Effects Of Exercises On Gullain Barre Sydrome

Effects of exercises on gullain barre sydrome
On skeletal muscles
Doing exercises we can increase the muscle strength through strengthening and mobilization exercises. Customize exercises will help to strengthen weak muscles and watch for muscle substitution. For example, a patient may show hip hiking and a circumduction gait pattern as a result of substitution hip flexors .Some exercises are helping to improve balance and mobility through valuation of different mobility aids, Addition to that postural reeducation Reduce muscle stiffness. Exercises will be helped to reduce spasms and pain through stretching programs. Reduce postural instability and balance difficulties can be recovered from core stability exercises and balance training exercises.
Because of that it will help to increase the heart rate of the patient. And also exercises can help to improve the circulation of the extremities. That will help for the venous return in the patient’s body. As well as exercises may effective to maintain the peripheral circulation. Addition to that through exercises patients can maintain the proper blood pressure. When exercising hormone adrenalin causes the blood vessels to expand to permit passage of a greater than normal volume of blood. This is called vasodilation, which is a short term reaction to exercise and is one of the reasons of the surface blood vessels will become more prominent during exercise. A long term response to exercise is to building of new capillaries so more oxygen can be transported to, and more carbon dioxide can be detached from the functioning muscles(El Mhandi
And also those exercises will help to increase the lung capacity .Because of that oxygen absorption will be increased. That will help the patients to increase respiratory volumes and perform an efficient breathing pattern. Regular exercises may help slow the progress of emphysema by increasing the number of gas-exchanging alveoli. Body get used to long-term exercise by increasing the number and size of capillaries, including alveolar capillaries. This adaptation creates the exchange of carbon dioxide and oxygen more efficient. The skeletal muscles that control respiration including diaphragm and intercostal will affect from respiratory exercises. The long term effect of exercise is to construct the endurance of these respiratory muscles, permitting deeper, fuller and more efficient breath (Mehta