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Echinobase
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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
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>XM_030979910.1 PREDICTED: Strongylocentrotus purpuratus protein FAM13A (LOC587138), transcript variant X2, mRNA TCTTCACACATTAATGGCCTAGGAAAAGATTCCCTTCGCTGATTCCGCGCGGACGAATTATTCCCTTTCA TTCCGCATCATCACGCCAAATACCAGCGAACAACTCGATGAACATTTCTAGGAGTGCCGTCTGGTTACAT CTGGACCAGAGATTGGATCTCACGTCCACACCCAAAGCTTGTGAAGTAGCAATCAGTCAGTCAGACTCTA CTTTTATTGAACCAAAGACTGAGAGAGAGAGCTGGTACATGGTCCATCACTGAACCAGAATTACAGTTGA CAGTTGCCATGGTGATAGGACTTTGAGCAGAGAATTCTTGGCACACACACACACCTACACACCGACCGAC CGCTCTACTCTTTCCCATTCGTCATTGCCCTCATGTTGCGCCGACAGCTCCTATCCTGTAGGTCTCTAAA GCAGCCGTAAGGTGCAGCACCATTGTCACAGATCGTAGAGAGAAAAAGACCTGATAAATCAGTGTCTTCT TTGGACATATATCACAAATCTCTGGTTGTGCCAGCAGGCACTGACCGTAGGGTCCCAGCGGTTACCGCCA TGCAGAAGATACTGCGCTCTCCGGCCAGCATACGTCGTAAGGTCGTTAATAAGATGTTTGGTGTCCCGTT GAAAGAACTCTGCCGCTATGGACCTAATGGAATTCGAATACCAGAACTCTTGCAGAAAATCATTGAATTT ATTAAGATGCATGGTATCGGACACGAGGGAATCTTCCGCATCAACGGTAGCTCCAAAATAGTGGAAAAAC TGAGGATGCAGTATGATCGCCATGGCAACGCCAATCTGGAGGAGGCTGGCGATGTGATGGCTGTAGCTAG TCTTCTCAAACTCTTTTTCAGAGAACTTCCAGATCCCGTCGTCATCGGCCAGCTTCATCCTCAGTTTCTT ACAGTACAAGAAGAATTTCAGTACAACAAGGAGGAGAGTCTGAAACAGCTCAAGAACCTTCTACAGCAGT TACCAGAAGAGAACTTCCTCGTTCTGCGGTATCTCTGCAGCTTCCTGATCAAGGTCATTCACCATGAGGA CACCAATAAGATGAACTCCATGGCTCTAGCCATCGTGTTTGGGCCAAACTTATTCAGGTGTGCTGATGGC ATACAGGGGCTCAGAGAACAAGGGCAAACCAATCATCTTGTCCGGCTCTTCATCGACAAGTTTGACTTTC TCTTCGGTCATGATGGAGGTAGCTATAGCCCGCCCTCGCCTGTCAACGCTATCAACGGGTCAGGTCGGGT CTGGAACTCAAAGCGTATTGAAGTGCAAGCAGCCAAGGAGAAGAAATCCCCACCCTTCACTCCACTACCA CATGCCCAGTACATGAAACAGAGAAGAACAAAACTGGCATTGCAGGAAGAAGTGGACCTGAACTCCAACT ATTCTGAAGTCTCCAAAGAGGACTCATCATCTGGAAGCCCTCAGAATCATGGATATCTTAGTATCCCTGA TGGTGAATACGAGGAGAGGGCCTTTTCACCATTCACTCTGGACAGTGACCAAGGCACCAGTGCTGCTCCT TCACCTGTAACATCCTCTATTACATCAGAATTGGTAGAGAGGACGATACAGGAGAGTATATCTCAGCACT TATTTGGCGCTCGTGGCAGTCCCCGTCTTGACCTTAGCCCGAGACAAGAAACTCCAGTAGCTATGCCAAG GAAGAAACATCAGAAAAAGAACCAAGATAGTTCTTCATTTAATAGGAGAAGTAACTCAGAGTCTTCCTTA GAGCACCTAGTCAACTCATTCGCCGAGAGGGAAGGTATATCGGTCAAAAATAGGGCACAGCAGTTCTCCG ACGACACCCTGGTATCAAGCAAGTCACATGATCAGAGTCATCCAGTCAGAAGGAAAGGCAGGCCAGCGTC TAAAGCCTTTGATATATTTGAATCTCAGGGCATCATCATTGGACAGAGATTAGTGGATTCTTCTTCTGTG AGCGAAGGACTTTCCCGAGAGGGGACTTTGACCGACGTAACGCATGATGGAGAGTCAGAACTGGACAGTG TCAAACGCAACTCAGGCACATTAAACTCATTAACAGCAGGTAGAGTGGCACCTCCCAAGAGAAGATCTCC TACAAAGAAACATAGGAGTGCAAAGGGAGAGCATAGCCTTGATTCTCCGAACGGGAAAGAGAAGGCAGCC AAACGATCCAACAATTCTGATTTCAGGACACAGAATCACGATGTTTGGCTTAGACAAAATGGAGATGGAC AGAGAAGTCCTTCTAATGGGGGGAGCAGGAATCCCAGAGAAGGGGGGCTATGGGGGGTACATAATAACAT TGATACACCTCAGCATAGGGAACAACCGGTACCTCAACCAAGAACTAGAAGGGGCAAAGCGAAAGATGAT GAGATGGATGAAGCAAGCAGGAGGAGAACGGAAGGTGTCTCCGAGGGTCATGGAGACAGGAGGAGAACAG AAGGAGATGAGAGACGGCATGATGGAGGAGAGGCGAGGAGAATGAACGAAAGAGGAGGAGACGGGAGGAG GAGAGATGAAGAGATGAGGGATGGTAGGATGGAGGATGAACTCAGAAGATTGAAAGGAGAGGATCGAAAG AATCCATCACCTAATTCTCTCAGAGGACAAGTGGTACCCCCTCTGGATTTGGCCGGTCTGCATGTTGATA CTGATGGTCATGAAGCTGTATTAGCATGGCAAAGTCAGCAAGCAGCCCCAAAGAGTGGAGGAGGAGGAGG AGGAGAAGGAGAAGGACAGAGTGGAATGGAAGGAGGTCCCCAGACATTATCTAGGCTTGAGAAGCTTCAA ACCATAACCAGTCTTCTTCAACATGAACCTTACGATGCCCCACTCTCCCCCAGGGCTAAAGATGCCCCGC CCACCTTTGGCAGTGGCTCATGGGATACGCTGGAGGGGCCACCCTCACCTGTTTCCAAGCACGATATGTT TCCTCGGTTTGTACCTTCCAGCAAGCGGTCAGAGAGCTCTCTGGACGAAGAAGATCAGGTGTCCATCATC AGGAGATTGACAAGACAAGTAAGATCCCTCAAGCAGAAGATCAAGCAGTATGAAGAAGAGTTTGAAAGTC AATACCATGCCAAGCCTAGTCACACAGAGAAGCTTAGTCAACCAGAGATCAGAAAGATGATTGGAGAACT GAAGAGAGCAACCAAACAACTCAAAGCCTTAAAGACTGAAGCCAAAGAGAGTAAGAACCCTCTTCACAGC ACCTTGCCTGCTCGTCTCTCTCCTAACGGTGTGGAGGAAGGCTCCCATCTATCTGGTCTCAAAGAAGCCC TCAACCTTGCCCAGAAACGACTCCAAGAGAAGCGAGATGATGCGAAGAGAGGCTTTGATGTCCTGGAAAT GAACCAGGATGAAGTGAGAGAGGAGAAGGTTGCCATTCAGAAAGCTTTGCTTCAACTAGAGAGTAAATAT GGCAGGCCGACATCAAGAGCTTCCAAAGAGGTGATGAAACCGTTGTACGACCGCTACCGCACCTTGAAGA AACTCATGAAAAACAAGGAGTTAAGAAGAAGCATTAGTGAAGAGGCGAGCCCATCTGATTTGAATACCAT AGAGGAGCATGTAGAGACAAGAGATTTCATTCCTAAACATATGGGATTCGTTCACAGTAAGTATGATATG GAGGGTGAAGAAGAGAATGAAGAAGACGACATGTTTTGCACAACAGACTTCCGTGTGACCCAGATGGTGT CACCAAGTCAGAGGTCATCTGGGAGGTCACCGTCGGACCATGATGATGTTTGTGTGAGTCCTAACGATAG TTACAGGAACGATTCTCCGTTCAGCCCGGCTAGCGCTTCCTTCCATGAGGCATCATTGGAAGAACTTCAG ACAAGAAGAGACCAATCTTTGGATGAGAAAAGACGTCTGCGTAGAGTTCTGAAAGACTTTGAAGAGAATT TTCTCCACGAGACTGGTCAGAGAGTTCAGAAGGAAGACCGAAGTCCTATGGAGATGGAATATGTACAGTA CAAGCATGTCAAGAAACAGTTGAAGCTTCTGAATGCCCTAATTGCCAAACACCAATCACAGACCTTAGCA GCGGTCACATGACGGTCTTCAACCAATCATGCCTCTGATGTCACATGATCAAAATGAGTCACATGATCAA AATGAAATGTCTCGTGATCAAAACAAGATGCAAGATACATTATTGCATCGTGGAATAAAACCCTGGGCAT GTAAACCATGTTCTTCATATCTCTTAAAAAAAATGTTTGATAGGTTAGATTTTGTCATCATAAATGTTTA ATCCGTCCAGCTAAGTTTCATGATGATATGGGATATAAGCTGATTTCCTTTGCTGAGAAAGGGGAATGTG GCTTCAAGTGTGTACAGATAAGCTGTGATCCCAGTGCGTAAAGCATTGTTTGAAAGTAGGGCACAGAGAT GCATCAAATAGCCCTAAAGACGGGAGGGAGGCAGGCTCAGATATTTGGATAGTCTGGCAGCAAGGGAAGG ATACTCATATCTTAACGTATTGATAATGGAGAAAGTTTTGTGATTGCTTCACATAGAAGTGGGATACCAA ATGATGTGGATATTATAAATGAGAGATCGAACGAAGCTTGAGACTCCAGGCTATTATATCAAGATAGCTT ATGACATATTTAGAAGTCTCGGTGAAAGCATGAGGGGCTGATTCTGCTTCTCTACTCACCTAGCCCTTTA GGGGACCTATGAAAACTGCCCTGCGTTTCACATGAATAGCAAATATTTTTGAGTATATTTTCAATTCCAC GCTAAGCCTTCCAGTTCATCAATGAACAGAGACTTAATCTGATTGTGCATATGAAGATTGGAGTGATGCT TTTAAGGTTGATAGTTTTAGGCCTTCAGTTGTGTGCCTCAAAAAAAGTTGAATCCAAAGGATATTCCCAA GAGACTTTGTTTGATTATGATTACCGGAATGCTCTTTATTTGATAGTGGACATGCATTTAAAACCTTGAT CATTTTGTAATCTCATGCCATTGCTTCTACCTTTTATGAACCTCCTTCTTTGATTTAAGCTTTGAATTTA ATAGTTTGGAGATATTGTATGTTTTATGACATGTTGGTAGTTCTTTGCATGGAGGGTGGAAACGTTCTTG CTTTCTCTTTTATTTAGTCATATCTGTTTGATTCCCAAAACATAAAGATTTTGAAGGAAATCAAAAGGTG TGGATAAGTTTTTGATCTACTTGGTCTTGGTGATGTTTGCCTTTGAATTTGTTTTTGGTATTTAAAGGAC CTCGGTCAATGAAATGATTATTCTTGCCTACAAATGAGATTTGAAGTTTTGAAATATTTGTTTTCCGCCT TTATTCTACCACCACTTTGAAATGATTTCATGATTAATTTATTCACACAATTTATTCAAACCAGTTTTAT GTTTTCCCCATAAGTGATTTAACATGTATATGAATATGAAGCATGTCAACCAAAGCTAAGAAAATTCAGG ATTATTATTAAGTTTGTGTTTTTTTTTAAAGTGATGCCATCATGATTTTGTCCTTTTGTGCAATATTTGT TTGTCAAGTCACCATGCTACATCAGTTTTAGACCCTGATTAGTAATTATAAGTGTATTATTCATTGGACT TTTCTTTCCGTTATACACCCTGTTTAGTGATTACGAGTGTATTATTCATTGGACTTTTCTTTCTTTCTCC TTTTTTCAAACATTTATCATGATATACCTTGATTATTGATTTGAGAAGGAAAAGGAGCTGTACGTTTAAA AATTGAACAAAAGTTTCAAATTAAAGTGCTTGTTTTGACCGTCCCCATGTCAGTGCCATGGTATAAAAAG AGCAGTAACAAAAGAGTTAGGCATAGAAATGAAAATTGTTGGGTAGATGAATGTAATCTATGTTACTATG CCTGCATCCCTTTA
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???blast.gapedalgin???
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???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds
