Introduction: The stroke is a lesion of the Central Nervous System inducing spasticity, caused by a lesion of the upper motor neuron. The presence of spasticity limits the patient in achieving the necessary adjustments for the execution of required functional movements, causing limitations in daily life activities, interfering in our quality of life. Objective: To analyze the influence of the Autonomic Nervous System (ANS) in spastic patient consequential of stroke and decrease spasticity resulting of stimulus in the ANS. Method: It is a case study, where the spasticity was analyzed by means of Electromyography record (RMS), Ashowrth Scale modified and goniometry. The intervention consisted in 10 visits by performing Parasympathetic Laringe-Faringe Maneuvers, Plantar Arch and inhibition of Gastrocnemius. Results: The ANS has influence on the muscular activity, seen that there was a reduction of spasticity with decrease of the RMS values, increase in the amplitude of movement quantified by degrees and by means of the Modified Ashworth Scale. Conclusion: However, the mobilization of the autonomic nervous system through parasympathetic maneuvers are effective in decreasing spasticity due to stroke.
Introduction: The concept of body posture involves balance, neuromuscular coordination and adaptation. Automatic postural responses are adjusted to meet the needs of interaction between systems of postural organization and the environment. Postural control is to maintain body position seeking stability and orientation in space, and the maintenance of posture and balance is directly related to three main systems: visual, vestibular and proprioceptive, whose junction ensures body balance. Other factors may be related to this control, such as the use of prostheses, among them the dentures that provide the balance of the mouth and jaws, through neuromuscular balance, helping to balance the body as a whole. Stabilometry assesses postural balance through the quantification of postural sway in the orthostatic position on a force platform. Objective: To evaluate the influence of the use of dental prostheses in maintaining balance and posture through baropodometry. Method: The study included 10 women with an average age of 65 years old, all using dental prosthesis, which remained on the platform for 30 seconds, with the prosthesis, repeating the procedure without the use of the prosthesis. Results: As the postural balance is given by the sum of the balance of all body structures, where all must be wholesome, and may include dental arch, in this case replaced by dental prosthesis, there was a direct contribution of using it over body balance as a whole, since there was a decrease in the number of oscillations of the body centroid and radial displacement, among individuals who use dental prosthesis. Conclusion: The present study demonstrated that there is a direct influence of the use of dental prostheses on posture and body balance.
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