Beedle Barry B, Mann Christie L
Physical Fitness Testing Laboratory, Department of Health and Human Performance, Elon University, Elon, North Carolina 27244, USA.
J Strength Cond Res. 2007 Aug;21(3):776-9. doi: 10.1519/R-19415.1.
The purpose of this study was to compare a 5-minute treadmill activity at 70% maximum heart rate (MHR) and 5 to 6 minutes of ballistic stretching to a 5-minute treadmill activity at 60% of MHR and 5 to 6 minutes of static stretching. Thirty healthy college students, 7 men and 23 women, volunteered. Most volunteers were moderately active. All participants signed an informed consent. Participants received the aforementioned warm-ups in random order with 48 to 72 hours between warm-ups. The stretching exercises were a back stretch, a quadriceps stretch, and a hamstring stretch. Three trials for 30 seconds each were given. After each warm-up the participants performed the modified-modified Schober test for low back flexibility, active knee extension test for hamstring flexibility, and plantar flexion for ankle flexibility. There were no significant differences on any of the 3 range of motion (ROM) tests although the ankle ROM test was almost significantly greater (68.8 degrees ) after the warm-up with static stretching compared with 65.9 degrees after the warm-up with ballistic stretching. A more intense cardiovascular activity and ballistic stretching were similar to a less intense cardiovascular activity and static stretching on flexibility. If athletes perform a warm-up and static or ballistic stretching before their workouts, then they should continue to perform the warm-up and the stretching routine with which they are most familiar and comfortable.
本研究的目的是比较在最大心率(MHR)的70%下进行5分钟跑步机活动并进行5至6分钟的动态拉伸,与在MHR的60%下进行5分钟跑步机活动并进行5至6分钟的静态拉伸。30名健康大学生自愿参与,其中7名男性和23名女性。大多数志愿者活动水平中等。所有参与者均签署了知情同意书。参与者以随机顺序接受上述热身,两次热身之间间隔48至72小时。拉伸练习包括背部伸展、股四头肌伸展和腘绳肌伸展。每个动作进行3次,每次30秒。每次热身之后,参与者进行改良的Schober测试以评估腰部柔韧性,进行主动膝关节伸展测试以评估腘绳肌柔韧性,进行跖屈测试以评估踝关节柔韧性。在这三项活动范围(ROM)测试中均未发现显著差异,不过在进行静态拉伸热身之后的踝关节ROM测试结果(68.8度)几乎显著高于进行动态拉伸热身之后的结果(65.9度)。在柔韧性方面,强度更高的心血管活动和动态拉伸与强度较低的心血管活动和静态拉伸相似。如果运动员在训练前进行热身以及静态或动态拉伸,那么他们应该继续采用自己最熟悉且最舒适的热身和拉伸程序。