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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_030989030.1 PREDICTED: Strongylocentrotus purpuratus liprin-beta-1 (LOC574986), transcript variant X2, mRNA CATTTTTATTTGCTTTAGAGTAAATCTTGATTAAATATAATCATAGCGTGGATACGGATGATGATCTTTG TTCATTTGCGGAAGTTTGATTGACATAAGAGTTGTTTTAAAGCACGAAATCGAAATCTTTTGTTGTGTTC AATTCCGTGCACCGTACTAATTTGTACGATCAAAGCCCCCGCGTTAGATGGTGCAGTGAAGCCTCCTCGT GCACCGCCGGAGCTTCCCCGCTGAGTTGAGTTAACTGTGGTATGTGGGGGCGAAGAGTATGACAAGGTGA TAGGATCACAGTGTGTCACATGACCCTCAGTCTATTTTCTACCTTCCGTCTCTCGAGATCAAAGTGTGTC ACATGACCCTCGGTCTATGTTTTGCTCCGGAGATCGAATACATTCCATGCTCAGCACATGACCATCAATG TTATCCTTGTAGACCATGACGTCATCCAAACTACCCCATCAACCGCCATCCGCGTCTAAGCCTGCGACAC TGTTCTGAACTCCCTGGACATTTTTGGCGCTAGGGGTGGGAGAGTCAATCGCAGGATGCAGTGATACCAT CAGGAACATTGTCAGTTGCATGACGCCTTGAAACAGATTCATAGACTTCTTTTGAAGCAGAGAAAGAGAG AGAGAGAGAGAGAGAGAAAGAAAAAGAGAGAGGAAGAGAGTGAGTGACTGACAGAGAGACAAATAGACAA ATTGAAAGGAATAAGGCATTTGAAAGCCTTATCCAACCAAGAGTCGTGTTGGAATTTCACGTAAAAAGCT GAGCTACTGGTGGACTTTGAAGGTGTTTGGACCACACCGCTCTCCATATTGAGCTGCCAACCGCCGCCCA TAGAGATCTGGGTTAACAGAGTGCACCCTGGGACAATCTAGGGTACCTTCTGGATTCTTTTAGTCTCTGA CATAGCGACGAAGATGACAAATCTAGCATCGGATGCAAGCCAGATGCTGGCTGCTGCCTTAGAGCAGATG GATGATATTATTGCAGGTAGCAGAATACAGGGCATGGACTATGACAACGGACCTGTAGTGACCAACAACC AAGTCAACATCACACATCCCAAAGAGAACGGATCACATGCAGACGTCCCAAGACTCATCACAGAACTACG CTCAGCAGCAGAGAGATCCATAGAGAACGGGGAGGAGAACCTACTCCATGATCGGGTAGAGGATTCCACT CGGCAGTACATTGTACGGTTGCTAGGCGACAAGAAGCAGGAGCTTGCAACCAGTCCAGGGTCTCATGAAA AGATGAAGCGACTTGAAGGAGACAAAGACAGCTTACAACTCCAGGTGAATGTATTGACAGATCAGCTTGA GGCCCAGAACGAGAAGATAGAAGAACTAGAGTATGCCTGCGCAAAGAAAAGTAAACAGTTGGCTGATTCA GAGACTAAGTTACTTCAGGAGTCTGAAATCCACTGTGAACTGGAACAAAGCCAACAGAATTATGCTATAG AGGCTTCTAAACTCAAGGCTCGACTAGACTCTGTGGAGAATGAGACTCTTGTCGTCAGAGAGCGTGCTAT CATGGCCGAGTCCAAGATTGAGGAGCAGCAACACGAGATGAACAAGTTGATGTCAAAATATCAACAAAGT CAGAAAATCGTTGGTGAACTGCAAACGGAATGTCATAAATGGCAGGAGAAGTACATGGAAACGCAGGTCA AGCTAGTTAGGTCACAGACGGAGACAGCAGAGCTCAAGGCTCGTCTGCGCTACAGCCATGCTCTTCTTGA TGATCTTCAAGCCAAGAAAGTCAAAACTCTAGATAAAGAAGTAGAAAAAGAGAAACTAAAGATTGCTGTA GATTCTCTGATAGCTGGCAACAAAGAAAAGGACAAGACGATAGAAGATTTGAACCAGAGGTTATCAAAGT TCTACCATGTACAGGAAATGGCAGCCATCAATGGAAGAGTTGAAATAGATATGCTGCTTGACATTGAAAA CCAAAGAACAGATAGTTTCTCAACCTCCAGCTCAGCTACCGGAGAGACAGACACATCAAAGGATAGCCAC CAGGTCCCACAAGGATCCAGCCCAGTCAGTCCAGACAGAGACTACACCATGATGGTGGATAGGACTGAGG AGATGTTTGGGTCCAAGACCAGCCGACGATCGGCAAGTCTGGAGAATCTACAAACCAATGTCCTACCATC AACGAATGAACTTTCCTCTGACCTTTCCCATCCCTCTCCTGACCCTCAAACGGACTTACCTGTAACAGGT GGCCCTAGAACTATACACGTCCCTATACATATCCAAGGGGGCACCGTACAACCCCTTCACTCCACCCCTC AAGCTCCCAACCAGGACAGTTCAACCTTCCTTACAGAAGACCCTAGAACTATCCATGTTCCTATCCATGT TGAAAGGCTCTCACCAGGGCTAGCAGATCCCTCTTCCCTTCCAGGAGACATGGAACATCTGACCACAGGG TTACCAGAGGTGGTCACTTCTGCTTCAAGCAAAACCCCTCCTTTCCCAACCAATAGTGACCCAAGCTGGG AAGCTGTCCCTAAGAAGGTCAACTTTGACCTGGACGCAACGACGGAGATCAGTAACGATCAGAGAAGTTC AGTGGGCGAAGACTTTGAAGAAAGGCCGGGTATTGATCATGTGAGCGTGTTCCTCACTCAGGGCGCTAAC TGCAGTCCTTCAAACACAAATGGCTATTTAGGGAACGGGGTACGACCCGACTCCTTAGACTCCCCTACTG ACCTGACCTTCATTGACATTGACGACGCCAACATGGCACATTTCCGTCGTGACGTTTCCCCCATTTCAGG TCATTTGACCCTACCTGCTCCCAAGAAAACGACCGACTCAGAGGGTGATTTAGCAGCCAGAAGCAGTCCC TCGGGCTACAGGACGCTGCCCTCCCCTCGTAGGAACCAAGAGTTTGATCTTCCCAACAAGCAGCAACAAT CGGCTCACGGCGGCACCCCAGAGCCTAGGAAACCCAGAGCATCGTTCGGAAAGGGACTCTTCAAAATCAC CTCCAAAAAGACTTCCAGTGCTCCAAATCTCGCCATGACAGAGTCAGAAGGGGAGGATGCATTAGGGGTA CAGAGACCAAGAAATGTTACCTTCCAGAGTCTGGAGAGGGGTGGTTTTCCCGCCCCTCCAGGGACACCGC CCATGGAATACCGCAAACGTAAAGGCATCAAGAAACTCATTGGAAAATTAAAGCGTAGTGGATCAGTAAA TCTTCACAATGGCGATGAGGATGAGGAAGCCCCGGTGGAGTTCTCCAGAAATGGTCGTTTCAGAGCCACA GCAGGACCAAGACTAGCCTGGTCTAGGGACCTCAAGAAGAATGAAAATGGGAATGGAACCAGTGAGCTGA ACGCTCCATTTGCCAAGTGGGACAGTGAGCAGGTAGCTGATTGGTTGAGAGGGATGGGTCTCGCTCAGTA CGCTGCAGCTTGTAGAGTCTGGGTTAAGAATGGTGGAACGCTGCTTGGAGCTGCTCCTCTGGAGCTTGAA AAGTACTTGGGTCTGAAGAATCCGTTACACCGGAAGAAGCTGCAGCTTGCCCTGCAGGCGATGGGATCAG AGTGTGAGGACAAGCAGGGCGACCTGGACTACCACTGGGTCACCAGGTGGCTGGATGATGTGGGACTACC TCAGTATAAAGATACCTTTCTGGAAGCTAAGGTCGATGGCAGAATGCTGCACTATATGACAGTGGACGAT CTGTTGCTGTTGAAAGTAACGAGTGCCTTCCATCACGTGAGCATCATGCGTGGTATTCAGTGCCTACGTC TTCATAACTTCCATCCGAGCTGTCTTAGGAGAAGACCCACAGATGAGCCTTATGAAACAGGGACCCAGGT TGCACTATGGACAAATCACAGAGTGATGGAATGGTTGCGGTCGGTAGATCTGTCTGAATATGCACCTAAC CTCAGGGGCAGTGGGGTACATGGAGGATTGATGGTCCTCGAACCTCGATTCACGGCCGAGACTCTAGCCT CCATCTTGTGTATCCCTGGAAACAAGACGTTGCTACGGCGACATCTGAGCACTCACTTCATCTCTCTGAT TGGTCCAGACATTCAGCAGCAGAAGAGAGAAGCAGAGAAGCAACCCTTATTTGTACCTCTCAACTTCCTG GCTAAGGTCAAGCCTAAAAAGAGAACGTTTGGCAAGAGCAGACGAGGGACTGAAATGGAAGACTATATTT GCCCAATGGACCTTGGTCACCCCTCCAATCTGAATGGTCTGTCTCATATGAATGGTAACAGACCTGCTCC ACCTAGTTACAAGGTGGAAGTAAGAAGTGCTGGAAAGGTGCACAAGCAAATGGATGAGGATCAAGCAGAC GGCCCGGAAATGAAGGAGGGAACTGCTCAAAAGTTTGGCGCCCTCTCCCAAGAAATTGATTCCTTGACGA CCATGCTCTCAGACTCGGATATGGATAGGAGTACACATGTGTGATGTCATCATACCAACCTCTCACCCAG ATGGGCCTAGGCTTTGATGTCATCATGCCAACCTCCCACCCAGATGGGCCTAGGCTGTGATGTCATCATG CCAACCTCCCCCCCAGATGGGCCTAGGCTGTGATGTCATCATGCCAACCTCCCACCCAGATGGGCCTAGG CTGTGATGTCATCATGCCAACCTCCCACCCAGATGGGCCTAGGCTGTGATGTCATCATGCCAACCTCCCA CCCAGATGGGCCTAGGCTGTGATGTCATCACGTCTCATCCAGCTACAGTCAAACCTGTCTATAGCGACCG CCCAAAGAAAACACAAAAAGGGGCCTTTGTAGACAGGTTCCTTTAGTACATGATTCAATGAGAAACCATT TTCAAGGGAAACAACAAATGTGGCCTTTGTAGACAGGTGGTCACTAAAGCAGGTTTGACTGTATTACAAA GTATTGCCTTTGTTAGAAAGCTGAAACCAAGCCCTACTGTATGAATGCTACATTTTGATTGGCTGATTAG CTGATTGTATCAATGTCACTGTTGATGGCAATATGCTGTCAATGTTTTTTCACTAGCTCTTATAACATCA GTCCACATTCACATCAATTGCATTCTAAGAAAATTTGCTGATGATGTTTCTTTCAATGAATGACATCTAA TTTTTTTATATTTCTTACTGATAAAATGTACTTTTTACTGCATGTGATATCTTTTAGGCACTTATTATAG TTTGCTCACACTGTCTGTAAACTGGTGAGGACATTTTAACAAAGAAGGAAAAGTAGAGCCACAATCAAAA CCTGCTGATAAGAAGTATGGAGCTTTTTTTTTATCATATGATCTCTTCTTCCTGATTGGTGGATAATATG AATGCTGCTTCTGATTGCAAGTTATTGGCCAATCACATCACAACCACTAGGTCTTTGTGCGTTGCTCAAC CATACAGGAGCTACCCAGCTCCCATAGGCAATGCATTCTGCATATTCTTTGAAATGCCGTTACTTGAAAG AATGCAAAGATTTATGACTTTTTATTCGATGAATTACAAGGACTAGGAAGTGTTATGGTGCTTGGTCTGA CTAGTCTGTTCACACATCGCAGGCAGATTTATTTCGTTTGATTTCTTTGTAACATTTTTCATTTTTAATT TGCTTCTTACAATTGCTGATAGATTTGTGTATCAATTGAGGACAAAAAAGAGATATTGTTTTGAACTCTT TTATTTTGCAGAAATGATATTGATTTGAAAAATGTTTAATTCATTAGCTGAGAGGAATTTGATTTACTTT GACCATCTCTATCCTCCTACAATACAATATACATAAATTGTGTGAGCCCATCTTTATCACTTATCAGCAA GTGGTGTAAGCTCCATTTGTTTTTCTGTGTTCTATCTAATGAAAACTCATTGTAAGTAAAATAACAACAC CCTCCTTTTCTAAAGAAATTTAAAGAACAATTCACAAATCTCTTTCACTTCTATTTTTGGAAACCTCCAA TATATATATATATATATATATATAGACATGTATATTTATATATTACTAAAGGCGTATTTAGAGGGATATT TCAAGT
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???blast.gapedalgin???
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???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds