This study aimed to test whether the training camp attendance of swimming athletes on the area above the sea level (altitude training) the "Live High High-Train" (LHTH) for a period of 3-4 weeks to be added to VO2max as swimming through the increase of mass Hemoglobin (Hb mass) by student volunteers in the study of kin.Swimming, national and international levels. The number of people swimming athletes of 10 persons will be provided to trainees at 2130 meters altitude and 3094 meters above sea level for a period of 3 weeks (LHTH group) and 10 other people swimming, athletes will be provided in the control group will receive the same type of training at sea level (SL group) athletes swim in the Group 2 Dalian.Child checked the measurement and performance measurement in swimming, measured body composition using X-ray absorptiometry (DXA), the dual measure of carbon monoxide mass rebreathing method with Hb and swimming VO2peak while measuring with a swimming pool 3 x 4 type is 50 metres and during the 10 seconds lifting, swimming, 200 m and swim 3,000 met.What happened both before and after the training. Study results showed that the Group has made the practice more mass LHTH Hb rear 3.9 ± 6.2% training (< p 0.05) but there is no change in the level of training at sea level and for swimming VO2peak while values. Before and after the training is similar in both groups of 2-4 x swimming 50 m 2 of the better group similar maximum speed but in doing incremental step swimming test and the time it takes to swim 3,000 meters tend to develop more and more, with maximum speed increased (p = 0.051), and time.Decreased (p = 0.09) on LHTH group than group SL, thus conclude that the altitude training LHTH training for a period of 3-4 weeks is enough to make a Hb increase mass but not affect VO2peak while swimming. However, the altitude training LHTH training, it may be a form of training that can enhance performance in swimming better than training at sea level.
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