KEGG   Homo sapiens (human): 55757
Entry
55757             CDS       T01001                                 
Symbol
UGGT2, HUGT2, UGCGL2, UGT2
Name
(RefSeq) UDP-glucose glycoprotein glucosyltransferase 2
  KO
K11718  UDP-glucose:glycoprotein glucosyltransferase [EC:2.4.1.-]
Organism
hsa  Homo sapiens (human)
Pathway
hsa04141  Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04141 Protein processing in endoplasmic reticulum
    55757 (UGGT2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:hsa01003]
    55757 (UGGT2)
Glycosyltransferases [BR:hsa01003]
 Others
  Quality control
   55757 (UGGT2)
SSDB
Motif
Pfam: Glyco_transf_24 Thioredoxin_14 Thioredoxin_12 Thioredoxin_15 Thioredoxin_13 UDP-g_GGTase Glyco_transf_8
Other DBs
NCBI-GeneID: 55757
NCBI-ProteinID: NP_064506
OMIM: 605898
HGNC: 15664
Ensembl: ENSG00000102595
UniProt: Q9NYU1 Q05D90
Position
13:complement(95801580..96053401)
AA seq 1516 aa
MAPAKATNVVRLLLGSTALWLSQLGSGTVAASKSVTAHLAAKWPETPLLLEASEFMAEES
NEKFWQFLETVQELAIYKQTESDYSYYNLILKKAGQFLDNLHINLLKFAFSIRAYSPAIQ
MFQQIAADEPPPDGCNAFVVIHKKHTCKINEIKKLLKKAASRTRPYLFKGDHKFPTNKEN
LPVVILYAEMGTRTFSAFHKVLSEKAQNEEILYVLRHYIQKPSSRKMYLSGYGVELAIKS
TEYKALDDTQVKTVTNTTVEDETETNEVQGFLFGKLKEIYSDLRDNLTAFQKYLIESNKQ
MMPLKVWELQDLSFQAASQIMSAPVYDSIKLMKDISQNFPIKARSLTRIAVNQHMREEIK
ENQKDLQVRFKIQPGDARLFINGLRVDMDVYDAFSILDMLKLEGKMMNGLRNLGINGEDM
SKFLKLNSHIWEYTYVLDIRHSSIMWINDLENDDLYITWPTSCQKLLKPVFPGSVPSIRR
NFHNLVLFIDPAQEYTLDFIKLADVFYSHEVPLRIGFVFILNTDDEVDGANDAGVALWRA
FNYIAEEFDISEAFISIVHMYQKVKKDQNILTVDNVKSVLQNTFPHANIWDILGIHSKYD
EERKAGASFYKMTGLGPLPQALYNGEPFKHEEMNIKELKMAVLQRMMDASVYLQREVFLG
TLNDRTNAIDFLMDRNNVVPRINTLILRTNQQYLNLISTSVTADVEDFSTFFFLDSQDKS
AVIAKNMYYLTQDDESIISAVTLWIIADFDKPSGRKLLFNALKHMKTSVHSRLGIIYNPT
SKINEENTAISRGILAAFLTQKNMFLRSFLGQLAKEEIATAIYSGDKIKTFLIEGMDKNA
FEKKYNTVGVNIFRTHQLFCQDVLKLRPGEMGIVSNGRFLGPLDEDFYAEDFYLLEKITF
SNLGEKIKGIVENMGINANNMSDFIMKVDALMSSVPKRASRYDVTFLRENHSVIKTNPQE
NDMFFNVIAIVDPLTREAQKMAQLLVVLGKIINMKIKLFMNCRGRLSEAPLESFYRFVLE
PELMSGANDVSSLGPVAKFLDIPESPLLILNMITPEGWLVETVHSNCDLDNIHLKDTEKT
VTAEYELEYLLLEGQCFDKVTEQPPRGLQFTLGTKNKPAVVDTIVMAHHGYFQLKANPGA
WILRLHQGKSEDIYQIVGHEGTDSQADLEDIIVVLNSFKSKILKVKVKKETDKIKEDILT
DEDEKTKGLWDSIKSFTVSLHKENKKEKDVLNIFSVASGHLYERFLRIMMLSVLRNTKTP
VKFWLLKNYLSPTFKEVIPHMAKEYGFRYELVQYRWPRWLRQQTERQRIIWGYKILFLDV
LFPLAVDKIIFVDADQIVRHDLKELRDFDLDGAPYGYTPFCDSRREMDGYRFWKTGYWAS
HLLRRKYHISALYVVDLKKFRRIGAGDRLRSQYQALSQDPNSLSNLDQDLPNNMIYQVAI
KSLPQDWLWCETWCDDESKQRAKTIDLCNNPKTKESKLKAAARIVPEWVEYDAEIRQLLD
HLENKKQDTILTHDEL
NT seq 4551 nt   +upstreamnt  +downstreamnt
atggcgccagcgaaagccacgaacgtggtgcggctgctactaggctccacagcgctgtgg
ctttcgcagctcggctccgggacggtcgccgcgtccaagtcggtgactgcccacttggcc
gcgaagtggcccgagaccccgctgctgctggaggcaagtgaatttatggcagaagaaagt
aatgaaaaattttggcagtttttggaaactgtgcaagaattagcaatttataagcaaaca
gaatcagattattcttattacaacttaatcctgaagaaagctggacagtttctagacaat
ttacacatcaaccttttaaagtttgctttctctataagggcatactccccagctattcag
atgtttcagcagattgcagctgatgagccaccaccagatggttgtaatgcatttgtggtt
attcataagaagcacacctgtaaaattaatgagattaaaaagctgctgaagaaagctgct
tcaaggactagaccttatctatttaaaggagatcacaaatttcctacaaacaaagagaac
ttaccagtggtgattctctatgccgaaatgggtactagaacatttagtgcatttcacaaa
gtattgtctgaaaaagctcaaaatgaggaaattctgtatgttcttcgccattatattcag
aaaccaagctcacggaaaatgtacttatctgggtatggtgtggagctagcaattaagagt
acagaatacaaagcactggatgatacccaagttaaaactgtgactaatactactgtagag
gatgagactgaaacaaatgaagttcaaggatttctctttgggaaactaaaagaaatatat
tcagatcttagagataatctgacagcattccaaaaatacctgattgagagtaacaaacaa
atgatgcctttgaaagtctgggaactacaagatcttagttttcaagcagcttctcaaata
atgtccgctccagtttatgattccattaaattaatgaaagacatttcacagaacttcccc
ataaaagccagatctctaaccagaattgctgtaaatcaacatatgagagaagaaataaag
gaaaatcaaaaggatcttcaagttagatttaaaattcagccaggcgatgctcgtctattt
ataaatggccttcgtgttgatatggatgtttatgacgcttttagtattttggatatgctg
aaattagaaggaaaaatgatgaatggccttcgcaatcttgggatcaatggggaagatatg
agcaaatttttaaaattaaattcacacatttgggaatatacttatgtattagatattcga
cattcttctataatgtggattaatgacttagaaaatgatgatttgtatattacatggcct
acaagttgccagaaacttctgaagccagtatttcctggaagtgtaccttccataaggcgc
aattttcataatttggttctgtttattgatccggcccaagaatataccttggattttata
aaacttgctgatgttttctattctcacgaagttcctcttagaattggttttgtgttcatt
cttaatacagatgatgaagttgatggagcaaatgatgctggagttgctctctggcgagct
ttcaactatattgcagaagaatttgatatatcagaagcatttatttctatagtacacatg
taccaaaaagtgaagaaggatcaaaatatactcactgtggacaatgtgaagagtgttctc
caaaatacatttcctcatgctaatatttgggatattttgggaattcattctaaatatgat
gaagaaagaaaggctggagcaagcttttataagatgactggcctgggtcctttgcctcaa
gctctttataatggtgaaccctttaaacatgaagagatgaatattaaagaactaaaaatg
gctgttcttcaaagaatgatggatgcatctgtatatttacaaagagaagtttttttgggc
acattaaatgatcgcacgaatgcaattgattttctaatggataggaataatgttgtaccc
cgtataaatactttgattttgcgtactaaccagcagtacctcaatttaatatctacatca
gtaactgctgatgttgaagatttctctactttctttttcttggattcacaagataagagt
gctgtaattgcaaagaacatgtattatttaacccaagacgatgagagtataatttctgca
gtcactctctggattattgcagattttgataagccttctgggagaaaacttctttttaat
gcattaaagcacatgaaaacaagtgttcatagtcggttggggattatttataatcctaca
tcaaaaataaatgaagagaacacagctatttctagaggaattttggcagcttttcttaca
cagaagaacatgtttttgagaagctttcttgggcaactggcaaaggaagaaattgctaca
gctatttactctggagataaaattaaaacattccttattgaggggatggataagaatgct
tttgagaaaaaatataatactgttggagtgaatatttttcgaactcaccagttgttctgt
caagatgtacttaaattacgtcctggagaaatgggtattgtcagcaatgggagattctta
ggacctttagatgaagatttttatgcagaagatttttacttgttggaaaagataacattt
agtaatttaggagagaaaattaaaggcattgttgaaaatatgggaatcaacgcaaataac
atgagtgactttattatgaaagttgatgcccttatgtcctctgtgcctaagcgtgcatct
cgatatgatgtcacatttcttagggagaatcacagtgttataaagacgaatcctcaagag
aatgatatgttcttcaatgtcattgctattgttgatccattaacaagagaagcacagaaa
atggcacagttgttggttgtacttggcaagattatcaacatgaagataaagttgttcatg
aactgtaggggcaggctttcagaagcccctttagaaagcttttaccgttttgttctggaa
ccagaactgatgtcaggggctaatgacgtttcttctcttggaccagtggcaaaatttttg
gatattcctgaatcacccctcctaatcctcaacatgattactccagaaggctggttggtt
gaaacagtgcacagcaactgtgaccttgataatattcacttaaaggatactgagaaaact
gttacagcagaatatgaactagaatacttactactggaaggacaatgctttgataaagtg
acagaacagcctcctcggggtctgcagttcacactaggcacaaaaaataaacctgctgtg
gttgatacaatagtgatggcacatcatgggtattttcaattaaaagcaaacccaggtgct
tggatactgaggttacaccaaggaaaatctgaagatatttatcaaatagttgggcatgaa
ggaactgactctcaagcagacctagaagatatcattgttgtattaaacagcttcaaaagc
aagatactcaaagtaaaagtgaaaaaagaaacagacaaaattaaggaagatatccttacc
gatgaagatgaaaaaacaaaaggactgtgggattccattaaaagtttcacagtaagcttg
cataaagaaaacaaaaaggaaaaagatgtcctaaacattttttcagttgcttctggtcat
ttatatgaacgttttttaagaattatgatgctttctgttttgcgtaacaccaaaacacca
gtgaaattctggttgctaaaaaattatctctcaccgacatttaaagaagtaattcctcac
atggctaaagagtatggattccgatatgaactagttcaatataggtggccccgttggctt
cgtcaacagactgaaagacagaggattatttggggttacaaaattcttttccttgatgtt
cttttcccactagcagtggacaaaatcatttttgttgatgctgaccagattgtgagacat
gatctaaaagaacttcgagatttcgatctggatggagctccttatgggtatactccattt
tgtgatagccgcagggaaatggatggatatcgtttctggaaaacaggatactgggcatca
catcttttaagacggaaataccatatcagtgctttatatgtagtggatctcaagaagttc
aggagaattggagcaggtgacaggctcaggagccagtatcaagctctcagtcaagatcca
aacagtctttcaaacctagatcaggatctccccaataatatgatttaccaagtcgccatt
aagtctcttcctcaagactggctgtggtgtgaaacctggtgtgatgatgaatccaaacaa
agagccaaaacaattgatctgtgcaataatcccaaaacaaaagaatccaaactaaaagct
gctgccagaattgtcccagaatgggtggagtatgatgctgagataagacaactattagat
catcttgaaaacaagaagcaagatacaattttgacacatgatgaactctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (32)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (29)   
DNA sequence (53)   
   RefSeq(nuc) (31)   
   GenBank (11)   
   EMBL (11)   
Protein domain (7)   
   Pfam (7)   
All databases (119)   

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