Titlebook: Cell and Muscle Motility; Volume 6 Jerry W. Shay Book 1985 Springer Science+Business Media New York 1985 G proteins.cell.cells.communicatio

Chandelier

Tropomyosin,d muscle, the thin filament consists of actin, TM, and the three troponin (TN) proteins: TN-T, TN-I, and TN-C. Rabbit skeletal muscle TM migrates on sodium dodecylsulfate (SDS) electrophoretic gels as two polypeptides, a and ß, between 34,000 and 36,000 daltons. Although both a and ß subunits contai

遍及

一夫一妻制

DUCE

比目鱼

Is Cytoplasm Intelligent Too?,.” Even the last bastions of mystical meaning in the word “intelligence,” namely the aspects of “creativity” and “awareness,” are being secularized. Computerists are exploring whether the use of look-up tables, tree searches, and pseudo-random number generators can replace the old-fashioned, mystica

Canary

Admire

Autoantibodies to the Cytoskeleton in Human Sera,ntibodies are diagnostic of particular diseases; for example, antinuclear antibodies (ANA) are viewed as specific serological markers of connective tissue disorders such as systemic lupus erythematosus (SLE) (Tan, 1981). They may also be responsible for disease. The multisystem disorders associated

思考才皱眉

Intermediate Filaments in Nervous Tissue,mature skeletal muscle, 10-nm filaments were first called “intermediate” because their diameter was between that of thin actin and thick myosin filaments (Ishikawa .., 1968). The term is now applied to all 10-nm filaments regardless of their location. In nonmuscle cells, “intermediate” stands for a

EPT

Cytoskeletal Events during Calcium- or EGF-Induced Initiation of DNA Synthesis in Cultured Cells, generally results in a reduced calcium requirement for the proliferation of various cultured cells of both mesenchymal and epithelial origin (Swierenga ., 1980; Whitfield ., 1980; Durham and Walton, 1982). The concentration of this divalent ion in the cytoplasm of mammalian cells is 10. times lower

不遵守

Tropomyosin,ntaining the cellular cytoarchitecture. Tropomyosin was first isolated by Bailey (1948) and was soon shown to give a complex low-angle X-ray diffraction pattern that is now recognized as an α-helical conformation (Astbury ., 1948). Crick (1953) interpreted the TM diffraction pattern as two a-helical