Why the study?
Sudden cardiac death is a deadly, unpredictable consequence of some antipsychotic medications that restricts their use, though recent advances in genetics and wearable ECG monitoring offer potential for identifying high-risk individuals.
This review highlights the importance of genetic screening and wearable ECG monitoring to mitigate the risk of sudden cardiac death in patients taking antipsychotic medications.
Genetic screening and wearables merit prospective evaluation in antipsychotic users; leaves open clinical adoption pending trials.
Sudden cardiac death (SCD) is relatively uncommon, yet it is a deadly consequence of some antipsychotic medications in patients with psychiatric disorders. The widespread concerns about the adverse cardiac effects associated with antipsychotics and their unpredictable nature have led to a restriction on the use of some antipsychotic medications. Recent progress has been made in the identification of important genetic factors that may contribute to the adverse complication of antipsychotic drugs, suggesting that high-risk individuals can be identified prior to initiating therapy. In addition, some high-tech smart wearable medical devices have recently been developed, allowing users to record and analyze the electrocardiogram (ECG) in couple with artificial intelligence (AI) technologies, and notifying of irregular heart rhythms or arrhythmias, a medical condition well documented in most SCD cases. In this literature review, we summarize recent advances in understanding the link between SCD and antipsychotic drug usage, as well as in utilizing wearable medical devices for monitoring of cardiac arrhythmias. New strategies for improving the care of patients receiving antipsychotic medications are proposed. As it is now possible to evaluate the risk of SCD in patients on antipsychotic medications, preventative measures and close monitoring may be used to detect the early signs of adverse cardiac events and SCD.
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Zhu et al. (2019) studied this question.
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