KEGG   Aptenodytes forsteri (emperor penguin): 103903146
Entry
103903146         CDS       T08527                                 
Symbol
UGGT1
Name
(RefSeq) UDP-glucose:glycoprotein glucosyltransferase 1
  KO
K11718  UDP-glucose:glycoprotein glucosyltransferase [EC:2.4.1.-]
Organism
afor  Aptenodytes forsteri (emperor penguin)
Pathway
afor04141  Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:afor00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04141 Protein processing in endoplasmic reticulum
    103903146 (UGGT1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:afor01003]
    103903146 (UGGT1)
Glycosyltransferases [BR:afor01003]
 Others
  Quality control
   103903146 (UGGT1)
SSDB
Motif
Pfam: Glyco_transf_24 Thioredoxin_14 Thioredoxin_15 Thioredoxin_12 UDP-g_GGTase Thioredoxin_13 Glyco_transf_8
Other DBs
NCBI-GeneID: 103903146
NCBI-ProteinID: XP_009282560
Position
Unknown
AA seq 1531 aa
MGILMAVLGMWFSSSLVKGDSKAVTTSLTTKWSSTPLLLETSEFLSEEGQEKFWNFVEAS
QNVKTSEHDGSDYSSYHEMLKVACQSLSPLQQNLLKFSLSLRSYSATVQAFQQIAADEPP
PKGCTLFFAVHGEKTCEFDSLGNLLQAASERPKPFLFKGDHKYPVSNPESPVVILYAEIG
SEEFYRYHKRLVLKAEAGEITYVLRHYIANPSKEKVYLSGYGVELAIKSTEYKAKDDTQV
KGTDVNATVIDENDPIDEVQGFLFGKLRQLYPDLTEELKELRKHLVESTNEMAPLKVWQL
QDLSFQTAARILTAPPVDALMVMKDLSQNFPTKARAITKTVVSSELRAEIEENQKYFKGT
LGLQPGDSALFINGLLIDLDTQDIFSLIDVLRNEAHVMEGLHSLGIEGLSLHNVLKLNIQ
PSDSDYAVDIRSPAISWINNLEVDSRYNSWPSNVQELLRPTFPGVIRQIRKNFHNFVLIV
DPIHETTAELLNVAEMFFSNHIPLRIGLVFVVNDSEDVDGLQDPGVALLRAYNYVAQEMD
NNYAFQTVMSIYNKVKTGDQLKVEHVVSVLEKQYPYVEVNSILGIDSAYDQNRKAARGYY
EQTGVGPLPVVLFNGMPFQKDQLDPDDLETVTMHKILETTSIFQRAVYLGELSNDQDVVE
YIMNQPNVVPRINSRILMSDREYLDLTGMNNFYVDDFARFTTLDSKDKTAAVANSMTYLT
KKGMSSKEIYDDSFVRPVTFWIVGDFDKPSGRQLLYDAIKHQKSSNNVRISMINNPSEDP
NSQNTLVAKAIWAALQTQTSNNAKNFITKMAKEEIAKALEAGADILEFAVGGMDINIFKE
AFESPKVDFILSHAIYCRDVLKLKKGQRAVISNGRIIGPLEDGEMFNQDDFHLLENIILK
TSGQKIKSQIQQLGFEEDLASDLVMKVDALLSAQPKGEARIEYHFFEERYSAVKLRPKEG
ETYFDVVAIVDPVTRDAQRLAPLLLVLNQLINMNLRVFMNCQSKLSDMPLKSFYRYVLEP
EISFTADNNFAPGPIAKFLDMPQSPLFTLNLNTPESWMVESVRTPYDLDNIYLEEVDNVV
AAEYELEYLLLEGHCYDITTGQPPRGLQFTLGTSASPVIVDTIVMANLGYFQLKANPGAW
TLRLRKGRSEDIYRIYSHDGTDSPPEASEVIVVLNNFKSKIIKVKVQKKLDMMNEDLLSD
GTSENESGFWESLKWGFTGGQKNEDVKQDKDDVLNIFSVASGHLYERFLRIMMLSVLKHT
KTPLKFWFLKNYLSPTFKEFIPYMAEKYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILF
LDVLFPLAVDKILFVDADQIVRTDLKELRDFNLDGAPYGYTPFCDSRREMDGYRFWKSGY
WASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQ
VPIKSLPQEWLWCETWCDDSSKKRAKTIDLCNNPMTKEPKLQAAMRIVPEWQDYDQEIKL
LHSLFWKEKETGTPAKMPGQHTHDPAAHVEL
NT seq 4596 nt   +upstreamnt  +downstreamnt
atgggaatacttatggcagttcttggaatgtggttcagctcttcacttgtaaaaggagat
tctaaggctgtgacaacatctctaactacaaagtggtcttcaactcctttattacttgaa
acaagtgaatttttatcagaggaaggtcaagaaaaattctggaattttgttgaagccagt
caaaatgttaagacatctgaacatgatggtagtgattattcttcttaccatgaaatgctg
aaagtagcctgccagagtctgtcacctttgcagcagaatttgttgaaattttccttgtct
ctgcgctcttactctgcaacagttcaagcttttcaacagatagcagcagatgaacctcca
ccaaagggctgtaccctatttttcgctgtgcatggggagaagacgtgtgaatttgactct
cttggaaaccttttacaggcagcttcagaaaggccaaagccatttctgttcaaaggggac
cacaaatatccagtgtcaaaccccgaaagtcctgtcgtcatactttacgctgagattggc
tcagaggagttctacagataccataagaggcttgttttaaaggctgaggcaggagaaatc
acttatgtcctcagacactatattgctaatcccagtaaagaaaaagtctacctctctggc
tatggtgtggaactggcaattaaaagtacagaatataaggccaaggatgatacacaggtg
aaaggcacagatgtgaatgctacagtaatagatgaaaatgaccctattgatgaagtgcaa
ggatttctatttggaaaactaaggcagttgtatcctgacttgacagaagagctgaaagag
cttagaaaacacctcgtggaaagtaccaatgaaatggcacctttgaaagtatggcagtta
caagatttaagttttcagactgctgctcgcattttgactgctccccctgtggatgctttg
atggtcatgaaagatctcagtcagaactttcctacaaaggccagagccataacaaaaaca
gttgtttcttcggaactcagagcagaaattgaagagaaccaaaagtatttcaaaggaaca
ttaggattacaaccaggagattctgccctgttcatcaacggactacttattgatttagac
actcaggacatatttagcttgattgatgtgctacgcaatgaagcccacgttatggaaggc
ctgcacagcttaggaattgagggtctttccttgcacaatgttctgaagttgaacattcag
ccatcagattccgactatgctgtggacattagaagccctgctatttcatggatcaacaat
cttgaagttgacagtcggtataattcctggccttccaacgtgcaagaactgctgcgtccc
acgtttccaggcgtgatcagacaaattagaaaaaactttcataattttgtgctgatagta
gatcctattcacgagaccacagcagaattactgaatgtggcagagatgttcttcagtaac
cacatcccactgaggataggactagtctttgtggttaacgactcagaggatgtcgatgga
cttcaggatcctggtgttgccctccttagggcatacaattatgtggcacaagaaatggac
aataattatgccttccagactgtcatgtctatatataacaaagtaaaaacaggagatcag
ctgaaagtggagcatgtggttagtgttcttgagaaacagtatccttatgtggaagtcaac
agcattctgggaattgattctgcctatgatcaaaacagaaaggcagcgagaggttactat
gagcaaacgggtgtaggtcctctccctgttgtgctgttcaatggaatgccgtttcaaaaa
gatcagctggatcctgatgacctagaaactgtgacaatgcacaaaatcctggaaaccaca
agcatcttccagcgagccgtgtacctgggtgaattatctaatgaccaagatgtggttgag
tatatcatgaaccagcctaatgttgttccaagaattaactcaagaatcttaatgtctgac
agagagtacctagatctgacaggaatgaataacttttatgtggatgactttgctagattt
accacgttggattccaaagataagacagctgctgtcgcaaacagcatgacttacttaaca
aagaaaggaatgtcttccaaggagatctatgatgattcctttgttagacctgttactttt
tggattgttggtgattttgataaaccttcaggaaggcaattgttgtatgatgccattaaa
catcagaaatccagcaataatgttcgaattagcatgattaataatcctagtgaagatcca
aatagccagaatacacttgtcgctaaagccatatgggcggctctacagacacaaacgtca
aataatgccaagaacttcatcaccaaaatggcaaaagaagaaattgcgaaggcattagag
gcaggagccgacattttagaatttgctgttgggggtatggatatcaatattttcaaagaa
gcctttgaatctcccaaggtggattttattctgtcccatgctatatattgcagagacgtt
ttaaagctgaagaaggggcagagggctgtgatcagcaatggaaggattattggaccgtta
gaggatggtgagatgttcaaccaggatgatttccatctccttgagaacatcatactaaag
acatcaggacagaaaatcaaatctcagattcagcagctgggatttgaagaagatcttgca
agtgacttggtaatgaaagtggatgctcttctttctgctcaaccaaaaggagaggcaagg
attgaatatcatttttttgaagaacgatacagtgcagttaaactgagaccaaaagagggg
gagacatactttgatgttgtggctattgttgatcctgtgaccagggatgctcaaagactt
gctccgttacttttggttttgaaccaattgataaatatgaacctaagagtgtttatgaac
tgccagtccaaactttctgacatgccactaaaaagcttttatcgctatgttttggagccg
gagatttctttcacagcagataataactttgctccaggaccaattgccaagtttttggat
atgccccagtctccactgttcactttgaacctaaatactcctgagagctggatggtggaa
tctgtcagaaccccatatgaccttgataatatttacttagaggaggtggataatgttgta
gctgcagaatatgaattggagtatctgcttctggagggacactgctatgatatcactact
ggacagccacctcggggactccagtttacactgggaacttcagccagtcctgtcatcgtt
gataccattgttatggccaacttgggttacttccagttaaaagccaatcctggtgcatgg
actctcagactcagaaagggcagatctgaggatatctacagaatctacagccatgacggc
acagactctccacctgaagctagtgaagttattgttgttctgaataacttcaagagcaaa
attattaaagtgaaggttcagaaaaaactagatatgatgaatgaagatctactaagtgat
ggtaccagtgagaatgaatctggattttgggaatctctcaaatggggattcacaggagga
caaaagaatgaagatgtgaaacaagataaagacgatgtactaaatatattctctgtggct
tcaggacacctatatgaaagattcctacgcataatgatgttgtctgtgctgaagcatact
aagactcctttaaagttttggtttctgaagaactacttatcgcctacgttcaaggagttc
atcccatacatggcagagaagtacaacttccagtatgaacttgtccagtataaatggcca
cgctggcttcatcagcaaacagagaaacagcgtattatctggggttacaagatcctcttt
ctagatgtgctcttcccattagctgttgataagatcctgtttgtggatgctgatcagatt
gtgcgcacagatctaaaggaattaagagatttcaatctagatggtgctccttatggatat
actccgttctgtgacagtcgaagagaaatggatggctacaggttctggaaatcgggatac
tgggcaagtcatttggctggaagaaaataccacatcagtgctctgtatgttgtggacctg
aagaagttcagaaagatagcagctggagaccgactcagaggacaatatcagggtcttagt
caggatcctaacagtctgtccaaccttgatcaggatttgcctaacaacatgatccaccag
gtgccaattaaatcactcccacaggagtggctgtggtgtgaaacatggtgtgatgattcc
tcaaagaagagagcaaaaaccattgatctgtgtaataacccaatgaccaaagagcccaag
ttgcaagcagcgatgcgtatagttccagaatggcaggactatgatcaagaaatcaaactg
ctccatagtcttttctggaaagaaaaagaaacgggaacaccagctaagatgcccggacag
cacacacatgatccagcagcacatgtggaattatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (16)   

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