Uploaded August 2024 | Updated September 2026, 1 week ago
In this episode I’m digging deeper into the purported health effects of deuterium, a stable isotope of hydrogen. Deuterium has twice the mass of hydrogen, and it exists naturally in water. A hydrogen atom in H2O is replaced by deuterium in about 150 out of 1 million atoms. This trace compound interacts chemically as hydrogen, but because of its weight it has different dynamics. Why is this an issue? Excess deuterium has been found to impact cell division.. When it gets incorporated into proteins in the body it can mess with their functionality. Yet at such low concentrations it seems like it wouldn’t be a significant issue. Let’s get to the bottom of this.
Dr. Laszlo Boros is a retired Professor of Pediatrics at the UCLA School of Medicine, the Co-Director of the Stable Isotope Research Laboratory at the Lundquist Institute for Biomedical Innovations and Investigator at the Clinical and Translational Research Institute at the Harbor-UCLA Medical Center. He is the inventor of the Human Deutenome Project in order to map the distribution of deuterium in the human body with structural and functional interpretations as it relates to disease and health.
Born and educated in Hungary, his medical background includes a focus on pancreatic cancer and stable isotope technologies to study diabetes and cancer cell growth in vitro. He researches the influence of metabolic processes and disorders on aggressive cancers and vitamin transport. He is an internationally recognized expert of metabolic water biochemistry as well as deuterium mediated kinetic isotopic effects in health and disease. His most recent studies target 'deupletion' and 'deuposition' related mechanisms as the result of intra-cellular hydrophobic lipid membrane nanoconfinements via the Quantum Destabilization of Protons in metabolic water.
laszlogboros.com/_files/ugd/aeaa87_81191bea9f9643a7b40ed99f0052394d.pdf
Support The Rational View at patron.podbean.com/TheRationalView
This was an interesting discussion. What did you think? Let me know @TheRationalView on Facebook.
In this episode I’m digging deeper into the purported health effects of deuterium, a stable isotope of hydrogen. Deuterium has twice the mass of hydrogen, and it exists naturally in water. A hydrogen atom in H2O is replaced by deuterium in about 150 out of 1 million atoms. This trace compound interacts chemically as hydrogen, but because of its weight it has different dynamics. Why is this an issue? Excess deuterium has been found to impact cell division.. When it gets incorporated into proteins in the body it can mess with their functionality. Yet at such low concentrations it seems like it wouldn’t be a significant issue. Let’s get to the bottom of this.
Dr. Laszlo Boros is a retired Professor of Pediatrics at the UCLA School of Medicine, the Co-Director of the Stable Isotope Research Laboratory at the Lundquist Institute for Biomedical Innovations and Investigator at the Clinical and Translational Research Institute at the Harbor-UCLA Medical Center. He is the inventor of the Human Deutenome Project in order to map the distribution of deuterium in the human body with structural and functional interpretations as it relates to disease and health.
Born and educated in Hungary, his medical background includes a focus on pancreatic cancer and stable isotope technologies to study diabetes and cancer cell growth in vitro. He researches the influence of metabolic processes and disorders on aggressive cancers and vitamin transport. He is an internationally recognized expert of metabolic water biochemistry as well as deuterium mediated kinetic isotopic effects in health and disease. His most recent studies target 'deupletion' and 'deuposition' related mechanisms as the result of intra-cellular hydrophobic lipid membrane nanoconfinements via the Quantum Destabilization of Protons in metabolic water.
laszlogboros.com/_files/ugd/aeaa87_81191bea9f9643a7b40ed99f0052394d.pdf
Support The Rational View at patron.podbean.com/TheRationalView
This was an interesting discussion. What did you think? Let me know @TheRationalView on Facebook.
