Titlebook: Cell Biology of Extracellular Matrix; Elizabeth D. Hay Book 1981 Plenum Press, New York 1981 biology.cell.cell biology.influence

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Collagen Biosynthesisd, it is probably between 10 and 20. Nothing is known about the linkage between the different genes in the family, but it is likely that they evolved by duplication and divergence of a small ancestral gene (Ohkubo ., 1980; Yamada ., 1980).

誓言

Resign

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Fibronectin and Other Structural Proteins and proteoglycans. Until these additional proteins were identified by high-resolution biochemical techniques, they were described collectively as “noncollagenous structural proteins” (e.g., Robert ., 1970).

AMOR

Proteoglycan Biosynthesisand a smaller number of mannose-containing oligosaccharides. Current concepts of the structure of the proteoglycan molecule are discussed in Chapter 2 of this volume and have been reviewed elsewhere (Hascall and Heineg?rd, 1979). The discussion in Chapter 2 makes it clear that although great progres

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Collagen BiosynthesisChapter 1) as well as complex interactions between primary collagen translation products and several cotranslational and posttranslational modifying enzymes (for review, see Bornstein and Traub, 1979). Although the total number of genes that code for collagen polypeptides has not yet been establishe

CRUC

Matrix Assemblye than one kind of matrix macromolecule. Combined morphological, biochemical, and physicochemical approaches are generating new information pertaining to the manner in which connective tissue macromolecules assemble. Some features of the assembly process can be studied . under cell-free conditions u