Advances in Modeling and Control of Ventilation http://www.fishpond.co.nz/Books/Advances-Modeling-and-Control-of-Ventilation-Richard-L-Hughson-Edited-by-David-A-Cunningham-Edited-by/9780306460234

Advances in Experimental Medicine and Biology

By Richard L. Hughson (Edited by), David A. Cunningham (Edited by), James Duffin (Edited by)

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Table of Contents

Effect of Prior O2 Breathing on Hypoxic Hypercapnic Ventilatory Responses in Humans; A. Masuda, et al. Inhibitory Dopaminergic Mechanisms Are Functional in Peripherally Chemodenervated Goats; K.D. O'Halloran, et al. Effect of 8 Hours of Isocapnic/Poikilocapnic Hyopxia on the Ventilatory Response to CO2; M. Fatemian, P.A. Robbins. Ventilatory Responses to Hypoxia after 6 Hours Passive Hyperventilation in Humans; X. Ren, P.A. Robbins. Ventilatory Effects of 8 Hours of Isocapnic Hypoxia with and Without beta-Blockade; C. Clar, et al. Modulation of Ventilatory Sensitivity to Hypoxia by Dopamine and Domperiodone Before and After Prolonged Exposure to Hypoxia in Humans;M.E.F. Pedersen, et al. Changes in Respiratory Control During and After 48 Hours of Both Isocapnic and Poikilocapnic Hypoxia in Humans; J.G. Tansley, et al. Chemoreflex Effects of Low Dose Sevoflurane in Humans; J.J. Pandit, et al. Dynamics of the Cerebral Blood Flow Response to Sustained Euoxic Hypocapnia in Humans; M.J. Poulin, et al. Evidence for a Central Role of Protein Kinase C in Modulation of the Hypoxic Ventilatory Response in the Rat; D. Gozal, et al. Synaptic Connections to Phrenic Motneurons in the Decerbrate Rat; G.-F. Tian, et al. 26 Additional Articles. Index.