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Cerebral energy metabolism following ESWL brain injury model and effects of cerebral protective drugs

机译:ESWL脑损伤模型后脑能量代谢及脑保护药物的作用

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The goal of this study was to introduce a new method inducing an experimental brain injury model using ESWL(Extracorporeal Shock Wave Lithotripsy) and to evaluate findings of localized lesions on 1H MR imaging and the response of cerebral energy metabolism using a 31P MR spectroscope to the ESWL brain injury in cats. This study also examined effects of cerebral protective drugs. 1) There were no statistically significant changes in pH at all measurement points. 2) In the trauma group, initial decrease of PCr/Pi was seen at 30 to 60 minutes with return to control levels by 2 hours after injury(P
机译:这项研究的目的是介绍一种使用ESWL(体外冲击波碎石术)诱发实验性脑损伤模型的新方法,并使用31P MR光谱仪评估1H MR成像中局部病变的发现以及脑能量代谢的反应。猫的ESWL脑损伤。这项研究还检查了脑保护药物的作用。 1)在所有测量点,pH值均无统计学显着变化。 2)在创伤组中,PCr / Pi在30至60分钟时开始下降,并在受伤后2小时恢复到正常水平(P

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