Hypoxia and mountain medicine : proceedings of the 7th International Hypoxia Symposium held at Lake Louise, Canada, February 1991
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Bibliographic Information
Hypoxia and mountain medicine : proceedings of the 7th International Hypoxia Symposium held at Lake Louise, Canada, February 1991
（Advances in the biosciences, v. 84）
Pergamon Press, 1992
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Description and Table of Contents
Description
The Seventh International Hypoxia Symposium was held in Lake Louise, Canada, February 1991. The Symposium explored adaptations to hypoxia in animals and man including an important section on comparative physiology. The interface between state-of-the-art basic science and clinical aspects of high altitude was discussed. Papers that are collected in this volume describe current concepts of lack of oxygen in birds, insects, mammals and in astronauts, mountaineers and casual tourists. These proceedings are a unique blend of basic molecular biology, comparative physiology and the practical application of these physiological concepts to the clinical and mountain worlds. This text is a major addition to the understanding of hypoxia and its management.
Table of Contents
Section headings and selected papers: Psychomotor Effects of Hypoxia. Task learning under mild hypoxia, E W Farmer et al . Cerebral hypoxia in fast jet aircrew: G-induced loss of consciousness, A R Prior. Presyncope induced by lower body negative pressure and psychomotor performance, D H Glaister. Hormonal Control of Electrolyte and Fluid Balance in Hypoxia. The renin-angiotensin-aldosterone system during hypoxia: is the adrenal an oxygen sensor? H Raff et al . Hormonal control of fluid and electrolyte balance at high altitude in normal subjects, J R Claybaugh et al . Fluid, electrolyte and hormonal metabolism in COPD, M O Farber. Clinical Aspects of Hypoxia: From Cell to ICU. Mechanisms of liver preservation injury, S W Chung et al. Oxygen Dependence of Muscle Metabolism and Work: Insect-Mammal Comparison. ATPases and energy metabolism as proactive and reactive components in control of ATP turnover rates, P W Hochachka & G O Matheson. Exercise in the Hypoxic Environment. Work and training at altitude, B D Levine et al . Increased glucose dependency in circulatory compensated hypoxia, G A Brooks. Mechanisms of High Altitude Illness. The role of cerebral blood flow in acute mountain sickness, R W Baumgartner et al . Hyperbaria and high altitude illness, R Roach & P H Hackett. Historical Lecture. The life and work of Nathan Zuntz, H-C Gunga & K Kirsch. Appendix.
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