Basic Sciences in Anesthesiology: A Guide for Study |
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Page 274
... Nitrogen boils off first No. 1 40 . 2. Oxygen boils off first 3. Both oxygen and nitrogen boil off at the same time 4 . The nitrogen boils off causing the oxygen to solidify and remain behind 5. The oxygen boils off causing the nitrogen ...
... Nitrogen boils off first No. 1 40 . 2. Oxygen boils off first 3. Both oxygen and nitrogen boil off at the same time 4 . The nitrogen boils off causing the oxygen to solidify and remain behind 5. The oxygen boils off causing the nitrogen ...
Page 332
... nitrogen at sea level is : ༤ . 2 . 120 150 3 . 250 4. 550 5. 600 No. 5 184 . ( Best - 1 , p . 452 ) What is the approximate combined partial pressures of nitrogen and oxygen in the alveoli of an individual breathing room air at sea ...
... nitrogen at sea level is : ༤ . 2 . 120 150 3 . 250 4. 550 5. 600 No. 5 184 . ( Best - 1 , p . 452 ) What is the approximate combined partial pressures of nitrogen and oxygen in the alveoli of an individual breathing room air at sea ...
Page 501
... nitrogen dissolved in the body fluids . When pressure is quickly released to normal , the nitrogen may be released as gas emboli because nitrogen has high solubility and slow rate of diffusion . If decompression is accomplished with ...
... nitrogen dissolved in the body fluids . When pressure is quickly released to normal , the nitrogen may be released as gas emboli because nitrogen has high solubility and slow rate of diffusion . If decompression is accomplished with ...
Common terms and phrases
acid acidosis action activity administration Adriani-8 agents alveoli anesthesia anesthetic anesthetic agents artery block blood pressure body brain capacity carbon dioxide cardiac cause cells cerebral changes chloride circulation concentrations contains cord cranial nerve cyclopropane d-Tubocurarine decreased depression diethyl ether dilatation disease doses drugs effects employed endotracheal epinephrine excess factors fibers flow fluid function given glucose Goodman-1 grams greater halothane heart hyperventilation hypotension hypoxia increased indicates injection intravenous kidney lateral less liver loss lower lungs measures minute morphine muscle nerve nitrous oxide normal occur operation output oxygen pain patient period peripheral plasma plexus position potassium prevent produce prolonged pulmonary pulse reaction reduced reflex relaxants respiration respiratory result severe sodium solution space spinal stimulation supply surgery sympathetic technique temperature tissue tube usually vapor venous ventricular vessels volume