Cellular and Molecular Mechanisms of High Pressure Inotropy in Cardiac Muscle

Cardiac muscle subjected to increased hydrostatic pressure from 2 to 150 atmospheres respond with an increase in developed tension, a phenomenon we refer to as high pressure inotropy or HPI. Experiments were performed on papillary muscles isolated from adolescent rabbit hearts to test the possibilit...

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Bibliographische Detailangaben
Hauptverfasser:	Hogan, Perry M, Besch, Stephen R
Format:	Report
Sprache:	eng
Schlagworte:	ACCUMULATION Anatomy and Physiology CALCIUM CARDIAC MUSCLES CELLS(BIOLOGY) COMPUTERIZED SIMULATION CONTRACTION CYCLES CYSTOLIC CALCIUM CYTOCHEMISTRY CYTOLOGY EXTRUSION Genetic Engineering and Molecular Biology GLYCOSIDES HEART HIGH PRESSURE HPI(HIGH PRESSURE INOTROPY) HYDROSTATIC PRESSURE HYPERBARIC CONDITIONS INOTROPY MEMBRANES(BIOLOGY) MICROFLUORIMETERS MOLECULAR BIOLOGY MUSCLES MYOCARDIUM MYOCYTES OUABAIN PAPILLARY MUSCLES PE61153N PUMPS RABBITS SODIUM POTASSIUM PUMP Stress Physiology TENSION
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