The B-E-St or Bio – Energy – Stimulation device is a technological tour de force using Bio – Stimulation current. By sending out this very low current, B-E-St succeeds in increasing ATP (adenosine triphosphate) levels – the converted energy from food in our body – by no less than 500 to 800%.

The energy source ATP is the chemical basis of all living cells. It is essential for all physiological processes which use energy, such as movement, blood circulation, temperature regulation, the cleansing of the blood, breathing, mental effort, growth, cell renewal, the healing process after sickness and injury, etc. By raising the level of ATP, pain is quickly relieved and injuries recover rapidly. This form of current makes it possible to reactivate damaged cells; by using the organ’s own frequency as a sort of reminder to help specific cells return to normal so that the organ functions better.

When cells are damaged due to trauma, infection, illness or inflamation they become electrically imbalanced. The theory behind microcurrent therapy is that by applying microcurrent to the body cutaneously, it can recover lost positive and negative electrons. These electrons are the very essence of every living cell.

B-E-St is an electrical stimulation therapy that works with microamp which is one millionth of an amp, rather than a milliamp, which is one thousandth of an amp. Because microamperes are close to the electrical level of the body’s cells, the application of microcurrent is able to help re-balance a cell’s electricity and is not to be compared with TENS devices that have an output of current 1000 times higher. In The Body electric, by Robert O. Becker, MD he stated that microcurrent levels and lower are those found in human and animal bodies. This microamp stimulation has also been called bio-stimulation or bioelectric therapy because of it’s ability to stimulate cellular physiology and growth processes.

This was further investigated by Mitchell, he even won a Nobel Prize for his work in the area in 1978.

Other researchers explained how the electrical activity guides the healing process. In 1982, Cheng’s research applied 500 milliamps to in vitro tissue and measured increases in the following: 500% ATP production, 70% protein synthesis, 40% celltransport. Other research by Bourguignon in 1987, 1988 and 1989, found enhanced tissue repair, protein and DNA synthesis, improved insulin binding and increased intracellular calcium uptake.

In the past decade, other Nobel laureates have explained the electrical properties of the cellular membrane channels (Neher and Sakmann 1991) and the mechanism behind ATP production (Boyer and Walker, 1997). Another study into the application of cranial microcurrent shows an increase in the amplitude and symmetry of the alpha waves in the brain (Kennerly, 2005), with demonstrated psychological improvements (Kisch, BIO ENERGY STIMULATION 2006). Results from surgically repaired Achilles tendon ruptures on athletes treated with microcurrent showed the injury healed 30% faster that the control group. A 1985 article in Archives of Physical Medicine, vol. 66 by Carly noted evidence of 150% to 200% enhancement of wound healing.