By John M. de Castro, Ph.D.
“She was injury-free because of yoga, stretching her body into difficult positions. “I’ve never seen such an improvement in my game, the difference it makes. I’m quicker, more nimble. Instead of being tighter, I’m more relaxed, more comfortable.” – Brenna Wise
Yoga practice has been shown to have a myriad of benefits for psychological and physical health. It is a mind-body practice that stresses both mental attention to present moment movements, breath control, and flexibility, range of motion, and balance. It can be practiced by anyone from children to seniors. Recently, there have been a number of high profile athletes who have adopted a yoga practice to improve their athletic performance. But, does yoga actually help elite athletes to perform at an even higher level? The ability of yoga to improve balance would seem to be a natural help for the athlete and the improvement in flexibility could well help the athlete resist injury.
In today’s Research News article “Impact of 10-weeks of yoga practice on flexibility and balance of college athletes.” See:
or below or view the full text of the study at:
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC4728955/
Polsgrove, Eggleston, and Lockyer randomly assigned male college soccer and baseball players to yoga training or control groups. Both groups received their typical athletic workouts throughout the study. But, in addition, the yoga group were trained in yoga postures twice a week in one-hour sessions.
The yoga group had significant improvements in both flexibility and balance. Flexibility increased 21% in tests of shoulder flexibility and sit-reach. Balance was improved 32% in the stork-stand, a common yoga pose. In contrast, the control group declined in all measures. Joint angle measurements revealed that the yoga group had significant improvement in ankle dorsiflexion, hip and knee extension, and shoulder and knee flexion. Hence, yoga training appeared to produce significant improvements in balance, flexibility, and the range of joint movement.
These are important changes in the physical abilities of the athletes. Although logically, these improvements would be expected to translate to improved athletic performance and lower occurrence of sports injuries, this was not investigated in the present study and remains for future research. It should be mentioned that the yoga training used emphasized the physical aspects of yoga. Mental discipline is also very important for athletic performance. It seems reasonable that future research should also include various aspects of the mental training that occurs in a typical yoga training.
Regardless, improve athletic flexibility and balance with yoga.
“I wanted my body to feel that way all the time. I became looser, and I only missed one game due to injury. It helped me remain injury-free, and helped my agility and athleticism.” – Eric Stutz
CMCS – Center for Mindfulness and Contemplative Studies
Study Summary
Polsgrove, M. J., Eggleston, B. M., & Lockyer, R. J. (2016). Impact of 10-weeks of yoga practice on flexibility and balance of college athletes. International Journal of Yoga, 9(1), 27–34. http://doi.org/10.4103/0973-6131.171710
Abstract
Background:
With clearer evidence of its benefits, coaches, and athletes may better see that yoga has a role in optimizing performance.
Aims:
To determine the impact of yoga on male college athletes (N = 26).
Methods:
Over a 10-week period, a yoga group (YG) of athletes (n = 14) took part in biweekly yoga sessions; while a nonyoga group (NYG) of athletes (n = 12) took part in no additional yoga activity. Performance measures were obtained immediately before and after this period. Measurements of flexibility and balance, included: Sit-reach (SR), shoulder flexibility (SF), and stork stand (SS); dynamic measurements consisted of joint angles (JA) measured during the performance of three distinct yoga positions (downward dog [DD]; right foot lunge [RFL]; chair [C]).
Results:
Significant gains were observed in the YG for flexibility (SR, P = 0.01; SF, P = 0.03), and balance (SS, P = 0.05). No significant differences were observed in the NYG for flexibility and balance. Significantly, greater JA were observed in the YG for: RFL (dorsiflexion, l-ankle; P = 0.04), DD (extension, r-knee, P = 0.04; r-hip; P = 0.01; flexion, r-shoulder; P = 0.01) and C (flexion, r-knee; P = 0.01). Significant JA differences were observed in the NYG for: DD (flexion, r-knee, P = 0.01: r-hip, P = 0.05; r-shoulder, P = 0.03) and C (flexion r-knee, P = 0.01; extension, r-shoulder; P = 0.05). A between group comparison revealed the significant differences for: RFL (l-ankle; P = 0.01), DD (r-knee, P = 0.01; r-hip; P = 0.01), and C (r-shoulder, P = 0.02).
Conclusions:
Results suggest that a regular yoga practice may increase the flexibility and balance as well as whole body measures of male college athletes and therefore, may enhance athletic performances that require these characteristics.