论文部分内容阅读
为了诊断休克,在测定血细胞中的代谢变化方面文献中尚缺乏充分有根据的介绍.本文作者利用动物实验和临床病人,对不同严重程度的创伤性休克的各个时期的全血和血细胞中的一些糖代谢酶的活性变化进行了比较分析。结果和讨论:在创伤性休克的病程中,血液中糖酵解酶—磷酸化酶和磷酸己糖异构酶活性的变化与休克低血压的持续时间相关联,在长时间休克低血压时(2—5小时)磷酸化酶
In order to diagnose shock, there is a lack of a well-documented literature on the determination of metabolic changes in blood cells in the literature.The authors used animal experiments and clinical patients to study the effects of different stages of traumatic shock on whole blood and blood cells Changes in the activity of glucose metabolism enzymes were compared. RESULTS AND DISCUSSION: Changes in blood glycololytic enzyme phosphorylase and hexophosphate hexose isomerase activity during the course of traumatic shock correlate with the duration of shock and hypotension, during long-term shock and hypotension ( 2-5 hours) phosphorylase