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The Respiratory Centres and their Responses
Pulmonary Compliance and Airway Resistance
Aspects of Dead Space in Anaesthetic Practice
8 other sections not shown
acid-base activity airway resistance alveolar dead space alveolar ventilation alveoli Anaesth anaesthesia anaesthetic Anesthesiology appl arterial blood arterial oxygen artificial ventilation atropine base excess bicarbonate blood pH breathing carbohydrate carbon dioxide carbon dioxide tension cent chemoreceptors clin clinical colleagues concentration controlled ventilation cyclopropane dead space decrease depression diethyl ether dogs drugs effect enzyme ether excess lactate expired Figure function gases glucose glycogen halothane hydrogen ion hyperventilation hypoxaemia hypoxia increase infusion inspired air inspired gas intermittent positive pressure lactic m.equiv measured mechanism metabolic acidosis method mitochondria mm.Hg morphine N.T. Acad neurones Ngai normal Nunn oxidation oxygen tension patients Pco2 phase phosphorylation Physiol plasma post-operative pressure ventilation produced prolonged pulmonary ventilation pyruvate rebreathing receptors reduced Reproduced by courtesy respiration respiratory centre respiratory neurones respiratory rate respiratory tract Severinghaus sodium status asthmaticus stimulation subatmospheric temperature THAM therapy tidal volume tissue tube VDANAT ventilation-perfusion ratio ventilatory