTTTACCCACTTTTATTGTAATCTGTTTCATGTAAAGTATTGACTATGCTTATGCCATATTG CTAGAAGTTCTACCTCAATAGAAAGATTTTTTAAATGTTTTTTTTTTTTTTTTTGGGGGGGGGGGGGGGA GGCCCTCTTGAAATCTTGAAATCAGCGTGTTATTTCATGCGAGCGTGGGCATAGTTGCTACACAACTTCC ATTGTAAAGTTCCTATGTTTTGACCAGTGTAAATGGGGCTACATGTAGATGCAGGGACTTTCCAGGATAT ACAGGTATGAATTAAAGGCAAAGCCTTTTGTGTGAAAGTTATATTATATTATATTTTGTAGTGTGAATCA AGTTTCAGTTATTGTTCTGCATACAAGTAGATAATGGCTAAATGAATTTGTAATTGTTACTCAAGAATGA TCTGCCATAGCTAGACTACTTCATATATATTGAGTTGAATGGTGCCTGATGCGGATCTTGATAGATACGG AATTATCCTGTTTTATACTATTGGATTTTGATGTAACACATATTTTCAGTAGACTCCCTCCACTCCCCTA ATTATCTCAGGCTGGTATTCAATGAATGAATATCAACATTTTATTACTCTGTGCGAAAATTAAATCTATA TCCAATTGCTTATATTAGATATACAGGTTCCAGAAGAACCAAAGATGCATGGTTGTCAGATAGTAGCTGT TGTTAAGTAGATGGCCCTTATAGTGCCATCAAATCTACCAGCTTGTCAACGTGAAATATTTTGTAAGGCA AGTTTTCATCTCATTTGGTCTTGATGTATGATGTTAGGAGCGATTTAACTTCATCAGTAATAATCTTTTC CAAATTTCTAAAAGGAAAAACTGGTTTCCTTGGGGTAAAATTATTTGGTACATTACCAATCTTTTGTCTC TTTATAGCGCAGAGCTCTCTGAATACACAAAGGACCTTTGTTGCGTGCAGTTGCCATTCATATACACGTT CAGAAAACGTGGCAGCTTTTTTGCGACGGTTTACCGCATCTGAACGATCCTTAAGGGGTACTAGCAGTTT TGTGAAGGCAAGAGGACTAGCATCGATAATGATGATGTTAGCTAAGCTGAAAGCCTAAGGTTCAAGCATT TATCAATCAAATTGATTGGTATATTGCTTTTGATATTGAAAGCAAAGATTTTATCATCTAGTATCTAGAT GATAATGAACTAATGAAAAGCAATGATGATGATGATTTATGATCTGAGTAGTGTTAATGCTGTGCAATGG GTGAGGAAGCTAGGTTATGTATTGGTAATTAACAAGATATTAGAAAGATATTAATCTACATTTGCAACTC TCCACCCTGGTGAGGTAAATGGGTACCTGGTAGGCTGTACGATCTTCTCCTTCTCTCGCTATCTTTCAAC GTTCCTTGAAAACCTTTCTCTTTAATAGTTGAATTTATATATTTTTGTGTACGTAATTTTATTGTTTGCT ATCAATGTCAATTAAGTAATGTAATGTTGTAAAGCGCTGTGATACACATGTATGTCTGTAAGAGCGCTAT ATAAATGCCAATATTATTATTATTATTATTAAGAAATTCCTTGGATGTTTGAACACCTTTTCCGCGTAAG CGGGTTAATGATATGACTGCAAGGCCCTCAGGGAGAACATTATTAATAATGATGAGGCCACCCAGTGTAA ACAAGATGTATTATTATTATTATTATAACAAGGTAATACATTTATAATGATGTAATTAGAAAACACTCAT CTGACATACATATATAACCTTCTAGTCTGATGAATTAAAATTGTAAAAGATATATATATTTTAAAGGGGA ATTTAAATAATCTTTCTTGTAAACTTTACTATCACTTTATTAAATGACAAAGTGACCTTTTATGCTAGTT TATCAAATCGACAGAGAAACTTCGAAATGCAAACTTGCCCGTTACGTAGCTGTGTGATTTTAATCATCTT ATTGTGGCAATGTACTTGGTTAATGATGTATCCATATGTATTGCATTGTAATATAACCACATAACTAAAG TGTAATACTTAAATTAAGAGATACTAGCCTTATTAAAGCTATTATCATTATAACAATATGTCTGTGTGAT TTAAATCGAGGAATATGTTCCATTTTATTTTTAACCCCCAAAAAATATTACTGATTTCTTCTGTGATGAG CTTGGAAGTTTGGCTTATCGAATATGAACTTGTATTTATTAGAATTTAACATTTCCACTACATCTTTAAA AAAATGCATGTATTATGTAGTTTATTTTCTAGTTGCAAATATAAATCCATTTTGCCCTGCAACTCACCCC TCTACATAATCTTTGATTGTTGCACACCAGTAATCTCTTATGATCAGTGCATTCTTTAGTGATGTAGGGA TTGTAATTATCAAATATATGTATTTTCTCCTCTCACTTTCTCTACATGTATCAAAAACATTATATTGTTC AGCCATTTGAATCTGAGATGTATATGTACAATAATAAGTGTGTTATCAGCCTTCTACCAAATAAGATATA GGCTCACATAGTCAGTTATGAAGGCAGTTGTCATGACTATGTTTATATACAGGTGCAGTATTTTGTGCAA TTCTTGAAAGGCAAAAGAAGATTGACTCTCTCAAAAAAAATTAGGTGATATCCGTGTGAAATCAGCTACA TGTATAGTCAACTTCTAGGAAAAGAAGAAGCTCTGTTGTAGGAAAATATAAAAACTTTCACCTCTGCCAC CATGTTTCAATATCGTTTTAGTCGCATTCAAGTGTCACATAAACAAAGGATATAACACTCGTACAGCACC TGTGAAGCCCGAGTGTATGCTCAAGAGTATTATTTTGATTACTAGTGAGGCTATATGCTGCCCTCTTTTG GTATAAACATTATAAGTGTTTCTTTCCTTCAATCTCATAAACATTATTGTCCCAATGGAGAGTGGTGATT ATTCATGATATTCATGAGTGATATAGTGATATTGTGTGTGCACACGAGATGAATAAATTACACATATAGA TAGATGCA
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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
