Brenda Watson, N.D., best-selling author and digestive care expert, will be live in the Arkansas Educational Television Network (AETN) studios Wednesday, March 16, at 7 p.m. to discuss her new program, The Road to Perfect Health with Brenda Watson.
In this special, Watson shows how all health ailments can be linked to an imbalance in the digestive system. With more than 20 years experience helping people overcome health challenges, Watson has been able to help people return to health whether they suffer from typical digestive problems or chronic fatigue by balancing the good and bad bacteria in their gut.
Watson shows how a well-balanced intestinal tract makes up a large part of the immune system, or the bodys Gut Protection System (GPS). Unfortunately, the GPS sometimes malfunctions and becomes out of balance, leading to sickness and health problems. Watson exposes the many signs of these health problems, from rosacea to psoriasis, though sometimes none are visible.
Watson explains that no matter what the sickness or condition, putting the GPS in balance will put people back on the road to better health. She also gives a clear and concise plan to maintain a healthy, well-balanced GPS.
The Road to Perfect Health with Brenda Watson repeats Saturday, March 19, at 9 a.m.
The Arkansas Educational Television Network (AETN) is Arkansass statewide public television network that enhances lives by providing lifelong learning opportunities for people from all walks of life. AETN delivers local, award-winning productions and classic, trusted PBS programs aimed at sharing Arkansas and the world with viewers. AETN depends on the generosity of Arkansans and the State of Arkansas to continue offering quality programming. For more information, visit www.aetn.org, or follow the AETN blog at www.aetn.org/engage. AETN is broadcast on KETS (Little Rock), KEMV (Mountain View), KETG (Arkadelphia), KAFT (Fayetteville), KTEJ (Jonesboro), and KETZ (El Dorado).AETN.org > Engage > Pressroom > Brenda Watson brings 'The Road to Perfect Health' to AETN