Abstract

Despite remarkable progress in drug development, a wide range of chronic, degenerative, and treatmentresistant conditions remain poorly managed by conventional therapies. Biophoton therapy, a non-invasive, energy-based modality leveraging coherent light emissions from biological systems, offers a promising complementary strategy. This review explores the emerging role of biophotons in cellular communication, mitochondrial repair, immune regulation, and systemic healing. We present experimental findings and clinical observations suggesting the effectiveness of biophoton-emitting devices in addressing unmet medical needs such as neurodegeneration, diabetes, chronic pain, and circulatory dysfunction. We further outline proposed mechanisms of action, compare this modality with photobiomodulation and quantum biology, and provide perspectives on its integration into modern drug design and personalized medicine.

Keywords: Biophoton therapy; Mitochondrial bioenergetics; Reactive oxygen species; Quantum biology; Chronic disease management; Non-Invasive regenerative medicine