PEMF Science

Advantages of Using PEMFs

  • Pulsed Electromagnetic Field Therapy (PEMF) has garnered increasing attention for its potential to enhance health and well-being through the application of electromagnetic fields. With its non-invasive nature and wide-ranging benefits, PEMF therapy offers a promising avenue for improving various aspects of human health.

Increase in Circulation

  • Magnetic fields have been known to speed up the circulation process within the body. There are a lot of cells within the body like the red blood cells and the white blood cells. These cells possess charges. When they lose their charge they end up sticking to each other and thus inhibit the circulation process.

  • Passing a magnetic field through such lump of cells can instantly energize them and bring back the circulation process on track. This significantly increases the flow of nutrients into the blood vessels and dilate the network. This promotes the flow of oxygen and helps the damaged tissues repair themselves. Poor circulation only adds to the problems.

Proper Functioning of Muscles

  • Muscles derive energy for their function from a process referred to as Myosin Phosphorylation. This process involves the production of ATP for their smooth functioning.

  • When muscles derive the optimal energy needed for their functioning, then the ability of them recovering from their work routine is also enhanced. Contracted muscles also can relax in a better fashion and the intensity of the pain is also less.

Decrease in Inflammation

  • The human body has the capability to initiate any healing process in the body by increasing the blood flow to the damaged area and thus increasing the number of inflammatory cells. This physiological process is referred to as inflammation. A number of cells, such as the immune cells support this process.

  • It is a very beneficial process, but it lasts longer than required and causes chronic conditions. This in turn causes chronic pain within the body. PEMFs reduce these problems which arise due to inflammation. Knowing the actions which trigger the inflammation process helps to carry out the magnetic field treatments properly.

  • This inflammatory condition within the body can be controlled by the T-cells. Whenever an area of the body is infected by bacteria, the T-cells arrive at the zones and kill the bacteria after the white blood cells have played their part. In this scenario, T-cells play a vital role in the healing process. Whereas, in injuries induced due to traumatic accidents, T-cells have no role to play in the healing process. They magnify the problem if present at the damaged sites for too long.

  • So T-cells have to be removed to promote the healing process and bring the body back to normal conditions. It is favorable to remove T-cells from the damaged spots during conditions such as rheumatoid arthritis, psoriasis or tendinitis. Aged and chronic T-lymphocytes can be killed by PEMFs under the actions of enzymes present within the cells. PEMFs can also enhance the flow of ions into the cell and thus enhance the enzyme activity.

Reduction of Stress

  • All human beings aren’t devoid from of stress caused due to daily activities. A form of positive stress commonly referred to as eustress is necessary for the survival. But too much of anything is certainly not good for the body. The same applies to stress as well.

  • 65% of the illnesses in the body are triggered by the stress activities. Stress reduction activities just delay the damages to show up by a considerable amount of time. So it is necessary to reduce stress on a daily basis. PEMFs can play a great role in promoting stress reduction.

Healing of Bones

  • Magnetic fields are capable of penetrating the bones as well. PEMFs can be of great use when the damages within the bones have to be treated.

  • Magnetic fields can improve the regeneration of bone and also helps in treating various diseases like osteoporosis and osteopenia.

Oxygenation of Blood

  • No metabolic activities within the cells can occur without oxygen. Oxygen is taken into the body from the lungs. It is then absorbed into the blood stream and is transported all over the body by the arteries. The absorbed oxygen is taken up by all the cells to carry out the metabolic processes. Within the cells, the enzymes and other agents utilize the oxygen to catalyze the metabolic reactions. PEMFs play a significant role in extracting the oxygen from the air accumulated in the lungs and transfer it into the blood stream.

  • The metabolism levels of an organism are a key factor in determining the selectivity of the cells to the nutrients. Only the optimal levels of the oxygen in the blood stream promote the cellular activities to take place smoothly within the body. The de-oxygenated blood is then taken back to the heart for the purpose of recycling. It is very essential for the cells to carry out these processes because any damage at the grass root level can hamper the entire picture of the human body functioning.