The Effect of Vitamin E Supplementation on Muscular Fatigue in Professional Men's Athletics

High-intensity exercise (3000-meter runner) contributes to muscle fatigue. Fatigue can be determined by measuring blood lactate levels. Blood lactate levels are a product of anaerobic metabolism. Lactate accumulation due to anaerobic physical activity can inhibit the glycolytic enzyme that affects decreased ATP production, damage of the calcium and sodium pumps in the muscles and causes fatigue. This study aimed to analyze the effect of vitamin E on the level of fatigue through the response of blood lactate levels in the runner 3000 meters. This research was a quasi-experimental research with a pretest-posttest design. Research subjects were 9 volunteer athletes (3000 meters runners) Aceh province, male, and aged 15-20 years. The treatments were vitamin E at a dose of 1x400 IU per day and administered for 14 days. Blood lactate levels were examined using the method of calorimetry. The statistical analysis was using the homogeneity test of variance (Levene's test), the normality test (Kolmogorov-Smirnov test) and paired t-test with a significant level of 5% (p-value<0.05). The results showed that blood lactate levels decreased approximately 13.93% after vitamin E supplementation. There was no significant difference (p=0.27) between blood lactate levels before and after vitamin E supplementation in athletes. In conclusion, vitamin E supplementation did not significantly lower blood lactate levels therefore vitamin E did not significantly reduce muscle fatigue in men's athletics.

The Ball Game Is for the Boys: The Visual Framing of Female Athletes on National Sports Networks’ Instagram Accounts

Despite the growth of female participation in sports, media coverage of female athletics remains stagnant. Scholarship regarding the treatment of female athletes in magazines, newspapers, and news and highlight programming has shown that sports journalism organizations demonstrate ambivalence with minimal coverage that reinforces gender stereotypes. This study examined 1,587 Instagram images from the primary accounts of the four major American sports networks. The resulting data indicate that women’s athletic coverage lags significantly behind men’s athletics. Females are more likely to appear alongside a male and are more likely be shown in culturally “appropriate” sports and in nonathletic roles.