Titlebook: Cardiac Adaptation to Hemodynamic Overload, Training and Stress; R. Jacob,R. W. Gülch,G. Kissling Conference proceedings 1983 Dr. Dietrich

SUGAR

LUT

Polynomial and rational bundles,Immunocytochemistry with specific antimyosin antibodies has been used to define the isomyosin composition of cardiac muscle cells in normal and stressed hearts. Heterogeneity of ventricular muscle cells and adaptive changes in cardiac isomyosins have also been observed in the human ventricular myocardium by the same procedures.

grotto

Myocardial nucleus in growing and hypertrophied heartMyocyte nucleus was studied at different ages in the normal rat and under acute and chronic types of heart overloading.

道学气

Adaptive changes in cardiac isomyosins as visualized by immunofluorescenceImmunocytochemistry with specific antimyosin antibodies has been used to define the isomyosin composition of cardiac muscle cells in normal and stressed hearts. Heterogeneity of ventricular muscle cells and adaptive changes in cardiac isomyosins have also been observed in the human ventricular myocardium by the same procedures.

巫婆

Molecular dynamics of contraction—relaxation flexibility of myosin; the motion of crossbridges and the relation to force generation and elasticity; the validity of the steric blocking mechanism of regulation; and the identity of the elementary step controlled by Ca..

过于平凡

Dissociation of hypertrophy and altered function in senescent rat myocardiumdicate that this hypertrophy (1) does not involve a concomitant alteration in myofibrillar ATPase activity, (2) is not the cause of prolonged contraction times, i.e., time-to-peak force and relaxation time observed in the senescent heart.

NOT

小官

车床

bypass

Nonseparable Integer Programming,tes and mRNA levels of these proteins in normal and thyrotoxic rabbits. The synthesis rates were determined in vivo from the incorporation of .H-leucine into each heavy chain after a continuous IV infusion of the labeled amino acid for 1 hour. We show that the synthesis rate of HCα increased 3-fold