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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_030973222.1 PREDICTED: Strongylocentrotus purpuratus DNA topoisomerase 2-binding protein 1 (LOC583151), transcript variant X2, mRNA AATGTAAGTGGTATTTTTGAGGTGCGAAGTAAGTGATGGGGAAGTTGGATTGCAGATCTTGTGTGGTGTT GGTAGCTCGGAAGAGTGGTGTTTCACTTGTGTGTGTATTCGGGTTCGTGTCGATTCTGACGTGCTTGATG CTGTGTGTATTGTGGTTCAGGAGTCCCTTGCACGCTGCAAGCACACACACAGGGCGGCTTGGAAGCGCAT GTGCTGTCAAACAAGTGCTGTTGGACTCGGCTCCGAGTAATTTGGCTTGTCAAGACACAAGTGGCAATTA ACTCGAAATGAAATGTAGAATTATGTCATGGATTGTTGAAAAATGCAGTCCTTCCTCTAAACTCTTCAGA TGGAAAGATGAGCACAAAGGTGAAATTTGTGGTGGATGGGTCCGTGGAGCAGGACTTGATGTTAAAAGCA GCTCAGTCGGTCCAAAGTGCCCGTCTTCCAACAGAGAAAATCACCGGTATTGATGTCTTGCAGCTGAAAA GCAAGGACAAGCACCTATATGTCTGTGGTCAGTTTTCTGGGGAAGCTTTTGAACACTTGGCCAATATAAA GTGCAGGATTGTAGGACCTCAGTGTGTTGTATCATGTCTGGAGCTTCAGATAGCAGTTCCCAATGTCCCG CATCCAATCAACAACATAGCCATGCAGGATGTAGTGGTCAGCTGCTCAAGCATAGAAAAGGCACAGAGGG CACATATCCATCAGCTATTGGAATGGATGGGAGGGCGTGTTTCCAAGGACCTGACTGAAATGGTCACTCA TCTGGTCGTAGGAGAAGTTGGCTCCAAGAAATATCATGTTGCTGCCAACCTGAAGAAGCAGATTATGTTG CCAGACTGGATAGAAGTAGCATGGGAAGAGAGTCAGACCAGGCATTTCAGTGCAACATCCGAAGCATTCC TGAGTGAATACAGGTGTCCCGCATTCAAAGGGTGCATTATCTGTGTGACTGGTGTGGAGTCTTCGCAACG ACAAGATGTCAGGCAACGTGTGCCTCAATCTGGTGGCTACTACACAGGAGAGCTTAAGTACAACGAGTGT ACCCATCTTATAGTAGGTGCTGCACGAGGCCCAAAGTTTGAATTTGCTAGGAAGTGGAAGATTCATACAG TTTCAATCAATTGGTTTTATGACAGTATAGAGGCTGGTTACTGTCTGGATGAACAACTCTATAATGTGCT CTCACAAGAACGACCAACTTCTACCCCAGTCAAGGCTAATCAAAACCAAAGGCTCAGCACCCTTGGTGAT ATCAGTGCAATAAATGTTAGCAGTATCAATCCTGTAAATGAGACGGCTGTAAGTGAGTCTAATATCACCA TGGAAACCAGTCGTCTGGCCCCACCTCCTCGACCTCAGAGTGGCTTAGAGGAGCTGGAAAAGCTTGATCT TGCCGCATGTGAAGCAGAGATGTTTCTTGATGGTTGTAAGATTTTCTTGAGTGGGTTCTCTGGGCAACAT CTGGAGAAGCTTCGTAAAGTAGTGAATGCAGGAGGTGGAACTCGCTTCAATCAGATAAATGAGAATGTGT CTCATGTTATCATCGGAAACAACATAGAGGAGCATGTTGAAGAGTTGAAGGGTTTACCAAACAGGCCATT ATTAGTGTCCGTCCACTGGTTGCTAGAGTGTGCTAAGCAAGGCAGACAAGTCTCTGAAGGTGACTTTCTG CTCAAGGATATCCTGGATGTTGAAGAGGCTGGCAAGGAGAATGAAATCACTTTCAAACTTCCTGGTAATC AACAACCAAAGAGAGTATCTAAAGTAGGTGCAAGGAAGAAGTCTGATGAACACACTGTAGAAGAAGAAGA TATATTGAGCCAGTACTTACCAAATGCTACATCCACAGGTGCAGGAGGCAACGACTCCACGATGATTCAA GAAGAAAACACAGACAGAACTCTGGGTGATGAAAATAAGAGCAGAGGAGATGATGATGATGATGATGATG ATGATGAGACACAGATAGATGAGAACGAAGGAGGAGAGGATGAGGGAGATGGAGAAAGGAGTGGAATCTT TGCAGGGAAGAAGTTTGTTGTTACTGGTTTCCCTCCTGAGCAATATCATGAAGTGTGTGAAATGATCCCT AGTCAAGGAGGTGTGGTATTACCCCTCAACACACGAACCATCCCTGACTACGCAGTGGTTCCTATCATTG GTTCACCTGTCAAGATCACTGTAGGTGAGATAGTGACTAACTGCTGGCTACAGATGTCTTTGGAAGGAGA GGCGCTGTTGGAACCGTCCAGCAATGATCTCTTCACTCCTATCCCCATCATGAAGGAAGCCATGCCGTTA CGGGATTGTGTCATATCTATAAGTCAGTACTGCTATGTGGAGCGTGACTGTCTCCTGCACATTGCTGAGC TGCTTGGAGCACGGTGTCAGGAGTACTTTGTTAGGAAAGCTGTCAACAACCTTGAAGCAAACACTCACCT GCTGCTAAGAGACCCTGAGGGTACCAAGTATGTGGCTGCTAAGAAGTGGAAGGTGCCCGCTGTTACTAGA CATTGGCTGCTGGACTGCGCTAGGACGGGGAAGAAACGGCCAGAGAAGAACTATCTTGTTGACCTTCCAC AGAAAGCATCAACTGACCTTTCTACTTCAACCAAAGAGGACCCATCACCACGAAAGGAATCACCGAAAGC TGAAGAAGCCCCTCCAGCACAAACGAAACCCCCATCATTGCAGAAGCAACCAGAAAAGCCTTCTGAGGAT CATCCTCCGAAGACACCCAAGAGTGTGACAATCAATGAGAAGTCTCTTGTGCAGGAGATGTCCAAAGCAT CCACTCCTGCAGGTCGGCCCATCAGGAACAAATCCCTCGAGATGGTGAAGCAGCCAATCACGAACAAGAC TGTAGACCAGGTCAAAGGTCAGACTCCCGGCGGCAGAGAGAGTACCCCTAGCAGGATCTTGCGTCCAGGT TTCAAACCCTCGTTTGACTTGGATGATGCCGTAGCAGCCTTAGATTCCCCTGGGATGCCAGCAGGGAAGG GTTATCGAAGGAAGTCTAGCTTGCCATTGGAGGAATTCTTCCATCAGAACATTGCCAATGCCCTACAGAT GGGGAGCAACACCAAAGGAGGGGCAGAGGATGAAGATGATGATATTGTTTTCAAAGAAGAGGAGCCTGCA CCAGGTATTCTCCATGGAGTAGTCATCTGTGTGAGTAAGAAACTGAGCAGGAAGCAAGGAGATTACAATG ACATTGCCGTGGCGTTGGGAGCAGAGTACCACTGGACGTATGATGAACATTGCACCCATTTCATCTTTCA GGGTAAAGCCAATGACACAGCCAAAGAGTTCCGTCTAGCGAAGAGTCAAGGGAAGATCATTGTTTCTTCC CACTGGCTGCTTGCTTGTCAGGAGGAAAATAAAAGACTAGATGAAACCTGCTATCCACACACCTTCAACC CTAAACTTAGTCTGTCTGTTGTGGCTTCCCAAAGTCGTACACCAGCTCGTTCCAAGAGGTCGAAGGTCGC ACCCCCTGCATCGGCTACACCTCTAGCCCCCAAACCACCTCCACCGGCTACACCACTCGCCCCCAAACCA CCTCCACCCATGGAGAAGAAAGAAGAGGAGTTGGAGGCAGATACAATGTCCGACGATGAACTCCTGAGGG CAGTAGAGATTGAAGAACAGAGCAAGACACCGGGGGATCATGGGACATCTATCAAACAAGATCTGCAGAA ACAGCTAGAAGACATCATGCCGTCTAGTCTGAACCTAAGAGGTAGTCGTAGGCGGGGTAGACGGCCGGGT AGCAGCGCATCCATCTCAATGGCTGGAGACTCTGCGGATGATAGTACTGGTGGAAGGAGAAGCACAAGGT CCAGAGCCAAACGTGGCCCAGAGAAGAAAGAGAGTGATGCTGGCAAAGACTTGGGTCAACATGTGGAGGC TTCTCAGAGTGTCCAGATCACATGGGATGACCCTACTAGTCGCAGGGAGAAAGAGAAGGTCATGGCACAG ATCAAACGTACAGACAACGGTCACGCTGAGCCTGAACAGCATGGGGAGGATGTTCAGCAGGAGGAAGAGC ATGTTATGCAGGACCAAGGAGCAACTAAGACTGACTTCGCTAGACCAAGTACAAGTTCCCACAAAGCAGA AGACAGCCCACCCACCCCTACTCCCAAAGCTCCGCCCATCAGACTGCCCCCTGCCAAGCCTGCTGTAGCT CCTCAGCCAATGGATGAGACACAGGATGATCCACAGCAAGAGGTTTTGACAAAGCAGACAGCCTTGCCTC CCAAGTTTTTGTTCACTGGAATGGGTGCTCACGAGAAGATTGATTATAGCGCCCTCATTGAGGAGCTTGG GGGAGAAGTCAAAGATGCTCAGTACTTTGATGCTTCTTGCTCTCATATCATTGTAGGAATCCCAACTAGG AATGAGAAGTATCTAGCTGCATTGGCTACGGGCAAATGGGTTCTACATAAATCCTATCTGGAGGCTTGCA GAGTAGAAAGGGCCTTTGTCGAGGAGGAGCCTCATGAGTGGGGTAATAGAACTGATCTTAGCAAGCTGAA TGAGACCGGTAAGAAGATGGCTGTAGCTGCCACAAGATGGAGGATGAGAATCCAGGACCAAGAAAAGATG GGTTCAATCATTGGAGCGTTTGATGGATGGAAGGTCCTGCTGCTTGTTGAGAAGAGTAAAGAGATGTGCT TCAAGCGTCTCCTAGAGGCAGGCGGCGCTAAAGTCCTGGCTGTTAGACCACCCTTCACCAGCCATCTCGA TGCCAGCCATGCTTTCTTTGACCTTCACAAGGTCAAGGTCACGGCTGACGCGGTTGCCATTGAGGAGTTA GTACAGTCTGGTATCATGTGTTTGAAGCCAGAATACATTGCAGACTATCTGGTCCAAGATCCATGCCCAG ATCCAGAAAACTACATCATCAATGAGGCTAAGCCCATCCTACAGAAACTTGTAGACCAAGCCGGATCAGC AACTAAACGCAGAGGATCTGAACTTGCTACAACACCTAGGAATAAGAGAACTAGACATCGCTAGAGTCAG AGAGACATCAAAGGATAAAATGCTTCTTTGGGATTATCGTTGATCAAGCTATGATATCATGTAAACACAG GGGACCAAAATTTTCCATCAATCCAAAGAGCAAAGGAACTAAACATTGCTAGGAAGATATCGATAGTTGA AGTGTTCTTCAAACATGCAGACTTTACAGTGTAGATTTTCTTTGTGCATGAATGTCATTCTCAAATTTTT AGCATTCTATGAGGCAAATTCAAGCACCTGCATTTAGAAAAAAGGTGATATCATTTTGATCCTTAATGAC ATCACTGTTGAATCTTTCTTTGACCACGTGCTAAAATATTGGTTTTTGTAGGAGAGTGATTTACCAATTT CAGAACTACTGAAAGAATTCTGGTTTTATATCAGAACAAGACAGTTTTCCAGTTTTCTGGCAAGCCGTAT GTCAAATACTGTATTGATCGAGCATATGTCAGACTGTGTGCCTTCTATATGTCAGTGTTCATATGTAACC CATTATGTACATGTACTGCACATGTTGTAACCTTGTAACTATGTGTATGTATGTATGTTAGGGCATTAAA AATGAAGCCAGTAATAATTGTGAATGTATGAACTAAACGAAAGGGAGGATAGGAAGTATTTCTTGTAGCC ATGCACTGTATACTGAACACTGTAACATGCATTTTAACAAAAAATGTAGTAGACTGTTTATCATATGTTT GGATGTTTGTATGTTTGTATGTGCCTTTCAAGCAAGTGATATTTAAAGGATCATTATCTTGCCTACTACT TGCCCCAAATAGAAATTGGATGTACATTTTTACACAGTAAAAGCAATGATTTAGACCAAATTCAATTCAA CATCAATTGTGACAAAACAGTGGGAAATGAACTCTGAATTAAAGTTAGCTGATTTGGTGTAAAGTCAAAG CCCAACTTACAGATCATTCAATTTTCATCACGATTTAATAAATAACTGCATGAGATAAAATGTCAGCTTA AGTTTTCCAAATCTCTCTTGAGTGTGACATGGTTGTTGAGTTTGAAAAGACAAAGTATATTTGAATATTA AACTGTTTTAATACTGAATACTTTAGGTATGTTAATGTTAAATTTGCTTGTTTTTAGATTACTCTCTACA AAGCCTGTGGCACTGTAGTTATAATTGAAAAGAAAAATGAAAAGAGCTTGCTTTGTTTACGCTCATTGTT CAGCTGCATGAACACAGGATATTGCACAGCTGCATGAACACAGGATATTGCACAGCTGCATGAACACGGA ATATTGCACATTGTAAATCTAAATGAAACAATTATGTTAGGCAAATATATCAATGTCCTGTAGCAGTGCA CACATCTTGAAATTTCTTCATGGTTGAAAGTATTTACTGTATCTGGTTGGTATTATTATTGGAATACAGG GCTGGTTGCAAAAGTATACATTTATTATTCTTGTGTTTTTGTTTTTATAATTGTCTGTCTCTCTTTGTGT CCTGAACTGTAAAACAGATAAGAGATAGAGAGTTGGCAACTTGGGATATTTATCATTTACGATTGAATAT CGATTGTTCCCTGAAGAATTATGCTACTCTGGCTTTTTCCTCTGAAAAGTGAAAATGTGGACCATCTCTC ATGTTTCTAAACATTGTCTCTAGTAGCTTGTGATTTGGACTGTAAAGTGGTATGATCAGTTTGTGTCTTC ACATCAGTTCCATGCAACTGCACAAAGTTTTTCTAATACCAAAGATATCCATCCTATTAGATGTAGATCC ATGTAAATCCACAAATTTGTATGGGCTGATTGGATTTTCCATTTTGTGCCTTTGAGAATTTTAACACATT AAACATTGGAATGTACTGAAATGGTCTCAAGACATACACTGACTGTTGCCTAGCTTCTGAAATATTCCAA CATGTCCTAAATGCATTTTAACATATTTTATAGATTTTTATGAAGACTTAATGCTGTGTTTGTAAATTAA TAAATAATGCTGTAAATATATCTTATCAATGAGATTTTACCTCTTTCTGATTATGTGAATAAAATGTCTG GATTATATACAAGA
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???blast.numalign???
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???blast.matrix???
???blast.matrix.blosum62???
???blast.matrix.blosum45???
???blast.matrix.blosum80???
???blast.matrix.pam30???
???blast.matrix.pam70???
???blast.gapedalgin???
???blast.true???
???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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???blast.on???
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BLAST time is limited to 30 seconds