The cell is the smallest component in your body. A body consists of organs, the organs consist of cells. Each of us has about 70 trillion of them, that is 70 million million! Every cell, just like the whole human organism, has a metabolism: water, nutrients and oxygen have to get in, metabolism products need to be taken out. For the cells, this transport is handled through openings in their surface, the so-called cell membrane. These “valves” in the cell membrane open and close as needed. This mechanism is based on voltage potential, i.e., the difference in voltage between the cell interior and the intercellular space. The right or wrong amount of such potential is responsible for healthy or diseased cell metabolism. Frequency therapy is believed to regulate this voltage potential; this is the underlying theory to explain why frequency therapy is a procedure that can be used to support energetic balance in a variety of ways.

The cell researchers Dr. Robert O. Becker and Dr. Bjorn Nordenstrom, the latter a former president of the Nobel Prize Commission, have discovered that many chronic and acute diseases can develop when the cell membrane tension drops. 

According to their model, humans are only as healthy as the health of their cells and their ability to communicate with each other. Cell health can therefore be determined by one simple parameter: the electrical cell membrane voltage. 

According to the cell membrane voltage model, a cell ideally has a voltage of -70 mV and thus enough energy to live and communicate with the other cells. In the course of disease, this voltage is often reduced to -50 mV. At -40 mV pain and inflammation can start to occur. At -15 mV, according to Becker and Nordenstrom, is the threshold below which the cell can mutate into a tumor cell, see below.

Micro-current therapy can increase ATP production by up to 500%. Increase amino acid transport by up to 40%. Increase in protein synthesis by up to 70%.

According to this model, electrical frequencies are the language and the key to cell communication. The frequency modulated microcurrent used in the applications communicates with the cells using the “language” of frequencies. Thus, one goal of the applications is to counteract the extracellular hyperacidity and restore natural cell membrane tension. The knowledge of which frequencies can be used during an application played a significant role in the development of Healy. Through information field controlled frequency application, Healy should optimally support the cellular environment and cell membrane voltage with specific and individually selected frequencies and currents. In this way, the metabolism and cell division, among other things, should be stimulated in such a way that the ATP synthesis, i.e., the energy production of the cells, and protein synthesis for the construction of the basic building blocks of the human body, are strengthened. The resonance analysis function of Healy analyzes the duration of the required frequency for the particular user, and constantly checks the progress of all the applied frequencies. At the right time, Healy automatically switches to the next frequency and applies it until it is no longer needed or the maximum application duration has been reached.