Pain Management With PEMF Therapy
Pain treatment is a critical socio-economic and health problem. Acute, recurrent, and chronic pain are all common across all ages, cultures, and sexes in North America and cost adults between $10,000 and $15,000 annually. The cost of pain does not include the approximately 30,000 deaths in North America every year from aspirin-induced gastric lesion 17% of Americans over 15 years old suffer from chronic pain that disrupts their daily lives. According to studies, at least one in four Americans suffer from pain at any time. The medical community is heavily Services Anesthesia dependent upon this large number of people suffering from pain to provide pharmacological treatment. In order to decrease drug dependence, side effects, and invasive procedures, many physicians now refer chronic pain patients to "Complementary & Alternative Medicine". It is important to choose the most cost-effective, least toxic, easiest, and least painful approach.
It is difficult to know how pain can be relieved. This
depends on where it comes from and whether it is chronic or acute. Complex pain mechanisms
have both peripheral and central nervous systems aspects. The pain process of each patient should be addressed
individually. Psychological factors can
have a significant impact on how and when pain is experienced. Multiple concurrent approaches are required for effective
pain management, especially chronic pain. Rarely
can a single method solve the problem.
A new, fundamentally different approach to the problem
has been explored over the last few years. Magnetic fields (MF) can be produced from both static
(permanent), and pulsed (most often, pulsed) magnetic field (PEMFs). It has been possible to calculate fields of different
strengths and frequencies. There is no
"golden standard" yet. There is
no "gold standard" for MF fields. The selections will be influenced
by experience, confidence and convenience, as well as cost. There is no major advantage to any MF application. This is
due to the inability to determine the root cause of pain. Treatment can be
adjusted based on response. MF therapies
have been proven safe after thousands of patient-years of experience. Precautions should be taken regarding implanted electric
devices, pregnancy, and seizures in patients who are seizure-prone.
Many ways magnetic fields can affect pain perception are
available. These
effects can be both indirect and direct. The
direct effects of magnetic fields include neuron firing and calcium ion
movement, nerve regeneration, nitric oxide levels, dopamine levels and nerve
stimulation. The indirect benefits of
magnetic fields to physiologic function include circulation, muscle, edema and
tissue oxygen. They also promote healing, prostaglandins and cell metabolism.
To quantify baseline and future outcomes, most pain
studies use subjective measures. Subjective perception of pain using a VAS and pain drawings
is 95% sensitive, 88% specific for current neck, shoulder and thoracic pain.
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