Data

ID:22
NCBI ID:1753065189
Locus:XM_031009310 3963 bp mRNA linear PRI 30-SEP-2019
Definition:PREDICTED: Gorilla gorilla gorilla filamin A interacting protein 1
Accession:XM_031009310
Version:XM_031009310.1
Keywords:["RefSeq."]
Sources:
SOURCE      Gorilla gorilla gorilla (western lowland gorilla)
  ORGANISM  Gorilla gorilla gorilla
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;
            Catarrhini; Hominidae; Gorilla.
References:


Fasta:

>XM_031009310.1 PREDICTED: Gorilla gorilla gorilla filamin A interacting protein 1 like (FILIP1L), transcript variant X1, mRNA
ACACACACACACACACAGACGTGCTCACGGAGCCTGTGCCTGCCTCTACTTGTCTGCTCTGGGCAGATGG
TTCCTGGCTTTTGGGTCACCTCATCCTGCAGCCCAGTCCAGTTAGAGCCTTTCTTCCACAGAGACTGGCA
AGCTGTGGGGTAAGGGTTTTGGTAAGGCTGCCTGTCTTCAGAGCATGAAGGACATTGCCCGGAGAGGGAA
GAGGGCAATATTTAGTGTTTGGGCCTACTTGTTGTTGGGCTCCCCACTGCCTCTCCTTTGCAGAGCTATC
ACTGGCCCCTGGTTGCAAACTCTCGGTGGCTTTCAAGCCTACAAAACAAAAACTGAGAGGGTGTCCAAAA
AGAGAAGAAGAAAACATTGTTGTTGGTCCTGGATTCCACTGTTGGATTTTGGTGGGGATGAGAAGAAGGA
ATTACCAGGCGTGATCAACAAAGGTACCTGCACGGCTTTAAAGAATGCGTTCCAGAGGCAGTGATACCGA
GGGCTCAGCCCAAAAGAAATTTCCAAGACATACTAAAGGCCACAGTTTCCAAGGGCCTAAAAACATGAAG
CACAGACAGCAAGACAAAGACTCCCCCAGTGAGTCGGATGTAATACTTCCGTGTCCCAAGGCAGAGAAGC
CACACAGTGGTAATGGCCACCAAGCAGAAGACCTCTCAAGAGATGACCTGTTATTTCTCCTCAGCATTCT
GGAGGGAGAACTGCAGGCTCGAGATGAGGTCATAGGCATTTTAAAGGCTGAAAAAATGGACCTGGCTTTG
CTGGAAGCTCAGTATGGGTTTGTCACTCCAAAAAAGGTGTTAGAGGCTCTCCAGAGAGATGCTTTTCAAG
CGAAATCTACCCCTTGGCAGGAGGACATCTATGAGAAACCAATGAATGAGTTGGACAAAGTTGTGGAAAA
ACATAAAGAATCTTACAGACGAATCCTGGGACAGCTTTTAGTGGCAGAAAAATCCCATAGGCAAACCATA
TTGGAGTTGGAGGAAGAAAAGAGAAAACATAAAGAATACATGGAGAAGAGTGATGAATTCATATGCCTAC
TAGAACAGGAATGTGAAAGATTAAAGAAGCTAATTGATCAAGAAATCAAGTCTCAGGAGGAGAAGGAGCA
AGAAAAGGAGAAAAGGGTCACCACCCTGAAAGAGGAGCTGACCAAGCTGAAGTCTTTTGCTTTGATGGTG
GTGGATGAACAGCAAAGGCTGACGGCACAGCTCACCCTTCAAAGACAGAAAATCCAAGAGCTGACCACAA
ATGCAAAGGAAACACATACCAAACTAGCCCTTGCTGAAGCCAGAGTTCAGGAGGAAGAGCAGAAGGCAAC
CAGACTAGAGAAGGAACTGCAAACGCAGACCACAAAGTTTCACCAGGACCAAGACACAATTATGGCGAAG
CTCACCAATGAGGACAGTCAAAATCGCCAGCTTCAACAAAAGCTGGCAGCACTCAGCCGGCAGATTGATG
AGTTAGAAGAAACAAACAGGTCTTTACGAAAAGCAGAAGAGGAGCTGCAAGATATAAAAGAAAAAATCAG
TAAGGGAGAATATGGAAACGCTGGTATCATGGCTGAAGTGGAAGAGCTCAGGAAACGTGTGCTAGATATG
GAAGGGAAAGATGAAGAGCTCATAAAAATGGAGGAGCAGTGCAGAGATCTCAATAAGAGGCTTGAAAGGG
AGACGTTACAGAGTAAAGACTTTAAACTAGAGGTTGAAAAACTCAGTAAAAGAATTATGGCTCTGGAAAA
GTTAGAAGACGCTTTCAACAAAAGCAAACAAGAATGCTACTCTCTGAAATGCAATTTAGAAAAAGAAAGG
ATGACCACAAAGCAGTTGTCTCAAGAACTGGAGAGTTTAAAAGTAAGGATCAAAGAGCTAGAAGCCATTG
AAAGTCGGCTAGAAAAGACAGAATTCACTCTAAAAGAGGATTTAACTAAACTGAAAACATTAACTGTGAT
GTTTGTAGATGAACGGAAAACAATGAGTGAAAAATTAAAGGAAACTGAAGATAAATTACAAGCTGCTTCT
TCTCAGCTTCAAGTGGAGCAAAATAAAGTAACAACAGTTACTGAGAAGTTAATTGAGGAAACTAAAAGGG
CGCTCAAGTCCAAAACCGATGTAGAAGAAAAGATGTACAGCGTAACCAAGGAGAGAGATGATTTAAAAAA
CAAATTGAAAGCAGAAGAAGAGAAAGGAAATGATCTCCTGTCAAGAGTTAATATGTTGAAAAATAGGCTT
CAATCATTGGAAGCAATTGAGAAAGATTTCCTAAAAAACAAATTAAATCAAGACTCTGGGAAATCCACAA
CAGCATTACACCAAGAAAACAATAAGATTAAGGAGCTCTCTCAAGAAGTGGAAAGACTGAAACTGAAGCT
AAAGGACATGAAAGCCATTGAGGATGACCTCATGAAGACAGAAGATGAATATGAGACTCTAGAACGAAGG
TATGCTAATGAACGAGACAAAGCTCAATTTTTATCTAAAGAGCTGGAACATGTTAGAATGGAACTTGCTA
AGTACAAGTTAGCAGAAAAGACAGAGACCAGCCATGAACAACGGCTTTTCAAAAGGCTTCAAGAAGAAGA
AGCTAAGTCAGGGCACCTCTCAAGAGAAGTGGATGCATTAAAAGAGAAAATTCATGAATACATGGCAACT
GAAGACCTAATATGTCACCTCCAGGGAGATCACTCAGTCCTGCAAAAAAAACTAAATCAACAAGAAAACA
GGAACAGAGATTTAGGAAGAGAGATTGAAAACCTCACTAAGGAGTTAGAGAGGTACCGGCATTTCAGTAA
GAGCCTCAGGCCTAGTCTCAATGGAAGAAGAATTTCCGATCCTCAAGTATTTTCTAAAGAAGTTCAGACA
GAAGCAGTAGACAATGAACCACCTGATTACAAGAGCCTCATTCCTCTGGAACGTGCCGTCATCAATGGTC
AGTTATATGAGGAGAGTGAGGATCAAGACGAGGACCCTAATGATGAGGGATCTGTGCTGTCCTTCAAATG
CAGCCAGTCTACTCCGTGTCCTGTTAACAGAAAGCTATGGATTCCTTGGATGAAATCCAAGGAGGGCCAT
CTTCAGAATGGAAAAATACAAACTAAACCCAATGCCAACTTTGTGCAACCTGGAGATCTAGTCCTAAGCC
ACACACCTGGGCAGCCACTTCATATAAAGGTTACTCCAGACCATGTACAAAACACAGCCACTCTTGAAAT
CACAAGTCCAACCACAGAGAGTCCTCACTCTTACACGAGTACTGCAGTGATACCGAACTGTGGCACGCCA
AAGCAAAGGATAACCATCCTCCAAAACGCCTCCATAACACCAGTAAAGTCCAAAACCTCTACCGAAGACC
TCATGAATTTAGAACAAGGCATGTCCCCAATTACCATGGCAACCTTTGCCAGAGCACAGACCCCAGAGTC
TTGTGGTTCTCTAACTCCAGAAAGGACAATGTCCCCTATTCAGGTTTTGGCTGTGACTGGTTCAGCTAGC
TCTCCTGAGCAGGGACGCTCCCCAGAACCAATAGAAATCAGTGCCAAGCATGCGATATTCAGAGTCTCCC
CAGACCGGCAGTCATCATGGCAGTTTCAGCGTTCAAACAGTAATAGCTCAAGTGTGATAACTACTGAGGA
TAATAAAATCCACATTCACTTAGGAAGTCCTTACATGCAAGCTGTAGCCAGCCCTGTGAGACCTACCAGC
CCTTCAGCACCACTGCAGGATAACCGAACTCAAGGCTTAATTAACGGGGCACTAAACAAAACAACCAATA
AAGTCACCAGCAGTATTACTATCACACCAACAGCCACACCTCTTCCTCGACAATCACAAATTACAGTGGA
ACCACTTCTTCTGCCTCATTGAACTCAACATCCTTCAGACTTTTAAGGCATTCCAAATCCCAGTCTTCAT
GTTGAACTGGGTTAAGCATTTATGAAAAAATCGTTTTCTTCTA