首页> 外国专利> A method of predicting multiple organ VIOLATIONS TO DETERMINE THE OPTIMAL TIME OF osteosynthesis in combined and multiple injuries to children

A method of predicting multiple organ VIOLATIONS TO DETERMINE THE OPTIMAL TIME OF osteosynthesis in combined and multiple injuries to children

机译:一种预测多器官功能障碍的方法,以确定儿童多发和多发伤害中骨合成的最佳时间

摘要

Multiple organ disorders prediction method to determine the optimal time for osteosynthesis, comprising a set of laboratory evaluation of biochemical parameters, characterized in that in the first hours after the trauma in the concentrations of serum protein markers S100 and cystatin C: S100 312,2-587,8 ​​initial protein concentration ng / l and cystatin C 832,8-1062 ng / mL followed by two more and increase them for 1-4 days are regarded as manifestations of serious disturbances of brain metabolism and kidney optimize the overall treatment is carried out not earlier than the delayed osteosynthesis 5-7 days ; protein starting concentrations S100 103,8-292,0 ng / l Cystatin C, and 541-967 ng / ml, with a consequent increase of at least twice or decrease in the 1st and subsequent days are regarded as disturbances of the brain metabolism and renal functional reversible the nature and the optimal time for osteosynthesis say 1-4 hours from the time of injury.
机译:确定器官合成最佳时间的多器官功能障碍预测方法,包括一组对实验室生化参数的评估,其特征在于在创伤后的最初几个小时内血清蛋白标志物S100和胱抑素C的浓度为:S100 312,2- 587,8初始蛋白浓度ng / l和半胱氨酸蛋白酶抑制剂C 832,8-1062 ng / mL,然后再加2并增加1-4天被认为是脑代谢严重紊乱的表现,肾脏可以优化整体治疗进行的时间不早于延迟骨合成5-7天;蛋白质起始浓度S100 103,8-292,0 ng / l胱抑素C和541-967 ng / ml,因此在第一天及以后的几天至少增加两倍或减少,被认为是脑代谢障碍肾功能可逆的性质和骨合成的最佳时间为从受伤时间算起的1-4小时。

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