Aerospace Medicine, Volume 42Bruce Publishing Company, 1972 |
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Page 826
... Pulmonary Hypertension - In pulmonary arterial em- bolism it is believed that the pressure rise is caused by mechanical blockage of vasculature , while edema and active vasoconstriction may superimpose on this mech- anism in miliary ...
... Pulmonary Hypertension - In pulmonary arterial em- bolism it is believed that the pressure rise is caused by mechanical blockage of vasculature , while edema and active vasoconstriction may superimpose on this mech- anism in miliary ...
Page 827
... pulmonary vascular shunting reduced arterial Po : by 30 % . Equal dosages of oxygen and carbon di- oxide produce an effect of lessor degree than nitrogen on the pulmonary and systemic circulation . A dosage of 0.15 ml / Kg / min of ...
... pulmonary vascular shunting reduced arterial Po : by 30 % . Equal dosages of oxygen and carbon di- oxide produce an effect of lessor degree than nitrogen on the pulmonary and systemic circulation . A dosage of 0.15 ml / Kg / min of ...
Page 1074
Pulmonary Circulation of the Intact , Free- Ranging Animal A. A. BICKER , F. K. LUPO , F. HAAS and E. H. BERGOFSKY Departments of Rehabilitation Medicine and Physiology , School of Medicine and School of Engineering , New York ...
Pulmonary Circulation of the Intact , Free- Ranging Animal A. A. BICKER , F. K. LUPO , F. HAAS and E. H. BERGOFSKY Departments of Rehabilitation Medicine and Physiology , School of Medicine and School of Engineering , New York ...
Contents
PREDICTING THE QUALITY OF PILOT LANDING PERFOR | 16 |
USE OF HEPARIN FOR THE THERAPEUTICPROPHYLACTIC | 20 |
CORRELATION OF THERMAL PROPERTIES OF SOME HUMAN | 24 |
Copyright | |
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acid activity Aeromedical Aerospace Medical Association AFRIN Air Force aircraft aircrew airport altitude animals arterial Aviation Medicine bed rest Biosatellite blood pressure body Brooks AFB carbon cardiac Center changes clinical CO₂ Committee Creatinine decompression sickness decrease dive dogs drug effects environment epinephrine experimental experiments exposure factors Figure flight flow function Furosemide heart rate Heparin human hyperbaric hypokalemia hypoxia increase indicated Laboratory lipid lung mean measured ment metabolic minutes monkeys night nitrogen norepinephrine normal nystagmus observed occurred orbital oxygen toxicity patients performance period Ph.D Physiol physiological pilot plasma platelet potassium present primate pulmonary rats recorded recovery refs reported Research respiratory response saturation diving School of Aerospace significant sleep sodium space stress subjects Table test group Texas thermal tion tissue tocopherol urinary USAF USAF School values venous visual Washington Washington National weightlessness