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Please use this identifier to cite or link to this item: http://archive.rubicon-foundation.org/6853

Title: The Physiological Basis of Decompression.
Authors: Vann, RD
Keywords: DECOMPRESSION SICKNESS
physiology
inert gas elimination
EXERCISE
THERMAL STRESSES
RESPIRATORY
bubble
isobaric gas counterdiffusion
isobaric counterdiffusion
lesion
ALTITUDE
oxygen prebreathe
Bubble formation
blood
URINE
Vacuum phenomena
spinal cord
history
evoked potentials
Susceptibility
Adaptation
Diving at altitude
flying after diving
space
Issue Date: 1989
Publisher: Undersea and Hyperbaric Medical Society, Inc.
Citation: Vann RD (ed). The Physiological Basis of Decompression. 38th Undersea and Hyperbaric Medical Society Workshop. UHMS Publication Number 75(Phys)6-1-89. Bethesda: Undersea and Hyperbaric Medical Society; 1989; 437 pages.
Abstract: CONTENTS: Acknowledgments; Speakers; Discussants; The physiological basis of decompression: An overview - Richard D. Vann; Egress of inert gas from tissue - L.D. Homer, P.X. Weathersby, and S. Survanshi; Discussion; Effect of exercise, thermal state, blood flow on inert gas exchange - D.R. Pendergast and A.J. Olszowka; Discussion; Respiratory inert gas exchange - Ulf I. Balldin; Discussion; Gas exchanges of bubbles in tissues and blood - Hugh D. Van Liew; Discussion; Relations of isobaric gas counterdiffusion and decompression gas lesion diseases - C.J. Lambertsen; Discussion; Effect of different gases on decompression sickness - Paul K. Weathersby; Discussion; Exercise and decompression sickness - Richard D. Vann, Wayne A. Gerth, and Nelson E. Leatherman; Discussion; Whole-body nitrogen elimination during oxygen prebreathing and altitude decompression sickness risk - Wayne A. Gerth, Richard D. Vann, and Nelson E. Leatherman; Bubble formation mechanisms - Edward A. Hemmingsen; Discussion; Bubble formation in blood and urine; G.l. Okang and R.D. Vann; Vacuum phenomena: An annotated bibliography - Richard D. Vann; The effect of pressure profile on bubble formation - S. Daniels; Discussion; Target organs Michael R. Powell; Discussion; Bubble formation and DCS - Yoshihiro Mano; A current view of the pathogenesis of spinal cord decompression sickness in an historical perspective - T.J.R. Francis; Discussion; Are evoked potentials useful in the management of patients with acute dysbaric illness? - R.E. Moon, E.M. Camporesi, C.W. Erwin, and E.W. Massey; Magnetic resonance imaging in severe decompression sickness and arterial gas embolism - E.M. Camporesi, R.E. Moon, W.T. Djang, and E.R. Heinz; Influence of pressure profile on DCS symptoms - Charles E. Lehner and Edward H. Lanphier; Discussion; Susceptibility to decompression sickness - C.A. Ward; Discussion; Adaptation to decompression stress - Roderic G. Eckenhoff; A decompression embolization guinea pig cardiovascular shock model - S.J. Whidden and K.W. Van Meter; Individual factors affecting decompression sickness - Mark L. Dembert; Discussion; Individual susceptibility to DCS - Paul K. Weathersby; Caisson decompression - Eric P. Kindwall; Discussion; Discussion on presentation by Dr. Shields; Diving at altitude and flying after diving - A.A. Buhlmann; Discussion; Decompression in space - D.J. Horrigan, Jr., J.M. Waligora, J. Gilbert, B. Edwards, J. Conkin, and J. Stanford; Discussion.
Description: Copyright Undersea and Hyperbaric Medical Society. Reproduction in part or in whole is permitted for any purpose.
URI: http://archive.rubicon-foundation.org/6853
Appears in Collections:Undesignated and Unpublished Reports

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