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Echinobase
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Echinoderm mRNA
Echinoderm protein
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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
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>JT094546.1 TSA: Strongylocentrotus purpuratus WHL22.28348.2 mRNA sequence AAGTGAGGTGCTCCAGGTTAGAGGAGGCCCTCTGGAGGAGGAGGAGCTATGGAGCATTCTCTGTCAGAGC TGTAAGGCCATACAAGACACATTCATTCAAGGTCGTGCCATAGAAGCAGATGGTCCTAGCTTTGTGGTCA GTCCCTACACGGTGCTCTTCAGTCCTAGCGGCTCAGTCCAGTTTGCTGAGAGCATTGATGTGACCCTACC AAACATTGCCAACTACCTGCCTCCCGAGGGCATCGGAGGTCAGGGGTCATTCTCAAATGCTGCGGTTGAG AAGATGTACATCTATGCACTTGGTAAGTCTCTCCTGTGGGCCTCAGACTACATGCGTATCCCATACAGCA GTGCAGTCATCAGTGCAACCCTACAGTCATTACTGATGGGTATGTCAGACAACAATCCAATGACTCGTCT CGGACTAGTCCAGATATTAGAGGCTTGCACTATCCATGCCCAGAGTCTTGGATACGGGATGCCCTACGCT CGTCACATCATCCAATTGAGTAAAATCGTACTTGGGAGCATATTTGCTCTGGATCAAATGGGACTGGGAG ACAGCTTCAATAGCAATACAAACAACAGTGTCTCCACGGTAACAGGGTCACCCTTGTCTGCCATGGGGTC ACCAGAACACAGGCGATCAGGACGAGTCAGTCCTGGTAAGCGGAATCACCAGCAACTCAACTCCAGTGAC TCCACTGACCACAAGAACAAGCGCACCATGCGAGGTAACGACGAACCAGATGCTAGGAAAGGATCTAAAT CAAAACACAGACGCGGTGGGTACTCCAACCTCAGCAGCAGTACAATGGACTCCCAGGAGAGTTACGAAGA CGTGCGCTCATACAAAGACACAATACCACATAGCCGCTCTGCACGGAGCTCTCGTGAAATGCTGGATGAG CGATCAAGTCGTAGGGATGCTTCACACAAATCTAACGCCACCGAAGAACGTTCGTATCATATGTCTGACA TATTCTCACCAGCGAACAGAACAGAGAAATCAAATGGTTATAAAGCTTTGAGTGTAAAGAGTGGTCATTC GCGTCGTGCGGAGTCAAAGCATTCCAAAACGCAGTCCGCGACGTCGCGGGGTTACGAATCCATGCCGGAC AGACCGAGCAGCCGATCAAAGCAGCGGTCGCCACCACCACGAGGACAATCAAGCAGAACGAACCTGGTTT ACGAACGGTTAATGGAGAGACGGGAAAGGCTAGGTCGTCTTCGAAATCAACTAGGGCTTCGACCACGGCA TGGGAACGAACTGACCAGGTCAGTATCGGACTATGATAGCGAGACGGACACAATGACAGAGGATGAAAGC CAGTATGGAGATGGGAGATCAGAGGCAAGGTCCTACAAATCTCTGACCTCTGTCGAGTCTGCCAGACAAG GGAGCTATCACCCAGACCAGTATTCTCAGTACTCCTCGGTAGGGTCATTCCCCTTCGGTCAAGGTCCACA GGCCTCCTCTTCTCAGCGCCAGAGCCGGAGCGTACCCAACGTCCACCAACAGAGGGCCGATCAGTACGAT GGGGTTTCCAATAGGGATCCTTCGTTAGAGCGCAGGCTGCAGGCAGCGCCCTCTAGCAATGAACACAAGA GGAACACCTTGCCTTCCAGAAAGAAATTAAAAAAATTTTTTGGGCCAGAGTTTGTGGTGATGAGCGGCGA ACCAAACGAATCCATCACCATGCCCATCTCGTTCTTGAGCAAAGCTGGTAAGATTCCACCCGAGAAGAAA AGGGTTACAGCGGTCATGCTAAACGGCCGCAGACTTGACCTTTTGTGTGACCTTGGGACCTCTGGTCAAG AGCTGTTTGACCTGATTGCATCTCACCTGGGTCTCAATGAAAGGTCCTACTTTGGGATTGCCTATATCAA AGAGGGTGAATATCTCTTCATAGACCCCGACACCAAACTCTATAAGGTGGGACCAGAGACGTGGCGTGAA GAGGCCAAGAAGAGGTCAAAGAAGGTTGGGTCAAAGGAGAAGTTCACAGTGTTCTTCCGGGTCAAGTACT ATGTGGAGAATGTGAGCTTGCTGAGGGATCAACTCACAAGACATCAGTACTACTTGCAGTTACGTAGAGA TATCCTAGAGGAGAGAACCAAATGTGATGATAGAGCCGCTTTACAGCTCGCTGCCCTAGCGCTTCAAGCA GAAATGGGAGATCACGACGACAGCACCTCCCGGAACTACTTTTTACCTGAGCACTATGTTGCAGCTGGCA TGATAGAGTCGATTGGTGTGGCGAATATTAGAGCTAGATTGCCCTCTATGCATGAAGCTCAGAAAGGGAT GTCAGACGTGGAAGCTGAATTTGACTTTTTGATGGAAGCAAGAAAATTACCGGAGTATGGAATCCACTTC CATCGAGTGACCCACAACAAGAAGGAGAGCACACGAGGGGTGTGGCTCGGGGTGTGTACCCGTGGTATCA TCGTTTATGAGAAGGGCGGCAAAGCTCGCAAACAAGTCCACGCCCATCCTTGGAACAAGACTAAGAAGAT TGCTTTTGATAGGAGAAAGTTTATAGTAGAACCTTTCGATGCGACCGGGATGAAGTTTGTTCACTTCACA GAAAGCTACAAGAAGGGTCGCTATTTGGTACAGCTCTGCAAATCACAGCATAGATTCCACATGGCTGTGA GAACCAAAACTAATATTGCTCATCAATTCCAGAATGATTATGGCGTAGAAGGAGAGTCCTACAGCCTAGC GAGTGGGTCACTGCGCTACGCCAATCATTACGAGCCGAACGATGAATTTGATTACAGCGACGAGGAGCAG AGCATGATGGGATCGGTTCCCAGTGAACTTGGTGCTTCCTCGTACACCATTGATAGCATGAGGCATCATG GGATGTCCGAGGTCAAGAGGTCAACCTCAGGTTACGAGGAAATCAGGATTGGGAGACAACCTCCTCAGAT CAAGAGCCCTGAGAGACGACCTCACTCCACTCCAGTAACAGAGGGCAGCAGACAACAAAGATCAAAACAA GTGAATCAGCCGTACAGAAATGGGACGACGGGGTCAAGGTCAAATGTCAATCCGCAGCATGTGCTCCACG AGCGTCAGCAAGATGAGTACGATGGCAATGGTTACGTCGAGAACGGGTACGAGGAGTTCAGCAGGGGTCA GCCAAAATCGCAAGGGAGGTCAAGGCAGGAGTTGCAAGAGATTGTAGATGACCCTCCTTATGCCACTATA GCGAGCATCAAAGAAAACAGAGAGAAGAGCAAGCAAAAGAGAAGGGCACCTAAGACGAGAGGTGAAGAGA GCGGATATGCAGAGATTGGATCTAGAGAGTCAGAGAAACCATACGTCCTAGGTACAAGCATCCACAACAA CAGTCGGGCCCAGTCCCGTAAATCTTTGGACCAAGATGAGTCCATCAGTGAATCCCTGAGGGAGCGTCTG GAAGATCTGCCCCCTTCAGAGCATCCTGAGAGGGATATCGTCATAGTAACCCTCAAGAAGAGCCAACAAA AAGGACTTGGCCTTACCATCGTTGGAGGGGAAAACTCCCGGAGCTTAGACCTGGGCATCTTTGTTCGTTC CATCGAGCCTCATGGCCCCGCCCACAGAGATGGCAGGCTTCATGTCGGAGACAGGATCATCTCCATCAAC GGACAGAGTCTGGAGGGGGTGGGGCATCGCATTGCCGTGGATATCATCAAGAATGCACCGGAGGTCGTTC AGCTGATTGTTTCTCAACCTAAGTCGGGCTTGAATTCCAAAGTCTCATCCACCCCGAGCACAGAGGTTGT ATATGCCAACGTACACCACCCTGCTAAAGCCCATCCAACGCCCCTCGCACCTAACCACCAATCCCAAGGC TCTCTAGAAAATATCCAGGATCTCCCCGTAGAGTCCTCAGCAAGTGACAGCTCCCCCAAGATGCGCAATA ATCAGTTCCCACCGACGAAGCCACGGCGACGCCCGGAGAGCTTCGGGTCCAACTACAGCCTGAACTCAGA CCAGGAGAGGAACGGGTCAGGAGAAGGGAAACACAGAAGGTATCTCACAGTGGAGAAACCAAAGATTGTG AAGAGGAAAGGAGTCGTGGATGATGAGGAGGATGGTGCAGAGGAGGACGATAGAGGGAGGATTACTGAGA GGAGCGAAGACGTTTCGAGGATAACTACAGAAGATGTCCACTCCAGGCAATCTGTCAAGGATGAACCGAT TAGTACCGGCATCCTCGACAACCATTCTGAGGATGACTGGGACGACCTGGAACATGACGACGACGATGAT GATTCAAAGGTCACGACCCCTGAGAGCTCTGACATGGAGGACCTCTTTGGCGACATGGACGAGAAGAAGA ACAAACCGAAACTGAACTTTCACAAAATCAGCACTGGTATCAAATCCCCTCCCGTAACCGCGACACCATC GAACTTGACGGCGATGTCGCCATTGAGTGAGAAGCTGACATCGGGTACAGCATCAGCAGCCAAGGAGACG GAGGTCGATGATACCGAGGCAGAGCAGGAGGAGAACCTAGATGAAGAAGTGCAGGAGGCTAGCGAGGGAC TAGATCTACTACCAGGAGACAAGTATACTGTTCAGCTGAAGAAAGCTAATGGATCTTTGGGCATCAGTGT TACGGGCGGTGTGAATACGAGTGTAAAGCATGGAGGTATCTACATTAAGACTATGGTACCAGGAGGAGCG GCTGATCAAGATGGCCGCATCAAGTCTGGTGACCGACTACTGGAGGTCAACAGGTCAACCCTGACCCAGG TGACTCACAAGCAGGCTGTGGAGATCCTACGCAGGGCCAAGGATGTGAGTACCCTGGTCATTGAACGCGG GATCCCTCCTGCAGCCACCAGCGCTCTCCCTCCCACACCTGTCCACTTCCAGCAGCCCCTGCAGCCCCAG CAGCAAGGGGGTAATGGAGGTGGTGGTGGAGGGGTGCAGGTGGATACCAGTACCAACCAGAACACAAGTG CACCAGACATTCATCCAGCTTCAGCCGATGAAAACCCTGAAACCGACTTTGCTACTGAAAATGAAGACCT TGACCTCGGCACTGCGGACGAAGAATACGAAACAGGATGGGACGATGATGACGACGATGTGGTGGTCAGC AGGAGTGACCCGATGACCATCGAGGAACCTGTAGCACGTATGCAGGTCAAGGAGCAACATGCAAGGGCGC CCTCTATGGGTGCCATGTTGCCTCCTGAGATTAAAGTTGATCCAGATATAGATGACACAGAGCCGCCGGT AAGTCCCTCCTCAGATGACGTGGCTCTGTCCCCTACAGACATACACAGAATGGGATCTCCCATGTTCCCT GCACAGCGCAAGAACAGCCTTGGTGTCATATTCCATCATGACCTAGATGGCAGCATCCATTCTCTGCGGA GATCGTCCTCGGCAGCGTCCCTCGGGATACACTCGGAGCACACCGAGTCTGACGATGGCAACAGCCTCAT GATGCCTTCCTTTGCTTCTCATGCGACAACACCCACCATCGAGGCACTGCATGACGAAGACTTCTGCACT CCACCATTGACGGACGATGAGTTTGCTAGTGAGAATGAAATGCCTGATGTACCGGTGGACGAGAGCGTTC ATCCGGAGTCTCCCGGCTCTGTCACCGAATCGCCCTACGCTTCGGATGGCTATTCGGACGAGGTGGATGA TTACTTGGCAGAAATTGCATCGCCGACATTGAGCACTCGCGAGGCAGACACGTTGACACCCACTGCCCA
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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
