Published Jun 15, 2015

Ben Lynch- MTHFR, Over Methylation, Histamine & Asthma

Join Dr. Ben Lynch as he delves into the genetic intricacies of the MTHFR gene, methylation processes, and enzyme functionality, advocating for a holistic approach to health. He highlights the interaction between genetics and environment, addressing histamine intolerance, asthma, and the importance of personalized medicine for optimal well-being.
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  • Methylation Basics

    Methylation is a complex biochemical process essential for numerous bodily functions, including neurotransmission and immune response. emphasizes the importance of understanding the big picture, noting that while genetic variations like MTHFR can increase susceptibility to conditions, they are not the direct cause. Instead, lifestyle, diet, and environment play pivotal roles in health outcomes 1.

    If we're not able to support methylation due to oxidative stress and we start pumping our patients full of methylcobalamin and methylfolate, and you're trying to force the methionine synthase enzyme to work, but it's not going to work because the oxidative stress is there.

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    further explains that glutathione, the body's master antioxidant, is crucial for maintaining methylation pathways by managing oxidative stress 2.

       

    Supporting Methylation

    Supporting methylation involves a holistic approach, integrating nutrients and lifestyle changes. highlights the role of mitochondrial support in enhancing athletic performance and managing conditions like exercise-induced asthma. By optimizing mitochondrial function and ensuring adequate levels of B12, folate, and glutathione, individuals can improve endurance and reduce symptoms 3.

    If you give mitochondrial support to athletes and you support methylation in athletes, and they go and compete, buzz Lightyear, man. You're not catching them.

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    shares success stories of athletes who, after receiving proper nutritional support, experienced significant improvements in their performance and respiratory health 4.

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