KEGG   Nicotiana tabacum (common tobacco): 107788317
Entry
107788317         CDS       T04643                                 
Name
(RefSeq) nuclear pore complex protein NUP155
  KO
K14312  nuclear pore complex protein Nup155
Organism
nta  Nicotiana tabacum (common tobacco)
Pathway
nta03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:nta00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    107788317
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:nta03019]
    107788317
Messenger RNA biogenesis [BR:nta03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     107788317
SSDB
Motif
Pfam: Nucleoporin_N Nucleoporin_C
Other DBs
NCBI-GeneID: 107788317
NCBI-ProteinID: XP_016465481
UniProt: A0A1S3ZM86
Position
Un
AA seq 1486 aa
MSWDNEIVMRDVTNAGLVVSDRIGRDVASQVDLEDALEASRYASHPYTAQPREWPPLVEV
VDSWELPSVLIERYNASSGEGTALCGIFPEIHRAWASVDNTLFLWRFDKWDGHCPEYNGD
EQAICAVALAKVKPGIFVEAIQYLLILATPVELILVGVCHSGSSDGTDPYAEVSLQQLPD
YTIPSDGVTMTCISCTDRGHIFLAGRDGHIYELQYSTGSGWQKRCRKVCLTAGVGSIISR
WVVPNVFKFGAIDPIVEMVIDNERHILYARTEEMKIQVFSLGANGDGPLRKVAEERNLIN
QRDTYGGRQPAGSRAPRSAKTTIVSISPLSSLESKWLHLVAVLSDGRRMYLSTSSSGGSN
SSAGSFGGLNHQKPSCLKVVTTRPAPPLGAGSGLPFGAVSLASRSQSEDLSLKIESAYYS
AGTLFLSDSSPSTVSSLLIVNRDSGSQSSSSSLGAVARSSRPLRELVSSLPIEGRMLFVA
DVLPLPDTAAAVQSLYLQLEFCGYDNSGESCEKTSGKLWARGDLSTQHILPRRRIVIFST
MGMMEVVFNRPVDILRRLLESNSPRSLLEDFFSRFGPGESAAMCLLLAARIIYTETLISN
VAAERAAEAYEDPRLVGVPQLEGSGAFPNTRAPAGGFSMGQVVQEAEPVFSGAHEGLCLC
TSRLLLPLWELPVFITKGSTGSSVASDNVIIVCRLPGEAMQILEDKIRSLEKLIKSRRNQ
RRGLYGCVAGLGDLTGSILIGTGSDFGAGDRSMVRNLFGSSASNEGGASNKRQRLPYNSA
ELAAMEVRAMECIRQLLLRCGEALFLLQLLAQHHLTRLIQNFDANIKQALVQLTFHQLVC
SEEGDRLATRLVSALMEHYTGPDGRGTVDDISGRLREGCSSYYKESDYKFYLAVESLERA
AATLDAEERENLAREAFNYLSKVPESADLRTVCKRFEDLRFYEAVVLLPLQKAQALDPAG
DAFNEQIDDGNRDHALAQREQCYEIIASALHSLKGEASKREFGSPIRPVAQSTLDQASRK
KYICQIVQLGVQSSDRVFHHYLYRTLIDLGLEDELLEYGGSDLVPFLQNSGREPTNEVRA
ASAVASPMSPLAHARVPVASNQAKYFELLARFYVLKRQHVLAAHVLVRLAERRSTDAGDA
PTLEQRRQYLSNAVLQAKSASDTDGMSGSARGTLDNGLLDLLEGKLSVLQFQIKIKDELE
AMASRLEASTGTSESGSNETSPNMSNSVDPNFVRILREKAKELSMELKSITQLYNDYAVP
FELWEICLEMLYFASYSGDADSSIVRETWARLIDQALTRGGIAEACAVLKRVGSHVYPGD
GAVLPLDTLCLHLEKAAQERVVSGVESIGDEDIPRALLAACKGAVEPVLNTYDQLVSSGA
VLPTPNLRLRLLRSVLTLLREWTLSVFAQGMGTSVTGASLILGGTLSLGQTTVVNQGVRD
KITSAANRYMTEVRRLPLPQNQTEAVYRGFRELEESLLSPFPFERF
NT seq 4461 nt   +upstreamnt  +downstreamnt
atgtcttgggacaacgagattgtgatgcgtgatgttactaatgcgggacttgtagttagt
gaccgcattggccgtgacgttgcttctcaagtcgatctcgaagacgccttggaagcttct
agatatgccagtcatccatatactgctcaaccccgtgagtggcctcctttggtggaagtc
gtggattcttgggagttgccttctgtattgattgagagatataatgcctccagtggggaa
ggaactgcattatgtggaatattccctgaaatacacagagcttgggcatcagtggacaac
acattgtttctttggcggttcgataagtgggatggccactgtcctgaatataatggagat
gaacaagctatatgtgctgttgccctagccaaagtcaagcctggaatttttgtggaggcc
atccagtatcttctgatcttggcaacacctgttgagttgatccttgtaggtgtatgtcat
tctgggagcagcgacggaactgatccatatgctgaggtgtcacttcagcaattaccagat
tatacaattccatctgatggagtgaccatgacatgtatcagttgcacagacagaggtcac
attttccttgctggccgtgatggccacatttatgaattgcaatactcaactggttcgggg
tggcagaaacgatgccgcaaggtctgtctaactgcaggtgtcggaagtattatatcaagg
tgggtggtgccaaatgttttcaagtttggagccattgaccccattgttgaaatggtcatt
gacaatgagagacacatcttatatgcacgtaccgaagagatgaaaattcaagtgttttct
cttggagcaaatggggatggaccccttagaaaggtagcagaagagagaaatttgataaat
cagagggatacttacggtggtaggcaaccagcaggttcaagggctcctagatcagccaaa
acaactattgtttccatctcaccgttgtcttccttagaatcaaagtggctacaccttgtt
gctgttctatcagatggcagaaggatgtatctttccacctcttcttctggtggaagcaat
agttctgctggaagtttcggtggtcttaaccatcagaagccaagctgcttaaaagttgta
acgactaggccggctcctcctctaggggcaggtagtgggcttccatttggagctgtatct
cttgctagtagatcacagagtgaagatctgtcattgaagatagaatcagcttattactct
gctgggactcttttcctttctgattcatctccatcaactgtttcttctcttcttattgta
aatcgtgattcaggctctcaatcttcttctagtagtttgggagcagttgcaaggagttcc
cgcccacttcgtgaattggtgtcatccctgccaattgaagggaggatgcttttcgtggca
gatgtcctacctctaccagatacagcagcggcggtgcagtcactttatttacagctggaa
ttctgtggctatgataactcaggtgaatcctgtgaaaaaacctcaggtaaactttgggct
agaggcgatctttcaacccaacatatattaccaagaaggagaattgtcatattcagcaca
atgggcatgatggaagtagtttttaacagaccagtcgatatactcaggaggctattggaa
tctaattcgcctaggtcattattagaggatttctttagtcgttttggacctggagagtct
gctgccatgtgtttactgcttgccgcaaggataatctatactgagactttaataagtaac
gttgcagctgagagggcagctgaagcatatgaggatccaagacttgttggagtaccgcag
ttagaaggtagcggtgcatttccaaatactagagctccggctggaggatttagcatgggc
caggttgttcaggaagctgagcctgttttctccggtgctcatgaaggtctttgcttatgc
acatcaaggttacttctacctttgtgggagcttcccgtttttatcacaaaaggaagcaca
ggttcctcagtcgcatctgacaatgtaataattgtctgccgacttcctggtgaggcaatg
caaatccttgaagacaagatacgttctttagagaagctcattaaatctaggaggaatcag
agaaggggactttatggttgtgttgctggcctaggtgacctgactggatcaattttgatt
ggaactggctcggattttggggctggtgacagaagtatggtaagaaatctatttggatct
tctgcttccaatgaaggtggagcatcaaacaaaaggcaacggcttccttataattctgct
gaacttgctgccatggaggttagagcaatggagtgtatcaggcagttgctccttcgatgt
ggcgaagccctatttttgctgcaacttcttgcacaacatcacttgacacgcttgattcag
aattttgatgccaatatcaagcaggccttagtccagttgacattccatcaactagtttgt
tcagaagagggagacagactcgctacgagacttgtatctgctctcatggagcattacact
ggtccagatggcaggggaactgttgacgacataagtggtagactacgagagggttgttca
agctattacaaggaatctgattacaagttctacttagcagttgaatctcttgaaagagct
gctgctacattagacgcggaggagagagaaaacctcgctagagaggcattcaattaccta
agcaaagttccagagtctgcagatctgcggactgtatgtaaacgttttgaagacctgaga
ttttatgaagccgtggtcctattacctctgcaaaaggcacaagctcttgaccctgctggt
gatgcttttaatgagcaaatagatgatggaaatcgagatcatgcacttgctcaacgtgag
cagtgctatgagattattgccagtgctttgcattctctaaaaggtgaagcttcaaagagg
gaatttggatctcctatcagacctgtcgctcaatctactcttgatcaagcttctcggaaa
aagtatatatgccagattgtccaacttggtgtgcaatcttcggacagagtttttcatcac
tatctgtatcgaaccttaatcgatttgggcctggaagatgaactactggaatatggtggc
tccgatttggtgccttttctgcaaaattctggtcgtgaacctacaaatgaggttcgtgct
gcttctgctgtggcatctccaatgtcacctttggctcatgctagagtacctgtggcatcc
aaccaagcaaaatatttcgagcttttggctcgtttttatgttttgaagcggcagcatgtt
cttgcagcccatgttttggtgagactggcagaaaggcgctccactgatgcaggggatgct
cctactttagagcaaaggcggcaatacttgagtaatgctgttttgcaagcaaagagtgcc
agtgacacggatggtatgagtggttctgcccggggtactcttgataatgggttgctggat
ttgctcgaaggaaagctttctgttcttcagtttcaaataaagattaaagatgaactagag
gctatggcttccaggttagaggcatctacaggcacatctgaatctggctccaatgaaaca
tcacccaatatgagtaactctgttgatcccaactttgtgcgcattctccgagaaaaggcc
aaggagttatcaatggagttgaagagcattacccagctgtataatgactatgctgttccc
tttgaactatgggagatatgtctggagatgttgtactttgctagctactctggtgatgct
gatagcagcatagtgcgagagacttgggctaggctcattgatcaagctcttacaaggggt
gggattgctgaagcttgtgctgtactgaagagggttggttcccatgtgtatcccggagat
ggagcggttttaccattggatactctttgtcttcaccttgagaaggctgcacaggagcga
gtggtttctggtgttgaatctattggagatgaagatattccaagggcccttttagctgct
tgcaagggtgcagtagagcctgtattaaatacctatgaccagctggtatccagtggggca
gtgttgcccactccaaatcttagattgcgtctcctgcgttccgtgctgactttacttcgt
gaatggacactttctgtctttgcacagggaatgggtacaagtgttactggagcctctctg
attcttggtggaactttatcattagggcagacaacagttgttaatcaaggtgttcgcgat
aaaataacaagtgcagcaaatcgatatatgacagaagtgcgaagattgcctcttccacaa
aatcaaactgaagccgtctatcgaggttttcgtgaacttgaagaatcactgttaagtcca
ttcccttttgaacggttttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (13)   

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