Abstract
Introduction: Evaluation of anthropometric characteristics and respiratory functions is imperative for investigating the health status of individuals and sportspersons. The objective of this study was to evaluate the anthropometric characteristics and respiratory function parameters of rugby and soccer players. Methods: Forty-four players (rugby, n=22; soccer, n=22) were selected for the present study. They were free of musculoskeletal and respiratory disorders. Their age was 21.49 +/- 1.41 years, height 173.62 +/- 6.26 cm, weight 71.40 +/- 14.44 kg, BMI 22.70 +/- 4.26 kg/m2, PBF 17.35 +/- 12.27%, Fat Mass 24.43 +/- 13.61 kg, and LBM 55.98 +/- 7.26 kg. Anthropometric characteristics and body composition were measured using a weighing scale cum stadiometer and a bioelectric impedance analyzer. Respiratory function was assessed using a handheld spirometer. Standard procedures were followed to measure the anthropometric characteristics, body composition, and respiratory function. Results: The results of the study demonstrated no significant differences in anthropometric characteristics and body composition between rugby and soccer players. The respiratory function parameters were insignificant for vital capacity (VC) (MWU=213, p=0.496), forced expiratory volume in the first second (FEV1) (MWU=216, p=-0.541), forced expiratory volume in the first second divided by vital capacity (FEV/VC) (MWU=205.5, p=0.390), and maximum voluntary ventilation (MVV) (MWU=224.5, p=0.681) among rugby and soccer players; only a significant difference was found in forced vital capacity (FVC) (MWU=142.5, p=0.019) in rugby and soccer players. Conclusion: Based on findings from the study, it can be concluded that rugby players have higher values for respiratory functions than soccer players. The findings of this study can inform future researchers, coaches, and team instructors regarding the preparation of rugby and soccer players for specific training and competitions.