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Echinobase
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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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>XM_038190232.1 PREDICTED: Patiria miniata fibroblast growth factor receptor-like (LOC119720531), transcript variant X1, mRNA CATTTCTAAGAATGTATACGCACGATATATGCAGCTGATTACGATGGGGCCAACTTTTCAGCTATGTAAA CGTACGCATTTATATTTACGCATAGCGCAGCATACCAGTTACAAAGTGGAGACAAAATTCGGGACCATTC TCGTAACTTTACCGGAGAAAAACTGGCCCTAGGATTGCTTTTTTCCTGTGGAAAACTCGTAAAGAAGATA CAGTCTGGTCGAAGAGGATCTGTACTGATGTTGTGATGGAGTGGAATAGTTATTAAAGATGTTTGGGACC TAAGGAAGTGAGCATCAGAGGTTCTCAGAAATTGACTGGTCTTAACAACTGACGTTGATCATTCTACTTT AGTTTCTTTCTTGGTAAAACCAAAGGACAATCTAGGCAGTCGTAAAGCCATCAAGTCTACCTGCAGTTCT TCATAATCTTCCTGTATTCTCAATGCGGTGATTGGCCAAGATGGATTCTAGAGGGCGGTATAGTCTGCGG AGATCAATCCACAGTCTTCTTATATTGTGCCTGTTCAGCTTGAGATTGACGTTAGCAGAAGCGGCCGTTA CCTCCGCACAAGATATAGTCCCATCTAGAAGCAGCCCACGAAACCTCAGACTGACCCCAACCAAGTTAAC AACAGTGACCCTGAAATGGGACGCTCCACTCAATGGAGGGGTGTACAACTATGATGTTAACTACTGGAGG GGGCAAGATCAGTCACAGGTTCGGACCAAAAACGTGTCAAACTCCACGTCGTGTGATGTGGGTGATCTAC AAATCCGCGTCAACTACACGTTTTCTGTCAGTATCAGTGGGAGTCCTGAACTCGTCACAAACGAAGTCAC AGGATCTGGAATCTCGCCAAGGCCACCAACAATCAATAAGGATGGCCGTATGATCACAGAACTGAAGAAA GTGGAAACAGAAAATGCCAAGTTTCGGTGCTCTGTTGACGCTTACCCTAAACCTAACATTACCTGGTGGA GAGGTAACGTCCGTCTTGAGACGGGGGACGACAGAGAGGTCAAACGGGCCACTATGACCATCAACGACGT CGTGGTAGAAGACAGCGGTGTCTACAGCTGCTATGTAACCAATGATTACGGAGAACTCAGGGTCAATTTC ACATTGGAGGTCGACCCGGACGATTCCGAGGTCTATTTTTCATCCAATTCCGAATCTTCCTACGGCGCGA TTGAATCAACGGTTTCAGATCTGGAGCCCATGGCGCCCGAGTTCAACAAGGACAAGTACAGGTTTCATGA CAACATGCTGAAGGTGGCCGGCGAGAGGCTCACATTGAAGTGCCCTTACAGAGCCAATCCACGACCAACG GTGGTCTGGACCAAGAATGACAAACTGAATTGGGAGCAGCAGAGTAATTTCAGAGATAGGGTGACAATTA ACGATTTCAAACTGATCATTGAGAGACTCATGCCATCCGTTGACCAAGCCAAGTATACGTGTATCGTCAC CAATGAGCTTGGTTCTATTGAACACACAACCATTATTGATATCACAGAGAGGATAGCCACTCGTCCAATC ATATCCCAAATTGACGACCAGGAGGTGGTTGTTGGGAGCAACGTTTCCTTTGAGTGCAAAATCGTCAGCG ACGCAACCCCGCATATTGTGTGGTTGAAAATGGAGAAGCCGGGCAACGTTTCCCAACTGCAAACCATGAC AGACAGGCTAGACTTGATTGTTGAGAAATGGACGCAGGAATTGTCTAAGAGTTGTTCTGAAGTCATGATG GAATATCTGTCAAATTTCACCCAGCATTGGCAGTGCATAAGTAACGATGAGCACACGTCACAGAACTTGA AGGTCCAGACACAAACCTTGAAGATCTACAACGTCTCGTTTAAGGACTCGGGGCTGTACACATGCCTGGC CGGCAACTACCTTGGAATCACTAGAGCGAGTGCTACACTGTCTGTCATTGCAGTTACCACCCATCCACCA CCTACCTCGGCTCCAGTCGTCGCGATAGTTCGGCCGGGTCATTGGGACCAACAGAAGACCGTCATGGTGG TAGCCATCGTCTGTAGTTTCATTATCCTGATCCTCTTCTTCTTCATCTTCATCATGTGTTACAAGAGCAA CCAGCGACACACCAGGAGTCCCATGAGGGTTGTGAACAAGACTCAACTCATACGGCAGCTGTCGACAGAG TCGGGTCACTCTACAGCTCCTTTGGTCATCGGACGCTCACGTTTATCCTCGTCCCTCACTGTGGTGTCGG AGTATGAGGTTCCGTTGGATCCAGAATGGGAATTCCCACGTGACAGGTTAACCCTGGGTAAGGCTCTGGG TGAGGGCGCATTTGGCAAGGTGGTGCTAGCTGAGGCTGTGGGTATCAGCAACAAGGAACAGACAACAATG GTGGCTGTCAAGATGCTTAAAGGGAATGCTACAGACCGTGAGTTATCTGACCTTGTGTCAGAGCTTGAGA TGATGAAGATGATTGGTAAACACACAAATATCATCAATCTGCTCGGATGCTCAACTCAAGATGGTCCTCT GTTTGTCATCGTTGAGTACGCTCACCATGGCAACCTACGTGATTTCCTCCGTCTTCGTCGACCACCAGAT AACAATGAGATGACCGTCATGTTGCCAGACCGTGAGCAACTGACCAACAAGGATCTGATCTCCATGGCTT ACCAGGTGGCTCGTGGGATGGAATTCCTAGCATCCAAGAAGGCTATCCATCGTGACTTGGCTGCCCGTAA CGTCCTGGTCACTGAAAACTACATCATGAAGATAGCTGACTTCGGCCTCGCTAGAGATGTCCATTACATC GATTTTTACAAGAAGACTACTGATGGCCGTTTACCAGTCAAGTGGATGGCACCGGAAGCCTTGTTTGACC GTGTCTTCACTACTCAAAGCGACGTCTGGTCCTTCGGTATCCTACTGTGGGAGATCATCACTTTGGGCGG CACCCCGTATCCCAGTGTTCCGGTTGAAAAGATGTTTGATTATCTGAAGATGGGAAAACGTCTTGAGCAA CCTCAGAATTGCTCCTTGGAGATCTATCACATCATGAGGGAATGTTGGCACACATCACCAGGACTTCGAC CGACGTTCTTTGATCTGGTCGAAGACCTGGCCAGGATTATCTCCCTCGCGTCCACTCAAGATTACCTTGA TCTTGAAGCCCTCGGTGACGCCCCAGTGACAACCTTCGTGGATGTTGAGTTTGACTCGGGTAACTCAAGC CAACACAGTCGGCACAGTAGTGAGTCCACTGTTTGATCGACTTGGATCAACGCATTCTAGTGAAAGACCT CCCTCTAGTGCTTGTAATGTCCTGGCCGTAGCATGACGGTGAAGATTCCGTCTGAGACCACCTTGTGTAA ACGGAATCCCACCTTCTTTAAACACCGTAGTAAACATCTACTGCTCCAACCAACGAGATGAGCTGTTCTG GAAAAAAAAAATTGGAAATTGTGGTCTTTCCTAGTGAACCTTCTAGTGTCTTTGAGACACGCCTTCCTCT TGATAAAGAGTGTCTTGGCAAAACATTCAATTCGCTGTTTGGTGCTCTAATATTGAATGCTACAAAAGTG ATGAAAGCTGTGAAAACCGGACTTGACCCGATGGATAATTTCTCGTCCTAAAAATCGACAATTTGAACCT GCTCTGAGAGCAGTTGTGTAAATGGAATCCCACCTTCTTTAAACACCGTAGTAAACATCTACTGCTCCAA CCAACAAGATGAGCTGTTTTGGAGGGAAAAAAATGGAAATTGTGGTCTTTCCTAGTGAACCTTCTAGTGT CTTTGAGACACGCCTTTCCTCTTGATAAAGAGTGTCTTGGCAAAACATTCAATTCGCTGTTTGGTGCTCT AATATTGAATGCTACAAAAGTGATGAAAGCTGTGAAAACCAGACTAGACCTGATGGATAATTTCTCTTGC TAAAAGTCGACAATTTGAACCTTCTCTGAGAGCAGAACTGAGAACTCACTAGCCCTGCCTGTGTCTGTGA GCGACTTGATCTCTGTGAGATCTGCTCAAGACGTCGGACTTCTGACAAAGGCTGAAATATGTTTCTGTAG TGAGAACAGAAAGTGACTGTAAAAGAACATTGCAGCAAGAATGATATTGGAGTGTCTGGATGAAAACAGG TGAGAGCTCTGAGCTCAAGAGAGCTCATTGAATGAGAAATGGTTTTCACAGTGGAACCCTACTGCCATGT AAATAGACTTAAATGTAGTGCTGTGTTGTGTCTCACCATTTCAGCGAGATCTCCAATCGTAACTCAACAG TGTGACGTCTCAAGTTGTGTCTGTCCATCTTGAGTTGAAGATAATTGGACCTTGAAAAAAAACATTCGGT TGCAACACGAGATGTGAAACGAAGCATTGTCTGCTTTTAACTTAGTTGGATTTCTCCTGAATTATGGAAA CACGGTGTATTCTGAAGACTGTATGTTATGTGGTTTTAAACCTTAAAGGGGACCACTCAAAGCTTGTATT CAGTGAATTCTGAGCAATTCACCACTAAAAGGATATCTTAACTGTTAGTAACTTGTTTTATAGAAGAATT GTGATAAATGGTCACAAAAGCTTGTTATAAAGTGTGCAAGGAATTGATCAGGGCCCAATTTCACAGCACT GTCAAGCCGAAAATATTACTAAGTAAAAATCAGCGAAGTGCCGGTCACAGGTGATATACAAGACACGTAT TTGCTGGTAACCTTTGGTAAGCAAATATTTGATGCTTAGTAATTTTCAGCTCAGCCGCCCTGTGAAATTG GCTCCTAGCGCCCATGTGAGGGAGCAGTTTGGCCGATTTTTTTTTTTCAATCATGTTTTTGTTATTCGCT GAGCGGAACATTAATAAGAGAAGTGCTAGCTTTGCTATAAACTGTTTGAGATAGCAATATTTCTGTACAA ATCAGCTCAGTGAGTCTCTACTTTGACCAGTGATGTAGTCGAGTCAACCACATGTCCTCACTAAAGTCAA CCACATGTCCAGCCCTTTCACTTGCGACTGGATTTGAGAAAGGATTTGTGATTGACTCGACTACAACACT GCCTTTGACTTTTAAGTCATTTGTCTGAAGTCCAGTCTATTTTTGAATTGTCGTCTATCCATCGTGATTT CTGTTACAAAGTACAGCCCATTTGATTGCTGTAATTGACGATAAGTTCATCAAATTTCTGTCTTGTTCTT TTAATCTGTGGCCAATCAAGTGATAAAACTGCTCCAGTTTAATTTAATATTGTAAGTAAACTGTTAAAAA TCAGGTGCAAAAGAACAGCAAAAAAGGTGATCATATAAAGCATTTTTTTGCTGTTCTTTATGCTGATTGA AACAATCTTGAGAAATCGTCAGGTAAGGATGCTTATTTGTGCCTACAGTATAGTATTTTTAAAACCGGAA GATATATTTCACAAGTGAACAAATGTATATTTTCATTTGTGTTCTTTGTTTAAAAGCATATTTATGTTTC AGGAATCCATTGGGCATGATTTATTTCAGATAATATATAAGAATGAGTGGCCTTCTGTGATGCCTTTAAA GAATATGCAAAGAATATCCAGAGTTACTTGTTTCAAACACACAAATTGTTGCTGGTTGATGCAACATAAT TTGAGGAGGAAACTTTAAATTAGTTCTCAAAGCTGCTTGTCTAACTTGAAAGCTGGAAAGAGTGTAATTC ATTCATCAATGTCTGCAATTAACTATTTTAAATGGGGGGGGGGGTATTTCTTTTTTAACC
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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
