The Role of Nitric Oxide, Glutathione, and Exercise in the Immune System
Topics presented will include a review of the basic physiology and mechanisms of the nitric oxide and glutathione systems as they relate to autoimmune physiology. In addition, attendees will understand when to and when not to use exercise as a health strategy for clients and approaches to avoid metabolic overtraining syndrome.
A review of human physiology will be followed by laboratory applications, differential diagnoses, and clinical applications. Attendees will also be presented case studies with clinical applications, assessment, and health maintenance (including dietary, lifestyle, and nutritional support) from an evidence-based approach/model, and when to refer for further consultation and/or evaluation. Important clinical jewels and insights will be discussed.
Topics
This informative presentation will examine the physiological changes that take place in the endocrine, immune, nervous, and vascular systems with both healthy exercise and overtraining syndrome. The presentation will also analyze the impacts of exercise on diabetes, dementia, autoimmunity, and depression. The immunometabolic mechanisms—such as environment, infection, and food intolerances—and the role they play in individuals who have the inability to lose weight will also be discussed.
- The impact of exercise on brain-derived neurotrophic factor and brain health
- The positive and negative endocrine shifts that may occur after exercise
- Information on immunometabolism, including the role the immune system plays in metabolism and obesity
- When to use and not use exercise as a health strategy for clients
- Approaches to avoid metabolic overtraining syndrome
While the number of people affected by autoimmune disease increases every year, most cases are not diagnosed and continue to progress. This informative seminar will review the protective and destructive roles of nitric oxide and glutathione (GSH) in autoimmune reactions. In addition, the seminar will examine how the body’s GSH recycling systems and internal nitric oxide modulation help increase TH-3 activity, decrease TH-17 activity, modulate TH-1 and TH-2 systems, and support optimal intestinal membrane integrity.
- The latest research on laboratory testing
- How T-cells can protect rather than destroy expressions of autoimmunity
CEU Accreditation
Disclaimer
Personal recording of this seminar is not permitted. All information, data, and material contained, presented, or provided in this seminar is for general information purposes only and is solely the opinion of the author and presenter. By being a participant in this seminar, your voice, image, or likeness may be videotaped, audiotaped, photographed, and/or recorded by us. You hereby grant permission to us to capture and reproduce your voice, image, and/or likeness, and to edit, use, and/or distribute it as part of this seminar recording without limitation. Further, you irrevocably convey and assign to us all right, title, and interest, including copyright and moral rights, you or your heirs and assigns may have to all these items.
Author
Dr. Datis Kharrazian, PhD, DHSc, DC, MS, MMSc, FACN
Sponsor
