KEGG   Mus musculus (house mouse): 17952
Entry
17952             CDS       T01002                                 
Symbol
Naip6, Birc1f, Naip-rs4, Naip-rs4A
Name
(RefSeq) NLR family, apoptosis inhibitory protein 6
  KO
K12807  baculoviral IAP repeat-containing protein 1
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04621  NOD-like receptor signaling pathway
mmu05132  Salmonella infection
mmu05134  Legionellosis
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09150 Organismal Systems
  09151 Immune system
   04621 NOD-like receptor signaling pathway
    17952 (Naip6)
 09160 Human Diseases
  09171 Infectious disease: bacterial
   05132 Salmonella infection
    17952 (Naip6)
   05134 Legionellosis
    17952 (Naip6)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mmu01002]
    17952 (Naip6)
  09183 Protein families: signaling and cellular processes
   04054 Pattern recognition receptors [BR:mmu04054]
    17952 (Naip6)
Peptidases and inhibitors [BR:mmu01002]
 Peptidase inhibitors
  Family I32: IAP family
   17952 (Naip6)
Pattern recognition receptors [BR:mmu04054]
 Cytoplasmic pattern recognition receptors
  NOD-like receptors
   17952 (Naip6)
SSDB
Motif
Pfam: BIR NLRC4_HD NACHT NOD2_WH AAA_30 DUF6195 AAA_16 AAA_22
Other DBs
NCBI-GeneID: 17952
NCBI-ProteinID: NP_035001
MGI: 1298222
Ensembl: ENSMUSG00000078942
UniProt: Q9JIB6
Position
13:complement(100417629..100453124)
AA seq 1403 aa
MAEHGESSEDRISEIDYEFLAELSARFGMNLVQLAKSQEEEDHKERMKMKKGFNSQMRSE
AKRLKTFESYDTFRSWTPQEMAAAGFYHTGVKLGVQCFCCSLILFGNSLRKLPIERHKKL
RPECEFLQGKDVGNIGKYDIRVKSPEKMLRGGKARYHEEEARLESFEDWPFYAHGTSPRA
LSAAGFVFTGKRDTVQCFSCGGSLGNWEEGDDPWKEHAKWFPKCEFLQSKKSSEEIAQYI
QDYEGFVHVTGEHFVKSWVRRELPMVSAYCNDSVFTNEELRMDMFKDWPQESPVGFEALV
RAGFFYTGKKDIVRCFSCGGCLEKWAEGDDPMEDHIKFFPECVFLQTLKSSAEVIPTLQS
QYALPEATETTRESNHDDAAAVHSTVVDLGRSEAQWFQEARSLSEQLRDTYTKTSFCHMN
LPEVCSSLGTDHLLGCDVSIISKHVSQPVQGALTIPEVFSNLSSVMCVEGEAGSGKTTFL
KRIAFLWASGCCPLLYRFQLVFYLSLSSITPDQGLANIICTQLLGAGGCISEVCLSSSIQ
QLQHQVLFLLDDYSGLASLPQALHTLITKNYLFRTCLLIAVHTNRVRDIRPYLGTSLEIQ
EFPFYNTVFVLRKFFSHDIICVEKLIIYFSENKDLQGVYKTPLFVAAVCNDWNQNASAQD
DFQDVTLFHSYMQYLSLKYKATAESLQATVSSCGQLALTGLFSSCFEFNSDDLAEAGVDE
DVKLTTFLMSKFTAQRLRPVYRFLGPLFQEFLAAVRLTELLSSDRQEDQDLGLYYLRQID
SPLKAINSFNIFLYYVSSHSSSKAAPTVVSHLLQLVDEKESLENMSENEDYMKLHPQTFL
WFQFVRGLWLVSPESFSSFVSEHLLRLALIFAYESNTVAECSPFILQFLRGRTLALRVLN
LEYFWDHPESLLLLRSLKVSINGNKMSSYVDYSFKTYFENLQPPAINEEYTSAFEHVSEW
RRNFAQDEEIIKNYENIWPRALPDISEGYWNLSPKPCKIPKLEVQVNNMGPADQALLQVL
MEVFSASQSIEFHLFNSSGFLESIRPALELSKASVTKCSMSRLELSRAEQELLLTLPALQ
SLEVSETNQLPDQLFHNLHKFLGLKELCVRLDGKPDVLSVLPEEFLNLHHMEKLSIRTST
ESDLSKLVKFIQNFPNLHVFHLKCDFLSNCESLMTALASCKKLREIEFSGQCFEAMTFVN
ILPNFVSLKILSLKGQQFADKETSEKFAQALGSLRNLEELLVPTGDGIHQVAKLIVRQCL
QLPCLRVLAFHDILDDESVIEIARAATSGSFQKLENLDISMNHKITEEGYRNFFQALDNL
PNLQMLNICRNIPGRIQVQATTVKALGHCVSRLPSLTRLGMLSWLLDEEDMKVINDVKER
HPQSKRLTIFWKWIVPFSPVVLE
NT seq 4212 nt   +upstreamnt  +downstreamnt
atggctgagcatggggagtcctccgaggatcggatttctgagattgattatgaatttctc
gctgagctctctgctcgtttcgggatgaatctagttcagctggcaaagagccaagaagaa
gaagaccataaagaacggatgaaaatgaagaaaggttttaactcacagatgcgcagtgaa
gccaaacgactaaagacctttgagtcctatgacacgttcagatcatggacgccacaggag
atggcagctgctgggttttaccacacaggggtgaaacttggggttcagtgcttttgctgt
agcttgatcctctttggtaacagcctcaggaagcttcccatagagagacacaagaaatta
cgaccagaatgtgagttccttcagggaaaagatgttggtaacattggcaagtatgacatc
cgggtgaagagtccagagaagatgctgagaggtggcaaagcaaggtaccatgaagaggag
gccagactggagtcctttgaggactggccattttatgcccatgggacatcaccacgtgca
ctgtcagcagctggctttgtctttacaggtaaaagggacactgtgcagtgtttctcctgt
ggcggaagcttgggcaactgggaagaaggagatgacccctggaaggagcatgccaagtgg
ttccccaaatgtgaatttcttcaaagtaagaaatcctcagaggaaattgcccagtatatt
caagactacgagggatttgttcatgtaacgggagaacattttgtgaagtcctgggtcaga
agagaattacctatggtatcagcttactgcaatgacagtgtcttcactaatgaagaacta
aggatggacatgtttaaggactggccccaagaatcacctgtgggttttgaagctctagtc
agagcaggctttttctacactggcaaaaaggacattgtccggtgtttttcctgtggagga
tgtttggagaagtgggcagaaggtgacgacccaatggaagatcacatcaagttttttccc
gaatgtgtatttcttcaaaccttgaagtcctctgcagaagtaattccaacccttcagagc
caatatgcacttccagaagccacggaaaccacacgtgaaagcaaccatgatgatgcagca
gcagttcattctacagtggtggacttgggtaggagtgaagctcagtggtttcaagaggcc
aggagtctgagtgagcagctgagagacacctacactaaaaccagtttctgccacatgaac
ttgccagaagtgtgctccagcctcggcactgaccacttgctcggctgtgatgtgtccatc
atttcaaagcacgtcagccagcctgtgcaaggggccctgacgatcccagaggtcttctcc
aatctcagctctgtcatgtgtgtggagggggaagctggaagtggaaagacaaccttcctg
aagaggatagcttttctctgggcatcaggatgctgccccctgttgtacaggttccagctg
gtcttctacctctcccttagttccatcacaccagatcagggactggccaacatcatctgt
acccaactcctaggggcaggaggctgcattagtgaagtgtgtctgagcagcagcatccag
cagttacaacaccaggtgctgttcctgttggatgactacagtgggctggcctcactcccc
caagccctacacacactgattacaaaaaactacttgttccggacctgcttattgatcgct
gttcatacaaacagggtcagagacatccgcccatacctaggtacaagtctagagatccaa
gagtttcccttctataatactgtctttgtgttacggaagtttttttcacatgacataatc
tgtgtggaaaagcttataatttactttagtgaaaataaagacttacagggagtttacaag
acccctctcttcgtagcagcagtatgtaatgactggaatcaaaatgcatctgcccaggat
gactttcaagatgtgacacttttccattcctacatgcaatacctgtccttaaaatacaaa
gctacagctgagtctctccaggccactgtgtcctcatgtgggcagctggccttgacaggg
cttttctcatcgtgctttgagttcaatagtgatgacctggcagaggcaggagttgatgaa
gatgtaaagcttaccaccttcttgatgagcaaattcaccgcccagagactgaggccagtc
taccgatttttaggtcctctgttccaggagtttcttgctgccgtgaggttgactgaactc
ctgagttcagataggcaggaagaccaagatcttggactttattatttgagacaaattgac
tcacctctgaaggcaataaactcctttaacatatttttgtattatgtctccagccactct
tcctcaaaggcagcgccaacagttgtatctcatttgcttcagttggtggatgagaaagag
tcactggagaacatgtctgaaaatgaggattacatgaagctccatccacaaacttttcta
tggtttcagtttgttagagggttgtggctggtgtctcctgaatctttctcttcattcgtt
tcagaacatttattgcgccttgctctaatctttgcttatgaaagcaacacagttgctgaa
tgctctccatttattttgcaattccttcgaggaagaacactggctttaagagtactgaat
ttagagtacttttgggaccacccagaaagcctgttactgttgaggagtttaaaggtttcc
ataaatggaaataaaatgtcatcttatgtagattattcatttaagacatattttgaaaac
ttacagccaccagctataaatgaggagtatacatctgcctttgagcatgtaagtgaatgg
aggagaaattttgctcaagatgaggagatcataaaaaactatgaaaatatctggcccaga
gccctaccagacatcagtgaagggtactggaatctgtcccccaagccatgcaagatcccc
aagctggaagttcaagtgaacaacatgggtccagcagaccaagcactgctccaggtcctc
atggaagtcttctcagcttcacagagtattgagttccatttattcaacagcagtggcttc
cttgaaagcatccgcccagctctggagctgagtaaggcctctgtcaccaagtgttccatg
tccaggctggagctcagcagagcagaacaggagttgcttctcaccctgcctgccctgcag
tctctcgaggtctcagagacaaaccagttaccagatcagctcttccataacttgcacaag
ttcctgggcctgaaagaactgtgtgtgagactagatggcaaaccggatgtgctctcagtc
cttcctgaagagttcctgaacctccatcacatggagaagttatccatcagaacctctaca
gagtctgacctctccaaactagttaaattcatccagaactttccaaatctccatgttttc
catctgaaatgtgatttcctttcaaattgtgagtctctcatgactgcgcttgcttcctgc
aagaaactcagagagattgagttttctggacaatgctttgaagccatgacctttgtcaac
attttgccaaattttgtttctctgaagatactgagtcttaaaggtcaacaatttgcagat
aaggaaacatcagaaaagtttgcccaggctctgggttctctcaggaacttagaggaactg
cttgttcccactggggatgggattcaccaagtggccaaactgattgtccggcagtgtctg
cagcttccgtgcctccgagttctcgcctttcacgacatcttggacgatgaaagtgtgatt
gaaattgccagggcggcaaccagtggaagtttccagaaacttgaaaacttagatatttca
atgaatcacaagattaccgaggaaggatacagaaatttctttcaagccctggacaacttg
ccaaacctacaaatgctgaacatctgcaggaatatcccaggacgcattcaagttcaggcc
accactgtcaaggctttgggtcactgtgtgtcccgactgcccagcctcaccaggctgggg
atgctcagttggctcctggatgaagaggacatgaaagtgattaatgatgtgaaggaaaga
cacccccagtccaaacgcttgactatcttctggaaatggatagtcccgttctctcctgtt
gtcctggagtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (8)   
   Pfam (8)   
All databases (53)   

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