KEGG   Homo sapiens (human): 23165
Entry
23165             CDS       T01001                                 
Symbol
NUP205, C7orf14, NPHS13
Name
(RefSeq) nucleoporin 205
  KO
K14310  nuclear pore complex protein Nup205
Organism
hsa  Homo sapiens (human)
Pathway
hsa03013  Nucleocytoplasmic transport
hsa05014  Amyotrophic lateral sclerosis
Network
nt06464  Amyotrophic lateral sclerosis
  Element
N01152  Nuclear export of mRNA
N01153  Mutation-caused aberrant GLE1 to nuclear export of mRNA
Disease
H01657  Nephrotic syndrome
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    23165 (NUP205)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    23165 (NUP205)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:hsa03019]
    23165 (NUP205)
   03036 Chromosome and associated proteins [BR:hsa03036]
    23165 (NUP205)
Messenger RNA biogenesis [BR:hsa03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     23165 (NUP205)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    23165 (NUP205)
SSDB
Motif
Pfam: Nup192 Nup188_N-subdom_III
Other DBs
NCBI-GeneID: 23165
NCBI-ProteinID: NP_055950
OMIM: 614352
HGNC: 18658
Ensembl: ENSG00000155561
UniProt: Q92621
Structure
Position
7:135557917..135648753
AA seq 2012 aa
MATPLAVNSAASLWGPYKDIWHKVGNALWRRQPEAVHLLDKILKKHKPDFISLFKNPPKN
VQQHEKVQKASTEGVAIQGQQGTRLLPEQLIKEAFILSDLFDIGELAAVELLLAGEHQQP
HFPGLTRGLVAVLLYWDGKRCIANSLKALIQSRRGKTWTLELSPELASMTTRFTDELMEQ
GLTYKVLTLVSQIDVNNEFEKLQRERGLGSEKHRKEVSDLIKECRQSLAESLFAWACQSP
LGKEDTLLLIGHLERVTVEANGSLDAVNLALLMALLYCFDISFIEQSTEERDDMIHQLPL
LTEKQYIATIHSRLQDSQLWKLPGLQATVRLAWALALRGISQLPDVTALAEFTEADEAMA
ELAIADNVFLFLMESVVVSEYFYQEEFYIRRVHNLITDFLALMPMKVKQLRNRADEDARM
IHMSMQMGNEPPISLRRDLEHLMLLIGELYKKNPFHLELALEYWCPTEPLQTPTIMGSYL
GVAHQRPPQRQVVLSKFVRQMGDLLPPTIYIPYLKMLQGLANGPQCAHYCFSLLKVNGSS
HVENIQGAGGSPVSWEHFFHSLMLYHEHLRKDLPSADSVQYRHLPSRGITQKEQDGLIAF
LQLTSTIITWSENARLALCEHPQWTPVVVILGLLQCSIPPVLKAELLKTLAAFGKSPEIA
ASLWQSLEYTQILQTVRIPSQRQAIGIEVELNEIESRCEEYPLTRAFCQLISTLVESSFP
SNLGAGLRPPGFDPYLQFLRDSVFLRFRTRAYRRAAEKWEVAEVVLEVFYKLLRDYEPQL
EDFVDQFVELQGEEIIAYKPPGFSLMYHLLNESPMLELALSLLEEGVKQLDTYAPFPGKK
HLEKAVQHCLALLNLTLQKENLFMDLLRESQLALIVCPLEQLLQGINPRTKKADNVVNIA
RYLYHGNTNPELAFESAKILCCISCNSNIQIKLVGDFTHDQSISQKLMAGFVECLDCEDA
EEFVRLEEGSELEKKLVAIRHETRIHILNLLITSLECNPPNLALYLLGFELKKPVSTTNL
QDPGVLGCPRTCLHAILNILEKGTEGRTGPVAVRESPQLAELCYQVIYQLCACSDTSGPT
MRYLRTSQDFLFSQLQYLPFSNKEYEISMLNQMSWLMKTASIELRVTSLNRQRSHTQRLL
HLLLDDMPVKPYSDGEGGIEDENRSVSGFLHFDTATKVRRKILNILDSIDFSQEIPEPLQ
LDFFDRAQIEQVIANCEHKNLRGQTVCNVKLLHRVLVAEVNALQGMAAIGQRPLLMEEIS
TVLQYVVGRNKLLQCLHAKRHALESWRQLVEIILTACPQDLIQAEDRQLIIRDILQDVHD
KILDDEAAQELMPVVAGAVFTLTAHLSQAVLTEQKETSVLGPAEAHYAFMLDSCFTSPPP
EENPLVGFASIGDSSLYIILKKLLDFILKTGGGFQRVRTHLYGSLLYYLQIAQRPDEPDT
LEAAKKTMWERLTAPEDVFSKLQRENIAIIESYGAALMEVVCRDACDGHEIGRMLALALL
DRIVSVDKQQQWLLYLSNSGYLKVLVDSLVEDDRTLQSLLTPQPPLLKALYTYESKMAFL
TRVAKIQQGALELLRSGVIVRLAQCQVYDMRPETDPQSMFGMRDPPMFIPTPVDRYRQIL
LPALQLCQVILTSSMAQHLQAAGQVLQFLISHSDTIQAILRCQDVSAGSLQELALLTGII
SKAALPGILSELDVDVNEGSLMELQGHIGRFQRQCLGLLSRFGGSDRLRQFKFQDDNVEG
DKVSKKDEIELAMQQICANVMEYCQSLMLQSSPTFQHAVCLFTPSLSETVNRDGPRQDTQ
APVVPYWRLPGLGIIIYLLKQSANDFFSYYDSHRQSVSKLQNVEQLPPDEIKELCQSVMP
AGVDKISTAQKYVLARRRLVKVINNRAKLLSLCSFIIETCLFILWRHLEYYLLHCMPTDS
QDSLFASRTLFKSRRLQDSFASETNLDFRSGLAIVSQHDLDQLQADAINAFGESLQKKLL
DIEGLYSKVRSRYSFIQALVRRIRGLLRISRN
NT seq 6039 nt   +upstreamnt  +downstreamnt
atggcgacgcctttggcggtaaattcggctgctagtctatggggtccttacaaagacatt
tggcataaagtgggaaatgctctttggagaagacaacctgaagctgttcaccttcttgat
aagattttgaagaaacacaaacctgacttcatctcattgttcaaaaatccgccaaaaaat
gttcaacagcatgagaaggttcagaaagccagtacagagggagtcgccattcagggtcaa
cagggaactcgacttcttcctgaacagctcattaaagaagcctttattctcagtgacctt
tttgatattggagaattggcagctgttgagcttcttcttgctggagagcatcaacagcca
cattttcctggccttaccagaggattagtagctgttcttctgtactgggatggaaagcga
tgcattgcgaattccttgaaagccttgatacagtctagacggggaaagacatggacccta
gaactcagtccagagctggcttccatgacaacacgctttacagatgagctgatggagcaa
ggattgacttataaagttcttacgctggtgtcacagattgatgtgaataatgagtttgag
aaactacagcgagagagaggtttgggcagtgaaaaacatcgcaaagaggtttctgatctc
attaaggagtgcaggcagtctcttgcagaaagcctttttgcctgggcttgccagtcacct
ttaggcaaagaagacactctcctcctcattggacatttggaaagagtgacagttgaggct
aatggctcactggatgcagtgaatctggctcttcttatggcgcttctatactgttttgat
atcagttttatagagcaaagcacagaggaacgagatgatatgattcatcaacttccactg
ttgacagaaaaacagtacattgcaacaattcactctcgtcttcaggactcacagctttgg
aaactgcctgggctccaagccactgttagacttgcctgggcgctggcattgaggggaata
tcccagctacctgatgtgacagctctggcagaattcacagaggcagatgaagcaatggca
gaactcgcaattgctgacaacgttttcctgttcctcatggaatctgtagtggtatcagaa
tacttttatcaggaagaattttatattcgcagagtccataatctcatcacagatttcctt
gcacttatgccaatgaaggtgaaacagctgaggaatcgggcagatgaagatgctcgaatg
attcacatgagtatgcagatgggtaatgaaccccccatttcacttagaagggacctggaa
cacttaatgcttttgattggcgagctatataaaaagaacccttttcatctggagcttgct
ctagaatattggtgtcccacagagcctcttcagactccgactatcatgggctcttatcta
ggggtggctcatcagcggccccctcaacgccaggttgtcttgtcaaagtttgttaggcaa
atgggtgacctgttgcctccaactatttatattccttatttgaagatgctccagggattg
gccaatgggcctcagtgtgcccactactgtttcagcctgctcaaagtcaatggtagtagt
catgttgaaaatattcagggagcaggtggcagtcctgtttcctgggaacatttctttcac
tccttgatgctttaccacgaacaccttcggaaggatcttccaagtgcagatagtgtccag
taccgtcaccttccttcccgtggcatcacccagaaggagcaagatggattgattgctttt
ttgcagctcacgtctaccatcattacttggagtgaaaatgctcgcttggcactctgtgaa
caccctcagtggacccctgttgtggtgattctgggactcctccaatgcagtattccccct
gtcctaaaagctgagctactgaagacactcgcagcttttggaaaatctcctgaaattgct
gcttccctctggcagtcattggaatacactcagatactgcagaccgtgaggattccaagc
caaaggcaagctattggtattgaggttgaactaaatgaaatagaatcccggtgtgaagaa
tacccattgactcgggccttttgccagcttattagtactctggtggagagctcatttcct
tctaatttgggtgctggactgcggccccctggctttgacccttatttgcagttccttaga
gactctgtgtttctacgattccgtacaagagcttaccggagagcagctgaaaagtgggaa
gttgctgaggtggttttggaggtgttttataaattgctcagagattatgagcctcagctt
gaagattttgtagaccagtttgtggaactacaaggagaagaaatcatagcctataagcca
cctggatttagtctgatgtatcatctgctgaatgagtcaccaatgttggagcttgctctc
agtttactggaagaaggagttaagcagcttgacacctatgccccctttcctgggaaaaaa
cacctggagaaagcagtacagcattgccttgcacttctcaatcttactctgcaaaaggaa
aatctttttatggaccttctaagagagagtcaactggctctaatagtctgtcctttagaa
cagcttttgcagggaattaatcccagaactaagaaggcagataatgtggtaaacattgcc
agatacctatatcatggcaatactaatccagaattggcttttgaaagtgccaagatcctc
tgttgtatctcttgcaactctaatattcagataaagttggttggagatttcacacatgac
cagagtataagtcagaaactaatggctggatttgtggagtgtttggattgtgaagatgca
gaagaatttgtacgtctggaagagggatcagaacttgaaaagaaattagttgcaattcgt
catgaaacaagaatccacatcttgaatcttctcattacctctctggaatgcaatccaccc
aatcttgctctctacctgttgggctttgaattgaaaaaacctgtcagtactacaaaccta
caagatccaggagtgttaggttgccctcggacatgccttcacgccattctaaacatcttg
gagaaaggaacggaagggagaacaggcccagtggcggtgcgagaatctcctcagctggct
gagctatgttaccaggtcatatatcagttatgtgcatgctctgatacatctggtcctact
atgaggtacttgagaaccagccaggatttcttattttcccagttgcagtatctaccattt
tctaacaaagaatatgaaatatctatgctgaaccagatgtcatggcttatgaaaactgcc
tcaatagagctaagggtaacctctctgaatcgtcagcggtcacatacccagaggctccta
cacctcttactggatgacatgccagtgaaaccatactcagatggtgaaggaggaatagaa
gatgaaaacaggtctgtttctgggttccttcactttgacactgctacaaaagtacgtcga
aaaattctaaatattcttgactcgattgacttcagtcaggagatccctgagcctttgcag
ttggatttttttgatcgggcccagattgaacaagttattgctaactgtgaacacaagaat
ttacggggacagacagtctgcaatgtcaagcttcttcatagggttcttgtagctgaagta
aatgcccttcagggtatggcagccataggacagagacctctactaatggaggaaatcagc
actgtacttcagtatgtggtaggaagaaataaattgctgcagtgtcttcatgcaaaacgt
catgctctggagtcgtggaggcaactagtagaaattatactgacagcttgtccccaggac
ctcattcaggcagaggatcgacaactgattattcgtgatattttacaagatgtgcatgat
aagatactggatgatgaagctgcgcaagagttaatgcctgtggtcgccggggcagtgttc
acactgactgctcacctaagccaggccgtcctcactgaacagaaggaaacatcagtcttg
ggaccagcagaggcccattacgcttttatgcttgatagttgcttcacctcacctcctcct
gaagagaacccattagtgggttttgcttctattggagattcttcactttacatcatattg
aagaaactgttagacttcattttgaagacaggtggtggattccaacgagtgaggactcac
ttgtatggctctctgctttattacttacagattgcccagagacctgatgaaccagacacc
ttagaagcagccaagaaaaccatgtgggaaaggctgacagcccctgaagatgtatttagc
aaattacagcgagaaaacatagccattattgaaagttatggcgccgccctcatggaagtg
gtctgtcgagatgcttgtgatggtcatgagattggaaggatgctggccctggctctactt
gatagaattgtctccgtggataaacagcagcagtggcttttgtatctttctaacagtggc
tacttgaaggtcctcgtagacagcttggtagaagatgaccgtactttgcagagcttactc
accccacagcctccccttttaaaagcactttatacttatgaatctaaaatggcatttctc
acaagagtggcaaagatacagcagggtgcattagagctgctaagatcaggggtgattgtg
agactagctcaatgccaagtctatgacatgcgcccagaaacggacccgcagagcatgttt
ggcatgagagaccctccaatgttcatccctaccccagtggatcgctaccgccagattctc
ctcccagctctccagctgtgccaggtcatcctcacatctagtatggcccagcacttgcag
gcagcagggcaggtattgcagtttcttatttcacattctgataccatacaagcaattctg
cgctgtcaggatgttagtgctgggtctttgcaggaattggctctgctgacaggaattata
agtaaagcagcacttcctggaatattaagtgaacttgacgttgatgtaaatgaagggtct
ctaatggagctacagggacatattggaagattccagcgccagtgcttaggactactaagt
cgctttggtggctctgacagactgcgtcagtttaaatttcaagacgataatgtggaggga
gataaagtaagcaagaaagatgagattgaactggctatgcagcagatttgtgccaatgta
atggaatattgccagtcactcatgttacagagttcccctaccttccagcatgctgtgtgt
ctcttcactcctagcctttcagaaacagttaatagagatggaccgcggcaagatacccaa
gctccagtggttccatactggcgcctgcctggtttaggcattatcatctacctgctgaaa
cagagtgctaatgatttcttcagctattatgacagtcatcgacagagtgtcagcaagcta
caaaatgtagagcagcttcccccagatgagataaaagagttgtgtcagtctgtgatgcct
gctggtgttgataaaatctccactgctcagaaatatgttctagcaagacggcgcttggtg
aaggtgatcaacaatcgagctaaactgctttccctttgttcttttatcatagagacctgc
ctatttattctttggcgccatctggagtactacttgttacattgcatgcccacggattct
caagattccttatttgcctcgagaaccttgtttaaaagcagaagactgcaagattccttc
gcctcagaaaccaatctagattttagaagtgggctggctatagtgagccaacatgattta
gaccagcttcaggctgatgcaatcaacgcttttggagaatcactacaaaagaaacttctg
gacattgaaggattatattcaaaagttcgatctcgatatagtttcatacaggctcttgtc
agacgtatccgtggcctcttgaggatatcaaggaactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Network (3)   
   KEGG NETWORK (3)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   KEGG ORTHOLOGY (1)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (22)   
   RefSeq(nuc) (2)   
   GenBank (10)   
   EMBL (10)   
3D Structure (5)   
   PDB (5)   
Protein domain (2)   
   Pfam (2)   
All databases (63)   

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