De jonckheere J, Delecroix M, Jeanne M, Keribedj A, Couturier N, Logier R
Annu Int Conf IEEE Eng Med Biol Soc. 2013;2013:1952-5. doi: 10.1109/EMBC.2013.6609910.
Analgesic drugs delivery optimization constitutes one of the main objectives of modern anesthesia. Indeed, their over or under determination constitutes a risk for anesthetized patient in terms of hemodynamic reactivity or post-operative hyperalgesia. Nowadays, new physiological indexes allow anesthesiologists to evaluate the balance between the analgesia level and the noxious stimulus importance. ANI is an index related to the autonomic nervous system activity based on heart rate variability analysis. Its ability for the analgesia / nociception balance evaluation has been established bringing evidences about its helpfulness for analgesic drug delivery. In this article, we describe a device for automatic analgesic drugs administration based on the ANI evolution during surgical procedures under general anesthesia. We hypothesized that such a device could improve the quality and safety of anesthesia by reducing adverse cardiovascular events and delivered analgesic drugs doses.
镇痛药物给药优化是现代麻醉的主要目标之一。事实上,其剂量过多或过少都会对麻醉患者的血流动力学反应或术后痛觉过敏构成风险。如今,新的生理指标使麻醉医生能够评估镇痛水平与有害刺激强度之间的平衡。ANI是一种基于心率变异性分析的与自主神经系统活动相关的指标。其评估镇痛/伤害感受平衡的能力已得到证实,这为其在镇痛药物给药方面的有效性提供了证据。在本文中,我们描述了一种基于全身麻醉手术过程中ANI变化的自动镇痛药物给药装置。我们假设这种装置可以通过减少不良心血管事件和镇痛药物给药剂量来提高麻醉的质量和安全性。