1999•Unpublished venueRequires access

Identification and Characterization of Proteins Involved in Integrin Signaling

Csilla A. Fenczik

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Abstract

The development and function of multicellular animals requires integrin adhesion receptors. Integrin-dependent cell adhesion is regulated, in part, by ligand binding affinity ("activation") changes controlled by cellular signaling cascades. Regulation of integrin affinity is important in cell migration, extracellular matrix assembly and morphogenesis. Integrin activation is energy-dependent, and is mediated by cell type specific signals operating through integrin cytoplasmic domains.

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What this paper is about

The development and function of multicellular animals requires integrin adhesion receptors. Integrin-dependent cell adhesion is regulated, in part, by ligand binding affinity ("activation") changes controlled by cellular signaling cascades. Regulation of integrin affinity is important in cell migration, extracellular matrix assembly and morphogenesis. Integrin activation is energy-dependent, and is mediated by cell type specific signals operating through integrin cytoplasmic domains.

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Available abstract

The development and function of multicellular animals requires integrin adhesion receptors. Integrin-dependent cell adhesion is regulated, in part, by ligand binding affinity ("activation") changes controlled by cellular signaling cascades. Regulation of integrin affinity is important in cell migration, extracellular matrix assembly and morphogenesis. Integrin activation is energy-dependent, and is mediated by cell type specific signals operating through integrin cytoplasmic domains.

Key concepts: Identification (biology), Integrin, Computational biology, Signaling proteins, Cell biology, Chemistry, Characterization (materials science), Signal transduction

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