Gut Health and Parkinson's: Martha Carlin's Journey to Healing
Episode Overview
Martha Carlin, a citizen scientist and wife of a Parkinson's warrior, delves into microbiome research to develop solutions for individuals diagnosed with Parkinson's disease. She discusses the pivotal role of the microbiome in maintaining overall health and shares groundbreaking research in the gut-brain-immune axis. Carlin offers valuable insights into creating a life timeline to understand potential contributing factors to health issues and restoring gut health through nutrition, exercise, and stress management. She introduces an innovative probiotic product, 'BiotiQuest Sugar Shift,' designed to improve gut health and alleviate non-motor symptoms in Parkinson's patients. Carlin empowers individuals to take positive action and highlights the transformative impact of nurturing gut health on Parkinson's health and overall well-being.
There are things that they can do to make a difference and that staying positive and taking a little bit of positive action every day can really make a difference in your gut health and your Parkinson's health.
Ever wondered how your gut health might be linked to Parkinson's disease? In this episode, Martha Carlin, a self-taught scientist and wife of a Parkinson's patient, shares her fascinating journey into microbiome research. She dives into the connection between our gut, brain, and immune system, shedding light on how this trio impacts Parkinson's symptoms. Martha explains how environmental toxins, diet, stress, and exercise can influence the course of the disease.
You'll also hear about her innovative probiotic product, 'BiotiQuest Sugar Shift', designed to boost gut health and ease non-motor symptoms. This episode is packed with practical tips for building a healthy microbiome and creating a life timeline to track health changes. If you're looking for ways to take charge of your health or support a loved one with Parkinson's, Martha's insights offer a refreshing perspective on managing this challenging condition.