Titlebook: Innovations in Physiological Anaesthesia and Monitoring; R. Droh,R. Spintge Conference proceedings 1989 Springer-Verlag Berlin Heidelberg

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Sevoflurane — A New Inhalant Anesthetic Agentration is estimated to be approximately 2%. The anesthetic potency of sevoflurane is thus less than that of other agents. This agent has pleasant, ether-like odor. The biometabolic rate of sevoflurane is reported to be about 2%, which is as low as that of enflurane.

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Physiological Concepts of Cardiovascular and Respiratory Control: Theoretical Basis and Applicabilit We believe one of the innovations to lie precisely in their combination. Internal medicine, and especially anaesthesia, is to a considerable extent applied physiology. The still too rigid borders between the disciplines, especially in Germany, must be overcome to make the concepts and methods devel

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New Approach to Analysing the Neurovegetative State in Manmic control systems that have been derived from animal experiments. We focus our interest on the behaviour of the respiratory control system and the cardiovascular control system, and especially on their mutual interactions both at a state of low activity during rest and at a state of elevated activ

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The Closed-Circuit — A Perfect Anesthesia and Monitoring Unitlso administer Ketanest or Hypnomidate. In every case we use the full prepared dosage (e.g., 500 mg thiopental in a 20-ml syringe). In our opinion no benefit accrues to the patient when, in the induction phase, the anesthesia is continued with another agent (e.g., halothane) instead of using the thi

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Determination of Anesthetics in Aqueous Solution by Infrared ATR Spectrometrydepth of anesthesia depends on the concentration of anesthetics in the brain. Since this is in equilibrium with the concentration in the blood, the determination of the content of anesthetics in the blood is a valuable method for obtaining information about the depth of anesthesia. This can be done

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