Abstract

Aging is closely linked to glycation and cholesterol accumulation, which impair cellular function, promote oxidative stress and contribute to age-related diseases. This study investigated whether strong biophoton therapy, coherent light in the 500-1000nm range, can reverse biochemical hallmarks of aging. A 57-year-old female with type 2 diabetes underwent nightly exposure to strong biophoton generators for 12 days. Live blood analysis using dark field microscopy was performed on Days 0, 3, 5, 10 and 12. At baseline, Red Blood Cells (RBCs) exhibited rouleaux formation, membrane glycation halos and oxidative debris, indicating high sugar and lipid attachment. By Day 3, partial reversal of aggregation and debris clearance was observed. By Day 5, RBCs appeared more dispersed with restored membrane structure and reduced background deposits. By Day 10, full sugar de-attachment and healthy RBC morphology were evident. Day 12 showed near-complete normalization, though minor rouleaux reappeared, possibly due to metabolic rebound. The findings suggest that strong biophoton therapy may activate enzymatic deglycation, promote cholesterol efflux and restore cellular coherence. This non-invasive approach offers a promising anti-aging intervention targeting core biochemical dysfunctions. Larger clinical trials are warranted to confirm therapeutic efficacy in broader geriatric populations.

Keywords:Biophoton; Coherent light; Glycation; Deglycation; Anti-aging; Gene regulation