Corellation Intake of Energy, Protein, Fluid, Physical Activity and Hydration Status With VO2MAX at Hockey Atlet in UKM Pancasila University

Description:

Hockey is a sport which is conducted in high determination so that every athlete is prosecuted to have good physical condition and VO2Max during the game. When the level of VO2Max is high then the endurance of doing exercise is also higher, which means someone who has a high VO2Max level will not feel tired quickly after doing a series of activities. Purpose: Analyze Correlation intake of energy, protein, fluid, physical activity and hydration status with VO2Max at UKM Pancasila University Hockey athletes. Research Method: This quantitative research use cross sectional approach. Statistical tested by using Pearson correlation test and spearman correlation test for bivariate test. This study involved 32 samples Hockey player on UKM Pancasila University. Result: More than half of Hockey athletes on UKM Pancasila University have VO2Max level in the categories below standard with average 36,55±8,58 ml/kg/minute (56,2%), less Energy Intake with average 1783,31±428,15 kkal (53,1%), less Protein Intake with average 50,47±12,61 gram (56,3), less Fluid Intake with average 1957,64±569,59 ml (59,4%), Hydration status of hockey athlete before and after exercise in mild dehydration condition are 17 people (53,1%). The physical activity of the hockey athletes is moderate with an average of 1.7759 ± 0.44 PAL (34.4%). Statistical test result showed a correlation between energy intake, fluid intake, physical activity, hydration status before exercise with VO2Max (p≤0,05), however there is no correlation between energy intake and hydration status after exercise with VO2Max (p≥0,05).Conclusion: A hockey athlete should always pay attention to food and fluid intake as well as physical activity because VO2Max have correlation with energy intake, fluid intake, physical activity and hydration status before exercise.

Author:

  1. Mury Kuswari
  2. Rachmanida Nuzrina
  3. Nazhif Gifari
  4. Prita Dhyani Swamilaksita
  5. Jayanti Tri Hapsari

Source:

International Conference on Recent Innovation 2018