In this inspiring episode of Skin Anarchy, Dr. Ekta sits down with Maggie Berghoff, a functional medicine expert and national best-selling author of Eat to Treat: Your Three-Step Plan to Reduce Inflammation, Detoxify Your Life, and Heal Your Body. Maggie shares her transformative journey from traditional nurse practitioner to functional medicine advocate, driven by her own health struggles with unexplained fatigue, bloating, and skin issues. Through functional medicine, she healed herself and now helps others do the same.
Maggie’s Eat to Treat framework is a three-step system that gets to the root of health challenges by addressing inflammation and creating an optimal environment for healing. She emphasizes the importance of identifying root causes, detoxifying your home and products, and nourishing your body with anti-inflammatory foods. Her approach shifts the focus from quick fixes to long-term solutions for vibrant health and glowing skin.
She dives deep into the hidden culprits of skin issues, such as chronic inflammation, heavy metal toxicity, and poor gut health. Maggie explains how modern lifestyles overload the liver and disrupt the gut-brain-skin axis, leading to dull, acne-prone, or inflamed skin. Practical tips like swapping toxic household cleaners for clean alternatives and incorporating antioxidant-rich foods can significantly improve your skin and overall health.
This episode offers actionable advice for anyone seeking to take control of their wellness journey. Maggie’s insights remind us that radiant skin starts from within, and her holistic approach offers a path to lasting beauty and health. Tune in to learn how small changes can make a big impact!
To learn more about Maggie Berghoff, visit her website and social media. Don’t forget to subscribe to Skincare Anarchy on Apple Podcasts, Spotify, or your preferred platform. Reach out to us through email with any questions.
Shop all our episodes and products mentioned through our ShopMy Shelf!
Hosted on Acast. See acast.com/privacy for more information.