Masters of Health Magazine May 2026 | Page 26

Deuterium

The fascinating link between deuterium, cancer,

gut microbes, and synthetic nutrients

MIT researcher Stephanie Seneff, PhD

proposes that healthy gut bacteria protect your cellular energy factories by supplying deuterium-depleted nutrients through methylation pathways.

Dr. Patrick Coles, Ph.D.

Physicist

Patrick Coles is the Chief Scientist at Normal Computing, where he develops novel computing hardware for Artificial Intelligence (AI) applications.

Previously, he was a Staff Scientist at Los Alamos National Lab (LANL). At LANL, he led their near-term quantum computing group, and he made important contributions to the theory of quantum computing.

He has a broad background, having done his PhD in Chemical Engineering at Berkeley and his MPhil in Biochemistry at Cambridge. Currently he is also working on a new theory for cancer. 

In this article, I will review a provocative  new paper by Stephanie Seneff, Greg Nigh, and Anthony Kyriakopoulos.

Crucially, their prior research has been the key inspiration behind a new theory of cancer. This theory postulates that cancer cells unselfishly sequester toxins (like deuterium) to protect the host.

Their new paper goes a step further, unraveling the intricate mechanism of how gut microbes produce deuterium-depleted nutrients for us. Interestingly, this raises concerns about synthetic nutrient supplements having higher deuterium content than our bodies desire.