The medical community has made great progress in developing innovative treatments for injured patients who need to recover muscle tissue. Sports-related events, injuries that require physical therapy or injuries caused by daily activities can cause harm. One treatment that is popular in treating bodily injury is electromuscular stimulation [EMS].

Electromuscular stimulation, also known as neuromuscular electrical stimulation [NMES], transcutaneous electrical nerve stimulation [TENS] or myoelectric stimulation, is used to prevent muscle spasm and muscle atrophy, enhance local blood circulation by stimulating muscle tissue, and strengthen muscle tissue promotion. Heal, maintain or increase range of motion, muscle re-education and stimulation of calf muscles to prevent venous thrombosis

How does EMS work?

EMS uses current to stimulate your muscles. Electrical impulses stimulate the nerves to produce natural muscle contractions. This is called passive movement. The EMS device produces an electrical signal that stimulates the nerve. The pulses are generated by an electronic device and delivered by electrodes placed on the skin near the muscles in need of stimulation. By placing the pad near a group of muscles and then using the EMS device to send a pulse, the muscle will begin to contract and relax. Impulse mimics the impulses that stimulate the muscle tissue produced by the brain. The contraction caused by stimulation is much like muscle contraction during normal exercise. The voltage at different pressure points on the muscle can be adjusted as needed. The result of the stimulation is repairing and strengthening the muscles.

EMS devices help stimulate muscle tissue that may be unaffected by routine exercise procedures. They stimulate damaged muscle tissue, which restores, strengthens and strengthens damaged tissue. The pulse stimulates the tissue fibers to a certain extent and pattern, which reduces muscle degradation caused by nerve atrophy.

Advantages of using EMS equipment

Most rehabilitation clinics use EMS equipment because of their therapeutic benefits. When using EMS, the repair process is much faster because nerves and muscle tissue can recover faster. Stimulation is enough to cause muscle repair. When the muscle tears heal, the patient can continue to the next step in the healing process. Therefore, the patient's recovery time is shorter. This method is not so painful. It can also relax as most of the pain is relieved. Similarly, relief can last for a while after the meeting.

The FDA requires manuals to show contraindications, warnings, preventive measures and adverse reactions. This includes: not suitable for wearers of pacemakers; not for critical body parts such as carotid sinus nerves, chest or entire brain; when pregnant, menstruation and other conditions that may be affected by muscle contraction Be careful. Possible adverse reactions include skin irritation and burns

More hospitals, rehabilitation clinics and sports clinics are using electronic muscle stimulators or EMS equipment. Their use is particularly evident in the athlete community. Beneficial results have drawn the attention of the medical community. General practitioners now see the benefits of using EMS for patients. EMS equipment can also be found in the gym and at home to help people recover from muscle damage faster. Most people who receive EMS treatment find this process constructive and soothing. Because it speeds up the healing process, patients will find themselves saving money. Electronic muscle stimulators are a great way to promote muscle healing, control pain and strengthen muscles.

EMS for physical therapy and rehabilitation was originally published on Spring