Medical Breakthrough of Electricity Usage & How You’ll Benefit

Who says the modern existence of electricity’s purpose was only to power up our mobile appliances so people could scroll through countless hours on social media or make the air conditioner work to keep us cool during the scorching summer? Electricity energy can do much more. Electricity has been an inevitable part of our modern life and diving deeper to understand this amazing energy will lead to a greater understanding of the electrical energy that is making strides in the medical field. Below we uncover the use of electricity in the medical field and share their benefits.
1. Placebo Effects
Clinically in the medical field, acupuncturist and physiotherapists is one of the oldest forms of professions on earth that uses electrical currents to produce muscle contractions or modification of pain impulses. Through the effects on the motor and sensory nerves, a placebo effect is created. The placebo effect is a positive way of providing therapy to patients. The power of placebo is so impactful when a clinician applies electrical stimulation with a sincere interest in our problems, patients read into this vibe and use that feeling on their own conviction and motivation.
2. Muscle Re-education
Usually, muscular loss of control occurs after an injury or surgery and is the predominant indication for muscle re-education. If the neuromuscular mechanisms of a muscle is not damaged, then the central nervous system inhibition of the muscle usually is a factor in the muscular loss of control. An artificial use of inactive muscle can be forced by electrically stimulating currents and this helps to restore a balance to the system as the ascending sensory information will be reintegrated into the patient’s movement patterns. Hence, this method of electrical stimulation through muscle re-education is invaluable in the modern medical field, especially in speeding up a person’s rehabilitation process of muscle inhibition.
3. Reducing Oedema
Another amazing benefit of electricity is in assisting the reduction of oedema after an injury or postoperative procedure, provided it is done by a trained qualified professional. These electrically induced muscle contraction can duplicate the regular muscle contractions that help to stimulate circulation by pumping fluid and blood through venous and lymphatic channels back into the heart. In conjunction to that process, the muscle contraction or pumping feature through substitution of electricity is found to prevent muscle atrophy. After that discovery through research has been made, the usage of electricity had been the hallmark of muscle tissue maintenance in preventing muscle atrophy after an injury that prevents normal muscular exercise.
For example, a patient with a non-displaced fracture of the distal femur on the right leg is given the order for bed rest or non-weight bearing ambulation with crutches will gradually experience muscle wasting or known as muscle atrophy, application of electrical muscle stimulation on the right thigh muscles could be an alternative to deter the muscle wasting as weight-bearing exercise could disrupt the healing process.
A Familiar Alternative
Electricity energy characteristic is so profound in the “Bioelectric Meridian Massage” intervention. This makes it hard to disseminate the 3 new medical breakthrough facts completely which in turn makes it more familiar in “Bioelectric Meridian Massage”, that those physiological changes could happen during the session as we learn more making it an astonishing modality.
Nelson
Physiotherapist & BMT Practitioner
Reference.
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Petterson S, Snyder-Mackler L. The use of neuromuscular electrical
stimulation to improve activation deficits in a patient with chronic quadriceps
strength impairments following total knee arthroplasty. J Orthop Sports Phys
Ther. 2006;36(9):678–685.
Mintken P, Carpenter K. Early neuromuscular electrical stimulation to optimize
quadriceps muscle function following total knee arthroplasty: a case report. J
Orthop Sports Phys Ther. 2007;37(7):364.
Wolf S. Perspectives on central nervous system responsiveness to
transcutaneous electrical nerve stimulation. Phys Ther. 1978;58:1443–1449.
Denegar C. Influence of transcutaneous electrical nerve stimulation on pain,
range of motion, and serum cortisol concentration in females experiencing
delayed onset muscle soreness. J Orthop Sports Phys Ther. 1989;11:100–103.
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