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Magnetic Therapy Its Physiological Effects Clinical Uses

Definition

Magnetic therapy uses different types of magnets to remove a number of diseases from the body.

The principle of Magnetic therapy:

In a human body, every cell, atom, and chemical generate an electromagnetic field. These bioelectromagnetic fields are very specific for the organs that generate them. These electromagnetic frequencies produced all communications cells of a body. The electromagnetic exchange is necessary for the body.  Because when this stops, life stops.

The concept behind electromagnetic therapy is that whenever there is some imbalance in the electromagnetic frequencies, it can lead to cause disease. This type of therapy simply corrects this imbalance. Which cause the relief of the symptoms.

Mechanism of action take place when it gets the formation of nitrogen monoxide. Due to this, there is an increase in blood circulation. It provides oxygen to cells. Oxigination of cells starts regeneration and reproduction of cells. It also increases the immunity of the body against infections. There are no exact techniques to heal infection. But it can be overcome by using electromagnetic therapy.

magnetic therapy work

 

 

 

Types of Application:

  1. Pulsed Electromagnetic Field (PEMF)
  2. Stationary Magnets

Pulsed Electromagnetic Field (PEMF):

These are frequency based that can be used for the treatment of the entire body or body parts. PEMF can be applied for relatively shorter time periods but their effect can remain for many hours. The body does not develop resistance if used for relatively longer periods than stationary magnets.

pulsed electromagnetic Therapy

Stationary Magnets:

Stationary magnets lack variation. Those magnetic fields that are obtained from magnets have strengths that are usually fixed. They can be used in many different things like a necklace, bracelet, mattress, and knee wraps etc. These magnets do not have deeper penetrations, thus having little effects on these tissues and unable to treat all cells at one time.

Stationary Magnets therapy Device

Physiological Effects Of Magnetic Therapy:

It causes analgesia along with the reduction of the inflammation and spasm and thus causes the regeneration and relaxation. The effects produced by this therapy are:

  1. Reduction of Pain.
  2. Reduction of spasticity.
  3. Increases the movement along with coordination.
  4. Enhances the control of the bladder.
  5. Enhances energy levels.
  6. Alter the mood and increases the sense of well being.
  7. Increases the sleep.
  8. It enhances the body immunity against infections.
  9. Decreases the stress levels.
  10. It decreases cholesterol and BP.
  11. Decreases lactic acid level in muscles.
  12. Increases the recovery after the stroke.

Clinical Uses of Magnetic therapy:

It can help to treat:

  1. Diabetes
  2. Arthritis
  3. Cancer
  4. Diabetic neuropathy
  5. Fibromyalgia
  6. Inflammation
  7. Insomnia
  8. Multiple sclerosis
  9. Muscle pain neuropathy
  10. Pain
  11. Rheumatoid arthritis
  12. Sciatica
  13. Stress
  14. Multiple Sclerosis (MS)
  15. Parkinson’s disease
  16. Schizophrenia
  17. Obsessive-compulsive disorder(OCD)
  18. Post-traumatic stress disorder (PTSD)
  19. Epilepsy
  20. Phantom pain
  21. Carpel tunnel syndrome
  22. Headaches
  23. Tennis elbow
  24. Reflex sympathetic dystrophy

Dosage:

The treatment parameters range with delivery of pulses at 100 Hz with power up till 300 gausses. Treatment should be carried out for about 20-45 minutes for the first session, later on, follow up should be carried out with time reduced to 10-30 minutes on the basis of the condition of the patient.

Contraindication Of Magnetic therapy:

  • Young children
  • Pregnant women
  • Persons with pacemaker
  • Myasthenia gravis
  • Active bleeding
  • Hyperthyroidism, adrenal gland, hypothalamic and hypophyseal/pituitary dysfunctions
  • Active tuberculosis, acute viral diseases
  • Malignancies

Side Effects Of Magnetic Therapy:

It is a safe therapy with relatively few side effects. Some effects that can occur are tingling, Numbness, burning, irritation, concentration deficits and sleep problems for shorter periods. Severe hypotension can occur causing vertigo, dizziness, and fainting, so it should be used with extreme caution in patients that are predisposed to it. Precautions should be taken with patients having hypertension. These effects on blood pressure usually subside after 30 minutes.