The role of assembly in insulin's biosynthesis

G Dodson, D Steiner - Current opinion in structural biology, 1998 - Elsevier
G Dodson, D Steiner
Current opinion in structural biology, 1998Elsevier
Insulin is synthesised as a single-chain precursor, preproinsulin, that contains an N-terminal
signal sequence and a connecting peptide linking the A and B chains of the insulin
molecule. Nascent proinsulin is directed into the regulated secretory pathway, converted to
insulin and stored as microcrystals. These processes exploit assembly to the zinc-containing
hexamer. Structural, chemical and genetic studies, and experiments with transgenic animals
and transfected cells, are providing new details about the molecular events in insulin's …
Insulin is synthesised as a single-chain precursor, preproinsulin, that contains an N-terminal signal sequence and a connecting peptide linking the A and B chains of the insulin molecule. Nascent proinsulin is directed into the regulated secretory pathway, converted to insulin and stored as microcrystals. These processes exploit assembly to the zinc-containing hexamer. Structural, chemical and genetic studies, and experiments with transgenic animals and transfected cells, are providing new details about the molecular events in insulin's biosynthesis.
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