Some biophoton researchers suggest that the traditional Chinese medicine meridian system may act as fiber-optic pathways within the body. Studies have shown that acupuncture points exhibit higher biophoton emission and conductivity than surrounding skin patches.
A more established and less controversial role for biophotons is as a direct, sensitive, and non-invasive . Because biophotons are generated during ROS-mediated reactions, their intensity and spectral characteristics provide a real-time window into the redox state of the cell or tissue. light in shaping life biophotons in biology and medicine pdf
From the mitogenic radiation experiments of Alexander Gurwitsch to the modern photon‑counting cameras that image the fading glow of a dying mouse, the study of biophotons has traveled a long and sometimes controversial road. Today, however, there is little doubt that every living cell emits a faint light—a light that reflects its metabolic state, its stress level, and perhaps even its communication with neighbors. The core thesis of biophotonics in biology is
The core thesis of biophotonics in biology is that light acts as an instantaneous, long-range communication network within and between living organisms. 000 kilometers per second.
Chemical signaling (diffusion of proteins or hormones) is fundamentally limited by speed and distance. Light travels at 300,000 kilometers per second. Biophysicists argue that biophotonic bursts allow instant communication between cells. Experiments have shown that when a cluster of cells is exposed to a toxic stressor or disease, neighboring cells separated by a sealed quartz barrier begin adjusting their defense mechanisms before any physical chemical marker can reach them. Orchestrating Morphogenesis