Description
Nationally Approved PACE Program Provider for
FAGD/MAGD credit
Approval does not imply acceptance by regulatory authority or AGD endorsement 7/1/2025 to 6/30/2027.
Provider ID# 317641
Course Title: IABDM Biohacking Conference Session 4: Toxins, Oxidative Stress & Vitamin C — The Only Cause of Disease
Date Recorded: 3/28/2026
Date Reviewed:
Date of Expiration:
Location: Online
Method: Self Directed
#CE HOURS: 1
Speaker(s) & Bio:
Dr. Thomas Levy, MD, JD
Dr. Levy is a board-certified cardiologist and a bar-certified attorney. After practicing adult cardiology for 15 years, he began to research the enormous toxicity associated with much dental work, as well as the pronounced ability of properly administered vitamin C to neutralize this toxicity. He has now written 14 books, with several addressing the wide-ranging properties of vitamin C in neutralizing all toxins and resolving most infections, as well as its vital role in the effective treatment of heart disease and cancer. Others address the important roles of dental toxicity and nutrition in disease and health. His 14th book, The Only Cause of Disease, has just been released. It offers the best ways to deal with toxin exposures, including persistent spike protein syndrome in chronic COVID and post-COVID vaccination individuals
Inducted into the Orthomolecular Medicine Hall of Fame in 2016, Dr. Levy continues to research the impact of the orthomolecular application of vitamin C and antioxidants in general on chronic degenerative diseases, including heart disease. His ongoing research involves documenting that all diseases are different forms and degrees of focal scurvy, arising from increased oxidative stress, especially intracellularly, and that they all benefit from bio-oxidative therapy protocols that optimize the antioxidant levels in the body while eliminating pathogens.
Course Description:
All diseases and medical conditions are caused by elevations of intracellular calcium, which always elevate oxidative stress inside the cell. This calcium has an inverse relationship to magnesium, and calcium levels normalize the more magnesium can enter the cell. All diseases are variations on what biomolecules are oxidized and where they are located and concentrated.
Magnesium deficiency is extremely common, with advanced degrees of deficiency being quite common as well. Blood levels are not reliable indicators of intracellular magnesium deficiency. Because of its relationship to calcium, all diseases are improved with sufficient magnesium intake, and a few diseases can be completely resolved.
Low intracellular levels of magnesium, especially in the mitochondria, are difficult to completely reverse to normal in many people. Calcium, magnesium, and potassium ion concentrations and fluxes determine the electrical stability of a cell, which is of great importance in cells with inherent electrical instability, such as neurons and cardiac pacing cells.
It will be shown that the prevalence of ectopic heart beats directly relates to how deficient the culprit heart cells are in magnesium. Furthermore, the case will be made that ectopic beats and their associated arrhythmias CANNOT occur if intracellular mitochondrial magnesium levels are completely normal.
It will also be shown that magnesium sufficiency is critical in lessening and even eliminating the possibility of sudden cardiac death in patients, especially those with excess circulating levels of COVID or vaccine-related spike protein. A comprehensive protocol for the optimal management of these patients will be included.
- To understand that increased oxidative stress IS all disease
- To understand that toxins are the sole cause of increased oxidative stress
- To realize the critical inverse relationship between calcium and magnesium inside the cells
- To realize that magnesium deficiency is common, often severe, and difficult to completely normalize
- To realize that optimal intracellular magnesium is the best way to resolve atrial fibrillation and other arrhythmias and to avoid sudden cardiac death
Course Objectives:
Upon completion of this session, participants will be able to:
- Define oxidative stress and explain its role as the singular underlying mechanism of all disease according to the presenter’s redox biology framework.
- Distinguish between antioxidants as electron distributors versus electron donors, and explain the primary dietary source of new electrons.
- Describe the dual mechanism by which vitamin C neutralizes toxins and repairs oxidized biomolecules.
- Identify the three foundational supplements identified by the presenter as most critical for patient health: vitamin C, magnesium, and vitamin D.
- Explain why the presenter asserts that conventional dental practices — specifically root canals, mercury amalgam fillings, and cavitations — represent a primary source of oxidative toxin burden in patients.
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