This study aimed to test whether the camp holds the swimmer on the high sea level (altitude training) and "Live High-Train High" (LHTH) for 3-4 weeks will be added. VO2max while swimming through the increase of Hemoglobin mass (Hb mass) were studied in healthy volunteers swimmer, national and international, 20 swimmers, 10 people will be provided access to training. altitude of 2,130 meters and 3,094 meters above sea level for 3 weeks (LHTH group) and another 10 swimmers will be placed in the control group. It was the same kind of training at sea level (SL group) swimmer of the two groups would have been detected during the outage. And measured the pool by measuring body composition using dual X-ray absorptiometry (DXA) to measure Hb mass by carbon monoxide rebreathing and measured VO2peak while swimming in the pool, 3 types of swimming. 4 x 50 meters of water during a 10-second lift, swimming pool, 200 meters and 3,000 meters, both before and after the training. The results showed that The office practice LHTH the Hb mass increased after training for 6.2 ± 3.9% (p <0.05) but no change in the group who trained at sea level and for the VO2peak while swimming before and after the training is invaluable. similar in the 2 groups, the performance of a 4 x 50 meter pool, the better the 2 groups were similar. The maximum speed of the incremental swimming step test and the time it takes to swim 3,000 meters tend to be more developed. The top speed increased (p = 0.051) and reduced the time spent (p = 0.09) than in the SL group LHTH group has concluded that the practice of LHTH altitude training for 3-4 weeks is enough to make it there. The increase in Hb mass but has no effect on VO2peak while swimming training, altitude training and LHTH However, it may be a form of training that can improve performance in the pool, the better. Training at sea level
การแปล กรุณารอสักครู่..