KEGG   Meleagris gallopavo (turkey): 100550486
Entry
100550486         CDS       T01523                                 
Symbol
NUP153
Name
(RefSeq) nuclear pore complex protein Nup153 isoform X1
  KO
K14296  nuclear pore complex protein Nup153
Organism
mgp  Meleagris gallopavo (turkey)
Pathway
mgp03013  Nucleocytoplasmic transport
mgp03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:mgp00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    100550486 (NUP153)
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    100550486 (NUP153)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:mgp03019]
    100550486 (NUP153)
Messenger RNA biogenesis [BR:mgp03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     100550486 (NUP153)
SSDB
Motif
Pfam: Nup153 zf-RanBP Nup_retrotrp_bd
Other DBs
NCBI-GeneID: 100550486
NCBI-ProteinID: XP_010706637
Ensembl: ENSMGAG00000003139
UniProt: G1MW17
Position
3:complement(8229496..8275427)
AA seq 1423 aa
MSRGVSQQGIISRMTESVKNIVPGWLQKYFNKSEDECVDTNEPTNQEENPVNYHHDYGDE
DTIMTDGRVTPEPAGINLEEPSTSRSALNFSVVLTRPSLHRSHLNCTVLDSAVPPCQPST
SSTLGIGNPGLSLVKEIKDSTSQHDDDNISTTSGFSSRASDKDIAVSKTNSAPLLWSTEA
ERSHSLSQHSASSSKKPAFNLSAFGALSPSLGNTSVFKTSQLGDSPFYPGKTTYGGAAAA
ARQTKVRIAPYQTPVRRQMKAKQANVQSYGVTSSTARRILQSLEKMSSPLADAKRIPSSV
TSPLSSPVDRSMLDITGFHSTRKQMESHHPPVQKLVTPKAISLSGSRTQYFKPSLTPSAD
SSKIHQRVDTKHKEVKEKSLPEEQRVEPSESNLTYPKFSTPASNGLTSGVSGGGGKMRRE
RGVHYVSKSGQEQEVEEPVLPKISLPISTASLAPFNFSFLTSSTVSSSPSTVSTSVMNKV
QPTSNVGSPVFRFSSPIVKSTEAEVLPPLSQIGFTFSVPVVKSAERSGCSDTAVTSLLTR
DTTTVNSISNKKEEKEEYDGPFKPAKVLKEGSVLDILRNPGFTSVKPHSSASAQPITSTV
VYTRPAISSFSAGKETSKQASSYWQTDPCDPCLQNKATDSKCVTCQAAKVSTAESTKQTM
SSSSSGSTKTAASPVGMLGFGDKFKAAPGTWDCDTCLVQNKPEATKCVACETPKPGMGVM
PTLALPVTTESSVTVTSSSSSTDTTVTLGFGDKFKKPKGSWDCATCFVSNKAEDSKCVAC
QSEKPGSPVPVTSSSASAFAAPSGELLDLDKFKKPEGSWDCEVRNKPEATKCVACESAKP
GTKAEFKGFDASAVSTNAALPSFTFGVQSSSSDSQTSSTTGSFKFGEQGGFKFGIASESA
SSNTASGGFKFPSSSGNFKFGVSSSDSKSEENKKEDKSNNFTFGLPSTNSPAPLTFQFGT
ASVGQQEKKEQQPVLGGFSFGSSSTSSITTNENKTAVAGFTFGTVAENEVASASFAFKKP
DERKDETPSTKGGFSFGNVESAPASQFVSGRTEEKQDSVSSAAPLVFGKKADNEESKAQP
VFSVGQSEHTKEESTAKPMFNFSFVKPSEKETEQAKPAFSFGAQASTSDQGAAKPSFSFL
SSSSSSTAAPTTSANSSSVFGSVTSSSNPAPVPTPFVFGQASNTVSSTAFGNSAESTASQ
SFGFSQESKPATTSSTTGAAVAPFVFGSGASSSSAASSGFTFGATATSSSTGSSSSFVFG
SGSSAPAAGPAFGAGQLPAFGQSQGSGQPNAPSFGSLSTTLFSAGPQPAPPAFGSATSST
QPPVFGQQSSQQPSFGSSTSSAGPVFQFGSSTSNFNFTSNPEVFTFGANPPAPAAPVQPS
GSSGFSFSQPPTFTVGTNGKNIFSASGSSVSGRKIKTAVRRRK
NT seq 4272 nt   +upstreamnt  +downstreamnt
atgtctcgaggcgtttctcagcagggaatcattagcaggatgacagaatcagtgaaaaac
atcgtaccaggatggctacagaagtattttaataaaagtgaagatgaatgtgtagataca
aatgaacctacaaaccaggaagagaatccagtaaattatcatcacgattatggagatgaa
gataccataatgaccgatgggagagtcacacctgaaccagcaggaattaacctggaagaa
ccatccacgagtagatcagcattgaacttttcagttgtgttaacaaggccctctctccat
cggagccatttgaactgtaccgtgttagattccgctgtaccaccttgtcagccctctaca
tcttctacacttggcattggcaatcctggactgtctcttgtaaaagaaataaaagattct
acctctcagcacgatgatgataacatctcaacaaccagtggcttctcctctagagcgtct
gataaagacatcgcagtttcaaaaaccaattcagcaccactgctctggtccacagaagct
gaaagatctcattccctctcccagcattctgcatctagttcaaagaaacctgcattcaat
ttatctgcttttggagctctctctccttcgcttggaaacacttctgtctttaagacaagc
cagcttggagattctccattttaccctggaaagaccacttatggtggagcagctgcagca
gcaaggcagacaaaagtgcgaattgctccttatcagacaccagtaagaaggcaaatgaaa
gctaaacaagcaaacgtgcaatcctatggtgtgacaagttccacagcacggcgcatcctg
cagtcgctggagaagatgtcaagtcctctggcagacgctaaaagaattccatcttctgtt
accagtccactgtcttctcctgtggacagaagcatgctggatattacgggcttccattct
actcgaaaacagatggaatctcaccatccgcctgttcaaaaactggtgacaccaaaggca
atctctctgtcaggaagtcggacccagtattttaaaccatctctgactccatctgctgat
tctagcaaaattcaccagagagtagatacaaagcacaaagaagtgaaagagaagagtttg
cctgaagaacagcgtgtagaaccatctgaaagcaatttgacctaccccaaattcagtact
cctgcatccaatggtctgacttcaggagtaagtggtggtggcggcaagatgagaagggaa
agaggggtgcactacgtatcaaagtctggacaagaacaggaagtagaggaaccggtgctc
ccgaaaatatccctacccatcagtactgcatcactggctcctttcaacttcagttttctg
actagcagtactgtctcatcatcaccaagcactgtttctacatcagtgatgaacaaggtg
caaccaacaagtaatgttggcagtcctgtgttcagattttcatctccaattgtgaaatct
actgaggcagaagttctacctccattgtctcagattgggtttacatttagtgttcctgtt
gtaaaatcggcagagcgctctggatgcagtgatacagcagtgacgtccttacttacccgc
gataccaccactgtaaacagcatcagcaataaaaaggaagaaaaagaagaatatgatggt
cccttcaaacccgccaaggtcttaaaggaagggagtgtgttagacattctaagaaaccct
ggatttacatctgtaaaaccacactcctctgcatctgcacagcctatcacaagcacagtg
gtttatacaaggcctgcaataagtagtttttctgcaggtaaagagacctctaaacaagca
tcgtcgtattggcagactgatccgtgtgacccatgtttgcagaacaaagccacagacagc
aagtgtgtcacttgtcaagctgctaaagtgtcaacagctgagagtacgaaacagacgatg
agctcaagttcaagtggctccactaagacagcagcctctccagtagggatgctgggcttt
ggagacaaattcaaggcagcgcctggaacgtgggattgtgatacttgtctggtccagaac
aaacctgaagctacaaaatgtgtagcatgtgagacaccaaagcctggaatgggagtaatg
cctactctggcattgccagtgaccacagagagctctgtgactgtgacatcctcctccagc
agcactgacaccacagtcactctgggctttggagacaagtttaagaagccgaaaggctct
tgggactgtgcaacatgctttgtatcaaataaggcagaagatagcaaatgtgtagcctgt
cagtctgagaaaccagggagtccagtgcctgtgaccagcagcagtgcgtctgcatttgct
gctccttctggagaacttctggatttagacaaattcaagaagcctgaaggaagctgggat
tgtgaggtccgaaacaaaccggaggccacaaagtgcgtagcctgtgaaagtgcaaagcca
ggcaccaaagcagagttcaaaggttttgatgcttctgctgtgtccacaaatgctgcattg
ccatcatttacatttggtgttcagtcatcatcctctgattctcaaacatcgagtaccaca
ggaagttttaaatttggagaacaagggggcttcaagtttggcattgcatctgaatctgca
tcttccaacactgcgtctgggggattcaagtttcctagcagttcagggaactttaaattt
ggagtttcatcctcggactctaaatcagaagagaataaaaaggaagataaaagtaacaat
tttacctttggccttccgtctacaaatagtccagctcctttaacatttcagtttgggaca
gcaagcgtgggacagcaggaaaagaaagagcaacaaccagtattgggaggtttcagtttt
ggttcaagttctacttcttccataactaccaatgagaataaaaccgcagtcgctggcttc
acttttggaactgtggcagaaaatgaagttgcgtcagcttcttttgcatttaagaaacca
gatgagagaaaggatgaaactccttccacaaagggaggcttctcttttggtaacgtggag
tcggcacctgcctcgcagtttgtttcgggaaggacagaagagaaacaggattctgtcagt
tccgctgctccgttagtgtttgggaagaaagctgacaatgaagagtcaaaggcacaacct
gtcttttctgtcgggcagtctgagcataccaaagaagaaagcacagcaaaacctatgttc
aacttcagctttgttaaaccatcagagaaggaaactgagcaggcaaagccagctttttca
tttggggcccaagccagtacttcagatcaaggagcagcaaagccatccttcagctttttg
agctccagttcctccagcacagctgcacccaccacttcagccaacagcagcagcgtgttt
ggcagcgtcacctcttcctccaaccctgcaccggttcccactccctttgtgtttgggcaa
gccagcaacactgtgagcagcactgcttttggcaattctgcagaatctacagcatctcag
tcatttggcttctctcaagaaagcaaaccagcaaccacatcttccaccactggtgcagca
gttgctccgtttgtcttcgggtcaggagccagcagtagcagtgcagcaagttctggcttt
acctttggagccacggccacgtcgagttcaacagggtcgtcctcttcatttgtctttggg
tctgggtcttcagcgcctgctgctggcccggcatttggtgccggtcagctaccagcattt
ggtcagagccagggctccggccagccaaatgctcccagctttggatccctgtcaacaacg
ctgttttcagctggccctcagcctgcacctcctgccttcggctctgcgacaagcagcact
cagccccctgtgtttggacagcagtcgagccaacaaccgagttttggctccagcacctcc
agtgctggtcctgtattccagtttggaagtagtacttctaatttcaactttacaagtaac
ccagaagtatttacttttggtgcaaatcctcctgcaccagcagcaccggtacagccttct
ggctcttcaggattttcattcagccagcctcctacatttacagtggggactaatggaaaa
aatattttctctgcctctggatcttcagtttctggtcggaagataaagactgcagttaga
cgtagaaagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (18)   

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