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Nitrite pharmacokinetics, safety and efficacy after experimental ventricular fibrillation cardiac arrest

机译:实验性心脏颤动后亚硝酸盐药代动力学,安全性和疗效心脏骤停

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Introduction: Besides therapeutic hypothermia or targeted temperature management no novel therapies have been developed to improve outcomes of patients after cardiac arrest (CA). Recent studies suggest that nitrite reduces neurological damage after asphyxial CA. Nitrite is also implicated as a new mediator of remote post conditioning produced by tourniquet inflation-deflation, which is under active investigation in CA. However, little is known about brain penetration or pharmacokinetics (PK). Therefore, to define the optimal use of this agent, studies on the PK of nitrite in experimental ventricular fibrillation (VF) are needed. We tested the hypothesis that nitrite administered after resuscitation from VF is detectable in cerebrospinal fluid (CSF), brain and other organ tissues, produces no adverse hemodynamic effects, and improves neurologic outcome in rats.
机译:介绍:除了治疗性低温还是有针对性的温度管理外,没有开发出新的疗法,以改善心脏骤停(CA)后患者的结果。 最近的研究表明,亚硝酸亚硝酸盐在窒息CA后降低了神经损伤。 亚硝酸盐也被牵连作为止血带通胀通胀产生的遥控后调节的新介质,这是在CA的积极调查下。 但是,关于脑渗透或药代动力学(PK)很少。 因此,为了定义该试剂的最佳用途,需要对实验性心室纤维化(VF)中亚硝酸盐的PK的研究。 我们测试了在脑脊液(CSF)中可检测到VF后施用亚硝酸盐在脑脊液(CSF),脑和其他器官组织中进行的假设,不会产生不良血液动力学效应,并改善大鼠的神经系统结果。

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