PEMF Therapy raises Blood pressure

PEMF Therapy raises Blood pressure

Regulation of blood pressure is essential in limiting the risk for cardiovascular disorder. There is increasing importance in non-pharmacological methods to treat blood pressure such as a novel strategy using pulsed electromagnetic field therapy. 

PEMF therapy has been suggested to impact physiological function at the cellular and tissue level and one potential mechanism is through an impact on endothelial function and nitric oxide associated paths. The present research aimed to analyze the effect of PEMF on blood pressure and NO in subjects with light to average metabolic syndrome.

The arterial and venous blood vessels or arteries are connected with the lymphatic system. As the blood and lymphatic vessels bring oxygen and nutrients to the cells and clean out their waste products, they are nourishing and purifying the cells, tissues, and body.

As PEMF treatment successfully stimulates blood flow and blood vessels, the blood vessels provide blood and oxygen into the cells. 

At the very same time, PEMF therapy mechanically encourages the lymphatic vessels and waste products to be taken out from the cells more efficiently. PEMF therapy aids immune health by mechanically exciting lymphatic drainage and blood flow.

In june 2004, The FASEB Journal states: “PEMF therapy has been revealed to be clinically advantageous in repairing bones and various other tissues, but the system in action is not clear.

The results of a study completed at the “New York University Medical Center” show that electromagnetic fields enhanced angiogenesis, the growth of new blood vessels, in vivo and in vitro through the endothelial release of FGF-2, fibroblast development factor-2.

The delivery of PEMF therapy in little doses the same as that currently in clinical use greatly enhanced endothelial cell proliferation and tubulization, which are both significant processes for vessel creation.

The ability of PEMF to enhance cell proliferation was unique to endothelial cells, which looked to be the primary aim of PEMF stimulation, delivering a protein in a paracrine fashion to generate changes in surrounding cells and tissue.

Since immediate stimulation did not produce considerable variations in osteoblast proliferation, the capability of PEMF therapy to improve the healing of complex fractures is probably the result of enhanced vascularity instead of a direct impact on osteogenesis as previously thought.

The interconnected release of FGF-2 recommends that PEMF therapy may enhance healing by boosting the interaction between osteogenesis and blood vessel growth. As such, PEMF therapy may provide unique advantages as a non-invasive and targeted modality that can discharge many growth factors to accomplish therapeutic angiogenesis.

The fibroblast and endothelial cells are made to go embryonic due to severe changes in ionic levels in the cells’ cytoplasm and the cells’ nuclei. These ionic levels respond  with the cell DNA opening up some gene sets and closing down others.

” It is the quick onset of a strong-pulsed electric field produced by the pulsed magnetic field, which causes some cell ion gate types to open and be force-fed ions by the alike electric field.

As shown in the following study entitled: “pulse magnetic-field therapy for erectile dysfunction: a double-blind, placebo-controlled study”, enhanced microcirculation results in enhancements in macro-circulation.

****PEMF therapy has been verified effective at improving the flow of ions and nutrients into the cells and at promoting blood and interstitial fluid flow. With improved lymphatic drainage and blood flow, cells get more oxygen and nutrients and get rid of toxins faster. Cells are therefore in a position to work better and tissues heal themselves more effectively****.


You’ve likely heard the term, “ Blood is a life ”. It is true. With no blood, you would not be in a position to survive. The means that your blood moves throughout your system are also significant.30 mins of PEMF therapy caused cerebral arteriolar dilation leading to an enhancement in microvascular blood circulation and tissue oxygenation that remain for at least 3 hours.

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Brian Altman

Brian Altman is with us for the last 10 years and manages technology-related newsletters, blogs, reviews, and weekly opinion articles. He is a passionate writer and is the chief of content & editorial strategies. He writes articles on artificial intelligence, Blogging, SEO, Technology, and cryptocurrency. Brian Altman is a professional writer from the last 8 years in this industry and, in leisure time, he likes to be connected with people via social media platforms. If you may wish to contribute a post though contact here:

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