Biophoton Therapy

The biophysicist Dr. med. F. Popp has produced an important work in biophysics with his biophoton theory. According to Quanten's theory, light, called quanta or photons, consists of light beams. According to Popp, light is absorbed by the skin and distributed throughout the body. According to Popp's study, it was found that each cell interacts with other elements through photons of light.

How does the biophoton work?

Biophoton uses the healing power of light to influence hormones and cells. The light photons are absorbed by the skin, multiplied and anarchistically distributed throughout the body. Branching through the nervous system, they reach the brain through the spinal cord and have a positive effect on various hormones by regulating the process of semantic production. For example, photon signals of endorphins and serotonin reach the adrenal glands via other connections, where they lead to the altered production of DHEA (an important hormone against stress) and Cortisone. In clinical trials, significant changes in DHEA and Cortisone levels were observed with light therapy.

The scientific researcher is beginning to have more and more findings about the extreme importance of information and energy for the organism beyond the molecular interaction on a biochemical basis. Many empirically observed phenomena cannot be explained by biochemical actions but are due to factors arising from information and energy.

Hormonal effects

Endorphins, which are similar in chemical structure to morphine, have been detected in various parts of the body and in the central nervous system. More precisely, it helps with various functions for pain reduction and comfort. In addition, it has a controlled effect on the body's response to nerves.

It also treats circulatory, digestive and thermoregulatory mechanisms in a similar way. Patients treated for chronic pain have been found to have less endorphins in the spinal fluid. In patients treated with Biofoton, a significant pain reduction was found.

It retracts the production of endorphins by suppressing body parts during ambition. In addition to adrenaline and noradrenaline, cortisone also plays an important role in stress. Cortisone production increases during shock and stress. When our body is stimulated with Biofoton, it has been shown to reduce cortisone levels.

The treated patient feels a relaxation that feels good all the time. Serotonin belongs to the dopamine group. It is an amphetamine that reduces appetite and acts as a natural appetite suppressant. To lose weight naturally, a fat-reducing diet linked to serotonin should be followed.

Cellular effects

Without light, life is impossible. According to the biophysicist Popp, light is present in the cells of our body. When cells are damaged, the intensity of light decreases. Weak cells regenerate under the influence of rays in the form of photons. Light is absorbed by the skin. Biophotons regulate cell activity and determine the biochemical functions of the organism. The propagation of biophotons in the body and on the cells takes place in the infrared and ultraviolet ranges. It has been shown in many scientific studies that infrared light serves for communication between cells and organs. Therefore, light tends to spread to all cells in our body. The biophoton beam hits the diseased cells, strengthens the rays, or photons, inside the cell, which have a weak capacity, and repairs the cells. It has been scientifically proven that photon beams are reduced at the cellular level before damage to organs occurs.

Another important effect of the biphoton beam is that it significantly stops the overproduction of connective tissue that occurs after surgery or after inflammation. Semantically, what can happen is that if the uncontrolled proliferation of connective tissue occurs in spite of the formation of keloid, for example in an involuntary state during a burn, other cells, such as connective tissues, lymphozytenes and so on, react to the appropriate wave lengths. The biophoton-like inrared radiation has been shown in other studies to have a positive effect on white blood cells, various lymphs, various enzymes, prostaglandin production and connective tissue cells.