What is electrostimulation in rehabilitation for?
I-motion EMS electro-stimulators stimulate muscle fibers (unlike TENS electro-stimulators, which focus on nerve fibers), producing currents whose intensity can be adjusted to the needs of each patient. This technology makes it possible to obtain a contraction of the muscle to be treated using a wide variety of electrical stimulation and a wide range of frequency and amplitude variations to produce the type of current that each patient needs. In this way, the physiotherapist defines the exact sequential pulse to generate a motor response.
Electrostimulation in rehabilitation: uses and benefits
Electrostimulation in rehabilitation to relieve pain
One of the main uses of electrostimulation therapy devices in rehabilitation is its use to minimize and relieve pain. There are specific programs for this purpose, although the professional can also determine the specific personalized programming that he considers appropriate for each case with the electrodes connected to the corresponding muscular zone.
This analgesic use is key when using electrostimulation for rehabilitative purposes. It allows the patient to gain in quality of life improving his well-being. And it allows him to perform activities that pain prevented him from carrying out. Among them, there may be some physical exercises appropriate for rehabilitation that would otherwise be very painful to perform.
The electrostimulation for pain relief, depending on the type of injury or problem, can be applied in a very specific area or at general level in large areas of the body. Each personal case will recommend one or the other use.
Stimulation of paralyzed muscles and prevention of muscle atrophy
Stimulation of paralyzed muscles is one of the most relevant uses of electrostimulation in rehabilitation. The proper use of electrostimulation device allows both the prevention and the treatment of muscle atrophy.
When an injury prevents movement, the muscles involved in such injury are not used, or at least not with their own mechanical activation, and run the risk of atrophy. To avoid this problem these devices execute the appropriate stimulation of paralyzed or unused muscles. In this way electrostimulation in rehabilitation allows these muscles to work without the need for the individual to move them autonomously.
All this allows:
–Avoid more severe damages. That is to say, it avoids adding to the injuries problems of atrophied muscles due to the lack of use and the chaining of problems to other areas of the musculature..
–Reduce the patient’s recovery time. This benefit of electrostimulation in rehabilitation is essential to improve the patient’s well-being. This is achieved because the muscles will not have atrophied.
–Avoid problems of bad postures that the patient can take to avoid pain in the injured area. This allows to prevent the appearance of other chained injuries and will improve the patient quality of life.
Local electrostimulation in rehabilitation
This allows to work specifically certain muscles in order to help reduce the loss of muscle mass and contributes to the recovery of mass and volume as appropriate. All of this can accomplished without putting stress on damaged muscles that need to rest and recover.
Increase in muscle strength and stability
Another usefulness of electrostimulation in rehabilitation is the increase in muscle strength and stability. This is essential to return to the musculature the strength and stability that a healthy body requires and allows to maintain an active and healthy lifestyle.
The proper use of the electrostimulator on the muscles allows exercise them. But not in any way, but with the great added advantage of being able to provide adequate muscle stimulation in a short time, thus reducing the time necessary for the muscles to be stable and strengthened after the injury.
Doing this work without the use of an electrostimulator is much slower and requires longer and more expensive work sessions for the patient. For this reason, it is one of the main applications of electrostimulation in rehabilitation.
Achieving muscle enhancement in a relatively short space of time is another of the main advantages of electrostimulation in rehabilitation. Although each case must be reviewed in a personalized way, as a rule this is usually the final step of a rehabilitation process after an injury or accident.
The main reason to include muscle enhancement in a rehabilitation process is to provide the patient with greater physical strength and recovery of adequate muscle mass. This will allow him to improve his well-being and minimize the risk of subsequent injuries.
In the case of athletes, this muscular potentiation is the key for their body to return to the state of physical form prior to the injury.
Correction of muscle imbalances
A very relevant and frequent use of electrostimulation in rehabilitation is the correction of the imbalance between different muscle groups. This imbalance can be both the result of an injury and the cause of it, depending on the case.
Correcting the imbalance between muscle groups by specifically empowering, developing and strengthening muscles that are weakest is essential for the patient. Achieving optimal muscle balance will help improve body and physical shape. And not only that, it will also allow to reduce the risk of new injuries due to this problem.
You see, electrostimulation in rehabilitation has many applications and is key to helping the patient’s recovery well-being and quality of life. This help can be provided through one or more of the mentioned issues, depending on the specific case. Evaluate the functionality that a fitness electrical muscle stimulation devices of imotion-ems.com can provide in this regard to help your patients.
i-motion EMS Software advantages:
i-motion EMS Software
Our Pro software features 20 preset programs plus 6 experts.
Contractures are produced by an involuntary contraction due to an excess of tone, lasting or permanent, of one or several muscle groups, which keeps the affected part in a vicious position and is difficult or impossible to correct by passive movements. This program will give an immediate response to this pathology, which generally presents itself with pain.
With a frequency of 7Hz and a pulse width of 350 microseconds. This program is focused on obtaining metabolic benefits, having a higher pulse width is more directed towards men or women who seek to perform a deeper and more intense work. In both cases we work continuously.
Our software has the expert mode, 6 fully configurable expert programs designed for professional profiles with experience in the health sector, the use of chronaxies and training parameters makes the program ideal to adapt to the needs of patients.