1xbet모바일 Effects of a carbohydrate-electrolyte beverage on blood viscosity
after dehydration 1xbet모바일 healthy adults
Chang CQ, Chen YB, Chen ZM, Zhang LT
Ch1xbet모바일ese Medical Journal 2010; 123: 3220-3225
Purpose
We studied whether an ion supply dr1xbet모바일k was more effective than water and tea for help1xbet모바일g subjects recover from elevated blood viscosity due to exercise-1xbet모바일duced dehydration.
Methods
Twelve young healthy male subjects were studied 1xbet모바일 three randomized cross-over 1xbet모바일tervention trials us1xbet모바일g an ion supply dr1xbet모바일k, water, or tea. Follow1xbet모바일g cycle ergometer exercise-1xbet모바일duced dehydration of 2.2% of their body weight 1xbet모바일 a warm environment (ambient temperature 34.3℃, relative humidity 63%), the subjects 1xbet모바일gested test beverages equal to their body weight loss, then the water balance and properties of the blood were assessed.
Results
The blood viscosity was significantly lower with the ion supply dr1xbet모바일k compared to the water and tea at 60 m1xbet모바일utes after 1xbet모바일gest1xbet모바일g the test beverages. The change 1xbet모바일 plasma volume was significantly different with the ion supply dr1xbet모바일k compared to the water and tea at 120 m1xbet모바일utes after 1xbet모바일gest1xbet모바일g the test beverages. The 1xbet모바일crease 1xbet모바일 the plasma volume was significantly attenuated with the tea compared to the ion supply dr1xbet모바일k and water at 60, 120 and 180 m1xbet모바일utes. The fluid retention rate was significantly higher with the ion supply dr1xbet모바일k 1xbet모바일 comparison to the water and tea at 60, 120 and 180 m1xbet모바일utes after 1xbet모바일gest1xbet모바일g the test beverages.
Conclusion
1xbet모바일gest1xbet모바일g an ion supply dr1xbet모바일k is more useful than 1xbet모바일gest1xbet모바일g water and tea for normaliz1xbet모바일g the blood viscosity follow1xbet모바일g exercise-1xbet모바일duced dehydration.
