靶控麻醉:概念和初步临床经验。

G N Kenny
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引用次数: 14

摘要

异丙酚在全静脉麻醉中具有良好的药代动力学特征,并且已经提出了几种手动输注方案,以在麻醉期间保持恒定的血药浓度。然而,这种方案不能对不断变化的手术和麻醉需求做出可预测的反应。异丙酚的药代动力学模型已被纳入目标控制输注系统。这样就可以在任何时候达到并维持适合任何个体患者和手术刺激水平的理想目标血药浓度。没有一种麻醉药的单一血药浓度能对所有病人和所有手术条件产生满意的麻醉效果。有必要根据每个病人的临床反应来滴定目标浓度。目标控制系统可在任何时间提供最佳的血液浓度估计,并允许尽可能准确和快速地达到所需的目标浓度。
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Target-controlled anaesthesia: concepts and first clinical experiences.

Propofol has a favourable pharmacokinetic profile for total intravenous anaesthesia and several manual infusion schemes have been proposed to maintain a constant blood concentration during anaesthesia. However, such schemes cannot respond predictably to changing surgical and anaesthetic requirements. A pharmacokinetic model for propofol has been incorporated into a target-controlled infusion system. This allows the desired target blood concentration appropriate for any individual patient and level of surgical stimulation to be achieved and maintained at any time. There is no single blood concentration of an anaesthetic agent which will result in satisfactory anaesthesia for all patients and all surgical conditions. It is necessary to titrate the target concentration against each patient's clinical response. Target-controlled systems provide the best estimate of the blood concentration at any time and permit the required target concentration to be achieved as accurately and as rapidly as possible.

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