Empowering Human Performance | Athletigen Blog

DNA and age-related strength loss

Posted by Athletigen on Sun, Dec 30, 2018

Wellness Cover-1One of the most significant physical changes that occurs as we age is loss of muscle mass. Gradual muscle loss can begin as early as the 30s and continue as we age. A physically inactive person can expect to lose between 3 percent and 5 percent of their muscle mass in their 30s and this loss can increase to over 10 percent per decade after 40, and even higher after 60.

This muscle mass loss can be disguised by a gradual increase in fat tissue mass and the impact is not felt until the muscle function and strength has dramatically decreased.

Muscle and strength loss can have a range of negative impacts for aging people. These can range from an annoying inability to perform tasks that were once easy to decreased balance and an increased risk of serious injuries due to falls.

Your risk of age-related strength loss is affected by your DNA.

The CNTF gene has an effect on muscle and nerve function and may indirectly influence age-related strength loss as a result. Your nerves are the main line of communication between your brain and your muscles. As you age, you naturally lose nerve cells. Loss of nerve cells that activate muscle function can lower muscle response, resulting in loss of muscle mass.

Athletigen's Wellness Report tells you which variant of the CNTF gene you have and gives you expert recommendations on what you can do to prevent and reverse the effects of muscle loss.

Get Your Wellness Report Now!

 

Subscribe Here!

Upload Your DNA Now!