KEGG   Pyrococcus kukulkanii: TQ32_00625
Entry
TQ32_00625        CDS       T04365                                 
Name
(GenBank) peptide transporter
  KO
K21306  dolichyl-phosphooligosaccharide-protein glycotransferase [EC:2.4.99.21]
Organism
pyc  Pyrococcus kukulkanii
Brite
KEGG Orthology (KO) [BR:pyc00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:pyc01003]
    TQ32_00625
Enzymes [BR:pyc01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.99  Transferring other glycosyl groups
    2.4.99.21  dolichyl-phosphooligosaccharide-protein glycotransferase
     TQ32_00625
Glycosyltransferases [BR:pyc01003]
 N-Glycan biosynthesis
  N-linked oligosaccharide
   TQ32_00625
SSDB
Motif
Pfam: OST_P2 OST_P1 OST_IS STT3 PMT_2 STT3-PglB_core
Other DBs
NCBI-ProteinID: AMM53163
UniProt: A0A127B715
Position
complement(120017..122935)
AA seq 972 aa
MVNIKGKDNEKERKTIFATKYPAIRIIITFMLTLIFAWYGFHIRHLTAGKYFPDPDTFYH
FEIYKLVLQEGLPKYYPMAEAPFGSLIGEPLGLYILPAIFYKIISAFGYNEFQAFLLWPP
FVGFLSVVGVYLLGRKLLNDWAGLWAAAILAISTANFSRTFSGNARGDGPFMMIFMFSLL
SLLYYLHEDNAKRKAIWGIIFVSSAGLSTMAWNGSPFGLMVLLGFASLQTIALFIFGKIE
EVKRFVKEFYPAYLAILILAYLLTIPGISKIQGFIKFAFEVFLGLILLVVIMLYGGKYLN
YSDKKHRFAVVMVVVLIGFAGAYAYVGPKLFRLMGGAYQSTQVYQTVQELAKTTMADIKA
YYGVEKPNGLIFFLSIPGFLVMIASYFHGLLKSGKSRHKELLGIVFYLMSLYLLSLAVRF
LFLASYAIALFAGISVGYAMDIVEKMKEGIGIKAALAIVISIMILLIPITHGPILARAAK
AMSKTEIETSGWEQVLKWLRENTSEYATATSWWDYGYWIESSLLGNRRASADGGHARDRD
HILALFLARDGNISEVDFESWELNYFIVYLNDWAKFNAISYLGGAITRREYQGDEEGKGQ
VSTIFLVPRFGENYINPYMGVSIEIQNNSQVKVKIGSTECSPILGVFIPGNRKIQGTGTC
DNGGRFPYVVYLLPSIAVVTYYKVASSNFVKLAYGIPSSTEPGFTDKLFSNFDPVYQYGN
VVVYKFTPFAIYKLQELINGTWKTITTLFPGEHTLKLYISAFGRDIKNATLYVEAINGTE
VRRIKIGEIKYMSHINETPLIVNVTLPQAEKYRFTLVQKGPVGVLTGPPKVNGKIVSPIK
VLKEGQSGKLELKVGVDKDYKADLYLRVTFIYLTRKGGKSNGDYDAAFEPHMDVFFATKV
KSGVELHKGDDNVVVAEAKMPEGVISNYKKELEEKYEDRLIIRGIRVEPVFIAEKEYTLM
EVRASAPHHSSE
NT seq 2919 nt   +upstreamnt  +downstreamnt
gtggtcaacattaaaggaaaagacaacgaaaaggaaagaaagacaatatttgcaactaaa
tatcccgcaataaggattataatcacatttatgctcacattgatttttgcatggtacggg
tttcatataagacatctaacggccggaaaatacttcccagatccagatactttctatcac
ttcgagatttataagcttgtactacaagaaggattgccaaaatattatccaatggcagag
gctccctttggtagtttaattggcgaacctttagggctctacattttacccgcaatattt
tataagatcatttcagcttttggttacaacgaattccaagcgtttttactttggccccca
tttgttggatttctaagtgttgttggagtatatctcttaggaagaaagctcctaaatgac
tgggcagggttatgggctgcggcaattttagcaatatctacagctaatttctctaggacg
ttctctggaaacgcaagaggtgatgggccatttatgatgatttttatgttctccctgctc
tcgttgctttattaccttcacgaagacaacgctaagagaaaagcaatttgggggataatt
ttcgtatcctcagcaggtctttcaacaatggcatggaatggatcgccctttggactgatg
gtgctcttaggttttgcatcattacaaaccatagcactctttatatttggtaaaattgag
gaagtaaagaggtttgtaaaagagttctatccagcctacctagcaattttaatcttagct
tatctacttacaataccgggaatatccaagatacagggatttatcaaatttgcatttgag
gtctttttaggcctaatcctgctagtagtgataatgctgtacggagggaagtacctaaac
tattctgataagaaacatagatttgcagtggttatggtcgttgttctcataggctttgcg
ggggcatacgcatacgttggtcccaagttgtttagattaatgggaggggcctatcaatct
actcaggtctatcaaacagtccaagagctcgcaaagacaacgatggcagatataaaggca
tattacggagtagagaagcctaatggtttaatattcttcctcagtatcccagggttctta
gttatgatagcttcgtactttcatggcctcctaaagagtggaaaaagtcgacataaagaa
ctcctgggtattgtattttacttaatgtccctctacttactctccctagctgttagattc
ctattcctagcgagttatgcgatagcgctcttcgctggaatatcagtaggatatgcaatg
gatatcgtcgaaaaaatgaaggaaggaataggaataaaagcagcgctggcaattgttata
tcaataatgatccttctaattccaataactcacggcccaatattagcgagagcggcaaaa
gctatgagcaagacggaaattgagacgagtggatgggaacaggtattaaagtggttgagg
gaaaacacttcagaatatgcaactgccacttcttggtgggactatgggtactggatagag
tcaagcttactggggaacagaagggctagtgcggatggtgggcatgcaagggatagagat
catatcttggctttattcctagcaagagacggaaatattagcgaggtagactttgaaagt
tgggaacttaattatttcattgtgtatcttaacgactgggccaagttcaatgcaattagc
tatttaggaggtgccataacaagaagggaatatcagggagatgaagaaggaaaagggcaa
gtatcaacaatattcttagttccaagatttggagagaattatattaatccatatatgggg
gtttccattgagatccaaaacaactcccaagttaaggtaaaaattgggtcaactgaatgt
agccccattctcggagtatttataccagggaacagaaagattcaaggaacgggaacatgt
gataatggaggaagatttccttacgttgtgtacctccttccaagcattgccgtcgttaca
tactacaaagttgcaagtagcaatttcgtaaagctagcttatggaattccatcgtcaaca
gagccagggtttacagataagttattctcaaactttgatccagtgtaccaatacggaaac
gtcgtcgtgtacaagtttacgccctttgccatctataagctccaagaattaataaacgga
acttggaagaccatcacaactttattccctggggagcacacactgaaactatacatttcg
gcgtttggaagggacattaaaaacgccacactctacgttgaggcgataaatggaactgaa
gttagaaggataaaaataggagaaattaagtacatgagccacataaacgagactccccta
atcgttaatgtaacactaccccaggccgagaagtataggtttactctagttcaaaaaggc
cctgttggtgtcctaactggaccaccaaaagtcaatggaaagatagttagcccaataaag
gtactaaaagagggacagtctggcaaacttgaactaaaagtgggagtggacaaggattac
aaggcagacctatacttgcgggtcaccttcatatatttaacaaggaaaggaggcaaaagc
aatggtgattacgatgctgcatttgaaccccatatggatgtattctttgcaacgaaagtt
aagtctggagtggagctccacaagggagatgacaatgtagttgttgcagaagccaaaatg
cctgaaggagttatctccaactataagaaggagctagaggagaaatatgaggacagacta
ataattaggggaataagagtagaaccagtgttcatagcagagaaagagtatacattaatg
gaggtcagagcatcggctcctcatcacagttcagagtga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (15)   

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