By Sjoerd L. Bonting (Eds.)
This quantity has contributions from the us (3), Russia (2), and Europe (4). those contributions comprise investigations of organic difficulties encountered in spaceflight via people, animals, vegetation, and unmarried cells, in addition to experiences of a basic organic challenge aided by way of area experiments. huge chapters try to make sure the mechanisms of the results of long term area missions at the human physique (Grigoriev and Egorov, Russia), and the adaptative mechanisms operative within the human physique less than those stipulations (same authors). different chapters care for ultrastructural observations of myocardial deconditioning (Philpott et al., United States), fluid and electrolyte legislation (Gharib and Hughson, France/Canada), human food in house (Hinghofer-Szalkay and Konig, Austria), progress and mobile department in crops (Krikorian et al., United States), mechanisms of the consequences of gravity on unmarried cells (Mesland, The Netherlands), orbital exobiology stories of the foundation of lifestyles (Hornech and Brack, Germany/France), and my very own contribution at the use of chemical sensors for house biomedical learn and tracking of water recycling
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Additional resources for Advances in Space Biology and Medicine
Pp. 179-201. Lea & Febiger, Philadelphia, London, 1989. 54. Wizleb. E. Vascular Function. In: Human Physiology, vol. F. Schmidt and G. ), pp. 101-190. Mir, Moscow, 1985 (Russian translation). 55. , Neil, E. Oxford University Press, London-Toronto, 1971. 56. , Meerson, FZ. Essays on Clinical Physiology of Circulation. Medizina, Moscow, 196s (in Russian). 57. B. Man in Space. In: News in Physiological Sciences, vol. 1, pp. 189-1E. 1986. 58. , et al. The Effect ofG Acceleration on Fluid-ElectrolyteMetabolism and Renal Function in Immersion.
B . Specific Mechanisms . . . . . . . . . . . . . . Advances in Space Biology and Medicine Volume 2, pages 43-82 Copyright 8 1992 by JAI Press Inc All rights of reproduction in any form reserved ISBN 1-55938-409-3 . 43 44 46 46 49 49 52 53 55 58 58 61 63 63 64 44 ANATOLYI I. GRlGORlEV and ANATOLYI D. EGOROV C. Hemodynamic Changes during Provocative Tests . . . . . . VI. Fluid-Electrolyte Metabolism . . . . . . . . . . . . . . A. MicrogravityResponses.. .
43. M.. G. Water in the Human Lungs during 7-Day Head-Down 'lilting. Kosmicheskaya Biologiya i Aviakosmichhkaya Meditsina. 18(6):4044, 1984 (in Russian). 44. V. Central Circulation of a Normal Man during 7-Day Head-Down Tilting and Decompression of Different Body Compartments. Kosmicheskaya Biologiya i Aviakosmicheskaya Meditsina. lS( 1):80-90, 1984 (in Russian). 45. Arobelius, M.. G. Hemodynamic Changes in Man during Immersion with the Head above Water. Aerospace Medicine. 43(6):590-592, 1972.
Advances in Space Biology and Medicine by Sjoerd L. Bonting (Eds.)