Santtila Matti, Häkkinen Keijo, Karavirta Laura, Kyröläinen Heikki
Defence Forces, Personnel Division of Defence Command, P.O. Box 919, 00131 Helsinki, Finland.
Mil Med. 2008 Dec;173(12):1173-9. doi: 10.7205/milmed.173.12.1173.
The purpose of the present study was to examine the changes in cardiovascular performance (VO2 max) and maximal strength development during an 8-week basic training (BT) combined with emphasized endurance training (ET) or strength training (ST) among 72 conscripts. The emphasized ST and ET programs combined with BT improved VO2 max by 12.0% (p < 0.01) and 8.5% (p < 0.05), while the increase in the control group (normal training) was 13.4% (p < 0.001). Body fat and waist circumference decreased in all groups. Normal training did not increase maximal strength of leg extensors but both ST (9.1%; p < 0.05) and ET (12.9%; p < 0.01) did. In conclusion, the current BT program including a high amount of endurance training improved cardiovascular performance. However, no further improvements in VO2 max were obtained by added endurance training for three times a week. BT positively influenced body composition but BT alone was not a sufficient stimulus to increase the maximal strength of leg extensors.
本研究的目的是在72名应征入伍者中,考察为期8周的基础训练(BT)结合强化耐力训练(ET)或力量训练(ST)期间心血管机能(最大摄氧量)和最大力量发展的变化情况。结合BT的强化ST和ET方案使最大摄氧量分别提高了12.0%(p<0.01)和8.5%(p<0.05),而对照组(常规训练)的增幅为13.4%(p<0.001)。所有组的体脂和腰围均有所下降。常规训练未增加伸腿肌群的最大力量,但ST(9.1%;p<0.05)和ET(12.9%;p<0.01)均使其增加。总之,当前包含大量耐力训练的BT方案改善了心血管机能。然而,每周额外进行三次耐力训练并未使最大摄氧量进一步提高。BT对身体成分有积极影响,但仅BT本身不足以刺激伸腿肌群最大力量的增加。