CD Tesis
Perbedaan Nilai Faal Paru Dan Vo2max Pelari Bukan Atlet Antara Perokok Tembakau, Perokok Elektrik Dan Bukan Perokok Di Komunitas Lari Pekanbaru Riau
Background: Running is an exercise that can enhance respiratory muscle training. A good vital capacity is crucial for a runner, as it contributes to physical fitness and respiratory endurance. To assess the fitness level of runners, pulmonary function and maximum oxygen volume (VO2Max) can be evaluated.
Methods: This study employs an observational analytical design with a cross-sectional approach, assessing differences in pulmonary function and VO2Max among non-athlete runners who are tobacco smokers, e-cigarette users, and non-smokers within the running community of Pekanbaru, Riau.
Results: The majority of participants were male, with average ages of 36.4 years for tobacco smokers and 32.2 years for e-cigarette users. The forced expiratory volume in 1 second (FEV1) was 91.51 for tobacco smokers, 88.41 for e-cigarette users, and 92.27 for non- smokers. The forced vital capacity (FVC) values were 93.94 for tobacco smokers, 86.29 for e- cigarette users, and 91.84 for non-smokers. The FEV1/FVC ratios were 82.98 for tobacco smokers, 86.32 for e-cigarette users, and 87.08 for non-smokers. Among tobacco smokers, 17 participants (85%) fell into the "low" VO2Max category, while 15 e-cigarette users (75%) also fell into this category.
Conclusion: Smoking significantly affects pulmonary function and VO2Max in runners.
Keywords: VO2Max, Exercise, E-cigarette Users, Tobacco Smokers, Pulmonary Function
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