Biochemical effect Facilitates the conversion of ADP to ATP in the cellular mitochondria, normalizing cellular chemical processes Another biochemical effect of the laser is the activation of antioxidant enzymes. These enzymes are responsible for removing free radicals and other toxic substances from the body. Laser exposure can increase the activity of these enzymes, which can have a beneficial effect on overall health.
Biophotonic effect At present there is sufficient scientific evidence that demonstrates cellular communication through electromagnetic radiation, that is, electromagnetic bioinformation. Cells emit low intensity light, ultraweak emissions of photons, biophotons, at constant specific rates. In addition, photonic radiation would be the conductive base of biologically important information in all living beings. Biophoton cell communication refers to the process by which cells emit and receive photons, which are particles of light. Cells are thought to use this form of communication to coordinate their functions and maintain homeostasis in the body.
Biophotons are produced by cells through biochemical and bioelectrical processes, and are believed to be emitted at different frequencies and patterns based on cellular needs. Biophotons can be absorbed by other cells and can affect their activity at the molecular and cellular level.
Cellular communication with biophotons has been linked to various biological processes, such as tissue regeneration and repair, immune response, communication between neurons, sensory perception, and metabolic activity. It is also believed that cell communication with biophotons may be involved in cell cycle regulation and cell differentiation.