Ventricular cholinergic receptor systems: interaction with adrenergic systems.
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Acetylcholine↗
Biomedical subjects
T Cooper
Publications and source records attributed to T Cooper.
Adenyl cyclase activity in the chronically denervated cat heart.
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Adenine Nucleotides↗
The innervation of the mammalian lung. 3. Regression of the intrinsic nerves and of their afferent receptors following thoracic sympathectomy, cervical vagotomy or thoracic stripping of the vagus.
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Animals↗
3,4-Dihydroxyphenylalanine in cultured ventricular cells from chick embryo heart.
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Animals↗
Alterations in cardiovascular reflexes during artificial circulation.
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Animals↗
Supersensitivity of the chronically denervated feline heart.
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Animals↗
Innervation of the mammalian lung. I. The afferent receptors.
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Animals↗
Assisted circulation. II.
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Extracorporeal Circulation↗
Effects of compound MJ-1988 on myocardial contractility, oxygen consumption, coronary blood flow and vascular resistance.
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Animals↗
Work capacity and efficiency of the autotransplanted heart.
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Animals↗
Histochemical and chemical studies of the localization of adrenergic and cholinergic nerves in normal and denervated cat hearts.
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Acetylcholinesterase↗
An intrinsic neuromuscular basis for mitral valve motion in the dog.
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Acetylcholine↗
Enhancement of peripheral alpha-receptor stimulation by blockade of "silent" beta receptors.
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Angiotensin II↗
The functional significance of the cardiac nerves.
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Heart Conduction System↗
Fiedler's myocarditis and heart block with scar tissue injury of septal nerves.
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Electrocardiography↗
Melphalan in multiple myeloma.
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Bence Jones Protein↗
Relation of mechanical circulatory support to myocardial function and energy utilization.
Evaluation of the influence of mechanical circulatory support, with the goal of improving techniques, requires quantification of those variables which determine cardiac performance. Characterization of myocardial function in terms of preload, afterload, stroke work and stroke power, velocity of contraction and frequency of contraction can be accomplished with instrumentation available in the catheterization laboratory. Similarly, the influence of mechanical circulatory support on the metabolic activity of the heart can be quantitatively assessed. Utilization of these measurements to evaluate current techniques should facilitate the development of improved methods for assisting the circulation.
Animals↗