… O-glycosylation in regulating pathological aggregation of different amyloid proteins related
to NDs and elaborate the underlying mechanisms of how O-glycosylation modulates protein …

… and membrane proteins are glycosylated, … glycosylation affects the protein structure and
its function in a similar manner to mutations in the amino acid sequence. Protein glycosylation …

… In eukaryotes, the two major types of protein glycosylation are N- and O-linked glycosylation,
which are defined by the addition of glycans onto the side chains of Asn and Ser/Thr, …

… Eight major glycosylation pathways have been recognized in … house most of the
glycosylation machinery associated with … to proteins or lipids are N-glycosylation and O-glycosylation, …

… -APs role in disease bears significant clinical implications. … Estimated to more than 150, these
glycosylated proteins play a … GPI-APs role in disease bears significant clinical implications. …

… substrates used for protein glycosylation in order to produce glycoproteins and glycolipids.
The glycosylation process is essential in retaining proper function of proteins. The HBP …

… glycosylation repertoires least like our own. This review gives a brief overview of human N-
… O-linked protein glycosylation, summarizes what is known of the glycosylation potential of …

… A prevalent form of cysteine modification is reversible formation of protein mixed disulfides
(protein–SSG) with glutathione (GSH). The abundance of GSH in cells and the ready …

… been identified above, constitute a major target for the development of novel serological-based
assays for early cancer detection with major screening and clinical implications. …

… increase in the α-1→3 fucosylation of FET (2.5-fold) in the pancreatitis patients that should
be further investigated with more serum samples to define a possible clinical implications. …