Beta cell stimulator – experimental development

To cure type 1 diabetes, to cure beta cells of pancreas

Nowadays, diabetes is the most common chronic disease, it affects one in ten people, though barely every twentieth person aware of it.
According to the WHO the number of people who are suffering from diabetes constantly increasing.
In 2014 there were over 422 million diabetic people in the world. The disease is accountable for over 3,7 million deaths in every year, making it the 8th deadliest endemic. 43 percent of diabetes fatalities occur before the age of 70.

Our development offers casual therapy, primarily for patients with type 1 diabetes.

Diabetes is an „information disease”- said by doctors. In this case, information means a molecular cell biological communication between the cells, more accurately the lack of communication.

Our revolutionary solution is: re-teaching beta cells to produce insulin.

Simply irradiate the cells of the pancreas with the resonance of insulin production. In order to relearn their function. The cells are stimulated by the transmitted frequency.

The goal is: restarting the cell’s producing mechanism.

Beta cells are stimulated by specific electric waves to restart their insulin production.

The leading philosophy of our solution is the operation of physiotherapy. It is a well-known treatment in medicine, in medication. Though it has never been used to cure diabetes.

Machines, that run based on magnetic resonance, are used in many fields, including physiotherapy.

The intercellular communication established by electric impulses.

The lack of insulin production is merely a “red-light” or a “stop sign” as a result of something that inhibits or stops the process. As far as we know, it might be caused by viral infections, can be hereditary or even the result of any -yet- unknown cause-and-effect syndrome.

The goal is, to switch the red-light green by using an external source of energy. Using a different analogy, we try to wake up the sleeping cells, without causing any harm to other tissues or cells.

The solution of contemporary medicine is injecting external insulin under the skin, which is a symptomatically solution. It is essential for the diabetic patient in order to survive, though it can’t cure the origin of the disease.

Our goal is to restart insulin production.

We transfer information for the beta cells throughout electromagnetic radiation. The cells are stimulated with emission to restart them and the making of insulin.

Our development is confirmed by the theory of cellular memory.

The location, the stimulation, and the fraction of the healthy, working beta cells must be mapped. With the aim of receiving a complete representation of the healthy cell function. The irradiation should restart this method in the diseased cells. Using this technique, the beta cells could redevelop the ability of insulin production.

The function of the whole body is based on bioelectricity. Measuring the fragments provides enough information about their condition. More or less the same as an electrical machine. It must be known what the right operation, vibration, electrical resistance, or voltage of different parts are.

If these aspects are known in a healthy pancreas -which consists of active beta cells- it can be used to treat a malfunctioning pancreas. The frequency of the healthy pancreas should be irradiated to the sick one. This method should generate the right frequency in the beta cells.

Our solution is not a conventional procedure comparable to transplantation or the usage of biochemical substances. It is based on the laws of our universe, according to which, everything has its own resonance, vibration, and radiation.

It would be very important researching in this field, to get to know what causes the discontinuation or reduction of insulin production. Knowing how to stimulate the cells with electromagnetic radiation, would be also important.

Provided that our experimental development proves the theoretical goal, it would bring a powerful change to many aspects of our lives.