GT-CORE (public beta v1)

Glycosyltransferase Curated Online Resource for Enzymology

Family-organised sequence, structure, mechanism and substrate-specificity records for the CAZy glycosyltransferases

pad-2

Caenorhabditis elegans · GDP-fucose protein O-fucosyltransferase 2 (EC 2.4.1.221)

GT68Model organism · annotation ≥ 4Fold GT-BInverting2 PDB structure(s)

External resources

Identification and annotation

CAZy familyGT68 · CAZy entry
Gene symbolpad-2
Synonyms / alternate names
  • Patterning defective protein 2
  • Peptide-O-fucosyltransferase 2
UniProt accessionQ8WR51
NCBI Gene ID259529
Source speciesCaenorhabditis elegans
Taxonomic domainEukaryota
UniProt annotation level5

Function and localisation

Enzyme functionGDP-fucose protein O-fucosyltransferase 2 (EC 2.4.1.221)
Subcellular location
  • Endoplasmic reticulum
  • Golgi apparatus

Structure and mechanism

Fold typeGT-B
Catalytic mechanismInverting
Cation dependenceNo
Oligomeric statenot curated
PDB structures5FOE, 8AY1

Donor and acceptor specificity

Sugar nucleotide donorGDP-beta-L-fucose
Donor CCD code(s)GFB
Acceptor substrate(s)
  • L-seryl-[protein]
  • L-threonyl-[protein]
Acceptor CCD / GlycoCTnot curated

Protein sequences

Full protein sequence

424 aa
MHFFPIQLLVLFFAEKIAFAENSDQTVSRVDSNRYSVAAEKKFLLYDVNFGEGFNLRRDVYMRVANTVRSLRDSGENYILVLPPWGRLHHWKRMEVALSWRLFFDLESLNRFIPVIEFEDFLDENRPIDQVIYLQHYAEGWGTEYVRKFEKRSCLPPAESHYKQVEEFKWKGWFYSYEDVYSRNFQCVSIQGDSGTLKDLLKHSNFSESTSIMVDRAETILHEHYGEVDYWKARRSMRYSNDLVDVADAFRKKYLDSDDKRDKTKLVDDWTKEKPRRTAIGGPYLGIHWRRRDFLYARRAQLPTIPGTAKILQDLCKKLDLQKIYLATDAPDQEVDELKALLNGELEVYRFTDTQKLNDGQIAIIDQYLCAHAAYFIGSYESTFTFRIQEDREIIGFPISTTFNRLCPDTEPTCEQPAKWKIVY

Catalytic domain sequence

367 aa
FLLYDVNFGEGFNLRRDVYMRVANTVRSLRDSGENYILVLPPWGRLHHWKRMEVALSWRLFFDLESLNRFIPVIEFEDFLDENRPIDQVIYLQHYAEGWGTEYVRKFEKRSCLPPAESHYKQVEEFKWKGWFYSYEDVYSRNFQCVSIQGDSGTLKDLLKHSNFSESTSIMVDRAETILHEHYGEVDYWKARRSMRYSNDLVDVADAFRKKYLDSDDKRDKTKLVDDWTKEKPRRTAIGGPYLGIHWRRRDFLYARRAQLPTIPGTAKILQDLCKKLDLQKIYLATDAPDQEVDELKALLNGELEVYRFTDTQKLNDGQIAIIDQYLCAHAAYFIGSYESTFTFRIQEDREIIGFPISTTFNRLCPD