Why the study?
General anaesthetic agents possess cardiovascular effects that may precipitate adverse events, requiring their haemodynamic risks to be weighed against potential benefits during cardiac and non-cardiac surgery.
Do general anesthetic agents cause cardiac side effects in patients undergoing cardiac and non-cardiac surgeries?
Do general anesthetic agents cause cardiac side effects in patients undergoing cardiac and non-cardiac surgeries?
General anesthetic agents have dose-related myocardial depressant effects and can cause adverse hemodynamic changes that must be weighed against their benefits during surgery.
Requires careful dose titration and hemodynamic monitoring in surgery; confirms established myocardial depressant risks across agents.
Background: This review evaluates the possible cardiac side effects of general anesthetic agents upon usage. Cardiac as well as non-cardiac surgery may precipitate adverse events including ischaemia, diverse arrhythmias and reperfusion injury. Volatile and non-volatile anesthetic agents possess cardiovascular effects that can lead to depression of cardiac contractility, arterial pressure, ventricular resistance and reflex tachycardia. However, as not all studies have demonstrated improved outcomes, the risk for undesirable haemodynamic effects must be weighed against the possible benefits of using anaesthetic agents either pre-operatively, intra-operatively or post-operatively during both cardiac and non-cardiac surgeries as well as in patients with coronary artery disease. The halogenated agents all have similar circulatory effects as seen in young, healthy volunteers during maintenance anesthesia (Cahalan MK et al., 1991; Eis S & Kramer J, 2022). The effects of anesthetics on the cardiovascular system have a complicated character, and almost all the anesthetic agents have a dose-related myocardial depression and decreases in heart rate and arterial pressure. During anesthesia, individual responses of patients against procedures such as induction, intubation, and surgical stimulation are influenced by many factors, including preoperatively used drugs, anesthesia type, preferred anesthetic agents, and the autonomic nervous system (Fee JPH et al., 1997, Pagel PS et al., 1991; Smith G et al., 2022).
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Tamunobelema et al. (2023) studied this question.
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