KEGG   Python bivittatus (Burmese python): 103067356
Entry
103067356         CDS       T03091                                 
Symbol
NKTR
Name
(RefSeq) NK-tumor recognition protein isoform X1
  KO
K12740  NK-tumor recognition protein
Organism
pbi  Python bivittatus (Burmese python)
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:pbi03110]
    103067356 (NKTR)
Chaperones and folding catalysts [BR:pbi03110]
 Protein folding catalysts
  Peptidyl prolyl isomerase
   Cyclophilin
    103067356 (NKTR)
SSDB
Motif
Pfam: Pro_isomerase
Other DBs
NCBI-GeneID: 103067356
NCBI-ProteinID: XP_007443412
UniProt: A0A9F2RE67
Position
Unknown
AA seq 1458 aa
MGAEDRPQCFFDIEINREPVGRIIFQLFSDVCPRTCKNFLCLCTGEKGIGKTTGKKLWYK
GSTFHRVVKSFIIQGGDFSEGNGKGGESIYGGYFKDENFILKHDRAFLLSMANRGKHTNG
SQFFITTKPAPHLDGVHVVFGLVISGFEVIEQIENLKTDPASRPYADVRVIDCGVLVTKS
AKDALEKKRKVWTHSEASDTSSSSTSTSSESSSDSEYENERSRKRKRKRRSKAKQPGKRR
REERKKEEAKNKHSHSDQSETNEKSADLNVKRDKPVVRPEEIPPVPENRFLLRRDAPIIN
TEPDSKPIDAAPVLADQKPSVSKSGRKIRGRGTIRYHTPPHSRSCTESDNDGSSETPPHW
KEEMQRLRVYRAPSGEKWSKGDKLSDPGRWDERSLSQRSRSWSHNGFSDLSTARHVGHHK
KHRKEKKAKHKKKAKKQKHFKKHKQIKKKKMSPSTDVESSHSSTRRTKSLCDHERVSRSS
SLTSRDDSSRRGWSKSDRDKRSSISLSSRDSRSYYRSRSRSRSRSRSRSYSRSSRSRNAH
KSSRSRSRSRSSSTSKQVKTVSSSPKNVAAHLKERKPAPVEPVRTALPQNDKLAIQPVVA
ESIPVIPLSDSPPPSRWKPGQKPWKPSYERIQEMKAKTTHLIPAQTNYSLINIKDPGSSS
SYHKRPKSSESDRSRNSKNQSNRSSGSWWKSRSRTSRSRSYSKSYSRSRSPSSSRSRSRS
TVRSHSGNQFPSDQSCYSGSSSYFSLSEDDRQKSRTKSESRERNSELSKKRQSSSESTLP
YVKGVSSSKHRASASRSSLDSSTDSEKLARSQAVQEKGQSRSGKGTRKQNKRSSGCDRHK
EKPRSGQDSNHSKIKVLKEKSETPRSGRKPKRKTRASIEWDSESNSGRDGNRNGKENSRP
SSAKEEGEATSDSDTDLCPPRYKSKSEPSPDTLKGNKAPSPSETESSNSNAGSREKSRKQ
KRNSKKTFRKAHSKKAKEKSKGKKEKKHKAEKQKETFHWQPPLEFGEEEEEEEEVIAIKP
GIRDDREKQTKTEVKEKNKDPDSENGKMVKDQAKDDVKSHEETVLSSRVADNASPTSQLN
KRNEEQVFSAPVPNPGKNVGVSGSATTAQENNETEMDVTQMDDMEICTPDHNSPVKMDVE
LSPVSLKVNFQDVKGSTTSCVPIGAEAESAKQVVDAKELTSVKEGSRERDREKPKAASAV
ASVEGVLKTEVAESAHSSLVDNKWKPLQGAGNLQIAAPASSPAEAKNVAPGSSESKPQGL
RIEIKSKNKIRPGSLFDEVRKTARLNRRPRNHESSSEEDSPAREDSQSRSRSRSRGKSDV
KSRHRTRSLSYSHSRSQSRSSTYSYRSRSYSRSRSRGWYSRGRSRSRSSSYNSCRSHSRT
YSRSRSRSNSYDHRSRSSRSYTYDSYYSRSRSRSRSKRSDSYHRSRSYDRRSRSYGSDSE
SDRSYSNYRSPSESSRYS
NT seq 4377 nt   +upstreamnt  +downstreamnt
atgggggcagaggatcgccctcagtgcttctttgacatagaaattaaccgagaaccagtt
ggtcgtatcatatttcagcttttctctgatgtatgtccaaggacttgcaaaaacttcctt
tgtctatgcacaggtgaaaagggaattgggaaaacaactggaaaaaagctttggtacaaa
ggttcaactttccaccgtgtggttaaaagcttcataattcaaggcggagactttagtgaa
ggtaatggaaaaggaggtgaatctatttacggaggatactttaaagatgaaaactttatt
ttgaaacatgacagagcatttcttttgtcaatggcaaacagagggaagcataccaatggt
tcccagtttttcataactacgaagcctgctcctcaccttgatggcgtccatgtcgtcttt
ggactggttatttctggttttgaagtaatagaacaaatagaaaatctgaaaactgatcct
gccagtaggccatacgcagatgtgcgcgttattgattgtggggtgctggttacaaaatca
gcaaaggatgcgttggagaagaaaagaaaagtatggacgcattcggaagcttcagatacc
tccagcagcagcacatccacgtcgtcggaatcctcttctgacagtgaatatgaaaatgag
cgaagcaggaaaaggaaacgcaagaggaggagtaaagctaagcaaccagggaaacgaaga
agggaagaaaggaagaaagaggaagcgaagaacaaacacagccactccgaccagagcgaa
acaaatgaaaagtcagcggacctgaacgtgaagagggataagcccgttgtccgtcctgaa
gaaattcctccagtgcccgaaaacagatttttgcttagaagagatgcacctattataaat
acagagccagattcgaaacccatcgatgcagcacctgttctggctgatcagaagccttct
gtatcaaaatctggaagaaaaatcagagggagaggcacaataagataccatacgccgcct
cactctcgctcatgcacggaatctgataatgatggaagtagtgaaacaccaccacactgg
aaagaggaaatgcagagattaagagtttatagggcacccagtggagaaaaatggagtaaa
ggggataagctgagtgacccaggaagatgggatgaaagaagtctgtcccagaggtcacgg
tcttggtcccacaatggcttttcagacctaagtactgctcgacatgttggccaccataaa
aaacatcggaaagagaaaaaagcgaagcacaagaagaaggccaaaaagcaaaaacatttc
aagaaacacaaacaaattaaaaagaaaaagatgtctccttcaacagatgtagaatcctcc
cactcttctactagaaggacaaaatcattgtgtgaccatgaaagagtatcacgttcttct
tccctgacatctagagatgattcttctagaagaggctggtccaaatctgacagagataag
cggagctcgatatctctctccagcagagattctcggtcatactataggtctcgatcccgg
tctaggtccaggtccaggtctcgatcttattccagaagttctaggtcaagaaatgctcat
aaatcttcacgatcaaggagcaggtcaagatcaagttccacctcgaagcaagtgaaaacg
gtctccagttcacccaaaaacgtggcggctcatttaaaggagcgcaagccagcccctgtt
gaaccagtaagaactgcattaccacaaaatgataaattagcgatccagcctgtggttgct
gaaagcattccagttatcccacttagtgacagtcctccaccttctcgatggaaacctgga
caaaagccatggaaaccatcttacgagcgaattcaggaaatgaaagcaaagaccactcac
ctgatacccgctcagactaactacagtttaatcaatatcaaagaccctggctcctcctct
tcctatcataaacgtccaaagagttcggagagcgaccggagccgtaactccaaaaatcag
agcaatagaagctctggcagctggtggaagtctaggagcaggacatcgcgaagtcgatcc
tactccaagtcatactcaaggtcaagaagcccttccagctcaagatctcgatcccgatcc
acagttagatcccattcagggaatcagttccccagtgaccagtcatgctacagtggatca
tcttcttacttttccctaagcgaggatgaccgacagaaaagccgaacaaaatctgaatcc
agagagagaaattctgagttgtccaagaaaagacaaagtagttctgaaagtactcttccg
tatgtgaaaggtgtgagctcttcgaagcaccgagcaagtgcaagtagatcctccttagac
tcctcgacagacagtgaaaaactggctagatcccaggctgtccaagaaaaagggcaatca
aggtcaggaaaagggactcggaaacaaaataaaagaagttcaggttgcgacaggcacaaa
gaaaagcctaggtctgggcaagacagcaaccattcgaaaatcaaagttttgaaagagaaa
tctgagactccaagaagcggtcggaagccaaaaaggaaaacgcgcgcgagtattgagtgg
gactctgaatcaaattctggaagagatggaaacagaaacggtaaagaaaattcaagaccg
tcttctgcaaaagaggaaggcgaagccacgtcagactcagatacagacctctgcccgccc
agatacaagtcaaaatcagaaccctccccagatacgttgaaaggaaacaaagctccttct
ccctctgaaaccgagagctccaattccaatgcaggctctagggagaaatccaggaagcag
aagcgtaattccaaaaaaaccttccgaaaagcacattccaaaaaagctaaagaaaagtcc
aagggtaaaaaggagaagaaacataaggctgagaaacaaaaagaaacgtttcactggcag
cctcccttggaatttggggaggaggaggaggaggaggaggaagtcattgctataaaacct
ggaataagggatgaccgagagaagcaaaccaaaacagaggtgaaagaaaaaaacaaagat
ccggattctgaaaatggtaaaatggtcaaagaccaagcaaaggatgacgtgaagtcccat
gaagagactgtcctctccagtagagttgcagataatgcatcacctactagccaactgaat
aaacgcaatgaggaacaagttttttcagcccctgttccaaatccaggtaaaaatgtgggt
gtttcaggaagcgccacgactgctcaggagaataatgaaaccgagatggatgttacacag
atggatgatatggagatctgtactccagaccacaactcacccgtaaaaatggatgtggaa
ctttctccagtaagcctcaaggtcaatttccaggacgttaaaggcagtaccacctcctgt
gtgcccattggcgctgaagcagagagtgcaaagcaggtggtggatgctaaagaactgacc
agtgttaaagaaggcagccgagaacgagacagagaaaaacctaaagccgcctcagccgtc
gctagcgtggaaggcgtgttgaaaaccgaagtagctgaaagtgcccacagcagccttgtt
gacaataagtggaaaccgttacagggggctgggaatctgcagatagccgctcctgccagc
agccctgccgaagcaaaaaacgtggcccccggctcctccgaatccaagccgcaaggttta
aggatagaaattaaaagtaaaaacaaaattaggccaggctctctgtttgacgaagtcagg
aagaccgcgcgtctgaatcggagaccgaggaaccacgagagctccagtgaagaagattcc
ccggcacgagaggacagccagtctagaagccggagtcggtcgcggggcaagtcggatgtt
aaatccaggcacagaacaagatctctgtcttacagtcactcacgaagtcagtctaggagt
tccacatactcatacagatcccggagctactcaagaagccggagccgagggtggtacagc
cgtggccgctcaagaagtcgaagtagctcttacaacagttgcagaagtcatagccgcact
tacagtcggagccgatccagaagcaattcgtatgatcaccggagtcggtcgagcagatcc
tacacctacgacagttactacagccggagtcgcagtcggagccgtagcaaaagaagtgac
agttaccaccggtctcgtagctatgacaggcgttccagatcctatggctctgacagtgaa
agcgaccgcagttattctaattatcgaagccccagtgaaagcagcagatacagctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (91)   
   KEGG ORTHOLOGY (1)   
   RefGene (87)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (1)   
   Pfam (1)   
All databases (110)   

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