Polyphenol Rich Supplementation on Markers of Recovery From Intense Resistance Exercise
Status: | Recruiting |
---|---|
Healthy: | No |
Age Range: | 21 - 45 |
Updated: | 6/1/2018 |
Start Date: | May 1, 2018 |
End Date: | August 2018 |
Contact: | Heather Hausenblaus |
Email: | hhausen@ju.edu |
Phone: | 904-256-7975 |
Strength training is commonly used as an intervention to increase muscle mass, thus improving
a person's ability to undertake activities of daily living, or enhance athletic performance.
The strength training regimen itself, while ultimately having beneficial effects, causes
muscle fibers to be damaged, which the body has to recover from. As the body recovers, it
rebuilds the muscle tissue and after multiple consecutive bouts of strength training, the
muscle eventually becomes larger and stronger. Thus, it is the recovery from strength
training exercise that ultimately determines how well the body adapts. Where inadequate
recovery could eventually lead to overtraining and/or injury, optimizing the recovery process
from strength training could maximize strength training adaptations. This concept of
optimizing recovery has led to development of many supplements, including antioxidants, which
may reduce the damage associated with strength training activities and therefore enhance
positive adaptations. The purpose of this study is to assess the ability of a polyphenol rich
supplementation to aid the recovery process from a demanding bout of resistance exercise
a person's ability to undertake activities of daily living, or enhance athletic performance.
The strength training regimen itself, while ultimately having beneficial effects, causes
muscle fibers to be damaged, which the body has to recover from. As the body recovers, it
rebuilds the muscle tissue and after multiple consecutive bouts of strength training, the
muscle eventually becomes larger and stronger. Thus, it is the recovery from strength
training exercise that ultimately determines how well the body adapts. Where inadequate
recovery could eventually lead to overtraining and/or injury, optimizing the recovery process
from strength training could maximize strength training adaptations. This concept of
optimizing recovery has led to development of many supplements, including antioxidants, which
may reduce the damage associated with strength training activities and therefore enhance
positive adaptations. The purpose of this study is to assess the ability of a polyphenol rich
supplementation to aid the recovery process from a demanding bout of resistance exercise
Inclusion Criteria:
- 6 months of resistance training experience with barbel back squat exercise
Exclusion Criteria:
- Not currently taking any antioxidant supplements, not currently using any hormone
replacement therapy or anabolic androgenic steroids.
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