Title : Heliophotonic photonutritics: Harnessing solar energy for pathogen control and immune-enhancing nutrition
Abstract:
Food chemistry and food biochemistry play a crucial role in understanding the molecular composition, reactions, and functional properties of food components. The present research proposes an innovative concept termed Heliophotonic Photonutritics (HPN) a solar-responsive nutritional system in which light-activated food biomolecules undergo photochemical and photobiological transformations to eliminate pathogens and enhance immune-supportive nutrition. HPN focuses on the interaction of sunlight with photoactive food compounds to trigger photochemical and photobiological reactions capable of eliminating pathogenic microorganisms including bacteria, viruses, and protozoa.
The research explores how solar energy absorption by natural food pigments and photochromatic molecules can generate reactive oxygen species and biochemical transformations that neutralize pathogens, regulate pH balance, reduce toxic metabolites, and remove harmful components associated with obesity, metabolic disorders, and depression. Additionally, the study proposes a bio-processed food system capable of converting and storing solar energy within food matrices, thereby improving nutritional stability and immune-supporting biochemical compounds for both humans and animals across continental ecosystems.
Advanced analytical techniques including spectroscopy, chromatography, metabolomics, and photobiological assays are employed to analyze the structural transformation of food molecules under controlled solar irradiation. The results indicate that photochemical activation significantly improves pathogen reduction efficiency while maintaining nutritional integrity. HPN also enhances antioxidant capacity and immune-modulating biomolecules. The research highlights the potential of solar-activated food chemistry in developing next-generation sustainable foods, functional diets, and bio-processed agricultural products capable of promoting global health and environmental sustainability.
