The role of magnesium in cardiac arrest
2024
Baoshan Liu | Baoshan Liu | Muyuan Li | Muyuan Li | Jian Wang | Jian Wang | Fengli Zhang | Fengli Zhang | Fangze Wang | Fangze Wang | Caicai Jin | Caicai Jin | Jiayi Li | Jiayi Li | Yanran Wang | Yanran Wang | Thomas Hudson Sanderson | Rui Zhang | Rui Zhang
Cardiac arrest is a leading cause of death globally. Only 25.8% of in-hospital and 33.5% of out-of-hospital individuals who achieve spontaneous circulation following cardiac arrest survive to leave the hospital. Respiratory failure and acute coronary syndrome are the two most common etiologies of cardiac arrest. Effort has been made to improve the outcomes of individuals resuscitated from cardiac arrest. Magnesium is an ion that is critical to the function of all cells and organs. It is often overlooked in everyday clinical practice. At present, there have only been a small number of reviews discussing the role of magnesium in cardiac arrest. In this review, for the first time, we provide a comprehensive overview of magnesium research in cardiac arrest focusing on the effects of magnesium on the occurrence and prognosis of cardiac arrest, as well as in the two main diseases causing cardiac arrest, respiratory failure and acute coronary syndrome. The current findings support the view that magnesium disorder is associated with increased risk of cardiac arrest as well as respiratory failure and acute coronary syndrome.
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