KEGG   Prunus persica (peach): 18784266
Entry
18784266          CDS       T03092                                 
Name
(RefSeq) nuclear pore complex protein GP210
  KO
K14314  nuclear pore complex protein Nup210
Organism
pper  Prunus persica (peach)
Pathway
pper03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:pper00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    18784266
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:pper03019]
    18784266
Messenger RNA biogenesis [BR:pper03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     18784266
SSDB
Motif
Pfam: Big_2 TMEM132
Other DBs
NCBI-GeneID: 18784266
NCBI-ProteinID: XP_007214896
Position
G3:26155905..26171635
AA seq 1963 aa
MLSYNVLLGLFLLLMVDQTASHLSSGPHIADVNILLPSKMTHPVEYRLQGSDGCFKWSWD
HHDILSVLPEYNSTSHCSTSARLRSIAPYSGRKETAVYAADVNTGAVIRCKVFIDKISRI
QIFHNSIKLDLDGLATLRVRAFDSEENVFSSLVGLQFMWQLMPEPNVLPHHLVHVPLKDS
PLSDCGGLCGDLDIQINLEDNGVFSDLYVVKGIEIGHEIVSVHLLEPQFKHMTDKIVLTV
AEAISLNPPSPVFVLVGAAVRYSLIIIRGNKAQVVKLPSPHHRWSVSNSSVACVDSMMGL
AYALNLGVTNTIVEDTRVAGHIQVSSLNVVLPDSLSLYMIPLSTSDDPVEGIKAIPSMTR
WYGVSGRRYLIQMKVFSEGPDAQEIYITESDDIKLSNNQSDYWRLFTVSDDIAIKHGWQN
SIILKATSQGRDKLTASLTYFSGLNETKEVLKVAQEVMVCDQLMFSLDKSDASPTIFLPW
APAIYQEVELLATGGCAKASSDYKWFSSDMSIVSVSASGVVQAKKPGKATIKVLSIFDSF
NYDEVVVEVSVPASMVMLLNFPVETVVGTHLQAAVTMKASNGAYFYRCDAFSSFIKWKAG
SESFIIVNSTGESPALDSLGNANFHASNYGPPCSWAYIYASASGRATLHATLSKEYHNFD
SSFGGPFVLKASSLIAAYSPLSIRQAGDGNHFGGYFFDLALAETDKQLVKLDKIYLVPGT
HLDVMLLGGPEKWNNGVDFVETMEILNEQHGHIDNGASVESLSESYKSLYRVSCQMLGTY
KIVFKRGNLVGDGHPLPAVAEVPLSLICSIPASIVLLVDEHVNEREVIRTAIQADRSSGR
IRVTPVTVANGRTIRLAAIGISNSGEAFANSSSLYLRWELFSCNEMAKWDDADNLERSEH
SWERLLSLKNESGLCTVRATAIGFRDNMGGHKSVPLLDSSENVLADAIRLQLVSTLMVSP
EFNLVFFNPNAKLNLSITGGSCFLEAVVNDSRVLEVVQPQRGLQCSQLMLSPKGMGTALV
TVYDVGLAPPLGASAVVQVVDIDWIKIVSPEEISLMEGASQTIDLMAGISDGRTFDSYQF
AYMNIHVHVEDHIIEVLDINDISRTGGGYVNIPKFKILATHLGITTFFVSAVQQSGHEIL
SQPIMVEVYAPPIIHPQDIFLVPGAAYVLTVKGGPTVGVYVEYMSMNEEIVTMHRSSGRL
SAISPGNTTIRARVFRNGDTVICEAYGSVKVGVPSSVILNAQSELLGVGREMPIYPLFSE
GDLFSVYELCQNYQWTVEDDKVLSFNLLEHLNGEKYATQLDPSEKIQFPSHMSEEELGFI
KVMFGRSTGRTNIAVSFSCEFISSGSKSWTRFYNASLSILVVPDLPLALGVPITWVLPPH
YTTTSILPSSSESYGQRDSQSHKGTIMYSLLRNFPDKNEGVQKDAISVEGDRIKTSESNN
LACIQAKDRITGRIEIAACVKVAEVSQIRITNKEEVPFHGINLAVGAELSLPVVYLDALG
NPFYEAYGAVLFDVVTNFPDVVSINKNNTHGGSRNIHLKAMQHGRALVRISIDRIPQKSD
YILISVGAHIHPQNPVLHIGGHLNFSIEGLNDILSGQWSTANGSVISVSPLSGVAEVVGE
GTTQVFFEASSLKLRTAVVVLTEDIVSVDAPRETLTNVPVPTKGYNFSVKISNNYDKFKA
LGNMKGLQYDCRVDPPFVGYAKPWLDLDTGNSYCLFFPYSPEHLVRLIPKSKDMKPDISV
SINASLRGADHVSGSASALFVGGFSILEMGKDSMQLNLTPYSNKTIITILGNIDVEIYWH
ERESLLITRIHTEGFGIGGRAKYEVKMLGAKRFTDTIFITLPANGQSVEIDVSCDPGERT
ASETTINYTLWTTVLGCLALLILTVVVSICYLDRPDRSPQTSINVPATPSIAAPVTPDRS
SPAIGSESPRTPQPFIDYVRRTIDETPYYRREPRRRVNPQNTF
NT seq 5892 nt   +upstreamnt  +downstreamnt
atgttgagctacaatgtattgctcggtttatttcttcttctcatggtggaccaaacggcg
tcgcatttgagctctggtccacacattgcagacgtcaatattctgctgccttccaaaatg
actcatccggtcgagtataggcttcagggaagtgatggctgcttcaaatggtcatgggat
catcacgatattctgtctgttctgcccgaatataattcaactagtcactgctcaacaagt
gcgcggttgagatcaattgctccttatagtggtcgaaaggagactgctgtttacgctgct
gatgtaaatactggagctgtgattcgctgcaaagtttttattgacaaaatttccagaatt
cagatatttcataattcaattaagcttgacttagacgggcttgccacgcttcgagtccgt
gcctttgatagtgaagaaaatgtgttttcttcactggtgggcttgcagtttatgtggcag
ctgatgcctgaacctaatgtattgcctcatcaccttgttcatgtccctctaaaggactct
cccctgagcgactgtggcgggttgtgtggagacctagatatccaaataaaccttgaagat
aatggtgtattttctgatctgtacgtcgtaaagggaattgaaattgggcatgagattgtt
tctgtgcatttgcttgagccacagttcaagcacatgactgataagattgttctaactgta
gcagaagccatttcactcaatcctccctcgcctgtttttgtccttgttggtgcagctgtt
cgttatagtctaataattatccgtggcaacaaagctcaagttgtaaagttgccgtctcca
catcatcgatggtctgtttcaaactcttcagttgcttgtgttgactctatgatgggtttg
gcatatgcgttgaacttaggggtaactaacaccatagttgaagatacaagggttgctggc
cacatacaagtgtcgtcacttaatgttgtcctgcctgattctttatctttatacatgata
cctctgtctacttctgatgatcctgttgaaggaattaaagcaattccatccatgacacgg
tggtatggtgtttctggtcgtcggtacctcattcaaatgaaggttttctcagaaggacca
gatgcacaagaaatctacattacagagagtgatgacataaagttgtccaataaccagtct
gattactggagactttttactgtatcagatgatattgcaatcaaacatggctggcagaat
tctataattctaaaggcaacttcacagggacgggataaattgacagcttctttgacttac
tttagtgggctaaatgagacgaaggaggttctcaaggttgcacaagaagtcatggtttgt
gatcaactcatgtttagtttggataaaagtgatgcatctccaaccattttccttccctgg
gcccctgctatttatcaggaggtggagctactggctacaggaggttgtgctaaggcatcc
agtgactacaaatggttctcttcagacatgagtattgtgtctgtgtctgcttctggggtt
gtccaggctaagaagcctggtaaagctactattaaagtgctctccatatttgattcattc
aattacgatgaggttgtcgttgaagtttctgtcccagcatctatggtcatgctccttaac
ttccctgttgagactgttgtaggaacacatcttcaagctgctgtaacaatgaaagcatca
aatggtgcctacttttatagatgtgatgcgttcagttccttcataaagtggaaagcaggc
agtgagtctttcattattgtcaattcaacaggggagtcccctgctttagacagtttagga
aatgccaacttccatgcatcaaattatggtcccccatgttcatgggcttatatatatgcc
tcggcatctggtcgggctactcttcatgctacattatcaaaagaatatcacaactttgat
agctcttttggtggaccttttgtcttaaaagcatcttcacttattgcggcatactcaccg
cttagcattcgtcaggcaggtgatggaaaccatttcggtggctacttttttgatctggct
ctagcagaaactgataagcaattggtaaagttggacaaaatataccttgtccctgggacg
catttggatgttatgcttcttggtggacctgaaaagtggaacaatggtgttgactttgtt
gaaactatggaaatcttaaatgaacaacatggtcacattgacaatggtgcttctgtggaa
agcttatctgaaagctataagagtttgtatagagtttcatgccaaatgctgggaacctat
aaaattgttttcaaacgcggtaatctggttggggatggccatcctctgcctgcagtagca
gaagttccactgtctcttatatgtagcattcctgcttcaattgttctgctagtggatgaa
catgtaaatgaacgtgaagtcatacggactgcaattcaagctgaccgcagttcagggcga
attcgtgtcacccctgttactgtggcaaatgggcgcaccattagattagctgcaattggc
attagtaactctggagaagcttttgcaaactcatcttctctttatttgaggtgggaactt
ttcagttgtaatgagatggctaaatgggatgatgctgataatttagagaggtcggagcac
agttgggagaggttattgagcttgaaaaacgagtcaggcctgtgtacagttcgtgctaca
gccattggtttcagagataacatgggtggtcataagtctgttccattgcttgatagttca
gagaatgttcttgcagatgcaattcgtctacagctagtttctacactaatggtcagccca
gagttcaatctggtgtttttcaatcccaatgctaagttaaatctgtcaatcactggaggg
agctgtttcttggaagctgttgtgaacgattctcgagtgctagaagtcgttcaaccccaa
agaggtttacaatgctcacaactgatgctgtctcctaaaggtatggggacggcgcttgtg
acagtttacgatgttggacttgctcctccacttggagcttctgctgtggtacaagttgta
gacattgactggataaagattgtgtcaccagaagaaataagccttatggaaggggcgtca
cagactattgatttgatggctgggataagtgatgggaggactttcgactcttatcagttt
gcctacatgaatattcatgtgcatgttgaggatcatattattgaggtgttagacattaat
gatatctcaagaacaggaggtggatatgttaatatcccgaaatttaagattttggctaca
catcttgggatcacaactttctttgtgagtgctgtacagcaatctgggcatgaaattttg
agtcaaccaataatggtggaagtgtatgcaccaccaataattcacccacaagacattttc
cttgtacctggtgctgcttatgtgcttaccgtgaaaggaggcccaaccgttggtgtatat
gttgaatatatgagtatgaatgaggaaatagtgacaatgcatagatcttcaggacgactg
tctgccatttcacctgggaacactactattcgtgccagagtcttcagaaatggagatact
gtgatttgtgaagcatatggcagtgttaaagtaggagttccttcttcggtgatattgaat
gcacaaagcgaattgcttggtgttggccgtgagatgcctatttatcctttgttttcggag
ggcgatttgttttctgtttatgagctctgccaaaattaccagtggactgtagaagatgac
aaggtattgagctttaatttgttagagcatttgaatggtgagaagtatgcgactcagttg
gatccttcagaaaaaattcagttccctagccatatgagtgaggaagagcttggttttatc
aaagtaatgtttggaagatctacagggaggaccaacattgcagtctcgttctcatgtgaa
tttatatcttctggttctaaatcatggacaagattttacaatgcatctttatcaatattg
gtggtgcctgatctccctcttgctcttggagtcccaataacgtgggttcttcctcctcat
tatactacaacaagtattttaccttcatcttcagaatcatatggccaaagggatagtcag
agtcacaaaggaactattatgtattccttattaagaaatttccctgacaagaatgaaggt
gtgcaaaaggatgctatttccgttgaaggggacagaataaagacatcagagagtaacaat
cttgcatgcattcaggcaaaagatcgtatcacgggtagaattgagattgctgcttgtgtc
aaagttgccgaggtgtctcaaataagaattacaaacaaggaggaggtaccatttcacggg
attaatcttgctgttggtgctgaactttctcttccagtagtctatcttgatgcactagga
aaccctttctatgaagcatatggcgctgttctctttgatgttgtaaccaactttccggat
gttgtgtccataaacaaaaacaacacacatggtggcagtagaaatatccatcttaaggca
atgcagcatggtagagctcttgtgcgaatatccattgatcgtattcctcagaagtcggac
tatatcctgatatcagtgggtgcccatatacatcctcaaaacccggttcttcatatagga
ggtcatcttaacttcagcattgaaggtttaaatgatatactttctggccagtggagtact
gccaatggaagtgttatatctgtgtccccattgtctggagtagctgaagtagtgggggaa
ggtacaacccaagtattttttgaagcttcaagtttgaagctgcgaacagctgtagtagtg
ctaacagaggatattgtatctgtggatgctccaagagagacactaacaaatgttcccgtc
cctaccaaaggatataacttctctgtgaagatcagcaataattacgacaagtttaaggct
cttggaaacatgaagggactccagtatgactgtagagtggacccgccttttgttgggtat
gcaaagccgtggttggatcttgataccggtaactcatactgcctctttttcccttactca
ccagagcatttggttcgtttgatacccaagtccaaggatatgaaaccagatatttctgtt
tccatcaatgcttcattgagaggagctgatcatgtttcaggatctgcttctgctcttttt
gttggagggttttccatattggagatgggcaaggattcaatgcagttgaatctgacccca
tactctaacaagactattataacaatcctgggcaacatagatgttgaaatttattggcat
gagcgggagtcattactcattactcgcatccatacagaaggttttgggatcggtggacgt
gcaaaatatgaggtgaaaatgctgggagccaaaagattcacagatacaattttcatcaca
ctcccagccaatggtcagagtgtggaaatcgacgttagctgtgaccccggagaaagaaca
gcatctgaaactaccattaattataccctttggacaacggtgcttggatgtcttgctcta
ttgattttgacagtggttgtctccatatgttatttggacagaccggatagatctccccaa
acatccattaatgttcctgctactccaagtattgcagccccagtcacacctgatcgtagc
agcccagctatcgggagtgaatctccccgaacacctcagcctttcatagattatgtaagg
agaacaatagacgaaaccccgtactacaggcgagagcctcggaggagggttaatccacag
aatactttctag

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (12)   

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