1.Internal leakage of oxygen flush valve.
Korean Journal of Anesthesiology 2013;64(6):550-551
No abstract available.
Oxygen
2.Effect of Mercury and Lead on the Biochemical Oxygen Demand (BOD).
Korean Journal of Preventive Medicine 1984;17(1):217-222
In order to estimate interfering effects of mercury and lead on biochemical oxygen demand (BOD), BOD in 18 effluent samples were measured under three different concentrations of mercury and lead. The results obtained were as follows: 1. Biochemical oxygen demand(BOD) was decreased under the presence of mercury and lead, with parallel correlation of mercury concentration. 2. High correlations were noted between original BOD concentration and decreasing amount of BOD when concentrations of mercury or lead were increased. 3. When the lead concentration was high, the close correlation was observed between total organic carbon(TOC) and decreasing amount of BOD. 4. There was a negative correlation between TOC/BOD ratio and decreasing amount of BOD when the mercury concentrations were high.
Oxygen*
4.Clinical experience of long-term home oxygen therapy.
Young Suk LEE ; Seung Ick CHA ; Chun Duk HAN ; Chang Ho KIM ; Yeun Jae KIM ; Jae Yong PARK ; Tae Hoon JUNG
Tuberculosis and Respiratory Diseases 1993;40(3):283-292
No abstract available.
Oxygen*
5.Experimental study to the effect of hyperbaric oxygen on the survival of the composite graft.
Hyeung Gyo SEO ; Seung Ha PARK ; Chun Eun CHUNG ; Won Kyung KANG
Journal of the Korean Society of Plastic and Reconstructive Surgeons 1991;18(5):779-787
No abstract available.
Oxygen*
;
Transplants*
6.Clinical comparison between inside blood flow type and outside blood flow type in the hollow fiber oxygenator.
The Korean Journal of Thoracic and Cardiovascular Surgery 1992;25(5):451-458
No abstract available.
Oxygen*
;
Oxygenators*
7.Clinical Significance of Arterial/Alveolar Oxygen Tension Ratio as an Index of Prediction of New Arterial Oxygen Tension .
Korean Journal of Anesthesiology 1987;20(4):540-544
To evaluate the sensitivity of the arterial/alveolar oxygen tension ratio as an index of rapid and simple method for predicting the new arterial oxygen tension at any fractional concentraion of inspired oxygen, smalle reviewed the arterial blood gab data obtained before and after an inspired oxygen concentration change from 16 mechanically ventilatedPatients. The results were as followa ; 1) There was no statistically difference between the predicted arterial oxygen tension 75+/-6 torr (mean+/-S. D.) and the obtained(actual) arterial oxygen tension 94+/- torr(mean+/-5.D) in the patient group wit? arteria1/alve7lar oxygen tension ratio change below 0.02 after the inspired oxygen concentration change (P>0.01) , 2) There was statistically signifioant difference between the predicte? arterial oxygen tension 105+/-7 torr(mean+/-S.D.) and the obtained(actual) arterial oxygen tension 91+/-6 terr (mean+/-S.D.) in the patient group with an arterial/alveolar oxygen tension ratio changeabove 0.06 after the inspired oxygen concentration change (P<0.05) . The analysis presented that the new arterial oxygen tension was acculately predicted by the equation if the arterial/alveolar oxygen tension ratio changed<0.02 after the inspired oxygen tension change and that poorly predicted if the arterial/alveelar oxygen tension ratio change> or =0.06 after the inspired oxygen tension change.
Humans
;
Oxygen*
9.Hyperbaric Oxygen Treatment in Acute CO Poisoning.
Korean Journal of Preventive Medicine 1983;16(1):153-156
No abstract available.
Oxygen*
;
Poisoning*
10.Effects of oxygen supply unit for individual on HR and SaO2 at high altitude.
Bing-nan DENG ; Pei-bing LI ; Zhong MAO ; Hong-jing NIE ; Zhong-hai XIAO ; Hui-li ZHU ; Rui-feng DUAN ; Hai WANG ; Zhao-li CHEN
Chinese Journal of Applied Physiology 2015;31(1):17-22
Altitude
;
Heart Rate
;
Humans
;
Oxygen
;
Oxygen Consumption
Result Analysis
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