Table of contents | |
Blood Pressure - Definitions | |
Factors Effecting Blood Pressure | |
Baroreflex | |
RAAS | |
Antihypertensives - Pharmacology - Repeats |
Arterial blood pressure is the lateral force exerted by the column of blood on the walls of arteries as it flows through them. This pressure is commonly referred to as blood pressure. There are four distinct terms used to express arterial blood pressure:
The formula for blood pressure can be expressed as the product of cardiac output and total peripheral resistance: Blood Pressure = Cardiac Output × Total Peripheral Resistance.
The baroreceptor reflex plays a significant role in the cardiovascular response to hemorrhage, influencing mean arterial pressure (Pa) and total peripheral resistance (TPR).
Role of the renin-anglotensln-aldosterone system in the cardiovascular response to hemorrhage. Pa = mean arterial pressure; TPR = total peripheral resistance.
Categorize antihypertensive medications, elucidating the mechanism of action and side effects associated with Angiotensin-converting enzyme inhibitors (ACE inhibitors). Highlight the advantages of Angiotensin Receptor antagonists. (2011)
Explain the mechanism of action and potential adverse effects of drugs employed for treating hypertension during pregnancy (2009).
Detail the mechanism of action and adverse effects of Vasodilators utilized in cases of Hypertensive Urgency/Emergency (2009).
Explore the mechanism of action for the following vasodilator drugs: (i) Nifedipine (ii) Glyceryl trinitrate (2014).
Examine the pharmacology of calcium channel blockers. Enumerate the reasons for combining beta blockers with amlodipine (2015).
Identify various drug classes used in hypertension treatment. Delve into the mechanism of action, clinical applications, and adverse effects of Sodium nitroprusside (2018).
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