Linked from

The 17 pages that link to Glycosylation, each with the reason it gives.

• GlucoseRelated: Glucose metabolism supplies precursors for the carbohydrate structures added to biomolecules.

• Glycosidic bondRelated: This reaction creates the bond and determines which group receives the sugar.

• Human chorionic gonadotropinRelated: hCG’s carbohydrate modifications influence its stability and biological activity.

• AnomerRelated: Bond formation at the anomeric center can preserve or alter its configuration.

• LectinRelated: Glycosylation creates many of the binding targets found on cells.

• OligosaccharideRelated: Glycosylation installs oligosaccharide chains that alter molecular behavior and recognition.

• FlavonoidRelated: Sugar attachment changes flavonoids’ solubility, stability, transport, and storage.

• Golgi apparatusRelated: Golgi enzymes add and remodel sugar chains on many cargo molecules.

• BiopharmaceuticalRelated: Cell-specific glycosylation can affect a drug’s activity, stability, and immune recognition.

• Carolyn BertozziRelated: Understanding how cells modify glycans shaped the biological questions behind her chemistry.

• Luis Federico LeloirRelated: Sugar nucleotides provide donors for many glycosylation reactions.

• Triflic acidRelated: Triflic acid can activate glycosyl donors in carbohydrate synthesis.

• AnthocyanidinRelated: It turns anthocyanidins into anthocyanins and usually improves their water solubility.

• AnthoxanthinRelated: Many plant anthoxanthins occur as sugar-conjugated forms, affecting their solubility and storage.