László G. Boros
Professor of Pediatrics, the Harbor-UCLA Medical Center, the Clinical and Translational Science Institute at UCLA, and the Los Angeles Biomedical Research Institute
Ferenc Péter Nádudvari, permission by Parents Anikó Lichtenberger and Ferenc Nádudvari, Budapest, Hungary
The Medicinal Biochemistry of Isotope Discrimination and Quantum Destabilization of Metabolic Water
What I Teach
The diverse biological processing of hydrogen from that of its twice and thrice as heavy isotopes, i.e. deuterium and tritium, serves our health!
Awareness of heavy isotope discrimination helps life style, exercise and health related decisions, as deuterium varies in nutrients and the environment.
My blogs and lectures are created to better understand cellular energy (ATP) production by protecting its rapidly rotating hydrogen powered protein "nanoturbines" 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
Full citation
Resume & Certifications
Metabolic water, human life span, Danube River discharge, deuterium depletion
