KEGG   Nanorana parkeri (Xizang Plateau frog): 108789572
Entry
108789572         CDS       T04897                                 
Symbol
NUP153
Name
(RefSeq) nuclear pore complex protein Nup153
  KO
K14296  nuclear pore complex protein Nup153
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr03013  Nucleocytoplasmic transport
npr03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:npr00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    108789572 (NUP153)
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    108789572 (NUP153)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:npr03019]
    108789572 (NUP153)
Messenger RNA biogenesis [BR:npr03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     108789572 (NUP153)
SSDB
Motif
Pfam: Nup153 zf-RanBP Nup_retrotrp_bd Nucleoporin_FG
Other DBs
NCBI-GeneID: 108789572
NCBI-ProteinID: XP_018415127
Position
Unknown
AA seq 1439 aa
MAAAGGGGLGTGGKIRSRRYHLSSGRAPYTKNRQQNQQGIIGRVKDTVKSIVPVWLQKYF
NNVDEAHEVSPHTNEPEEHVDIQNDVENDHFADQERLPLFGRAAPEPVKIQSDPATNQVM
MNSPDVLTRPSLHRANLNIVLDSPALNCQPSTSGFSLVKEIKDSASLHDDDNISTTSGFS
SRASDKDVAITRTGNAPILWSPEAERTHDVSQNSSFNSKKPTFNPSSFSSFLPNSSRLGD
SPFYPGKTTYGGASAACQSRVRSTPYRVPVKKQVVAKPAHATYGVTSLAARRILQSLEKM
SSPLADAKRIPSVPFVSPSAAERSFSGESSSKRKKVDSSLPPVQKLVTPQSISVPSSLRK
IRPSLSSTLSNASSCRTQSSDKHKAKGNYEPATPLQQTSFVILSNSLSYPTFSTPASNGF
ASGRGGGKMMRERGSTKPSEEEVEVPILPAVPLPISMTALPKFSLNMEQKTSPLPVRQPV
STKVNSTTSTDATGFNFSQPVVKAIRPSEEPTTSPVGFTFRAPALKTTLPHENTKSMLNN
TEITLKVKAPILMNSSSAKKAEEEVVCKPAQSLKEGSVLDILRSPGFQSTSSQQTRTTPA
KSAVSSPKPLMFGQSSKQALGIWYCDCCLVENKASDSKCVCCSTVKDQATEVTKQPTTLA
PTTAFKNTSPLKCVQGFGDMFKAAPGTWDCDTCLVQNKSESSKCVACASPKPGTGAKDPL
LVLPTTKPDMLVAPPDNGLTLSPSLKFEELARKPIGSWECTVCCVQNKAEDSSCVACTSP
KPGVSTTLPATSFPASLPASQAEPQGFGKSSFSSEPSFPPVKFGLPPSSETGEQKSSSST
DSSSNTNKTGFSFTFGQSSKTLDEKKDKDVTFGTATSNTVSAPFKFGFTSSAPAEKDGAA
KPLTTDFQFGTKPESSSNASLLGLSAKEKSDITPTFGLKKPEEKKTDTPVAGGFTFGKVD
QKESALPFAFGKNDEKTESTPTVTSSLFGSKSDADQPKSFVFGKPEAGKADASELSSFAF
GAPNPTEKKEADQPAKPVFSFGSSATETGSSKPVFGFPGSGSSSAPQSSNIGSSTSVFGS
VPQTSSSNVFASAVQSNTAAPAAGSPAPSSTVFSSSTSLTVPTGPSNVFGAALSSNTPAG
SSGIFGSAPASGTTTSSSIVFGSVASVNTSSSSNVFGSAAPTNTSATSNTLFGNSSTSTN
PSSVPFVFGQPATTAGGAMFGSSNESKSTFAFAGQENKPAETSASAAPAAPFLFGAGTST
PAATGFSFGGTNTSNSTGTSSTPFIFGVNQSAPAAPGLAAATSVPTFGKTVAQTNAPAFG
APVSGFPSGSQTAPSFGSMSSTVQPPGFGQQSTQPTFGANAAPPAGGSFQFGGANFNFGG
ASSTGVFTFGSNSGANPAQPGNSSFAFNQTPSFNMGSNGKTLTPSSISNRKIKTARRRK
NT seq 4320 nt   +upstreamnt  +downstreamnt
atggcggcagccggaggaggaggattaggcacaggaggcaaaatccgaagccggcggtat
cacctgagctctggaagggccccatacaccaagaaccgtcagcagaaccagcagggtatc
attggtcgtgttaaggatactgtgaagagcatagttccagtttggttgcaaaaatatttt
aacaacgtggatgaggctcatgaggtttctccacacacaaatgaacccgaggagcatgtg
gacatacagaatgatgtagaaaatgaccattttgcagatcaggagaggctgccacttttt
ggcagggctgccccagaacctgttaagatccagtctgacccagccacaaatcaggtgatg
atgaatagtccggatgtactaacaagaccttcactacatcgggccaatctaaacattgtt
ttggactctccagcacttaattgccagccttctacttctggcttttcattagttaaggaa
attaaggactctgcatctttacatgatgatgacaacatttccacaaccagtggattttct
tctcgggcatctgataaagatgttgctattacaagaactgggaacgctcccatattgtgg
tctcctgaagctgagcggacacatgatgtttcacaaaactcgtcctttaattctaagaaa
cctacgtttaatccatcttccttttcctcatttttacccaattcaagtcggcttggggat
tcccccttttacccaggcaagacaacctacggaggtgcatctgcagcttgtcaatccagg
gtccgaagcactccataccgggtaccagtgaaaaaacaagttgtagcaaaacctgcacat
gctacatatggtgtaacaagtctagctgcgcgccgcatcctgcaatctttagagaaaatg
tcaagtccattggcggatgctaagagaataccttccgttccttttgtttcgccatcggca
gcagagagaagtttctcaggagaaagttcatctaaaagaaagaaggtggattcatcactt
cccccagtacagaagctggttacaccacagtctatttctgtaccctctagcctgaggaaa
ataagaccttccctttcatccacgctgagcaatgcaagcagttgcagaactcaaagttct
gataagcacaaagctaaagggaattatgaacctgctaccccacttcagcaaactagtttt
gtaattctttcaaacagcttatcctaccccaccttcagtacccctgcatcaaatggcttt
gcttcaggaagaggtggaggcaaaatgatgagggagcgtgggtcaacaaagccatccgag
gaggaggtagaggttcccattctacctgcagtacccttgccaataagtatgactgcactt
ccaaaatttagtttaaacatggaacagaagacttcaccacttcctgtgagacaaccagtt
tctactaaggtaaatagcaccacttctactgatgctacgggctttaacttctcacagcca
gttgtgaaagctatccgccccagtgaagagccaactacatctccagtgggttttaccttt
agagcgccagctttaaagaccactttaccacatgaaaatacaaaatccatgctgaacaat
actgaaattacattaaaagtgaaagcacccatattgatgaatagtagcagtgcaaagaag
gctgaggaagaagtagtctgtaaaccagcacaatcattaaaagaaggaagtgtgctggat
attctgcggagcccaggtttccagtctacaagttcccaacaaaccagaacaactcctgct
aaaagtgcagtttccagtcctaagcctttgatgtttgggcagagcagcaaacaggccttg
ggaatatggtattgtgattgctgcttggttgagaacaaggcttcggacagtaaatgcgta
tgttgcagtactgtgaaagaccaagctacggaggtcacaaagcagcctactactttggca
ccaaccacagcttttaaaaacacatcccctttgaaatgtgtacaaggatttggggacatg
tttaaagctgcccctgggacttgggattgtgatacatgtttagtacagaacaaatccgag
tcatcaaaatgtgtggcttgtgcatctccaaaacctggaactggggccaaagatccctta
cttgttcttcctacaacaaagccggatatgcttgttgcaccacctgacaatggccttact
ttatcaccaagtcttaaatttgaggaactggccagaaagcctataggatcatgggagtgt
acagtgtgttgtgtgcagaataaagcagaagatagcagctgtgtggcctgcacatctccc
aagccaggtgtgtcaactactttgccagctacatcctttccagcttctctaccagcttcc
caagcggaaccacaaggttttggaaagtcgtccttttcttcggaaccttcatttccacct
gttaagtttggactgccgccatcaagtgaaactggagaacaaaaatcaagttcctccact
gactcgagttcaaatacaaataaaactggcttttctttcacatttggtcaaagctctaag
acattagatgagaagaaagacaaagatgtaacttttggaactgccacaagcaacactgtt
tcagcgccttttaagtttggctttactagttctgctcctgcagagaaggatggtgctgct
aaacctttgacaactgactttcaatttggaaccaaacctgagagctctagtaatgctagc
ttacttggcctatctgccaaggaaaaatctgacatcacaccaacatttggtttaaagaaa
ccagaagagaaaaaaactgacactcctgtggctggtggattcacatttggtaaagtagac
cagaaggaatctgctttaccctttgcttttgggaaaaacgacgagaaaaccgaatctaca
ccaacggttacctcctccttatttggctccaaaagcgatgcagaccagccaaagtccttt
gtatttggtaaacctgaggcaggcaaggctgatgcgtcagaactaagctcatttgcattt
ggggcgccaaaccctacggaaaagaaggaagcagatcagccagcaaaaccagtcttttct
tttggctcttctgccacagaaacaggctcttcaaagccagtatttggctttccaggcagt
ggatcctcgagtgcccctcagtcaagtaatattggaagttccaccagtgtatttggcagt
gttcctcagacaagttctagtaatgtttttgccagtgctgtacagtccaacactgctgct
ccagctgctggttcccccgcaccttctagtactgtgttcagcagttcaacttcattgacg
gtacctactgggcctagcaatgtttttggtgctgccctgtcttcgaacactcctgcaggt
tctagcggtatatttggaagcgctccagcttcagggactacgaccagttcaagcattgtt
tttggcagcgtggcctctgtgaatacatcaagttcaagcaatgtttttggaagtgcagct
cctacaaacacttcagcaacttccaacactttatttggaaattccagtacatctacaaac
ccatccagtgtaccctttgtatttgggcagcccgctactacagcaggtggtgctatgttt
ggcagtagcaatgaatctaagtcaacatttgcttttgctggccaggagaataaaccagca
gaaacatctgcaagtgcagctcctgccgcaccttttttgtttggtgcaggtacttcaaca
ccagctgctacgggctttagcttcggggggacaaatacctccaattcaacaggtaccagc
tcaactccattcatctttggcgtaaatcagtcagcaccagctgcacctggcctggctgct
gccacttctgtaccaacttttgggaaaactgttgcccaaactaatgccccagcttttggt
gcgcctgtgtctggctttccctctggttcccagactgccccaagttttgggtctatgtca
agcactgtacagcccccaggctttggacagcaaagtacacagcctacttttggagccaat
gcagctcctcctgctggtggttcttttcagtttggaggtgcaaacttcaactttggtggt
gcaagctcaacaggagtatttacttttggttcaaattctggtgctaacccggcacagcct
ggcaattctagttttgcatttaatcagactccatcctttaatatgggaagtaatggaaag
acattaaccccatcttcaatttctaatcgaaaaattaagactgctagacgaagaaaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   RefGene (52)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (67)   

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