Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress
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Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress
Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress
解放军医学杂志(英文版)1986年第3期 页码:270-277
Affiliations:
1. Department of Aviation Biodynamics Fourth Military Medical College
2. ,Xi’an
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纸质出版:1986
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Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress[J]. 解放军医学杂志(英文版), 1986,(3):270-277.
[1]杨耀庭,李慧卿.Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress[J].Journal of Medical Colleges of PLA,1986(03):270-277.
Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress[J]. 解放军医学杂志(英文版), 1986,(3):270-277.DOI:
[1]杨耀庭,李慧卿.Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress[J].Journal of Medical Colleges of PLA,1986(03):270-277.DOI:
Measurement of Regioual Blood Flow of Organs in Aesthetized Rabbits with Biological Microsphere Technique during +3Gz Stress
摘要
Abstract
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正
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This article states that the tachnique of
51
Cr-labelled frog redblood cells can be applied to studying acceleration physiology tomeasure the effects of +3Gz acceleration on regional blood flow oforgans in anesthetized rabbits.The results show that the coronaryblood flow of anesthetized rabbits was unchanged during +3Gzstress.However
the blood flow of the brain
liver
stomach
smallintestines
renal cortex and medulla was markedly reduced
especially
that of the renal cortex was decreased by 96.57% as compared withthe control group.The study indicates that it is appropriate to applybiological microsphere technique to the study of acceleration physi-ology.
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