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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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>XM_030979912.1 PREDICTED: Strongylocentrotus purpuratus protein FAM13A (LOC587138), transcript variant X4, mRNA ACATTAATGGCCTAGGAAAAGATTCCCTTCGCTGATTCCGCGCGGACGAATTATTCCCTTTCATTCCGCA TCATCACGCCAAATACCAGCGAACAACTCGATGAACATTTCTAGGAGTGCCGTCTGGTTACATCTGGACC AGAGATTGGATCTCACGTCCACACCCAAAGCTTGTGAAGTAGCAATCAGTCAGTCAGACTCTACTTTTAT TGAACCAAAGACTGAGAGAGAGAGCTGGTACATGGTCCATCACTGAACCAGAATTACAGTTGACAGTTGC CATGGTGATAGGACTTTGAGCAGAGAATTCTTGGCACACACACACACCTACACACCGACCGACCGCTCTA CTCTTTCCCATTCGTCATTGCCCTCATGTTGCGCCGACAGCTCCTATCCTGTAGGTCTCTAAAGCAGCCG TAAGGTGCAGCACCATTGTCACAGATCGTAGAGAGAAAAAGACCTGATAAATCAGTGTCTTCTTTGGACA TATATCACAAATCTCTGCTCGCTCCTCGTTCAAGCGATCGGCATCCAACGGCAAATTGCCTGGAGTAAAG CTGCAATTTGGTCGGTCATTTAGAAATAGTTTATGGCACCATCCTCTTCTCTTTGTATATGTTGTCAAGG GTTGTGCCAGCAGGCACTGACCGTAGGGTCCCAGCGGTTACCGCCATGCAGAAGATACTGCGCTCTCCGG CCAGCATACGTCGTAAGGTCGTTAATAAGATGTTTGGTGTCCCGTTGAAAGAACTCTGCCGCTATGGACC TAATGGAATTCGAATACCAGAACTCTTGCAGAAAATCATTGAATTTATTAAGATGCATGGTATCGGACAC GAGGGAATCTTCCGCATCAACGGTAGCTCCAAAATAGTGGAAAAACTGAGGATGCAGTATGATCGCCATG GCAACGCCAATCTGGAGGAGGCTGGCGATGTGATGGCTGTAGCTAGTCTTCTCAAACTCTTTTTCAGAGA ACTTCCAGATCCCGTCGTCATCGGCCAGCTTCATCCTCAGTTTCTTACAGTACAAGAAGAATTTCAGTAC AACAAGGAGGAGAGTCTGAAACAGCTCAAGAACCTTCTACAGCAGTTACCAGAAGAGAACTTCCTCGTTC TGCGGTATCTCTGCAGCTTCCTGATCAAGGTCATTCACCATGAGGACACCAATAAGATGAACTCCATGGC TCTAGCCATCGTGTTTGGGCCAAACTTATTCAGGTGTGCTGATGGCATACAGGGGCTCAGAGAACAAGGG CAAACCAATCATCTTGTCCGGCTCTTCATCGACAAGTTTGACTTTCTCTTCGGTCATGATGGAGGTAGCT ATAGCCCGCCCTCGCCTGTCAACGCTATCAACGGGTCAGGTCGGGTCTGGAACTCAAAGCGTATTGAAGT GCAAGCAGCCAAGGAGAAGAAATCCCCACCCTTCACTCCACTACCACATGCCCAGTACATGAAACAGAGA AGAACAAAACTGGCATTGCAGGAAGAAGTGGACCTGAACTCCAACTATTCTGAAGTCTCCAAAGAGGACT CATCATCTGGAAGCCCTCAGAATCATGGATATCTTAGTATCCCTGATGGTGAATACGAGGAGAGGGCCTT TTCACCATTCACTCTGGACAGTGACCAAGGCACCAGTGCTGCTCCTTCACCTGTAACATCCTCTATTACA TCAGAATTGGTAGAGAGGACGATACAGGAGAGTATATCTCAGCACTTATTTGGCGCTCGTGGCAGTCCCC GTCTTGACCTTAGCCCGAGACAAGAAACTCCAGTAGCTATGCCAAGGAAGAAACATCAGAAAAAGAACCA AGATAGTTCTTCATTTAATAGGAGAAGTAACTCAGAGTCTTCCTTAGAGCACCTAGTCAACTCATTCGCC GAGAGGGAAGGTATATCGGTCAAAAATAGGGCACAGCAGTTCTCCGACGACACCCTGGTATCAAGCAAGT CACATGATCAGAGTCATCCAGTCAGAAGGAAAGGCAGGCCAGCGTCTAAAGCCTTTGATATATTTGAATC TCAGGGCATCATCATTGGACAGAGATTAGTGGATTCTTCTTCTGTGAGCGAAGGACTTTCCCGAGAGGGG ACTTTGACCGACGTAACGCATGATGGAGAGTCAGAACTGGACAGTGTCAAACGCAACTCAGGCACATTAA ACTCATTAACAGCAGGTAGAGTGGCACCTCCCAAGAGAAGATCTCCTACAAAGAAACATAGGAGTGCAAA GGGAGAGCATAGCCTTGATTCTCCGAACGGGAAAGAGAAGGCAGCCAAACGATCCAACAATTCTGATTTC AGGACACAGAATCACGATGTTTGGCTTAGACAAAATGGAGATGGACAGAGAAGTCCTTCTAATGGGGGGA GCAGGAATCCCAGAGAAGGGGGGCTATGGGGGGTACATAATAACATTGATACACCTCAGCATAGGGAACA ACCGGTACCTCAACCAAGAACTAGAAGGGGCAAAGCGAAAGATGATGAGATGGATGAAGCAAGCAGGAGG AGAACGGAAGGTGTCTCCGAGGGTCATGGAGACAGGAGGAGAACAGAAGGAGATGAGAGACGGCATGATG GAGGAGAGGCGAGGAGAATGAACGAAAGAGGAGGAGACGGGAGGAGGAGAGATGAAGAGATGAGGGATGG TAGGATGGAGGATGAACTCAGAAGATTGAAAGGAGAGGATCGAAAGAATCCATCACCTAATTCTCTCAGA GGACAAGTGGTACCCCCTCTGGATTTGGCCGGTCTGCATGTTGATACTGATGGTCATGAAGCTGTATTAG CATGGCAAAGTCAGCAAGCAGCCCCAAAGAGTGGAGGAGGAGGAGGAGGAGAAGGAGAAGGACAGAGTGG AATGGAAGGAGGTCCCCAGACATTATCTAGGCTTGAGAAGCTTCAAACCATAACCAGTTCCAGCAAGCGG TCAGAGAGCTCTCTGGACGAAGAAGATCAGGTGTCCATCATCAGGAGATTGACAAGACAAGTAAGATCCC TCAAGCAGAAGATCAAGCAGTATGAAGAAGAGTTTGAAAGTCAATACCATGCCAAGCCTAGTCACACAGA GAAGCTTAGTCAACCAGAGATCAGAAAGATGATTGGAGAACTGAAGAGAGCAACCAAACAACTCAAAGCC TTAAAGACTGAAGCCAAAGAGAGTAAGAACCCTCTTCACAGCACCTTGCCTGCTCGTCTCTCTCCTAACG GTGTGGAGGAAGGCTCCCATCTATCTGGTCTCAAAGAAGCCCTCAACCTTGCCCAGAAACGACTCCAAGA GAAGCGAGATGATGCGAAGAGAGGCTTTGATGTCCTGGAAATGAACCAGGATGAAGTGAGAGAGGAGAAG GTTGCCATTCAGAAAGCTTTGCTTCAACTAGAGAGTAAATATGGCAGGCCGACATCAAGAGCTTCCAAAG AGGTGATGAAACCGTTGTACGACCGCTACCGCACCTTGAAGAAACTCATGAAAAACAAGGAGTTAAGAAG AAGCATTAGTGAAGAGGCGAGCCCATCTGATTTGAATACCATAGAGGAGCATGTAGAGACAAGAGATTTC ATTCCTAAACATATGGGATTCGTTCACAGTAAGTATGATATGGAGGGTGAAGAAGAGAATGAAGAAGACG ACATGTTTTGCACAACAGACTTCCGTGTGACCCAGATGGTGTCACCAAGTCAGAGGTCATCTGGGAGGTC ACCGTCGGACCATGATGATGTTTGTGTGAGTCCTAACGATAGTTACAGGAACGATTCTCCGTTCAGCCCG GCTAGCGCTTCCTTCCATGAGGCATCATTGGAAGAACTTCAGACAAGAAGAGACCAATCTTTGGATGAGA AAAGACGTCTGCGTAGAGTTCTGAAAGACTTTGAAGAGAATTTTCTCCACGAGACTGGTCAGAGAGTTCA GAAGGAAGACCGAAGTCCTATGGAGATGGAATATGTACAGTACAAGCATGTCAAGAAACAGTTGAAGCTT CTGAATGCCCTAATTGCCAAACACCAATCACAGACCTTAGCAGCGGTCACATGACGGTCTTCAACCAATC ATGCCTCTGATGTCACATGATCAAAATGAGTCACATGATCAAAATGAAATGTCTCGTGATCAAAACAAGA TGCAAGATACATTATTGCATCGTGGAATAAAACCCTGGGCATGTAAACCATGTTCTTCATATCTCTTAAA AAAAATGTTTGATAGGTTAGATTTTGTCATCATAAATGTTTAATCCGTCCAGCTAAGTTTCATGATGATA TGGGATATAAGCTGATTTCCTTTGCTGAGAAAGGGGAATGTGGCTTCAAGTGTGTACAGATAAGCTGTGA TCCCAGTGCGTAAAGCATTGTTTGAAAGTAGGGCACAGAGATGCATCAAATAGCCCTAAAGACGGGAGGG AGGCAGGCTCAGATATTTGGATAGTCTGGCAGCAAGGGAAGGATACTCATATCTTAACGTATTGATAATG GAGAAAGTTTTGTGATTGCTTCACATAGAAGTGGGATACCAAATGATGTGGATATTATAAATGAGAGATC GAACGAAGCTTGAGACTCCAGGCTATTATATCAAGATAGCTTATGACATATTTAGAAGTCTCGGTGAAAG CATGAGGGGCTGATTCTGCTTCTCTACTCACCTAGCCCTTTAGGGGACCTATGAAAACTGCCCTGCGTTT CACATGAATAGCAAATATTTTTGAGTATATTTTCAATTCCACGCTAAGCCTTCCAGTTCATCAATGAACA GAGACTTAATCTGATTGTGCATATGAAGATTGGAGTGATGCTTTTAAGGTTGATAGTTTTAGGCCTTCAG TTGTGTGCCTCAAAAAAAGTTGAATCCAAAGGATATTCCCAAGAGACTTTGTTTGATTATGATTACCGGA ATGCTCTTTATTTGATAGTGGACATGCATTTAAAACCTTGATCATTTTGTAATCTCATGCCATTGCTTCT ACCTTTTATGAACCTCCTTCTTTGATTTAAGCTTTGAATTTAATAGTTTGGAGATATTGTATGTTTTATG ACATGTTGGTAGTTCTTTGCATGGAGGGTGGAAACGTTCTTGCTTTCTCTTTTATTTAGTCATATCTGTT TGATTCCCAAAACATAAAGATTTTGAAGGAAATCAAAAGGTGTGGATAAGTTTTTGATCTACTTGGTCTT GGTGATGTTTGCCTTTGAATTTGTTTTTGGTATTTAAAGGACCTCGGTCAATGAAATGATTATTCTTGCC TACAAATGAGATTTGAAGTTTTGAAATATTTGTTTTCCGCCTTTATTCTACCACCACTTTGAAATGATTT CATGATTAATTTATTCACACAATTTATTCAAACCAGTTTTATGTTTTCCCCATAAGTGATTTAACATGTA TATGAATATGAAGCATGTCAACCAAAGCTAAGAAAATTCAGGATTATTATTAAGTTTGTGTTTTTTTTTA AAGTGATGCCATCATGATTTTGTCCTTTTGTGCAATATTTGTTTGTCAAGTCACCATGCTACATCAGTTT TAGACCCTGATTAGTAATTATAAGTGTATTATTCATTGGACTTTTCTTTCCGTTATACACCCTGTTTAGT GATTACGAGTGTATTATTCATTGGACTTTTCTTTCTTTCTCCTTTTTTCAAACATTTATCATGATATACC TTGATTATTGATTTGAGAAGGAAAAGGAGCTGTACGTTTAAAAATTGAACAAAAGTTTCAAATTAAAGTG CTTGTTTTGACCGTCCCCATGTCAGTGCCATGGTATAAAAAGAGCAGTAACAAAAGAGTTAGGCATAGAA ATGAAAATTGTTGGGTAGATGAATGTAATCTATGTTACTATGCCTGCATCCCTTTA
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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
