According to Nutrition 21, Nitrosigine’s ability to boost nitric oxide levels, thus increasing blood flow to muscles during exercise, makes it an ideal addition to pre-workout supplements like Evertrain Pre.
Sports & Energy
The study found that supplementation with a commercially available adaptogenic mushroom blend including Cordyceps militaris may improve endurance performance in healthy young adults.
Meriva Curcumin Ingredient May Support Musculoskeletal Function During High-Impact Activity, New Study Suggests
Results from the newly released pilot study demonstrated that supplementation with curcumin delivered via a proprietary lecithin-based system may be a safe means of maintaining musculoskeletal function during intense, high-impact physical activities, even over a short course of supplementation.
Results of the study showed that supplementation with MSM, as a source of rapidly absorbed sulfur, can help spare the body’s stores of the amino acids cysteine and methionine.
According to the company, Enhanced Mobility is a supplement designed to address not only joint support, but exercise recovery and improved mobility, as well.
The #SARMsCanHarm toolkit for fitness organizations includes customizable flyers, newsletter material, and social media content featuring educational information on SARMs and how athletes can protect themselves from products containing the illicit ingredients.
Supported by mounting cognitive-health research, magnesium and zinc are the minerals to watch this year.
NSF International said that the newly designed app and website support its Certified for Sport testing program and help athletes and consumers avoid potentially harmful ingredients and banned substances in dietary supplements.
Caffeine's myriad benefits for body and brain make the alkaloid a consumer favorite.
The study found that Deep Ocean Minerals—a preparation extracted from desalinated minerals and trace elements collected in seawater approximately 200 meters below the earth’s surface—can improve both cerebral hemodynamic response during exercise and recovery afterward.