KEGG   Pygoscelis adeliae (Adelie penguin): 103924719
Entry
103924719         CDS       T06012                                 
Symbol
NKTR
Name
(RefSeq) NK-tumor recognition protein isoform X1
  KO
K12740  NK-tumor recognition protein
Organism
padl  Pygoscelis adeliae (Adelie penguin)
Brite
KEGG Orthology (KO) [BR:padl00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:padl03110]
    103924719 (NKTR)
Chaperones and folding catalysts [BR:padl03110]
 Protein folding catalysts
  Peptidyl prolyl isomerase
   Cyclophilin
    103924719 (NKTR)
SSDB
Motif
Pfam: Pro_isomerase
Other DBs
NCBI-GeneID: 103924719
NCBI-ProteinID: XP_009331566
Position
Unknown
AA seq 1478 aa
MGVQDRPQCFFEIEINREPVGRIMFQLFSDICPKTCKNFLCLCSGEKGIGKTTGKKLCYK
GTTFHRVVKNFMIQGGDFSEGNGKGGESIYGGYFKDENFILKHDRAFLLSMANRGKHTNG
SQFFITTKPAPHLDGVHVVFGLVISGFEVIEQIENLKTDTASRPYADVRVIDCGVLVTKS
AKDALEKKKKVCSDSEASDSSSSASSSSEISSESEADNERSRRRKRKRRAKTKQSRKRRK
EERKKEDPRCKRISNQRRSLSDKSDITEKAVDVSTKRDKPVVRPEEIPPVPENRFLLRRD
VPVVSVEPEPKLLDATPVLTDQKPSVSKSGRKIKGRGTIRYHTPPRSRSCSESDDDESSE
TPPHWKEEMQRLRTYRPPSGEKWSKGDKLSDPCTSRWDERSASRRSRSWSHNGYSDLSTV
RYSSHHKKHRKEKKKVKHKKKSKKQKHFKKHKQTKKKKTSASSDVESSHSFLRKTKSSCD
RERKSRSSSLSSRHSSRRDWSKSDKEEQSSSTLSSRGTRSYYRSKSRSRSKSRSYSRRSS
RSRSASKSSRSRSRSRSSSNPRHQKTVSNSPRNISTRLNESKLNKTAEPVRAVILPSDKV
VVPPVVPENLPVIPLSDSPPPSRWKPGQKPWKPSYERIQEMKAKTTHLIPTQTNYNLVVI
KEANTSSSYCKRQRSSDSDRSGYSRYHSDRSSDSWLRSRSRSSRSRSYSRSYTRSRSPSS
SGTKSRSSGRSPSPSKYRSDRSGYSESTSYYSLSDDDRHRNKRKSASNDQNARSLKLRQE
TSSESTLPYKCTKDYDESSQGLKETDSLSSSDFSTDSERSAKMKVVQEKEGRFQLEGDTQ
KQDKNSLSSERGEEKSKCERDSDHAKKQAAKEKSSEQPRGGAKTKRKSYSGSKWDSESNS
ERGEARHNRGDSRPSSSKEEGEATSGSDTELSVTKRIKKQSNSSDGFLDSDCTWKTSKQL
SSSESDSSCSSSTNIRGKSKKHKHGSKKTLKKSHAKKAKEKSKGKKEKKHKVQKRKETFH
WQPPLEFGEEDDDEINEKPVTKDDKEKQLTRDIKDRKQVYEKDEIDKDKMGNGEKSCADE
NLLGKNTTCDASPDRSNLNKDNIETNTSASILNSGINVTACKNEIKQAEESNQNGLEDVI
QTDDNMEICTPDRNSPGKVDVDILTPVILTAKLQALSASINKDLQVETPEQDAVKLGNNI
IDFINIKEEKETGRQENNSVPASSAKDCSLKSEITENTQSNMIDNKWKPLQGVGNLQPAT
ISTATEVKNVASAPEPKPAGLRIEIKAKNKVRPGSLFDEVRKTARLNRRPRNQESSSEEE
SPSRDDNSPSRSLSRSRSKSEPKSRHRTRSISYSHSRSRSRSSTYSYRSRSYTRSRSRGW
YSRDRSRSRSSSYHSYKSRSRTYSRSRSRSSSYGHHSRSSRSYTYDSYYSRSRSRSKRSD
SYRRSRSYDRRSRSYGSDSESDRSYSNNRSPSESSRYS
NT seq 4437 nt   +upstreamnt  +downstreamnt
atgggggtgcaggaccggccccagtgcttcttcgagatagaaatcaaccgggaaccagtt
ggtcgaattatgtttcaactcttctcagacatatgtccgaagacttgcaaaaacttcctt
tgcttgtgctcgggtgaaaaaggaattggcaaaacaactggaaagaagctgtgttacaaa
ggcactacattccatcgtgtggttaaaaacttcatgattcagggtggggacttcagcgaa
ggtaatggaaaaggaggtgaatctatttatggtggctattttaaagatgaaaactttatt
ctcaaacatgacagagcgttccttttgtcaatggcaaaccgagggaaacataccaatggt
tcccaatttttcataacaacaaaacctgctcctcatctcgatggtgtacatgttgtcttt
ggactggttatttctggttttgaagtaatagaacaaatagaaaatctgaaaactgatact
gcaagtaggccctatgcagatgtacgagttattgactgtggggtgcttgttacaaaatca
gcaaaagatgctttggagaagaagaagaaagtatgttctgactcagaagcttcagactcc
tcctccagtgcatcgagctcttcagaaatttcatctgaaagtgaagctgacaatgaaaga
agcagaagaagaaagcgtaaaagaagagctaaaaccaaacaatcaagaaaacgaagaaag
gaagagaggaagaaagaggatccaaggtgcaagcgaatctcaaaccaaagacgcagcctt
tctgacaagagtgatataacagaaaaagcagtcgacgttagcacaaagagggacaaacct
gtggtacgtcctgaagaaattcccccagtgcctgaaaacagatttttgttacgaagagat
gtgcctgttgtcagtgtagaacctgaaccgaagcttcttgatgctacgccagttctgact
gaccagaaaccatcagtctctaaatccggacgaaaaattaaaggaagaggcacaatacga
tatcacaccccacctcgatcacgatcatgttctgaatctgatgatgatgagagcagtgag
actcctcctcactggaaagaggaaatgcagagattgcgaacatatagaccacctagtgga
gaaaagtggagtaaaggcgataagttgagtgatccatgtacaagcagatgggatgaaaga
agtgcatcacggagatcaagatcttggtcacataacggttattctgatctaagcactgtg
agatattccagccatcacaaaaagcacagaaaagagaaaaagaaggtgaaacataaaaag
aaatctaaaaagcagaagcatttcaaaaagcataagcaaacaaaaaaaaagaaaacatca
gcctcatcagatgtagaatcctctcattccttcctcaggaagacaaaatcatcttgtgat
cgtgagaggaaatctcgttcttcttcattgtcttctagacattcatccagaagagactgg
tctaaatctgataaggaagaacagagttcatcgactttatcaagtagagggactcgatca
tactacaggtccaagtccagatctaggtctaaatcaagatcttattcccgaagaagttct
agatcaagatcagcctctaaatcatcgcgttctcgaagtaggtcgaggtcgagttctaac
cctaggcatcaaaagacagtttccaattctccacgaaatatttcaacacgattaaatgaa
agtaagttgaacaagactgctgagcctgtacgagcagttatactccccagtgataaagtt
gtcgtaccaccagttgtcccggaaaacctccctgttatacccttaagtgacagcccaccg
ccttcaaggtggaaacctgggcagaaaccatggaagccatcttacgagcgaattcaggaa
atgaaagctaaaacaacccatttaatacccacacaaactaattacaatttagtagttatt
aaagaggctaacacttcttcctcatactgtaagcgacaaaggagttcagatagcgatcga
agcggttattccagatatcatagtgacagaagctcagacagttggctaagatcaagaagc
aggtcttctcgcagtaggtcgtactcaagatcttatacgagatctagaagtccatctagc
tctgggacaaaatctcgttcttctggcagatcgccatcaccgagtaaataccgcagtgac
aggtcaggttatagtgagtcgacatcttattattcccttagtgatgatgatagacacaga
aacaaaagaaaatctgcatcaaacgatcaaaatgctcggtctcttaaactgaggcaagaa
acgagctctgaaagtactctcccttataagtgtacaaaagactacgatgagtcttctcaa
ggattgaaagagactgacagtttatcatcttcagacttctctactgacagtgagcgttct
gccaaaatgaaagtagtccaagaaaaagaaggccgttttcaattagaaggagatactcag
aaacaggataaaaatagcttaagttctgagagaggggaggagaaatccaaatgcgagcgg
gattctgatcatgctaaaaagcaagcagctaaggagaaatcttctgagcaacctagaggt
ggtgcaaaaactaaacgaaaatcctattcaggtagtaaatgggactctgaatcaaattcc
gaaagaggagaggcaaggcataataggggagattccagaccctcttctagtaaagaagaa
ggagaggccacatcaggctctgacacggagcttagtgttaccaaaaggataaaaaaacaa
tcaaattcttcagacggctttctggattctgattgtacgtggaagacaagcaaacagttg
tcatcttctgaatctgacagttcttgttctagctcaactaacattagaggaaagtcaaaa
aaacacaaacatggatcgaaaaaaactcttaaaaaatcacatgccaaaaaagcaaaagaa
aaatcaaaagggaaaaaggagaagaaacacaaagttcagaaaagaaaagaaacgtttcat
tggcagccccccctggagtttggtgaagaagatgatgatgagataaatgaaaagccggtt
accaaggatgataaagaaaagcagctaaccagggacataaaggatagaaaacaagtttat
gaaaaggatgaaatagacaaagataaaatgggaaatggtgaaaagtcttgtgcggatgaa
aaccttttaggtaaaaacactacgtgcgatgcctcaccagatcgcagtaaccttaataaa
gataacatcgaaacaaacacttcagccagtattttaaactcaggaataaatgtgaccgct
tgcaagaatgagattaaacaagctgaagaaagtaaccagaacggattggaagatgttatt
cagacagatgacaacatggagatttgtactccagatcgtaactcaccagggaaggttgat
gtggacattttgactcctgtcattctcactgctaaacttcaggctttaagtgcaagcata
aacaaagatttacaggttgagacccctgaacaagatgctgtcaaactaggaaacaatatc
atagactttattaatattaaagaagaaaaagaaacgggaaggcaagaaaataactctgtc
cctgcgtctagtgctaaagactgtagtttaaaaagtgaaattactgaaaatacacaaagc
aatatgatagataataaatggaagcctttgcaaggtgttggtaacttacaaccagcaaca
attagtactgccacagaagttaagaacgtagcttcagcacctgagcctaaaccagcaggt
ttaagaattgaaataaaagccaaaaataaagtaaggcctggatctctgtttgatgaagtt
agaaaaacagcacggctaaatcgaaggccaaggaaccaagaaagttccagtgaggaagaa
tctccaagtagagatgacaatagcccgtccaggagtctcagtaggtcacgaagtaaatct
gaacctaaatccagacacagaacaaggtccatatcttacagtcactcaagaagtcgatcc
cgaagttctacatattcatataggtcaagaagttatacaagaagccgaagcagaggatgg
tatagtagagatcgctcaagaagtcgaagtagttcttaccacagttacaagagtcgtagt
cgaacctatagtagaagtagatcgagaagtagttcttacggtcatcacagtcgatccagt
aggtcatacacgtatgatagttactatagcagaagtcgaagtagaagtaaaaggagtgac
agctatcgaagatctagaagttatgataggcgatccagatcttacggctctgacagtgaa
agtgatcgcagttactctaacaatcgaagtcccagtgaaagcagcagatacagctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (1)   
   Pfam (1)   
All databases (11)   

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