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Athletic Performance

Gene Mapping & Optimization

01

Endurance and Recovery

Epigenetic factors can influence endurance capacity by affecting how efficiently muscles use oxygen and produce energy. They can also play a role in the body's ability to recover from exercise-induced stress and injury.

03

Gene Expression Regulation

Epigenetic mechanisms such as DNA methylation and histone modifications can influence which genes are turned on or off in response to environmental factors like exercise, nutrition, and stress. This regulation can affect traits relevant to athletic performance such as muscle growth, oxygen uptake, and energy metabolism.

02

Muscle Adaptation

Epigenetic changes can impact how muscles respond to training. For instance, certain epigenetic modifications can enhance the expression of genes involved in muscle fiber development, making athletes more efficient or powerful in their sport.

04

Personalized Training Responses

Epigenetic differences between individuals can partly explain why people respond differently to the same training programs. Understanding these differences can help tailor training regimes to optimize performance based on an individual's genetic and epigenetic profile.

Ready To Level-Up?

The Wired BioHealth Epigenetic Panel gives you the edge you need to make the most of training sessions, recovery, and nutritional absorption through genetic mapping.  Collect your sample from the comfort of your home (or gym) using our cheek swab test kit -- no blood required!  This allows our lab partners to take a deep dive into your DNA.  Once we identify your genes with coding errors, Wired BioHealth gives you the recommendations to literally turn them off or on in order to optimize that gene's function.  THIS is the key to unlocking your full athletic potential by leveling up your unique. DNA

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