Stem Cell Nutrition: The Latest Discovery in the Wellness Revolution

The Latest Discovery in the Wellness Revolution

21 May Stem Cell Nutrition: The Latest Discovery in the Wellness Revolution

Research shows: Adult Stem Cell Performance Supported by Lifestyle Choices and Specific Nutrients

Adult stem cells are now recognized as the prime component of the body’s natural tissue repair system. In the last 10 years science has begun the study of lifestyle choices and nutrients that support stem cell physiology. A thorough understanding of how this repair system works is necessary for health sciences to effectively support and augment the human body’s natural ability to repair and renew itself. The research we present is foundational to natural health and wellness, and should be shared widely.

PAYING ATTENTION TO A NEWLY DISCOVERED SYSTEM

As we age, the number and quality of adult stem cells begin to diminish, making us more susceptible to age-related health challenges. Likewise, athletes and others who enjoy an active lifestyle rely on adult stem cells to help to recover from the toll the body pays for the demands put on it.

CAN WE SUPPORT OR UPGRADE OUR NATURAL TISSUE REPAIR SYSTEM TO OPTIMIZE WELLNESS? 

Science has validated that we can support our cardiovascular system, immune system, skeletal system, and other known systems of the body with specific herbs, vitamins, minerals, as well as specific exercise and lifestyle choices. So now that a new system of the body has been discovered, it begs the question, can researchers find the same for our natural tissue repair system? This website will continue to present the ongoing research that studies the natural approach to supporting adult stem cell performance.

SUPPORTING STEM CELL PERFORMANCE 

Studies have shown that adult stem cell performance can be supported in many ways. Follow the menu links to your left to learn about adult stem cell physiology along with the research on lifestyle choices and unique and special botanical extracts that support stem cell performance.