KEGG   Zootermopsis nevadensis (dampwood termite): 110833125
Entry
110833125         CDS       T05136                                 
Name
(RefSeq) nuclear pore complex protein Nup153
  KO
K14296  nuclear pore complex protein Nup153
Organism
zne  Zootermopsis nevadensis (dampwood termite)
Pathway
zne03013  Nucleocytoplasmic transport
zne03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:zne00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    110833125
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    110833125
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:zne03019]
    110833125
Messenger RNA biogenesis [BR:zne03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     110833125
SSDB
Motif
Pfam: Nup153 zf-RanBP DZR Rubredoxin
Other DBs
NCBI-GeneID: 110833125
NCBI-ProteinID: XP_021926485
Position
Unknown
AA seq 1595 aa
MVKELSNFKNKKLHSSKPYDVSNSFVKKVASSVTNLLPQPAWLSKWFTSSVETEVQERDV
VNLNNSGSEDHDNVKVHTSPRKSAKIPLNQQFPPDSFKISPVFNDQVSSQQGGSSGIIHD
DIYKDEAVAGPSGINTRHLVSSTPNIQSTATHLLAGTDRKMNGDDQSESSESTSGCSSLV
PQANRQYQAGGRVINSSSGRRRSMDEKLSFTGHLQSPRTLFSDRSHSRSPRLTPYANRKR
PSFNVSSFASPFQGKDKSAVESCVTSSPFYAGRTMYGGASAYRTKDRSFVHCEVVSQKRG
GVQVKPVNFASDSLSSMSTTARRILEALEQFSTPVLDAKRIPLESSTPPLSLKHKRIYTG
LRPSQAPHTSKSACGLTIPTVPDLLKMKCREKLQDSLESARLIAVTSYPSNFNQEYRLRF
EDGEQSGKHVGKIRGKEKELEEETVAAVNLPNISLPLTSLPKFDFIVPPASSTPKVTCTF
KFASPITVTENARTSLPTDTFTFSKPISAVGNKNTTMSREMNGVGTFIPDFAPKLGAMQF
MSGSDNKSVSSDAGVSCNNSQSSDVCFGTKAATELKAGSVMDILGKKPISIDKEELKEVT
SSSSVSLDKFRPAPGTWECGLCMIRNKSDAMRCIACETIRTFVGSVSFNMAATTACPEIQ
SSASEDMWDCSSCHEHNPCCVAMCGKCLVARTGQSLSQAKEPDKPAVSISGFGNKFKPAS
DTWECSTCLVRNPGSTNFCQACETQGPVLTTKSSPKVGFGFGDRFKKPPGAWNCPDCMVQ
NSADSLNCVACKRAKPGSEPESTVKFNFGIDKANFSVKESDIYSSSNMQGFKFGETKVTA
ASGFSFGVTQTCETKGLVLGSTSSSPLSTTGVLFGDGFKKSPGTWNCPVCMIQINNDSLK
CVQCEKMRPDSSSQSAIKFSFGIDKAGVSLKESDIASSSKMQGFKFGETKVTVASDTVPR
IPDSDISTVVTTGFSFGNSASPLSVVKTAGTSSHSQTEFSFGVPRPEFQSQASDGDKPSG
GMPKKCRSSDTVEVTVNSDGDAHTNSGLSREPATSNCTQQIQDNSDSKDHGTKRVTFSFG
AAGGTSEKPNTATKTVDCAKPTFSFPVSTVGTASTDFSLSSVKPVVSTIPSFSFTSSQAS
FGSSTATPVTVSSIGASTDVLTSNVTSAASSNLFSFGSPKSCVAFGGSSQQLANTSGSVP
TCGSALKATASPAAFNFIPNINNKESVGATTSSFASLASTGSKATFGTSLKTTAASSNFS
FIAEFNKARPVVTVPNFVSVTSAATVTAFGPLTTTNTSSSLPNFNSATTSNFGFAARSTF
PVFGTPSISTAGTTILTSSSSSITSAPLFSTGFASLNEQKPSLPAVSNSATKPVPFPSAG
QTFSFGSPQNDKGFASNGAFSFGATSPPGANSGFQFVSNNQSAPQVGPTFSFGSNVVTTS
SATIPSFGTQPVCAPVFGAAASIFGSSNPGTNSTTITSAAAPAPAPTVTPATSTSFKFGS
SISQPSSNLFGFPASQVTGLTNVGVSNLTSPTPNFNFNQAQVAAQPSAQTAAPTFDPSVR
PIFNFTKGETPSFTAAGTPGSVRRFKKALRRTHPR
NT seq 4788 nt   +upstreamnt  +downstreamnt
atggttaaagaactaagtaattttaaaaataagaaattgcattcttcgaaaccctatgat
gtatccaactcttttgtcaaaaaggttgcttctagtgtaacaaaccttcttccacaacca
gcatggcttagtaaatggtttacttcatctgtagagactgaagtacaagaaagggatgtt
gttaatttgaataattctggttcagaggatcatgataatgtcaaagtgcacacatcacca
agaaagtcagccaagattccattgaatcagcagtttcctccagatagttttaaaatatct
ccagtttttaatgatcaagtatcaagtcagcagggaggctcttcaggaattattcacgat
gacatttacaaagatgaagcagtagcaggtcccagtggaataaatacaagacatcttgta
tcctccaccccaaatatacagtcaacagcaacgcacctgttggctggtacggaccggaag
atgaatggagatgaccaatcagaaagcagtgagtctacaagtggctgctcatccttggta
cctcaagctaaccgacagtatcaggctggtggaagagtgataaacagttcatcagggcga
aggcggagcatggatgagaagttgagctttactggtcatctccagagcccacggacattg
ttctctgaccgaagccacagtcgtagtccacggcttaccccatatgccaacagaaaaagg
ccatcgttcaatgtatcttcatttgcctcaccatttcaggggaaggataaatctgcagtt
gagagttgtgttaccagttcaccattctacgcagggaggacaatgtatggaggggcttct
gcctacaggactaaggacaggtcatttgttcattgtgaggttgtatctcagaaacgaggt
ggggttcaagtgaagcccgtgaattttgcatctgattcactaagcagcatgagcacaaca
gctcggcgtattcttgaggcactagaacagttttcaacaccagttcttgatgctaaacgc
atacctctggaatcttcaactccaccactaagtttgaagcataaacgtatatacacagga
ctgcgccccagtcaagcacctcatacatcaaaatcagcatgtggcctgactattcccact
gtgccagacttgttgaaaatgaaatgccgtgagaagttgcaggattccttggagtctgcg
cgtctcattgctgtgacatcttatccaagcaactttaatcaagagtatagacttaggttt
gaggatggtgagcagagtggaaaacatgtgggaaagatcagaggcaaggagaaagaatta
gaagaggaaactgtagcagcagtaaatctccctaacatttcattaccacttacatctctt
ccaaagtttgactttatagttcctccagcttctagtacccctaaagtcacctgtactttc
aaatttgcatccccaatcactgtcacagaaaatgcaaggacaagtttgcctacagatacc
tttactttcagtaagcctatcagtgctgtaggtaataagaacaccacaatgagcagagaa
atgaatggtgttggtactttcattccagattttgctcccaaattaggtgcaatgcaattc
atgtctggaagtgacaataaatcagtgtcttctgatgccggtgtgtcatgtaataatagt
cagagtagtgatgtgtgttttggcaccaaagctgccacagaactgaaagcaggtagtgtg
atggacattttgggaaagaagcccatctccattgataaggaagaattgaaggaggttact
tcaagtagcagtgtctctttagataagttcagaccagcccctggaacttgggagtgtggg
ctctgcatgatccgcaataagagcgatgccatgaggtgtattgcctgtgagactatccga
acatttgttggatcagtgagttttaatatggcagctacgacagcatgtcctgaaattcaa
tccagtgcatcagaggacatgtgggattgcagttcctgccatgaacataatccatgctgt
gttgcaatgtgtggaaagtgcttagtagcaaggactggacaaagcctgtctcaagctaaa
gagccagacaaaccagcagtttcaatctctggatttggcaataaattcaaacctgcaagt
gatacttgggaatgtagcacatgcttagtacggaatccaggctccactaatttttgtcag
gcctgtgaaacccaaggaccagtattaactaccaagtcatcacccaaggttggttttgga
tttggtgacaggtttaagaaaccaccaggagcctggaattgtccagattgcatggtgcag
aacagcgctgattcattgaattgtgtagcatgtaagagagccaaacctggttctgagccc
gagtcaactgtgaagtttaattttggaattgataaggctaatttttcggtaaaggagtct
gacatttactcttcttcaaacatgcaggggttcaaatttggtgaaaccaaggtgacagct
gcatcaggcttctcttttggagtaacccagacctgtgaaacaaaagggttggtattgggt
agcacatcatcatctccattgtccacaactggtgttttatttggagatgggtttaagaaa
tcaccagggacatggaattgtccagtttgcatgattcagattaacaatgactcattaaaa
tgtgtacagtgtgagaaaatgaggcctgattcaagttcacaatcagccataaagttcagt
tttggaattgataaggctggtgtttcactaaaggagtctgacattgcctcttcatcaaaa
atgcaaggttttaaatttggtgaaaccaaggtgacagttgcatcagacactgtacctaga
ataccagactcagatatatcaactgttgttaccactggttttagttttggaaattcagct
tctccgctctcagtggtaaaaactgcaggtacaagctcacattcacaaacggaattttct
tttggagttccacgtcctgaatttcagtcacaagcatcagatggagataaaccatctgga
ggtatgccaaagaaatgccggtcttctgatactgttgaggtgactgtaaattcagatggt
gatgcgcatacaaattcaggtttaagtagagaacctgcaacttcaaactgcacacaacaa
atacaagataattctgacagtaaagaccatggcacaaagagggtcacattttcatttggt
gcagctggtggcacaagtgagaagcctaatacagcaacgaaaacagttgattgtgcaaag
cctactttcagttttcctgtttctactgtgggtacagcttccacagacttcagcttgagt
tcagttaagccagttgtttctactattcccagtttcagtttcacttcatcacaagcttca
tttggcagcagtactgccacacctgtaaccgtgagcagtattggtgcttctactgacgtc
ttaacatcaaatgtcacttctgcagcatcatcaaatttgttttcttttggttcaccaaaa
tcatgtgtggcatttggagggtcttctcagcagttagccaatacttctggatcagtgcca
acatgtggcagtgcattgaaagctactgcttctccagctgctttcaattttattcctaac
attaacaacaaagaatctgttggagctacaacatcaagctttgcatcattggcaagcact
ggatcaaaagcaacatttggcacatcattgaaaactactgctgcttcatctaatttcagc
tttattgctgaatttaataaagcgcgccctgttgttactgtaccaaactttgtatcagta
acaagtgctgcaactgttacagcatttggacccttaaccacaactaacacttcatcctcc
ctgccaaattttaattctgccacaacatctaattttggttttgcagcaagaagcacattt
ccagtatttggcacacccagcatatctactgcaggtactaccattttaacatcatctagt
tctagtattacttcagctccacttttcagtacaggatttgcctctcttaatgaacagaag
ccatcactgccagctgtcagtaattcagcaaccaaacctgtaccatttccttctgctgga
cagacattttcttttggtagccctcagaatgacaaaggatttgccagtaatggtgcattt
agttttggtgcaacctcaccaccaggggcaaattcaggttttcagtttgtttcaaacaat
cagtcagctcctcaggttgggcctactttcagttttggatccaatgtagttacaacatcc
agtgctacaatcccatcatttggaacacaacctgtttgtgcccctgtgtttggggcagca
gcctcaatatttggtagcagcaatcctggcaccaacagcactactattaccagtgctgct
gctcctgctcctgctcctactgtcacacctgctaccagcacgtcattcaaatttggctcc
tctatttcacaaccaagttcaaacttgtttggcttccctgcaagtcaggtcactggattg
actaatgttggagtttcaaacttgaccagcccaacaccaaacttcaacttcaaccaggca
caggtagctgcacaaccttcagcccagactgctgcaccaacatttgacccttctgtacgg
cccattttcaacttcaccaagggggaaacaccttcatttacagctgctggtactccaggg
tctgtacgtcgtttcaagaaggcattaaggaggacacatcctcgataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   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 (76)   

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