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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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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_030979911.1 PREDICTED: Strongylocentrotus purpuratus protein FAM13A (LOC587138), transcript variant X3, mRNA TCTTCACACATTAATGGCCTAGGAAAAGATTCCCTTCGCTGATTCCGCGCGGACGAATTATTCCCTTTCA TTCCGCATCATCACGCCAAATACCAGCGAACAACTCGATGAACATTTCTAGGAGTGCCGTCTGGTTACAT CTGGACCAGAGATTGGATCTCACGTCCACACCCAAAGCTTGTGAAGTAGCAATCAGTCAGTCAGACTCTA CTTTTATTGAACCAAAGACTGAGAGAGAGAGCTGGTACATGGTCCATCACTGAACCAGAATTACAGTTGA CAGTTGCCATGGTGATAGGACTTTGAGCAGAGAATTCTTGGCACACACACACACCTACACACCGACCGAC CGCTCTACTCTTTCCCATTCGTCATTGCCCTCATGTTGCGCCGACAGCTCCTATCCTGTAGGTCTCTAAA GCAGCCGTAAGGTGCAGCACCATTGTCACAGATCGTAGAGAGAAAAAGACCTGATAAATCAGTGTCTTCT TTGGACATATATCACAAATCTCTGCTCGCTCCTCGTTCAAGCGATCGGCATCCAACGGCAAATTGCCTGG AGTAAAGCTGCAATTTGGTCGGTCATTTAGAAATAGTTTATGGCACCATCCTCTTCTCTTTGTATATGTT GTCAAGGGTTGTGCCAGCAGGCACTGACCGTAGGGTCCCAGCGGTTACCGCCATGCAGAAGATACTGCGC TCTCCGGCCAGCATACGTCGTAAGGTCGTTAATAAGATGTTTGGTGTCCCGTTGAAAGAACTCTGCCGCT ATGGACCTAATGGAATTCGAATACCAGAACTCTTGCAGAAAATCATTGAATTTATTAAGATGCATGGTAT CGGACACGAGGGAATCTTCCGCATCAACGGTAGCTCCAAAATAGTGGAAAAACTGAGGATGCAGTATGAT CGCCATGGCAACGCCAATCTGGAGGAGGCTGGCGATGTGATGGCTGTAGCTAGTCTTCTCAAACTCTTTT TCAGAGAACTTCCAGATCCCGTCGTCATCGGCCAGCTTCATCCTCAGTTTCTTACAGTACAAGAAGAATT TCAGTACAACAAGGAGGAGAGTCTGAAACAGCTCAAGAACCTTCTACAGCAGTTACCAGAAGAGAACTTC CTCGTTCTGCGGTATCTCTGCAGCTTCCTGATCAAGGTCATTCACCATGAGGACACCAATAAGATGAACT CCATGGCTCTAGCCATCGTGTTTGGGCCAAACTTATTCAGGTGTGCTGATGGCATACAGGGGCTCAGAGA ACAAGGGCAAACCAATCATCTTGTCCGGCTCTTCATCGACAAGTTTGACTTTCTCTTCGGTCATGATGGA GGTAGCTATAGCCCGCCCTCGCCTGTCAACGCTATCAACGGGTCAGGTCGGGTCTGGAACTCAAAGCGTA TTGAAGTGCAAGCAGCCAAGGAGAAGAAATCCCCACCCTTCACTCCACTACCACATGCCCAGTACATGAA ACAGAGAAGAACAAAACTGGCATTGCAGGAAGAAGTGGACCTGAACTCCAACTATTCTGAAGTCTCCAAA GAGGACTCATCATCTGGAAGCCCTCAGAATCATGGATATCTTAGTATCCCTGATGGTGAATACGAGGAGA GGGCCTTTTCACCATTCACTCTGGACAGTGACCAAGGCACCAGTGCTGCTCCTTCACCTGTAACATCCTC TATTACATCAGAATTGGTAGAGAGGACGATACAGGAGAGTATATCTCAGCACTTATTTGGCGCTCGTGGC AGTCCCCGTCTTGACCTTAGCCCGAGACAAGAAACTCCAGTAGCTATGCCAAGGAAGAAACATCAGAAAA AGAACCAAGATAGTTCTTCATTTAATAGGAGAAGTAACTCAGAGTCTTCCTTAGAGCACCTAGTCAACTC ATTCGCCGAGAGGGAAGGTATATCGGTCAAAAATAGGGCACAGCAGTTCTCCGACGACACCCTGGTATCA AGCAAGTCACATGATCAGAGTCATCCAGTCAGAAGGAAAGGCAGGCCAGCGTCTAAAGCCTTTGATATAT TTGAATCTCAGGGCATCATCATTGGACAGAGATTAGTGGATTCTTCTTCTGTGAGCGAAGGACTTTCCCG AGAGGGGACTTTGACCGACGTAACGCATGATGGAGAGTCAGAACTGGACAGTGTCAAACGCAACTCAGGC ACATTAAACTCATTAACAGCAGGTAGAGTGGCACCTCCCAAGAGAAGATCTCCTACAAAGAAACATAGGA GTGCAAAGGGAGAGCATAGCCTTGATTCTCCGAACGGGAAAGAGAAGGCAGCCAAACGATCCAACAATTC TGATTTCAGGACACAGAATCACGATGTTTGGCTTAGACAAAATGGAGATGGACAGAGAAGTCCTTCTAAT GGGGGGAGCAGGAATCCCAGAGAAGGGGGGCTATGGGGGGTACATAATAACATTGATACACCTCAGCATA GGGAACAACCGGTACCTCAACCAAGAACTAGAAGGGGCAAAGCGAAAGATGATGAGATGGATGAAGCAAG CAGGAGGAGAACGGAAGGTGTCTCCGAGGGTCATGGAGACAGGAGGAGAACAGAAGGAGATGAGAGACGG CATGATGGAGGAGAGGCGAGGAGAATGAACGAAAGAGGAGGAGACGGGAGGAGGAGAGATGAAGAGATGA GGGATGGTAGGATGGAGGATGAACTCAGAAGATTGAAAGGAGAGGATCGAAAGAATCCATCACCTAATTC TCTCAGAGGACAAGTGGTACCCCCTCTGGATTTGGCCGGTCTGCATGTTGATACTGATGGTCATGAAGCT GTATTAGCATGGCAAAGTCAGCAAGCAGCCCCAAAGAGTGGAGGAGGAGGAGGAGGAGAAGGAGAAGGAC AGAGTGGAATGGAAGGAGGTCCCCAGACATTATCTAGGCTTGAGAAGCTTCAAACCATAACCAGTCTTCT TCAACATGAACCTTACGATGCCCCACTCTCCCCCAGGGCTAAAGATGCCCCGCCCACCTTTGGCAGTTCC AGCAAGCGGTCAGAGAGCTCTCTGGACGAAGAAGATCAGGTGTCCATCATCAGGAGATTGACAAGACAAG TAAGATCCCTCAAGCAGAAGATCAAGCAGTATGAAGAAGAGTTTGAAAGTCAATACCATGCCAAGCCTAG TCACACAGAGAAGCTTAGTCAACCAGAGATCAGAAAGATGATTGGAGAACTGAAGAGAGCAACCAAACAA CTCAAAGCCTTAAAGACTGAAGCCAAAGAGAGTAAGAACCCTCTTCACAGCACCTTGCCTGCTCGTCTCT CTCCTAACGGTGTGGAGGAAGGCTCCCATCTATCTGGTCTCAAAGAAGCCCTCAACCTTGCCCAGAAACG ACTCCAAGAGAAGCGAGATGATGCGAAGAGAGGCTTTGATGTCCTGGAAATGAACCAGGATGAAGTGAGA GAGGAGAAGGTTGCCATTCAGAAAGCTTTGCTTCAACTAGAGAGTAAATATGGCAGGCCGACATCAAGAG CTTCCAAAGAGGTGATGAAACCGTTGTACGACCGCTACCGCACCTTGAAGAAACTCATGAAAAACAAGGA GTTAAGAAGAAGCATTAGTGAAGAGGCGAGCCCATCTGATTTGAATACCATAGAGGAGCATGTAGAGACA AGAGATTTCATTCCTAAACATATGGGATTCGTTCACAGTAAGTATGATATGGAGGGTGAAGAAGAGAATG AAGAAGACGACATGTTTTGCACAACAGACTTCCGTGTGACCCAGATGGTGTCACCAAGTCAGAGGTCATC TGGGAGGTCACCGTCGGACCATGATGATGTTTGTGTGAGTCCTAACGATAGTTACAGGAACGATTCTCCG TTCAGCCCGGCTAGCGCTTCCTTCCATGAGGCATCATTGGAAGAACTTCAGACAAGAAGAGACCAATCTT TGGATGAGAAAAGACGTCTGCGTAGAGTTCTGAAAGACTTTGAAGAGAATTTTCTCCACGAGACTGGTCA GAGAGTTCAGAAGGAAGACCGAAGTCCTATGGAGATGGAATATGTACAGTACAAGCATGTCAAGAAACAG TTGAAGCTTCTGAATGCCCTAATTGCCAAACACCAATCACAGACCTTAGCAGCGGTCACATGACGGTCTT CAACCAATCATGCCTCTGATGTCACATGATCAAAATGAGTCACATGATCAAAATGAAATGTCTCGTGATC AAAACAAGATGCAAGATACATTATTGCATCGTGGAATAAAACCCTGGGCATGTAAACCATGTTCTTCATA TCTCTTAAAAAAAATGTTTGATAGGTTAGATTTTGTCATCATAAATGTTTAATCCGTCCAGCTAAGTTTC ATGATGATATGGGATATAAGCTGATTTCCTTTGCTGAGAAAGGGGAATGTGGCTTCAAGTGTGTACAGAT AAGCTGTGATCCCAGTGCGTAAAGCATTGTTTGAAAGTAGGGCACAGAGATGCATCAAATAGCCCTAAAG ACGGGAGGGAGGCAGGCTCAGATATTTGGATAGTCTGGCAGCAAGGGAAGGATACTCATATCTTAACGTA TTGATAATGGAGAAAGTTTTGTGATTGCTTCACATAGAAGTGGGATACCAAATGATGTGGATATTATAAA TGAGAGATCGAACGAAGCTTGAGACTCCAGGCTATTATATCAAGATAGCTTATGACATATTTAGAAGTCT CGGTGAAAGCATGAGGGGCTGATTCTGCTTCTCTACTCACCTAGCCCTTTAGGGGACCTATGAAAACTGC CCTGCGTTTCACATGAATAGCAAATATTTTTGAGTATATTTTCAATTCCACGCTAAGCCTTCCAGTTCAT CAATGAACAGAGACTTAATCTGATTGTGCATATGAAGATTGGAGTGATGCTTTTAAGGTTGATAGTTTTA GGCCTTCAGTTGTGTGCCTCAAAAAAAGTTGAATCCAAAGGATATTCCCAAGAGACTTTGTTTGATTATG ATTACCGGAATGCTCTTTATTTGATAGTGGACATGCATTTAAAACCTTGATCATTTTGTAATCTCATGCC ATTGCTTCTACCTTTTATGAACCTCCTTCTTTGATTTAAGCTTTGAATTTAATAGTTTGGAGATATTGTA TGTTTTATGACATGTTGGTAGTTCTTTGCATGGAGGGTGGAAACGTTCTTGCTTTCTCTTTTATTTAGTC ATATCTGTTTGATTCCCAAAACATAAAGATTTTGAAGGAAATCAAAAGGTGTGGATAAGTTTTTGATCTA CTTGGTCTTGGTGATGTTTGCCTTTGAATTTGTTTTTGGTATTTAAAGGACCTCGGTCAATGAAATGATT ATTCTTGCCTACAAATGAGATTTGAAGTTTTGAAATATTTGTTTTCCGCCTTTATTCTACCACCACTTTG AAATGATTTCATGATTAATTTATTCACACAATTTATTCAAACCAGTTTTATGTTTTCCCCATAAGTGATT TAACATGTATATGAATATGAAGCATGTCAACCAAAGCTAAGAAAATTCAGGATTATTATTAAGTTTGTGT TTTTTTTTAAAGTGATGCCATCATGATTTTGTCCTTTTGTGCAATATTTGTTTGTCAAGTCACCATGCTA CATCAGTTTTAGACCCTGATTAGTAATTATAAGTGTATTATTCATTGGACTTTTCTTTCCGTTATACACC CTGTTTAGTGATTACGAGTGTATTATTCATTGGACTTTTCTTTCTTTCTCCTTTTTTCAAACATTTATCA TGATATACCTTGATTATTGATTTGAGAAGGAAAAGGAGCTGTACGTTTAAAAATTGAACAAAAGTTTCAA ATTAAAGTGCTTGTTTTGACCGTCCCCATGTCAGTGCCATGGTATAAAAAGAGCAGTAACAAAAGAGTTA GGCATAGAAATGAAAATTGTTGGGTAGATGAATGTAATCTATGTTACTATGCCTGCATCCCTTTA
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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
