1.Health Effect of Air Pollution.
Journal of the Korean Medical Association 1998;41(10):1025-1031
No abstract available.
Air Pollution*
2.Respiratory Symptons Prevalence Among Traffic Policemen in Malaysia
Putri Anis Syahira Mohamad Jamil
Malaysian Journal of Medicine and Health Sciences 2018;14(SP2):27-31
Introduction: Traffic policemen are exposed to polluted air for a long time in high concentrations since they are working outside for most of the time which is bad for their health. Hence, this study was to determine the prevalence of respiratory symptoms and pulmonary function among traffic police in Kuala Lumpur and Johor Bahru. Methods: A pulmonary function test using spirometer was used to measure the pulmonary function of subjects. A questionnaire on respiratory symptoms translated version from IUALTD was used. The questionnaire includes background data, occupational and health history. Results: The traffic policemen were determined as having lower lung function parameters; low FVC% predicted (89.6%) and low FEV1% predicted (94%) due to their nature of work and the environment. Coughing was present at the highest (33.6%) among them, whereas wheezing was found the least (15.7%) of the workers. Conclusions: Findings from this study, indicated that there is a development of respiratory diseases and deterioration of lung function among traffic policemen. These baseline data can serve as a reference to the top management of traffic police officers in order to develop an occupational safety and health guideline for police officers as they are not covered by Occupational Safety and Health Act (OSHA, Act 514 1994).
Air pollution
3.Studies of Air Pollution and Noise in Urban Korea.
Myung Ho KIM ; Sook Pyo KWON ; Myung Cho YOON
Yonsei Medical Journal 1967;8(1):40-52
Air pollution in the traffic areas in Seoul during the winter season was studied. The average level of sulfur dioxide concentration was 0.24 ppm through the day. Lowest was 0.14 ppm at 2~4 P.M. when the highest vertical temperature gradient was indicated, and 0.33~0.29 ppm during 10 P.M. to 8 A.M. at night. Average level of dust was 4.65 mppcf (2.1~12.8 mppcf) and higher levels were shown at 10 A.M., 6 P.M. and 10 P.M. as 5.44, 4.73 and 5.01 mppcf respectively. The noise level in the main traffic areas was 73.5 db in the average during this survey, 75.1 db in the daytime and 65.6 db in the night (11 P.M. ~7 A.M.) in the average. Various air pollutants in auto-exhaust gases and noise of automobiles were studied, since those are main sources of nuisance in the traffic areas. Carbon monoxide in the "Corona" taxi, formaldehyde in the jeep, and carbon monoxide, formaldehyde and sulfur dioxide in the "Senara" taxi were measured respectively in high concentration and there was no significant difference in other gases among the various type of vehides. As regards average Overall noise level at ordinary driving speeds, heavy vehicles emitted much more noise (30 KPH) (82.2~83.5 db) than light vehicles such as taxi (40~5O KPH) (71.5-80.2 db). The noise level when starting heavy vehicles was higher 88.5 db(94.2 phon) on the average and that of light vehicles was lower 69.4 db (76.2 phon). There were two types of automobile horn noise in the octave band; one was in 1,000 cps and the other 2,000~4,000cps. The average horn noise level of automobiles was 98 db (107.8 phon), with 106 db (11.05 phon) maximum and 88.8db (99.5 phon) minimum. In the epidemiological study of CO poisoning in urban areas, there were 260 deaths out of 532 patients in 201 incidents of poisoning occurring on a total of 128 days during January 1964 to Dec. 1966. The concentration of co in the main living rooms and kitchens was detected as 58 and 112 ppm respectively, and the level of carboxyl-hemoglobin in the blood of housewives was relatively high, 11.2% on the average. In outside air maximal concentration of CO was 80 ppm in Shinchon-Dong an urban area.
*Air Pollution
;
Korea
;
*Noise
4.Air Pollution on Childhood Asthma.
Pediatric Allergy and Respiratory Disease 2000;10(4):268-278
No abstract available.
Air Pollution*
;
Asthma*
5.Air lead in Ha Noi
Journal of Preventive Medicine 2000;10(3):56-58
This study applied for an evaluation of lead in individual samples at Ha Noi. The results showed that 2 of 30 samples (6.7%) have lead contents >0.7Mg/m3. Average, workshop workers are exposed to lead concentration at 2.5 times higher than that of bureau workers
Lead
;
Air Pollution
6.A pilot surveillance on air pollution and public health in Hai Phong.
Journal of Preventive Medicine 2002;12(1):72-74
The dust concentration through MP 10 machine was the highest level at the city's center (M2) on February - March. The general dust concentration was the highest at the area of the cement plant (M1) in March, April, August and November of the year, was higher 3-4 times than this of Vietnamese standard. The general acute respiratory disease and respiratory disease in children were the highest at the port industrial area (M3). The results showed the respiratory disease's dependant with the time in the year and the level of dust pollution with 2 peaks on summer and the dry season.
Air pollution
;
public health
7.Study on the Indoor Air Pollution.
Korean Journal of Preventive Medicine 1984;17(1):137-144
No abstract available.
Air Pollution, Indoor*
9.Allergic sensitization and its association with air pollution in childhood allergic rhinitis.
Allergy, Asthma & Respiratory Disease 2018;6(4):189-190
No abstract available.
Air Pollution*
;
Rhinitis, Allergic*
10.Can Air Pollution Biologically Hinder Efforts to Lose Body Weight?.
Diabetes & Metabolism Journal 2018;42(4):282-284
No abstract available.
Air Pollution*
;
Body Weight*