Induced time-varying fields can stimulate excitable cells such as cardiac muscle. The latter is called “coupling.” There are established, basic mechanisms through which static and time-varying electric and magnetic fields interact directly with living matter. How Do Magnetic Fields Affect The Heart?ĮMFs either pass through the heart without interaction or they interact directly. Finally, we will end with evidence of human benefits.
Animal studies often serve as a basis for understanding how human functioning may be affected by any therapy, before human treatment is tried. This will serve to emphasize how readily cardiac tissue may be affected by EMFs. We will review the basic science of EMFs and tissue, the heart as an electromagnetic organ and the geomagnetic and occupational influences that may affect it. The purpose of this paper is to explore the interaction of electromagnetic fields (EMFs) and the heart. Treatment of secondary causes can be just as important as the primary management of the heart itself.
Different types of magnetic fields may have different effects on the heart. Magnetic fields have been found to significantly affect cardiac function, in addition to effects on a myriad of other body systems and problems. Finding nonpharmacologic and noninvasive ways of managing heart disease in a safe, effective, nontoxic way is always a goal. Other non-direct problems can also affect the heart secondary to other systemic issues, including, but not limited to, hypertension, kidney disease, lung disease, autoimmune diseases, toxicities of various kinds, etc.
These range from vascular disease, electrical conduction defects, muscle problems, valvular effects, congenital defects, infectious problems, trauma and pericardial problems, all as the direct or primary cause of the cardiac disease. The heart is a very electrically dynamic organ. Heart disease is the number one cause of mortality in the United States and Canada. Electromagnetic Fields and the Heart: Basic Science and Clinical Use
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