Better Stroke Recovery with PEMF Therapy
Is there a more effective way to aid in stroke recovery? A stroke occurs when the blood supply to part of the brain is reduced, depriving brain tissue of oxygen and nutrients. Within minutes, brain damage can occur. After a stroke, many experience partial or complete paralysis of one side of the body. Some experience partial numbness in the fingers and face. More extreme cases of brain damage may experience loss of the ability to walk, talk and function independently.
The health community often ponders the most effective way to offer rehabilitation after a stroke. Conventional treatment methods take time and can be slow and painstaking. There remains a wonder over whether or not a better treatment option exists. Most commonly, doctors prescribe a combination of medication and physical therapy following a stroke. While these conventional methods are necessary, researchers believe that PEMF therapy can enhance efficacy and accelerate recovery time.
PEMF is an Effective Complimentary Therapy Post Stroke
PEMF therapy can assist those recovering from a stroke in a number of ways. By improving energy and circulation, PEMF therapy allows for a more active role in rehabilitation. However, the most substantial way PEMF therapy assists with stroke recovery is by improving the function of nerve cells. When nerve cells misfire, motor control issues arise. This is the brain’s way of telling the body that there is injury or damage present.
In relation, Cichón N. and others (2018) realized a study about neuroplasticity, which is the process that involved the brain and its ability to change and reorganize. They concluded in their research that extremely low-frequency electromagnetic field therapy improves the effectiveness of rehabilitation of post-stroke patients by improving neuroplasticity processes. .
In simple words, a PEMF device can be an excellent support on the way of a patient that suffered a stroke, working in a team with medical treatment and helping the body to boost the natural capacity of healing. This kind of therapy is non-invasive and completely safe. Even, combining PEMF therapy with traditional treatments previously indicated by professionals could be possible to achieve a better level of recovery.
Combining Therapies for Maximum Effectiveness
On its own, PEMF therapy will not bring a full recovery. However, PEMF can aid in the acceleration of stroke recovery when used in combination with conventional medical treatments. In a study pertaining to the combined efficacy of PEMF therapy with Physical Therapy (PT), participants received 1 Hz of PEMF over the healthy side of the brain 10 times daily. The researchers found that administering PEMF prior to daily PT allowed for re-balancing of motor excitability. Essentially, the damaged part of the brain was more likely to react well to physical therapy when primed with PEMF therapy prior to the PT session.
How PEMF Therapy Can Prevent Stroke
There are many lifestyle risk factors that can make a stroke more likely. Conditions like diabetes, inactivity, smoking, alcohol use and carotid artery disease all contribute to a person’s risk for stroke. A healthy diet and regular exercise can decrease the risk of having a stroke.
One of the biggest ways PEMF therapy helps mitigate stroke risk is through its function as a vasodilator. By dilating the blood vessels, PEMF therapy assists with restoring healthy circulation and promoting a healthy heart. Moreover, PEMF promotes general health and wellness. PEMF therapy increases cellular energy, even in those experiencing lethargy due to other health concerns.
With the help of lifestyle adjustments, using PEMF therapy devices can decrease the risk of stroke. Combining PEMF therapy with conventional treatments and rehabilitation methods prove to be a great asset in the quest for a full recovery. Who do you know that can benefit from PEMF therapy for stroke recovery?
 Cichoń N, Bijak M, Czarny P, Miller E, Synowiec E, Sliwinski T, Saluk-Bijak J. Increase in Blood Levels of Growth Factors Involved in the Neuroplasticity Process by Using an Extremely Low Frequency Electromagnetic Field in Post-stroke Patients. Front Aging Neurosci. 2018 Sep 26;10:294. doi: 10.3389/fnagi.2018.00294. PMID: 30319398; PMCID: PMC6168626.
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