#TITLE_ALTERNATIVE#

• Main Author: RESMANA NIM : 21716002, DADAN
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/26340
• Institution: Institut Teknologi Bandung

Background: Exercising in a public sports facility whose position in the middle <br /> <br /> of the city has a tendency to be exposed to air pollution, especially PM2,5, which is <br /> <br /> sourced from motorized vehicles. The impact of PM2,5 associated with exercise <br /> <br /> has not been much in the literature. The purpose of this study was to analyze the <br /> <br /> impact of PM2,5 on vital lung capacity, VO2max, and blood lead levels after <br /> <br /> exercising at ITB facilities.. Methods: Subjects in this study were Saraga’s ITB <br /> <br /> visitors who exercised at night. Measuring PM2,5 and temperature ITB facility <br /> <br /> temperature using Origins and Weather Undergrounds. Analyzing of force vital <br /> <br /> capacity using SP10 Sprirometer, measurement of energy expenditure using the <br /> <br /> Polar H-7 Heart-rate monitor, and analyzing the concentrations of lead in blood <br /> <br /> using AAS. Result: After getting treatment at the Saraga ITB. Eksperiment group <br /> <br /> produces a force vital capacity 3.77 L, energy expenditure 172.42 kcal, and <br /> <br /> concentrations of blood lead levels was 1,01 µg. Conclusion: This study showed <br /> <br /> that there was an increase in the value of vital lung capacity during post-test <br /> <br /> compared to pre-test, a decrease in energy expenditure during post-test compared <br /> <br /> to pre-test, and an increase in blood lead levels during post-test compared to pretest. The results of this study can be a reference so that seeking sports <br /> <br /> infrastructure development must pay attention to the topography of the region to <br /> <br /> be free from air pollution, especially PM2,5. <br />