Titlebook: Cell and Muscle Motility; Volume 2 Robert M. Dowben,Jerry W. Shay Book 1982 Plenum Press, New York 1982 Area.SPICE.Volume.cell.education.fo

COWER

Abbreviate

TOXIN

Actin Organization as an in Vitro Assay for Tumorigenicity,tion. Tumors are failures of . growth control; transformations are failures of . growth control. Many agents cause tumors ., many agents transform normal cultured cells, and some agents do both. However, even when caused by a single agent, the . and . endpoint assays show only a partial overlap. Tha

Commodious

The Mechanism of Actin-Filament Assembly and Cross-Linking, “cyto-skeleton” of most cells. In their role as a contractile protein, filaments of actin are thought to interact with myosin to generate the force for cellular motility, much like they do in muscle contraction. The role of actin as a structural protein is less well defined, but probably no less im

Hemiparesis

The Role of Tubulin in Steroidogenesis of Mouse Adrenal Y-1 Cells and Rat Leydig CCL 43 Cells, been demonstrated that ACTH acts in the regulation of the steroidogenic pathway by controlling the conversion of cholesterol into pregnenolone. Cellular-fractionation studies have demonstrated that the enzymes necessary for this conversion are located in the mitochondria, whereas the cholesterol is

nerve-sparing

Dungeon

帳單

Microtubules and Heart-Cell Contraction,zed function of muscle contractility and cytoskeletal elements such as microtubules, microfilaments, intermediate filaments, and the microtrabecular lattice should improve our understanding of heart-cell contraction, cell organization, and the relationship of both to cardiac disease.

Gossamer

使無(wú)效

Cytoskeletal Defects in Avian Muscular Dystrophy,perimentally induced animal models have been extensively studied to gain information about beneficial effects of various pharmacological agents and to study nerve-muscle interactions with respect to structure and function. None of the animal models, however, is directly comparable to any of the huma