1.New Inhalation Anesthetics .
Korean Journal of Anesthesiology 1992;25(2):209-211
No abstract available.
Anesthetics, Inhalation*
;
Inhalation*
2.Uptake and Distribution of Inhalation Anesthetics.
Korean Journal of Anesthesiology 2003;45(5):559-565
No abstract available.
Anesthetics, Inhalation*
;
Inhalation*
3.Radioaerosol inhalation imaging in bronchial asthma.
Bum Soo KIM ; Young Ha PARK ; Jeong Mi PARK ; Myung Hee CHUNG ; Soo kyo CHUNG ; Kyung Sub SHINN ; Yong Whee BAHK
Korean Journal of Nuclear Medicine 1991;25(1):46-52
No abstract available.
Asthma*
;
Inhalation*
4.What Have We Learnt from the Tragic Events Related to Humidifier Disinfectant Inhalation in 2011?.
Journal of Korean Medical Science 2016;31(12):1855-1856
No abstract available.
Humidifiers*
;
Inhalation*
5.Intracuff Pressure Change during Inhalation Anesthesia .
Korean Journal of Anesthesiology 1978;11(4):351-356
The effect of nitrous oxide on endotracheal tube cuff pressure was measured during N2O-O2-halothane anesthesia. Intracuff pressure was increased in a time-related fashion up to 150 minutes. Thereafter no significant increase was observed, The other hand, there is no endotracheal tube cuff pressure change during O2-halothane anesthesia. These findings demonstrate that nitrous oxide has the capacity to diffuse into Portex endotracheal tube cuffs in significant volumes and may result in increased intracuff pressure, and in O2-halothane anesthesia, the nitrogea in the cuff was diffused out from the cuffs.
Anesthesia
;
Anesthesia, Inhalation*
;
Hand
;
Inhalation*
;
Nitrous Oxide
6.Clinical analysis of the inhalation injury of the facial burn patients.
Yark Sung JUNG ; Song KIM ; Hee Chul PARK
Journal of the Korean Surgical Society 1991;40(3):391-396
No abstract available.
Burns*
;
Humans
;
Inhalation*
7.Inhalation Therapy for Bronchial Asthma.
Journal of the Korean Medical Association 2000;43(12):1228-1236
No abstract available.
Asthma*
;
Inhalation*
;
Respiratory Therapy*
8.The changes of ventilatory functions and arterial blood gases before and after salbutamol inhalation in acute attacks of bronchial asthma.
Yong Hwa SHIN ; Won Hee KIM ; Sung Won KIM
Pediatric Allergy and Respiratory Disease 1993;3(1):81-88
No abstract available.
Albuterol*
;
Asthma*
;
Gases*
;
Inhalation*
9.Relationship between Bronchial Sensitivity and Bronchial Reactivity in Asthma.
Ki Youl SEO ; Jung Hyun CHANG ; Seon Hee CHEON
Tuberculosis and Respiratory Diseases 1998;45(2):341-350
BACKGROUND: Airway hyperreponsiveness is a cardinal feature of asthma. It consists of both an increased sensitivity of the airways, as indicated by a smaller concentration of a constrictor agonist needed to initiate the brochoconstrictor response and an increased reactivity, increments in response induced subsequent doses of constrictor, as manifested by slopes of the dose-response curve. The purpose of this study is to observe the relationship between bronchial sensitivity and reactivity in asthmatic subjects. METHOD: Inhalation dose-response curves using methacholine were plotted in 56 asthmatic subjects. They were divided into three groups(mild, moderate and severe) according to clinical severity of bronchial asthma. PC20 were determined from the dose-response curve as the provocative concentration of the agonist causing a 20% fall in FEV1. PC40 were presumed or determined from the dose response curve, using the PC20 and the one more dose after PC20. Reactivity was calculated from the dose-response curve regression line, connecting PC20 with PC40. RESULTS: PC20 were 1.83mg/ml in mild group, 0.96mg/ml in moderate, and 0.34mg/ml in severe. PC4O were 7.17mg/ml in mild group, 2.34mg/ml in moderate, and 0.75mg/mI in severe. Reactivity were 24.7+/-17.06 in mild group, 46.1+/-22.10 in moderate, and 59.0+/-5.82 in severe. There was significant negative correlation between PC2O and reactivity (r=-0.70, P<0.01). CONCLUSION: Accordingly, there was significant negative correlation between bronchial sensitivity and brochial reactivity in asthmatic subjects. However, in some cases, there were wide variations in terms of the reactivity among the subjects who have similar sensitivity. So both should be assessed when the bronchial response tor bronchoconstrictor agonists is measured.
Asthma*
;
Inhalation
;
Methacholine Chloride
10.A case of lung injury caused by ammonia-gas inhalation.
Jong Deog LEE ; Won Ho SIN ; Kuen Yong KIM ; Won Ju LEE ; Jin Hak CHOI ; Young Sil WHANG
Tuberculosis and Respiratory Diseases 1991;38(1):70-73
No abstract available.
Inhalation*
;
Lung Injury*
;
Lung*
Result Analysis
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