Research on microcirculatory disorders and their diagnosis and treatment after high-voltage electric burns

Microcirculatory disorders are important pathological and physiological changes in high-voltage electric burns, playing an important role in the occurrence and development of progressive injury and complications of high-voltage electric burns. High-voltage electric burns can cause microcirculatory disorders not only in the wounds, but also in distant tissue and organs; it can not only cause damage to the structure and function of microvasculature, but also cause abnormalities in microcirculation hemodynamics and cell rheology. Understanding the characteristics and changing patterns of microcirculatory disorders in high-voltage electric burns, and using appropriate treatment methods to improve microcirculation, are of great significance for promoting wound healing and effectively preventing relevant complications in high-voltage electric burns. This article systematically elaborates on the characteristics of microcirculatory disorders after high-voltage electric burns, summarizes the clinical diagnosis and treatment methods of microcirculatory disorders after high-voltage electric burns, and provides new ideas for the comprehensive treatment of high-voltage electric burns.