Dissertation > Medicine, health > Of Medical > Military Medical

The Effect on the Endurance of Soldiers with Different Training Patterns and Its Relation to Their ACE Gene Polymorphism

Author ZuoWeiMing
Tutor HuangChangLin
School Fourth Military Medical University
Course Surgery
Keywords Circuit training method Endurance quality VO2max Military training injuries ACE gene Gene polymorphism
Type Master's thesis
Year 2010
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To search for a suitable conventional forces, quickly and efficiently improve the soldiers of Aerobic Endurance training methods, and reduce the resulting military training due to injury incidence. And to explore the basis for \Random sample of an infantry regiment 248 Han history of military training male recruits are divided into two groups, one group for the experimental group, the use of intensive endurance training method to cycle training method \control group, forces endurance training methods commonly used to 5000m race-based training methods, weekly 5000m × 3 times, no more than once daily, two groups of 8-week endurance quality training. Before the start of the training and training after 8 weeks of test the soldiers quiet pulse, vital capacity, VO2max and 5000m results of endurance quality indicators. And after eight weeks of training soldiers undergo a medical examination to detect leg swelling and number of symptoms of tenderness, knee pain and low back pain and other military training injuries occur, Statistics military training injury incidence. Then the the ACE gene isoforms were detected soldiers and within each group in accordance with the different genotyping divided into II, ID and DD type three groups, according to the training performance analysis of training methods with different ACE gene typing soldiers endurance Quality. The results of the experimental group after training quiet pulse reduced by 8.0%, vital capacity, VO2max, 5000m results than before training were increased by 8.1%, 20.0% and 14.7% (P lt; 01). Performance between the two groups were significantly different (P lt; 0.05), the experimental group training injury incidence of 3.3% in the control group training injury incidence rate of 8.1% between the two groups the injury incidence significant difference (P lt; 0.05 ). The two groups of soldiers polymorphisms sites are in compliance with the Hardy-Weinberg equilibrium. ACE genotyping in the test group, type II accounted for 33.9%, the ID type accounted for 59.6%, and the DD type accounted for 6.5%. Control group II accounted for 46.8%, the ID type accounted for 50.0%, the DD type accounted for 3.2%. Type II are still in the test group ID and DD-5000m achievements and VO2max compared with the control group significantly increased, the difference was statistically significant (P lt; 0.05) Experimental group group between ACE genotype showed no significant difference (P gt; 0.05) No significant difference between the control group II and ID genotype (P gt; 0.05), DD and type II, ID were significantly different (P lt; 0.05) Experimental group training VO2max, 5000m run results than before training significantly increased by 20.0% and 14% (P lt; 01), and significantly increased compared with the control group (p lt; 0.05) Conclusion \In the same training conditions, \

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