Key result
Basketball players demonstrate higher recovery capacity compared to soccer and cricket players.
Why the study?
Recovery after exercise is critical for restoring energy reserves and muscle healing, but comparative recovery capacity among players of different ball games required evaluation.
Does recovery capacity differ among male soccer, cricket, and basketball players?
Cross-Sectional (n=120)
Does recovery capacity differ among male soccer, cricket, and basketball players?
Answers are grounded in this paper and cite their sources.
Basketball players exhibit a higher recovery capacity compared to soccer and cricket players as measured by the Harvard step test.
Export Background: Recovery capacity is a topic dealt with by mental health solutions, and it is critical to give your body enough time off from physical activity to restore energy reserves and allow your harmed muscles to heal. In the field of games and sports, recovery after exercise is an important aspect of training which improves the adaptation cycle. Recovery from exercise is the period that passes after an exercise session ends and before one returns to a resting or recovered state. It also describes unique physiological states or processes that occur after exercise but are not the same as the physiology of either the resting or active states. There are two main phases of recovery – active recovery and passive recovery. Methods: The objective of the present study is to give knowledge and indicate better recovery time among soccer, cricket, and basketball players. One hundred and twenty male athletes who play basketball, cricket, and soccer were chosen at random to be the study’s subjects. There were 40 cricket players, 40 basketball players, and 40 soccer players among them. The mean age of soccer players is 22.23, cricket players 21.95, and basketball players 20.20 years. In the present study, the mean body mass index of soccer players was 21.50, cricket players 21.80, and basketball players 22.96. Recovery capacity was measured by the Harvard step test with collected pulse rate. The collected data were analyzed using descriptive statistics, median, and standard deviation. The statistical significance level was set at P < 0.05. Results: The study showed a statistically significant (P = 0.000) difference between the three groups of ball game players. Cricket and soccer players’ recovery time was not statistically significant (P = 0.080) and cricket players (Median = 77.00) were less recovery time than basketball players (Median = 89.00) which was statistically significant. Basketball players (Median = 89.00) had better recovery time than soccer players (Median = 84.50). Conclusion: Basketball players exhibit a higher recovery capacity compared to players of other ball games, as proven by their normative recovery score, which falls within the greater range of good.
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Mukta et al. (2023) conducted a cross-sectional in Healthy male athletes (n=120). Sport type (Basketball, Cricket, Soccer) was evaluated on Recovery capacity measured by the Harvard step test (p=0.000). Basketball players exhibited a significantly higher recovery capacity (median score 89.00) compared to soccer (84.50) and cricket players (77.00) (P=0.000).
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