Regulation of Cell Adhesion and Type VII Collagen Binding by the β3 Chain Short Arm of Laminin-5: Effect of Its Proteolytic Cleavage

Volume: 138, Issue: 5, Pages: 539 - 552
Published: Nov 1, 2005
Abstract
The basement membrane protein laminin-5 (Lm5), a heterotrimer of alpha3 (or alpha3A), beta3, and gamma2 chains, regulates cellular adhesion and motility. Here we examined the proteolysis and biological function of the laminin beta3 chain. First, we found that the beta3 chain of Lm5 is cleaved at its N-terminal, short arm by an endogenous proteinase(s) in normal human keratinocytes and some other cell lines. To examine the effect of beta3 chain...
Paper Details
Title
Regulation of Cell Adhesion and Type VII Collagen Binding by the β3 Chain Short Arm of Laminin-5: Effect of Its Proteolytic Cleavage
Published Date
Nov 1, 2005
Volume
138
Issue
5
Pages
539 - 552
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