We're sure this headline has caught your attention, and you're probably asking yourself: what are these space technologies they're talking about now?
In this article we will answer this question and introduce you to the newest addition to our clinic's arsenal.
We are excited to share with you that okto clinic is the first in Bulgaria to offer treatment with the phenomenal high-energy inductive therapy (emField Pro).
The EmField Pro generates a 3 Tesla magnetic field, which is about 600 times stronger than a normal magnet. This strong magnetic field stimulates nerve cells, muscles, and blood vessels, resulting in the application of energy that results in physiological change and/or stimulation that is used to achieve therapeutic effects. High Energy Inductive Therapy was developed to help the normal function of the body's cells, using pulsating magnetic waves for this purpose.
If we look at the historical development of this therapy, we will find that it was developed by NASA as early as the 1960s. It was used to maintain the health of astronauts who were sent on missions to explore the vast universe and were away from the Earth's magnetic field.
However, many people do not know that astronauts develop various health problems during their missions in space. The lack of gravity has an adverse effect on muscles, bones and the cardiovascular system.
NASA is continually conducting research to minimize the aforementioned health issues for astronauts during spaceflight. However, for quite some time now, their research has led basically nowhere until they started researching magnetic fields and their effects.
For the purposes of their four-year study, NASA scientists used human donors to determine the most effective electromagnetic fields for enhancing growth and tissue repair in mammals. The findings revealed that the tissues studied demonstrated significant stimulation of growth and repair due to high-energy inductive therapy.
As a conclusion of their study, the scientists confirm that electromagnetic fields can indeed be used to improve cell function and thus improve human health. At the same time, their findings prove that electromagnetic fields have other applications, such as developing tissues for transplantation, repairing traumatized tissues, and moderating certain neurodegenerative diseases.
The human body is a good conducting medium and is conductive to magnetic fields. Since the ions in the cell have a charge, the cell membrane also needs a certain charge. The membrane charge of normal, healthy cells is higher than that of diseased or old cells, including bacteria and viruses. When the cell membrane charge is low, the cell has too little energy to perform its normal function. Consequently, cells need energy and stimulation via an electromagnetic field is known to amplify this energy and optimise cell function.
Research on the use of electronic fields for pain management focuses on the multiple mechanisms of pain generation. These electromagnetic fields increase the pain sensitivity threshold and activate the anticoagulation system. In addition, strong electromagnetic fields stimulate the production of opioid peptides, activate fat cells, and increase the electrical capacity of muscle fibers.
High-energy inductive therapy has been found to produce good results in a wide range of painful conditions:
The pulsed inductive field reduces inflammation by recharging the cell surface. This recharging prevents the inflammatory circuit inside the cell. In addition, this delivers blood and oxygen to the designated area, which supports rapid recovery.
Pulsed induction therapy applied to an area with a fracture maximizes electrical polarity. This promotes healing of the broken parts and improves fracture repair.
Pulse induction therapy is known to improve the metabolism of fibroblasts, chondrocytes, osteoblasts and the effects of hormones and neurotransmitters on receptors on various cells. PEMF is used to treat various pain conditions such as back pain, neck pain, shoulder pain, knee osteoarthritis, neuralgia, pelvic pain, etc.
Pulse induction therapy stimulates bone formation and aids in the treatment of osetoporosis.
Since gaining worldwide approval, strong electromagnetic fields have been used extensively for pain reduction in a wide range of indications. High-energy inductive therapy, specifically emFieldPro, has a wide range of recommendations for treating disease:
