KEGG   Mus musculus (house mouse): 18087
Entry
18087             CDS       T01002                                 
Symbol
Nktr, 5330401F18Rik, D9Wsu172e
Name
(RefSeq) natural killer tumor recognition sequence
  KO
K12740  NK-tumor recognition protein
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:mmu03110]
    18087 (Nktr)
Chaperones and folding catalysts [BR:mmu03110]
 Protein folding catalysts
  Peptidyl prolyl isomerase
   Cyclophilin
    18087 (Nktr)
SSDB
Motif
Pfam: Pro_isomerase
Other DBs
NCBI-GeneID: 18087
NCBI-ProteinID: NP_035048
MGI: 97346
Ensembl: ENSMUSG00000032525
UniProt: P30415
Position
9:121542244..121585908
AA seq 1453 aa
MGAQDRPQCHFDIEINREPVGRIMFQLFSDICPKTCKNFLCLCSGEKGLGKTTGKKLCYK
GSTFHRVVKNFMIQGGDFSEGNGKGGESIYGGYFKDENFILKHDRAFLLSMANRGKHTNG
SQFFITTKPAPHLDGVHVVFGLVISGFEVIEQIENLKTDAASRPYADVRVIDCGVLATKL
TKDVFEKKRKKPTCSEGSDSSSRSSSSSESSSESEVERETIRRRRHKRRPKVRHAKKRRK
EMSSSEEPRRKRTVSPEGYSERSDVNEKRSVDSNTKREKPVVRPEEIPPVPENRFLLRRD
MPAITVEPEQNIPDVAPVVSDQKPSVSKSGRKIKGRGTIRYHTPPRSRSHSESKDDDSSE
TPPHWKEEMQRLRAYRPPSGEKWSKGDKLSDPCSSRWDERSLSQRSRSWSYNGYYSDLST
ARHSDGHHKKHRKEKKFKHKKKAKKQKHCRRHRQTKKRRIVMPDLEPSRSPTHRMKSSCV
RERRSRASSSSSHHSSKRDWSKSDQDDGSASTHSSRDSYRSKSHSRSDSRGSSRSRAVSK
SSSRSLNRSKSRSSSRSGPRRTSISPKKPAQLSENKPVKTEPLRPSVPQNGNVLVQPVAA
ENIPVIPLSDSPPPSRWKPGQKPWKPSYERIQEMKAKTTHLLPVQSTYSLTNIKATVSSS
SYHKREKPSESDGSAYSKYSDRSSGSSGRSGSKSSRSRSSSRSYTRSRSRSLPTSRSLSR
SPSSRSHSPNKYSDGSQHSRSSSYTSVSSDDGRRAMFRSNRKKSVTSHKRHRSNSEKTLH
SKYVRGREKSSRHRKYSESRSSLDYSSDSDQSHVQVYSAPEKEKQGKVEALNDKQGKGRE
EGKPKPEWECPRSKKRTPKDHSRDDSVSKGKNCAGSKWDSESNSEQDVTKSRKSDPRRGS
EKEEGEASSDSESEVGQSHIKAKPPAKPPTSTFLPGSDGAWKSRRPQSSASESESSCSNL
GNIRGEPQKQKHSKDDLKGDHTKRAREKSKAKKDKKHKAPKRKQAFHWQPPLEFGDDEEE
EMNGKQVTQDPKEKRHVSEKCEAVKDGIPNVEKTCDEGSSPSKPKKGTLEQDPLAEGGHD
PSSCPAPLKVEDNTASSPPSAQHLEEHGPGGGEDVLQTDDNMEICTPDRTSPAKGEVVSP
LANHRLDSPEVNIIPEQDECMAHPRAGGEQESSMSESKTLGESGVKQDSSTSVTSPVETS
GKKEGAEKSQMNLTDKWKPLQGVGNLSVSTATTSSALDVKALSTVPEVKPQGLRIEIKSK
NKVRPGSLFDEVRKTARLNRRPRNQESSSDDQTPSRDGDSQSRSPHRSRSKSETKSRHRT
RSVSYSHSRSRSRSSTSSYRSRSYSRSRSRDWYSRGRTRSRSSSYGSFHSHRTSSRSRSR
SSSYDLHSRSRSYTYDSYYSRSRSRSRSQRSDSYHRGRSYNRRSRSGRSYGSDSESDRSY
SHHRSPSESSRYS
NT seq 4362 nt   +upstreamnt  +downstreamnt
atgggcgcccaggaccggccgcagtgtcacttcgacatcgagatcaaccgggaaccggtt
ggtcgaattatgtttcagctcttctcagacatatgtccaaaaacatgcaaaaacttccta
tgcctgtgctcaggggagaaaggccttgggaaaacaactgggaagaagttatgttataaa
ggttctacattccaccgtgtggttaaaaactttatgattcagggtggggacttcagtgaa
ggtaatggaaaaggtggagaatcaatttatggtggatactttaaagatgaaaactttatt
ctcaaacatgacagagcgttccttttgtcaatggcaaatcgagggaaacataccaatggt
tcccagtttttcataactacaaagcctgctccacacctggatggggttcatgttgttttt
ggactggtaatatctggttttgaagtaattgaacagattgaaaatctgaaaacagatgct
gcaagcagaccttatgcagatgtccgagttattgactgtggggtgctggccacaaagttg
acaaaagatgtttttgagaaaaaaaggaagaaaccaacctgttcagaaggctcggactct
tcttcccgttcctcttcctcttcagagtcctcctcagagagtgaagttgagcgagagaca
atcagaaggagaagacataagaggaggccaaaagtcagacatgctaaaaagagacggaaa
gaaatgagcagttcagaagaaccgaggaggaagcgcacagtaagccctgaaggttattct
gagaggagtgatgtgaatgaaaaaagatcagttgactcaaacactaaaagagaaaagcct
gttgtccgcccagaagagattcctccagttcccgagaaccgatttttacttagaagagat
atgcctgctatcactgtggagcctgaacagaacattccagatgttgcacctgttgtaagt
gatcagaaaccctctgtatcaaagtctggacggaaaatcaaaggaagaggcacgattcgc
tatcacacacctccaaggtcaagatcccactctgagtccaaagatgatgacagcagtgaa
acccctcctcactggaaggaggagatgcagagactgagagcctacaggcccccgagcgga
gagaagtggagcaaaggagacaagctgagtgacccctgttcaagccgatgggatgaaaga
agcctgtcccagagatccagatcatggtcctataatggatactattcagatcttagtaca
gcgagacactctgatggtcaccataagaaacacagaaaggaaaagaagtttaagcataaa
aaaaaagctaaaaagcagaaacattgcagaagacacagacagacaaaaaagaggagaata
gttatgcctgatttggaaccctcaagatctcccacccaccgaatgaagtcctcttgtgtt
agagaaaggagatctcgtgcctcctcctcctcctctcatcactcatccaagcgcgactgg
tctaaatcagaccaggatgacgggagtgcttcaacccattccagcagagactcctacaga
tccaagtctcattcacgatcagattctagagggagctctagatcaagggctgtgtcaaag
tcctcatctcgttctctcaacagatcaaaatctagatctagttccaggtcaggaccccga
agaacatcaatatcccccaaaaaacctgctcagctgagtgaaaataagccagttaagaca
gaacctttaaggccgtcagtgccacagaatggaaatgtgctagtgcaaccagtggcagca
gaaaacattcctgtaataccattgagtgacagccctcccccttctaggtggaagcctggg
cagaagccctggaagccctcttacgagcgaattcaggagatgaaagctaaaacaacccac
ttgctgcctgtccaaagcacatacagcttaacaaatattaaagcaaccgtgagttcatca
tcttatcacaaaagagaaaaaccttcagaaagtgatgggagtgcttattcaaagtacagt
gatagaagttctggaagctcaggaaggtcggggagcaagtcttctaggagcaggtcatcc
tccaggtcctacacaaggtcaaggtcaagaagtctccctacttcacgctcactctctagg
tctccatcatctaggtctcactcaccaaataagtacagtgatggttcccagcacagtagg
tcatcttcatatacttctgttagcagtgatgatggaagacgagccatgtttagatccaac
aggaaaaaaagtgtcacttcacataaaagacatcgcagcaactctgaaaagacacttcac
agtaaatatgtcagaggcagagagaaatcctcacgtcacagaaagtatagtgaaagtaga
tcatctttagattactcttcagacagtgaccagtcacatgttcaagtatactcagcccca
gagaaggagaagcagggaaaagtggaagcattgaatgataagcaggggaaaggcagagaa
gaaggaaaacccaagcctgaatgggaatgtcctcgttctaaaaagagaactccgaaagat
cactctagagatgacagtgtgtccaaagggaagaattgtgcggggagtaaatgggattcg
gaatcaaactcagaacaagatgtgactaagagcaggaaaagtgatccccggagaggttca
gaaaaggaggagggtgaagcctcttcagactccgagtcagaagttggtcagagtcacatc
aaagccaaacccccagcaaagcctccaacaagcacttttctgcccggcagcgacggtgcc
tggaagtctaggagaccacagtcttcagcctctgagtcagagagctcctgctccaacttg
gggaacattagaggagagccccagaagcaaaaacactcaaaggatgatcttaagggggat
cacacaaaaagggcaagagagaagtcaaaagctaaaaaagacaaaaaacacaaggctcca
aaacggaagcaagctttccactggcaacctccactcgagtttggtgacgatgaggaggag
gagatgaatgggaagcaagttacacaggacccaaaagagaaaaggcatgtctctgagaag
tgtgaagctgtgaaagacggcattccaaacgtcgagaaaacctgtgatgaaggcagttct
ccaagtaaacccaagaagggtactttagagcaggacccacttgcagagggtggacatgat
cccagctcttgtcctgcacctctgaaagtggaggacaacacggccagctctccacctagc
gcccagcaccttgaagagcatggcccaggtggaggggaggacgtgcttcagacagatgac
aacatggagatttgcacgcctgataggacttcccctgcaaagggagaggtggtgtcccct
ttagcaaaccacaggctagacagcccagaggtgaacattattccagagcaggatgagtgt
atggcacatcctagagcaggaggagaacaagagagtagcatgtctgaaagcaagaccttg
ggtgaaagtggggttaaacaggacagctctaccagtgtgaccagtcctgtagaaacttct
ggaaagaaggagggggctgagaagagccaaatgaacctcacagataagtggaagccattg
caaggtgtagggaatctgtcagtgtctactgcaaccacatccagtgctctggatgtgaag
gcattatctactgtgcctgaagtgaaaccacaaggcttgaggatagaaatcaaaagcaaa
aataaggttcggcctgggtctctctttgatgaagtaagaaagacggcacgcctaaatcga
aggccacggaatcaagagagttccagtgatgatcagacacctagtcgggatggtgatagc
cagtccaggagtccacacagatctcgaagcaaatccgaaaccaaatctcgacacagaaca
aggtctgtctcatacagtcactcacgaagtcgatctagaagctctacgtcatcttaccga
tcaagaagctactctagaagccggagcagggactggtatagcagaggccgaacccgcagc
cggagcagttcctatggaagtttccatagtcacaggacgtccagcaggagccggtccagg
agcagctcttatgacctccatagccgctccagatcctacacctacgatagctactacagc
cggagtcgtagccgcagccgcagccagaggagtgacagttaccatcggggtagaagttac
aacaggcggtccaggagtggtagatcctatggctcagacagtgaaagtgacagaagttac
tctcatcaccggagtcccagcgagagcagcagatacagctga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (82)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (72)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (4)   
   OC (1)   
Protein sequence (19)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (17)   
DNA sequence (42)   
   RefSeq(nuc) (22)   
   GenBank (10)   
   EMBL (10)   
Protein domain (1)   
   Pfam (1)   
All databases (147)   

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