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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_030983226.1 PREDICTED: Strongylocentrotus purpuratus nucleoprotein TPR (LOC577828), transcript variant X5, mRNA GCCATGTTGGAGGGTGAGCAGCTGAGAATCAACGTGGATGATTCCGACCGCAGAGTGAGCCATCTTGGAC GAGAGAACATCAGGCTGAAACAGAAGAATACAGATCTTGGACAACAGGTTCGTGTCCTGGTTCGTGAGGT CTCTGAAGCCAGGGGAGGTCCCATCCAAGCTCCTGATCAGATGGACGTGTCTTCTAGCGATATCTCCAGC TCTTCTCAAGTCATCTCGGATACGCTTGTGTCTTTCAGATCTGTTGAAGAGCTTCAGCAGCAGAACGAAC GTTTGCTTGGTGTCGTGAGAGATCTCAGTGAGAAACAGGAGAAAGAAGAATCAGAGACACTACAATCCAA AACTGCTGAGCTAAAGAAGCAGCTTGAGGAATCCATAGAGGAACTGGATGGCATGAGGTCAGCGAGGTCA CGACAGACTGAAATGGTAGAGTCCATTGTCAGACAGAGGGACATGTATAGGGTGCTATTAGCACAGACAG GAGCCTCACCCCCACCACTGCCCACATCACCCTTCACCACACCCACCCAGAAGAGTCTGCACAAGAAGAG CCCTCTAGTGACGACGGCCAGTCAGAAGAGTCCTGGACTCCTGTTGCCTAGCAACCAAGAAACGAAGGTT GCCTTGGACACCCTACAGACAGAGTTTGATACATACAGGAAGGAGAAGGGAGAAAATGAAAGAATGTTGA ATGAGCAGCTGGAGAAATTTAGACAAGAACTGTCGGATTTCAGAGTGCAGAACACCAAGCTATCATCACA GTTGGACTTTTCAAGTGAGCGTTACAATGTCTTGCAGTCCAATGTTGATGGATACAAGAAGGAGATATCA GCGCTTGCAGACAAGAATCAGAAGTTCTCCAGCCAGGTTGTAACACTTCAGCAAACTGCCAGTTCAGTCA CACAGGACTTGTTGGCCGCGCAGGAGAAGCTGAACAAGGCCGAGGTGGAGACCAAGAACCTGAGGGACGA AAATGGGCTCCTCAAGGAGGTGGAGATTCGTCTGAGCCAGGAGAAGGAGTCTATGCTGAGAGAGCATAAG AACCAAGGACTGCTCCTTACTAACCTAAATCAGATACAGAATAATCTTGAGCGGTCAGACTTTGAGTCCA AGACGAGGATGACCAATCAGCTTGAGGGAATGGAGCGAGAGCTCTCCTTGGTCAGGAGGAGACTGGACGG TGAGACTGACCAGCATCAAAATGCTCTCAAATCATGGATGGGTAAGGTGCAGGACCTACAGAGGCAGCTG AACTCCGAGCTCACCTCCCATCAGAGAACCCGCAACGACCTGGCCAAGATGAGGAACGACCTCCAGAACG TCCGACAGCAGGCCGCGACGACTGACGCTCAGCTCGTGGCAGCTCAGGTCAAGCTCGAGTCCTCTATCAA AGAGAAAGATGATGCCATTACAGCCCTAGAGCAGACTGATGGAGGGGTGACCACAGTGAGTGAGACGGAG CTCAAGGAAGTCAACAACAAGCTGAGGATGTCTGAAAATCAGATCAAGATCCTGAGGGAGCAAATGAAGA AGCTTCAGGAGCAGAGGGCTCACTACCAGTCTATCAGCAAGTCTGTTGAGCAGAACATGAAGGAACAGAA CGAAGCGAGCGAGACCTTCAAGACTACCATGGAAAAGAGGCTGCAAGAAGTAACACAAGAGCATGATGAC CTTAGCAAGGAGGTTTCTGAGCTCAGGAAGGATCGTGCGGAGAAGGAGTCAGAGAACAAGGAACTCCATG TAGCCGTCCAGACACAGACTGCAGAGCTGCGTCGTAACCTTGCCAACCTGCAGGAGGAGCTGAAGGAGGC CCTCGCTAGGCAAAAAGAAGCAGAGGCTAAGGAACTCACTGCGAGACAGGACAGTCAAACCCAGGCTAAA GTAGCCAAGGAGATGCAAGATAAGTACGAGAGGGAGTTCCTGCTGCATGCTGCTGACATGAAACAACTGG TTACTGTCAAAGAACAACTTGCTAGCCATAACAGTAAAATGTCACAGACAGAGGAAGTTGCTAAGAAGGC TCAAGCAGCACTCGATTCATCAGAGGCTTCTTGGACTGAGCAGCTTCGTATTCAGAAGGCAGAGCTAGAG CAGCATGCCCAGAGAAGCAAAGAGCTTGAAGGCCAGAACCAGATGTTACATCAACAGCTAGAAGCATTGG GTAGCAAGATGTTGAAGCAGTCATCACATGCCCAGGACTTTGCAAACACCAGTATCTCTCTTCGGGAAGA GGACAAATCATCTGACCAGCTCTTAGAAGTCATCAAATTCCTGAGGCGGGAGAAGGAGTTGGCAGAGAGT CAGTTTGAGTTGGCCCAGACGGAGACCCTAAGGTTCAGACACAAGAGCGAACATCTTCAGAACCAGCTGG AGCAAGCACAGAAGAGTCTATCCGGGGAACGGGAGAGAGCCCAGATTCTCGTGCAGACCACTGCCCAGCA CCAAGATTTGATGAAGAAGGTTCAAAGTCTGAATGTTGTCACGGACAGCAACAGACTTCTGAGGGAGGAG AAGGAGAGGGTGGAACAGCAGCTACAGCAGCTGAAGGCTAAGGTCAGTGAGCTAGAGGGAGCCATTCTCC CTCTGCAGGAACAGACCCGTACCATCACGGCCCAGCGAGATGCCCTGGCAGCCGAGAAGGTCGCCCTTTC CAATGAGGTCAATCGTTGGAAGCAGCGAACCAATCAGCTCATCGAGAAGTCCAACAGGACAGACCCTGAG GAGTACAAGAAACTGCTGGCTGAGCGCGATCAGAACAAGAAGCTGCTTTCTGAGAGGTCGGAGGAGATCA TGAGGCACAAAGCTGATGTATCCAGGGTGAATTCTCAATTGGGACAACTAAGGACGGAGAATTCTAAACT GAACATGACCATCTCTTCTACACAAACGGAGAGGACAGTTGCAGAAAACAAACTGAAGGCTGAGATTGCT TCTGTGAAGGCCAGTTTTGCTGCCAAGCAGGATGATCTGGTCAACAAGGATAAGACCATCAACCAGGTGA AGAAAATCGGCCGTCGATACAAAGCCCAGTATGAGGAGGTCAAAGGTCAATTGGACAAACTTCAAGAGGA GGTCGATAAGGAGAAGACTGCGACCCCACAGCCTGACCCCGAGACAGAGGCAAAGGTCAAATCCTTAGAG GAAGAAGTTACAAGACTCAAGGAGCAAAACACTCAGTTGAAGTCAGCAGAAGAATCAGCCAAGGCTTTCC AGACCCAGCTCACTGAGAAAGAGGAACATATCGAGAGGTCCAAGAAACTGATGCAGAATGTTAGGCAGAA AATCAATAACCTCAGTGCCGACAAGGAGAAGTCGACGGCCGAGAACAACCGGTTGAAGAGTCAGATGGAT GAGCTAAGAGGAGAGATCTCGGCAATCAGCGGTCTCATGAACCAGCAGGAACGCAGCCAAGCCACCCAGA AGACGGAGTACGAAGGGCGCATCCAAGAACTACAGAGGGAGCTCGAGGATAGTCGACAAACCCTGCAACG AGCCCTTGAGGAGCAACAGCACCAGGAACAGGTGAGAGAGATGCAGCCCCTGATCGACCAATCAGATCAG ACGTTACTCAGTCAACCAGGGACATCGGGAACATCGGACAGGCAGAGTACTTCCAGGGAAGAGGCCCCGC CCACTGCCAACATCCGACCAATGGCATCGCCCGCCTCGTCCGTTGGCCAATCTAAAGGCACCTCCTCTCA GAGCACTGCCAAAGTGACGGCCAGCATCCGCCCCATCGCTGTTACCAGAATACAGACCGGTGTCAACTTC ATCACCACCATGACCACGCCCACTACCATGGTGACGCCCATGGCAACCGTCATGCCCCAGACTGTAGAGG CTCCGGTGGCCGATCAGGGCTCCGAACAAGAAGATTCCAACGACCAGCCATTCCAGCAGGACACCCCAGT CGCCCCCATCGCTCCGGCCACGCCCATCCAGGCTGTCCAGCCCACCCAGCAGACCCCGCCCACTGCACAG ACTGCGCCTACTCAGCAGACTGCACCCATGGCTGTAGCAGAGCGACGGACAACTGACCAGGAACCTCAAG GACAAGAGAGTCACAGGGATGACGATACAGGACCTTCAGGTGGTCAGACAGGAGGGTCATCGTTGTCACC GGGCAGTGCTGCATCCAAGAGACCAAGGGATGACCCAACAGAAGGGGACACAACCACATCGGAGAGAGAG GGACTGCCGCCTAACGAGAAGAGGCAGAGGGTAGCCCCACAACCGCAAGTCAGCAGGGATGAACCCGAGG AGGAGAAAGAAGATGAGAAAGATGAGAAGACTGAGCAGACGAAAACGGAGACGACGACCACCACTACCAC CACCACCCACACCAACGCGGTGCACGATGTGGAGACGGAGGCAACCCAGGAGGTCGAGGCTGAGACACAG TTTGAGATAGAGACAGCAGCAACGCAAGAAGTGGAATCCCAACCAGTGACAGAGACGAGGGTATTGGAAG TCTCCCCGACCGAGCAGCAGGCCACCGAGGAGAGGCAGGATGAGGAGACGGGAGAGAAAAAGTTAGATGA TGTGGTCATCGTTGTCGACAGCGACGAGGATACTGGTGGTCTGGACTCAGGCCAGGACCAGGGTGACCAG CAAGACGAGGATGCCGATGGCGATCTCGAAGGGGAGGAGGAGGAGGAGGATGATGAAGACGATGACGAGG TCGATGATGATGAGGAGGAATTTGAAGGTGATATTGGGGAGGAGGATGGAGAGGAGGACGATGCCTTTGA AGAGGCTCAGGGAGAGGAAGTGGACGTCGAATATGATGAGGATGAAGAAGTGGAAGAAGAAATGGACGAT GATGAAGAGGAAGAGGAAGAAGAAATGGAAGATACTGGAGAGGACAATGGAGAGAACATGGAAGATGATA TTGTTGAGATTATAGATGACGATGACCAGGGTGCAGAGGTCGCGTCGGAAATGGACACTCACAGCTCCGA CCAGCAGAGCGAGGTGCCCCAGCCCATGGAGGCCCAACAGATACTGAGGGTGCCCCCTCCCCAGCTGAGG GTGGTGCCCCCGGAGCCCACCCCAACCAGTAGCAGTCAGGAGTCCACCACCCATGTCCCTCACCTTCAGC GTCACAGCATGAGGACAGAGAGACTTGGCTCTCATGGAAGATTACCTCCCTTCTCATTGCTTCCGTCCGG TGGGGGAATTCCCTTTGAGGATGTGAATGACGATGGCCAGGTCCCTAGTACTCCAACTCTGTTTGTACCT CACAGAGGAACCGATGGATTCGCAGAGGCTATCAACTCCCCTCTGCTTCCGGTCCGATTCCACTTTGAGG GCGATAGTAGATCACCTGCCCAGGGCCTAGCCCAGCTGGCAACACAAGGAGATCTTGGTATGGATGACAC CCGGATCAACCTAATGGTGGGAGAAGACGAAGCCAGCGGTAGGAGTGTCCCCACTACACCCCTTCAGACC ACAGCCCCAGGTCATCCGTGGGATCGGCCTTCACAAATGAGCCTGCTAGCCTCTGGTATCAGCCCCTCGG AAGGATTATTGGAAGCATCTCAGTCTGTGCCTGCAACGAGGACCAGCATCACACCGCCCCCTAGTGGTGG CGATGAGCCAGACACAGAACCAGGGCAGACCAAGCCAGGTTTTGACCAAGCTGGGAGCTCAGGGGGAGGA CAGCCAGAGAGTGGAGCAGCTGGTGAAGATAAAGCAGGTCCAAGCAGTGGTGATGCTGCAGGAGCAGAGG GTTCTAGTGGTACCGGAACGGAAGGTGACGCACGTCCAAAGCCTAAGCGTATTGTCTGGAGCGACGGTTC CTCCCACGCCCCATCGCAGACCCAGTCTGGAGGCCCAAACCCGGAGCAGAGACCCAGGAACGTGGCCCAC CGAGGTGGTGGAGCACGGGGGCGTTTATTGCTGCAGCGCAGCAACGTTGCATACAGAGGGCGTGGAAGAG GTGGTCCTCGGATGCAACAATGGAAGTAAAAGAATGTTCTGAAAATGATAGTAACTGCAAGAAAAGATTT CCTCTTTCACCCTAGCACTTGTAATTTGAGAACTGCAGCCCAACACTGCATTTTCCAACTGCATGTCTCC TGACTTGTTTGAAAAGGCTGTAAAGTTGGTCTCCCCCTCCAAAAAAATAATAATAATGGATTCTCCTTTA TCAAAATTACAACTTAAGTGGTGGACCAGAGTTTCGTGAAGCATATCGTTTTTGTTTCCCTGACTCTAAA CCTAATGGACTTTCTTTCTAATCAAAGAGTGTCCGATCATTCAACTAGTATGATTCCATAACTTGAAGGA AAGAGATTTATCGTGTATCAATAGATATGTTCGTGACACCAACACTTCCTTGAGGGAAAAGTGCTTTGTT TTTCAAAATCATCTCTCAACAACACTGTTCGTTGTAAATTTTGAAGTCAACCTTTTTTTGATAGTTATTA TTATAAGTATTTGGCGTCACCTGTGCTTGGGAGGCGAAAAGCGAACTGAATCACTGTAAAACTTGGGTCT CTCCTCCCGGTATTACTGATTGGGATGCGCAGGTGGTGACTACACTGGGGTTTCCCCCTACTCTTACATG TATACGAGTAGTGCAGTGGGTTCTTAACGTGCAAACGTGGTGACTCTCCTCCGTTTAAAGTCCTATCTGA GGGACTTAATAGCAAGAGTGATTTATTTAAGCATTCTTCAGCAAAACAATCTATTATGAAGTGGATTCAA GTGTATGTATTCGGCATGGTAAGAGAGTAGACTGATTGAATATCTCAAGAATAGAGTGTGAGTAAGCTTA TCATTAAAACTGCAAGTTAAACATCTAGGTTGTACTTGATTAATCTTTAAATGGACAAATAGTACACATT TTCAGTCATTCCATTTGGCCGCAGATGATGGATTTTTTCATAATTTCAAAATGGAAGTCCATCCGGCAAT ACTTTTATCCTATAAGCTTAGGAACATGTATGTGCATGTTATAGCTGAGCCATTAGTGACACAATGATTG AATAAGGCAATATCTGGTCAGGGTAAGGTGTGGAATGGGGGAAATGAGCGAGGGGGGGGGGGGCAAAAGT CTCCCAGGATCAGGTAATGCCAAATACTTAATAATAATGATGATGATAATAACAAGTTATCAATTAAGCC TCTGATATATATTTTCACATTATAATGAGCTTACTTGGGAGGCAACTAATGAAAGGGGGGAGGGG
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???blast.matrix???
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???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 time is limited to 30 seconds