1981Clinical and Experimental Pharmacology and PhysiologyRequires access

ON THE RELATIONSHIP BETWEEN CARDIAC OUTPUT AND PERIPHERAL ARTERIAL RESISTANCE

G. W. Boyd, AC Yong

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Abstract

The concept of 'whole body auto-regulation' is a somewhat unsatisfactory explanation of the increased peripheral arterial resistance which follows a rise in cardiac output in 'volume' forms of hypertension. This analysis suggests that the resistance change may be due to the sodium retention and increased cardiac output having a direct effect to alter haemodynamics of flow through the arterioles in such a way as to damage their walls, and so lead to the gradual development of structural arteriolar narrowing. Studies are presented in the DOCA/salt hypertensive rat consistent with this proposal.

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The concept of 'whole body auto-regulation' is a somewhat unsatisfactory explanation of the increased peripheral arterial resistance which follows a rise in cardiac output in 'volume' forms of hypertension. This analysis suggests that the resistance change may be due to the sodium retention and increased cardiac output having a direct effect to alter haemodynamics of flow through the arterioles in such a way as to damage their walls, and so lead to the gradual development of structural arteriolar narrowing. Studies are presented in the DOCA/salt hypertensive rat consistent with this proposal.

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Available abstract

The concept of 'whole body auto-regulation' is a somewhat unsatisfactory explanation of the increased peripheral arterial resistance which follows a rise in cardiac output in 'volume' forms of hypertension. This analysis suggests that the resistance change may be due to the sodium retention and increased cardiac output having a direct effect to alter haemodynamics of flow through the arterioles in such a way as to damage their walls, and so lead to the gradual development of structural arteriolar narrowing. Studies are presented in the DOCA/salt hypertensive rat consistent with this proposal.

Key concepts: Peripheral resistance, Peripheral, Cardiology, Cardiac output, Resistance (ecology), Internal medicine, Vascular resistance, Medicine

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