Structural origins of the functional divergence of human insulin-like growth factor-I and insulin.

Abstract:

:Human insulin-like growth factors I and II (hIGF-I, hIGF-II) are potent stimulators of cell and growth processes. They display high sequence similarity to both the A and B chains of insulin but contain an additional connecting C-domain, which reflects their secretion without specific packaging or precursor conversion. IGFs also have an extension at the C-terminus known as the D-domain. This paper describes four homologous hIGF-1 structures, obtained from crystals grown in the presence of the detergent SB12, which reveal additional detail in the C- and D-domains. Two different detergent binding modes observed in the crystals may reflect different hIGF-I biological properties such as the interaction with IGF binding proteins and self-aggregation. While the helical core of hIGF-I is very similar to that in insulin, there are distinct differences in the region of hIGF-I corresponding to the insulin B chain C-terminus, residues B25-B30. In hIGF-I, these residues (24-29) and the following C-domain form an extensive loop protruding 20 A from the core, which results in a substantially different conformation for the receptor binding epitope in hIGF-I compared to insulin. One notable feature of the structures presented here is demonstration of peptide-bond cleavage between Ser35 and Arg36 resulting in an apparent gap between residues 35 and 39. The equivalent region of proinsulin is involved in hormone processing demanding a reassessment of the structural integrity of hIGF-I in relation to its biological function.

journal_name

Biochemistry

journal_title

Biochemistry

authors

Brzozowski AM,Dodson EJ,Dodson GG,Murshudov GN,Verma C,Turkenburg JP,de Bree FM,Dauter Z

doi

10.1021/bi020084j

subject

Has Abstract

pub_date

2002-07-30 00:00:00

pages

9389-97

issue

30

eissn

0006-2960

issn

1520-4995

pii

bi020084j

journal_volume

41

pub_type

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