Titlebook: Connective Tissue Matrix Part 2; David W. L. Hukins Textbook 1990Latest edition Macmillan Publishers Limited 1990 influence.metabolism.reg

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書目名稱Connective Tissue Matrix Part 2讀者反饋學科排名

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The Role of Extracellular Matrix in Development,al components of tissues such as bone, cartilage and tendon. In the developing embryo, however, ECM not only participates in the morphogenesis of these tissues, but also has a series of other functions. There is now information showing that ECM provides an environment through which cells can migrate

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Electromechanical and Physicochemical Regulation of Cartilage Strength and Metabolism,e is responsible for the synthesis, maintenance and gradual turnover of an extracellular matrix (ECM) composed principally of hydrated collagen fibrils, highly charged proteoglycan molecules (PG) and glycoproteins (Hay, 1981; Muir, 1980). Recent discoveries concerning the genetic expression, metabol

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Structure and Function of Intramuscular Connective Tissue,oth, involuntary muscles and the very special cardiac muscle, the voluntary, skeletal or striated muscles perform tasks as diverse as maintaining the posture of the spine, producing rapid and powerful movements of the limbs and executing the precise and finely judged movements of the eye. The struct

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豎琴

MR Imaging of Connective Tissue Degeneration,is broad in scope and relatively ill-defined. Here we consider specifically ageing and degeneration of connective tissue. This chapter also describes a new method of analysing clinical data which maximizes the discriminative information available from magnetic resonance images. Most of the informati

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Dynamic Aspects of Connective Tissue Structure and Function,ne the differences between ageing and degeneration or between degeneration and pathology. Furthermore, even if the distinction were clear, it would often be difficult to separate the effects in practice, since degeneration and pathology of connective tissues are frequently associated with ageing.