Zhdanov G G
Anesteziol Reanimatol. 1995 Sep-Oct(5):15-8.
Analysis of the results of studies carried out in 1200 patients aged 1 day to 75 years hospitalized at reanimation and intensive care wards for critical and terminal states of different origin showed that respiratory insufficiency and hypoxia play the main role in the pathogenesis of critical states and cause generalized disturbances of metabolism which lead to disorders in the work of vital organs and systems. The major part in metabolic disorders is played by changes in free-radical lipid peroxidation and in the system of antioxidant defense. An original program of "metabolic reanimation" is proposed for correction of the disordered metabolic processes and their aftereffects caused by hypoxia.
对1200例年龄从1天至75岁、因不同病因的危急和终末期状态而入住复苏和重症监护病房的患者所开展的研究结果分析表明,呼吸功能不全和缺氧在危急状态的发病机制中起主要作用,并导致代谢的全身性紊乱,进而引起重要器官和系统的功能障碍。自由基脂质过氧化和抗氧化防御系统的变化在代谢紊乱中起主要作用。提出了一个“代谢复苏”的原创方案,用于纠正由缺氧引起的紊乱代谢过程及其后遗症。