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N‑terminal pro‑brain natriuretic peptide–a significant biomarker of disease development and adverse prognosis in patients with exertional heat stroke
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作者 Long Feng Jian-Yuan Yin +5 位作者 Yao-Hong Liu Pei Zhang Ya-Li Zhao Qing Song Ping Ping Shi-Hui Fu 《Military Medical Research》 2025年第3期461-463,共3页
Dear Editor,The most serious heat related injury is exertional heat stroke(EHS).EHS occurs when healthy individuals perform physical activity in a hot and humid environment[1].A disrupted balance between heat producti... Dear Editor,The most serious heat related injury is exertional heat stroke(EHS).EHS occurs when healthy individuals perform physical activity in a hot and humid environment[1].A disrupted balance between heat production and dissipation in the human body results in excessive body heat storage in cases.It occurs frequently in the military population because of work characteristics such as the requirements to perform essential duties under prolonged heat stress,the need to achieve mission objectives during deployment operations,or the opportunities for training and selection for elite units[2].The pathophysiology of EHS is complex,which often results in thermoregulation failure,hemodynamic disturbance,and endotoxin release,and further causes multiple organ failure,probably increasing myocardial enzymes and N-terminal pro-brain natriuretic peptide(NT-proBNP)levels.Rhabdomyolysis caused by EHS often results from mechanical and metabolic injury to the striated muscle fibers accompanied with the release of muscle contents into the circulation[3].Liu et al. 展开更多
关键词 Exertional heat stroke Mortality myocardial enzymes N-terminal pro-brain natriuretic peptide(NTproBNP) Physical activity
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