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Echinobase
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Echinobase Accession
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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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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_784234.5 PREDICTED: Strongylocentrotus purpuratus forkhead transcription factor N1/4 (LOC584374), mRNA AGTTAACGGGATTTTTTTACTATGAATTTATACAGGGGCCTCTCTTCGTGAATATGTGGACGTTGATATG ACATCAAATTCTGGCTCATTGCATGGATATTACTATTATTTGGACCTCACCAATTATATATCTACGTGAA AAACAAATTTTTCCTTGGATTAGTTAGAAATTTAGAGCTGGTGAAAGTCTAGATTTTTTGGGCGAAGCTG TTTTCTACAGGTGAATTTCCGCCTGCCGTGTGGGACTGTAGTGTAACGGACAATACGCACGTAACGTATT GTCGTTGTGGAGTTGTTATTGTATGAATTTCTAAATAGGTCGGACTACACGAGCGAACTGTGCAGTCGTG TGCGTACTCGCCGTCAACAACTCTCTTGTTTTTCATGTAACTGATAAATATTTAATATTTTCATCATGGA TTTCTACGGAGGTGGTTCGGTAACTGATTTATCAGTCAATGATGTGTTTGCGAATGAAGTTCAGAGTGAA GTGAACGAGATTTTGAGGTCTGATGCTGCCCGATTTTCGCCGCAGTCCTCGATGGATCTCTCATCTTTGC AGACGACAGGCTTGGATTTAGACTCCACGGCCGAATTCACCTTGCTCCCGAATTATTTTCAGGAGCAAGC CGTTCAAACCACAGCCTCGGATGCAAATCCTACTTCGGTTTTGACCACAACAGCTAACACAGTGGATTTG AGTCAAATTACTGGTATGGATGGGGTCGAAAACAGCATTCATAGTCTGCTTGTTGATCCCCAAACGGGCA TGCCAGTTACGACCACCGCACTGCAGCTAGACCCCAACTCGGCCCAGGCCAGTCTGCAGATGATTGTCAA CAGTCTCCCCGAGCTGCAGGCGCAGATTGCTGCCTCTGCCTCTTCAAGCGAAACTCTTGGACTCAGCAAC ATAGGCAATATCATCACACAGTCTCCTATCCTTTCCCTGAATACCCAACAGCAGCAATCTCCGCTCATTC TCTCAACGGGAAATGGAAATCAGAACGTGACTTTTCAAAACGGTACCCTGCAGGCCATGGATCTCTCGCA GATCAACCTCTCAAACTTTAACGAGCTTGCCGCGCAGACACTCATCTCGCAACTCCAGCAGCAGCAGCTC CACTTAGCCAATGGAAACATGCAAAATGGTTCAGTTTCGGACTTGAATTCAGCTCTCAAAATACAGCAGC AGAAGGGGAACGTCCACCCAGCAAGTCCAAAGGCAAAGGTTGACAAAGTCTATCCAAAGCCGGCCTACTC GTACAGTTGTCTGATTACGATGTCGTTGAAGAACAGTCAGAACGGCTGTTTGCCTGTCAGTGAGATCTAT CAGTTTATGTGTGAGAACTTCCCTTACTTCAAGACAGCACCAGATGGATGGAAGAACTCTGTAAGACACA ACCTGTCGCTAAACAAATGCTTTGCTAAGATAGAGAAGCCTCAGGTGAACAATGGTAACGGTTCGGCCAG GAAGGGATGCCTATGGGCGATGAACCCAGAGAAGCAGGCCAAGATGGAGGAGGAGGTGTATAAATGGACT CAGAAAGATCCCTCGGGCATCAAGAGGAGCATGGCCAAACCAGAGGAATTCTCAAGAATCGAAGCCCTGT CCAGGATCTCAACCCCCAAATCGTCGCCGAGGGAATCCACGCCTCCCGTAGCAAAGGTCCCGCCCCCACT CCAGAGCATCATCTCCACGGCAACCACAACGACAGTCACACCCTCGGAAACCAAGCACGAGGTCTCGCAT AACGTCTTTGCCGAGCAGTTTTTCAACCCTAGTCTTAATCTTCTAGACCCAACGTTAACTCAACTCGATG GTGATCTAGGCTTGCAGGATAACTTACTGGACACCTTCAACGACATCAGCAGTTTAGATGTGCCTATGAC GACATCGCCCTTCACAGCCTTCAGTTTCAGTGGCTCCATCCTCGACAGTTCACCCTTAAAGGACACGACC CACACCGTCTCCTCAGCCTATCTCCTCGACTCGCCCCAGTCCCACTCCGCCTCCGCACTACAATTCTGCA GCCCCACGAGGGCGCCGCAGGTCACTGCTTTCATGTGACAATCAAAGAGACCCAAAGTCGAAGACAGTGA AGTTTCCAAGAGTTTTATATGAGAGATTTTTTTTTGTATTAAGACAGAGAAGTATACTAGTACACACTTT ACATATCCTTTGAAACCTTTACAGGTTAATGCAGTTCTGATACTTTTATAGGAAGGGGATGTTTGAAAAG ATTAAACTTGCCACTCTTTTATTCTTTTGACATCATAGGGTTGTATGTTATGGTTTTTGTAGGAGCCTGC AGGAATTTCTAAATTTTTGGGTGCAGGTCAAGATGTGAAGTGAGTACCATAAGTCACACACCAAACATGC CAGCTCCCTGAAACCATGTTGATTATTTCACGACACAAGACAGGAGGCTTGATGGCCCAGTTGTAGAGCA GTGGTCTCGTAAACGGGGCGTCCCTGGGTTCAAAACCAAGTCAATGCGCCAGTGCCCTTTGGGTAAGGCA TCAATCCTCATTACAGAGTCCCTCTTAGAGGACTTAAAGTCGTTGGTCCCCTGGTTGCTTACGTACAAGC ATAACATACACATGCTTTCTTAGCGGTCAGGTAAAACTTTGGCGCTGTGACCTGAGTTTTGGCAAGGTGT GTGCTGGAATGAGGTCAGATACTGTAGGTATCATTATCTGGTCACCACTTAGAATCAAGACTACAAATTC AAATTTAGATTTTTTTTTTCTTCAGAAACTATAAATTGAGAATATCCTTGCTTTTGTAACGATTCAAATT TAGTACTTCACGCAAGGTTTCCTTTGTACATATAGATTTGTTTTTTATATTATCATACTCTAGAAGAAAT TTGTACAGAATTAACATGTTTGTTTTTTATATTTGACTACGACAAATCTCACTTAGCCAGAGCCGTTTGT CACCGATTTTGGAACTCAAAATTTGAGATGAAAAAAAAAAAAAGCTTGTATTTCTTGTTTGTTTATCAAT TATGCTGTTCAATCCTGTCGTGGCATGTATGCAATTTGCTCTATAATTATGGCTCATCAATAATATCTGT TTTTGTTTTTTGTTGATGTAATGATTTGTTTTGCAGTTTTCCCCTTTCTTTTATAAAAGGTAAGGTTACA ATGTAGTTACCAACATCCTTTCATTAATGTATTTTCAATCGCGCTGTCTTGCGGTGATGGCTTACATAGG GCGATTTTCGCTTCCTGTATCCAAGCATCATCACGAGCATGTTATCAGTCAGTGATGCATTGTGGTACAT GGCTGTCGACACATCGGGACATTTTGAGCAGCAGATGGCAGTATACATAAACCTAATGTAGAGTGTTAGT AGAATACCCTGCCTTTAGAACCATTACCCTTAGTGGGCTTTTCCTGTGTATATCAGTCAAATTCTTCTGT ATTTCATTGTTTTCAAAACTTTTCTGGTCTTCTCCCTATCCCCTCCCCTAAATCATCCTTTACTATAGTT AACAACTTAATTATTCATACCCCTAGAAAATTTGAGGTATTTTTTTTGTTTTTGCAACTCAAGAATGACA GGTGGACTGGTCGAATACGGCCTTTGTTGAATACTTTTAGGTGTTAGCTATTATTTTAATATGTCACATT CTCAAGGATTTTTGTTCACATACTTGAAAAATCATAAAACTTGGTAAGGGTATAAATAATTTAGTTAACT GTGGTACGAGGATCTATTGTGCAGTTTGAATGCCTTATGTTCATGCGTGTGTTTCAGCTGACAAAATGGT GGCAATAATATATGATGTACATTGATGTATTAACTCAGAAACCAGTATTTCTCAATGTATGTAGTGGTCG ATGCAAGTCAATTACTCGTTCGTTAGTACTTCAGAGTTTACAGTTGATGCTAGAGTAGGTCCGATTAGCT GCTTAGTGAACCTCTGCTGGTCATAGTTGTGCTGCTTCATTACGATTGGTTCCCCCCTGGTTAGCAATGG CTTAATTTAGAACTAGCGGATGACATCATCTCCCTAATTTGCATACAGTCTACGTGAAACATATCACTAT ATTTTGTTGAAACTTATAGCGTTTTGTTTGTTCAATTTTTCTCTATTTATTCAATTTAATTTGCGATTGG GTCAGACTTTTCCTTTAACTCTGTTTGAAAGAAATTCATACATCCAATGTCGGATGGGGGAGGTTGCTCA AAGATAATTCTTGGTTTGTTTGGTGTCTTTTTGACATCAACCAGAAATTTGTGAACCTATCAGAAATTTT GCTGTTCAGATATTTTTGCTGCTAGATCATTGAATTACAAGACTGAATATTTGCAGTTCAAAATATGTTC ATGTCACAAATTTGGCATTAAAAATTTGCGAGAGTTGTATGTGACAGTTCAAGGTTTTTGGTTTCACAAA TAATCAATTTCGATTCAAATTGAGAAAGTGCCTTTAGGAACTCAGGTGAGAAATCATTCTTTTTTTAATA TTTTTTTTTACAAGTTTAAGAAGAAAAATAATCACTACAATCATTATTCTCCACTTCAGCATCATGCAAA ACTTGCATGATAGACTTCTATTCATTGAATTTGATTCATTTCCTGTGCATTTCAATTGATTAAAAAAAAA AATCATAAAGAAGAAGGCCTATTTGCCAAAACAGAAATCATGCCATTGTCATAACTAGGCTTGCAATGTT GAGACTAATATTGAACAAGATAGCATCTACTACGAAAAATCAACTGAAAAAAGATGCTTTAAATTACATC GTGCACGTAATCCAAACAAGATTTCTATGGGACATACAATAGGGTATTGTATAATTATGCCCTTGAGTTA GTATTTTGAAAATAGTCGCGATCGCGGTATTTGTACTCTTAGGTGGTGTAAAATCGATTTGGATAGGAAT ACTTGAAGTAACTGCTGGGGGTGTTTCACAAAGATCCAAAGGTGAACTTATCTCTAAGTTTGACTTAACA ATTATGGAAAGCCCTTAGCATCTTTAAAAATATTTTGTAAAAGTTATTTTAAAAGGCATGAGATGTTGAT TCAGATCATTCATGTTCTTGTTTTGGAATTTATAAAAAAAAAAAGTCTAAAATACTTGATTTTTCGCTTT TGAATATACGGTATTTGATTTTAAGACTAACGAATGACTCTCCATAATTTTCAAGTCCAACGTAGAGTTA AGCTTGATTTAGGATCTTTGTGAAACATCCCATGGTCTTTTTTTACCAGTTCAAATATGCACTTATGATG GATAATACAGGGACAATTTGACGAGGCACCACAAAACCACCAACGAAATGCAGGACCTGATTTTTAGTTC TTCATTTCAATCTCAATAAAGGTGTTTTTTGTTCAGGTTGATAACATTTCCTGAAAGAATCTAATTATTT CTATTTAATTTCAAAATGTGAAAGGAAACATCCTCCAAATGGGACTTTGGTAGTAGACCGATTTTCGTTC TGATCGTTGTACATGTAGTAGTTTTGATTTAAATAAAACAGTCTACTGGTGTCATTTTGAAATCCAATAA CTTGAAAACAGAGGGAGCTATTACATTGATACCTAGACAACATATAGAACTGGATGTGGTGGTTATGTGG TGGTTATGTGGTGCCGGGACACAAAGAATATACAAAGTGCCTCTAGCAAGACGTATTGGTATTTCATGTT CAATGCTGAAATGAAAAGAATGCAGTATTATGGATGTTTACATGTAGGTAATCAGGAAGCAATAACTTGA ATTAGACCAGGACCCAAACCTGGGCCTTGTTGCACAGGTCTAGAAGTGATCTGTAAGGGTTATCTTTTAT GTTAGTTAAATGGTATTGTCAAAACAAGTCAAAATGAGGACAAGACGTTAGTTAATGTCTGCGCGAAGCT GACCGCTTTCTGTTCAAGTTAACAGACCGCTGTGCAAGTAACAGTGGTAAATGTGTTCTGTGCAATTTCT TTTGTTTATAGGACAATTAACCTTCTTTTCCCATACATAGAACTTAGAT
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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