Updated: Jan 12, 2021
Neuronal patterns are unique to every individual and it can be difficult to predict when the actual process of neuroplasticity in physiotherapy will start. The more that the patient is pushed; the larger the change: Neuroplasticity varies greatly from person to person.
As such, when it comes to applying neuroplasticity in physiotherapy,
it's important to first address any anxiety or depression issues that the patient may be experiencing before trying to rehabilitate them in other areas. This will make the rehabilitation process both easier and faster. This way, the physiotherapist is not only focusing on the physiological side of things but also on dealing with any psychological or emotional issues that may have been contributing to the disorder.
An important concept in neuroplasticity in physiotherapy is that of graded inputs.
This is very important because it means that the rehabilitation session will not be so long and will be done at shorter intervals than those used in patients who have not undergone neuroplasticity in physiotherapy. This is done to avoid feelings of being 'stuck' in a rut and to enable the patients to still enjoy a sense of control over their own life. This can even be beneficial to patients who have experienced atrophy: they can progress at a much quicker rate in the later stages of rehabilitation when they are able to actively exert control over their rehabilitation.
Once a patient has undergone neuroplasticity in physiotherapy,
they can expect that the amount of restriction they experience will lessen as the disease progresses further. This is because the patient will have learned to think in an appropriate manner. This also has a big impact on their ability to interact with others and also to manage pain in a more adaptive way. As their injury progresses, they will also be able to teach themselves new movements, coordination and balance-altering exercises which can be useful for them in the future.
There are many other benefits of neuroplasticity in physiotherapy and rehabilitation.
For example, a physiotherapist can use this particular form of exercise to increase the strength and flexibility of a patient's muscles. This is very important for people who experience chronic pain or stiffness. They can also use this form of rehabilitation to improve their motor endurance and to build strength.
When neuroplasticity in physiotherapy is introduced into a patient's life,
there is a very real possibility that the patient's ability to learn will improve significantly. The skills that the patient acquires are likely to be highly beneficial in their everyday lives and they will also be highly resistant to disease. Many people who undergo rehabilitation therapy have been successful in finding employment and some have even achieved academic success. Neuroplasticity in physiotherapy allows patients to improve the functioning of their brain through the practice of movement.
However, in order to see the full benefit of neuroplasticity in physiotherapy and rehabilitation,
it is necessary for patients to achieve maximum results. If a patient only practices certain exercises, he/she may not be maximizing on the effects of neuroplasticity in physiotherapy or may not be receiving the required amount of stimulation to stimulate the muscles in order to reach the maximum potential. Thus it is extremely important for a patient to undergo proper rehabilitation with an experienced physiotherapist. It may take many years for a patient to reach his/her full potential but a good rehabilitation program should make it possible for a patient to attain his/her dreams. A good rehabilitation plan should consist of a customized exercise regime that is tailored to the needs of the individual patient.