DEUTENOMICS
science behind endurance, performance and health via the regulation of deuterium in Nature
László G. Boros, M.D.
Course Supervisor and Lecturer, Vrije University Amsterdam
Consultant, the Deutenomics Science Institute
Professor of Pediatrics, Harbor-UCLA Medical Center (retired - June 2021)
Ferenc Péter Nádudvari, permission by Parents Anikó Lichtenberger and Ferenc Nádudvari, Budapest, Hungary
The Biochemistry of Isotope Discrimination, Regulation and Quantum Destabilization of Metabolic Water
What I Teach
The diverse biological separation processes of hydrogen from that of its twice as heavy isotope deuterium serve our health via Deutenomics sciences and the Human Deutonome Project.
Awareness of heavy isotope discrimination helps nutrition, lifestyle, exercise and health related decisions, as deuterium varies in food, drinks and the environment.
My blogs and lectures are created to better understand cellular energy (ATP) production by protecting its rapidly rotating hydrogen powered protein "nano turbines" from damages delivered by heavy isotopes during metabolic water production in cells and the mitochondria!
"... The door to TRMA was thus opened by Boros et al, who have pioneered the use of stable isotope-based dynamic metabolic profiling (SIDMAP) as a key to better understanding of changes in substrate flow as a basis for drug mechanisms and disease."
"Use of the powerful tools provided by SIDMAP .... provides the promise to address, perhaps in vivo, similar unanswered questions involving the molecular basis for disease."
Ralph Green, M.D., Ph.D., F.R.C. PATH
University of California Davis
