The Effect of an Auditory Rhythmic Cue on the Frequency of Rolling in Patients with Dysphagia and Parkinson's Disease

Overview

The main objective of this clinical study is to measure the effect of rhythmic auditory cueing, introduced in rehabilitation with three weekly sessions over a period of 7 weeks, on the frequency of rolling in idiopathic Parkinson's disease patients using pharyngography (swallowing radiography). The primary question of this study is: Does the rhythmic cueing introduced in rehabilitation significantly reduce the frequency of rolling in dysphagic Parkinson's patients? The researchers will assess the various stages of swallowing before, after, and 3 months after the rehabilitation protocol, focusing on the oral phase to determine if rhythmic auditory cueing reduces the frequency of rolling. Participants will be required to: * Perform three complete assessments (clinical speech therapy examination + pharyngography) before the protocol, after the protocol, and 3 months post-protocol. * Attend three times per week for 7 weeks at the La Musse hospital to participate in the protocol sessions under the supervision of a speech therapist.

Dysphagia can negatively affect the quality of life of patients. Indeed, it leads to difficulties during oral intake (food, drinks, and medications), weight loss, dehydration, malnutrition, and limitations in social activities. Depression is frequently associated with a reduced quality of life in Parkinson's patients with swallowing disorders. Additionally, aspiration pneumonia due to aspiration events is one of the main causes of hospitalization in Parkinson's patients, and it can lead to severe complications and sometimes death. This clinical study focuses on "rolling," also known as oropharyngeal festination, which is an involuntary, repetitive, anteroposterior movement of the tongue at the level of the soft palate, performed before the food bolus is swallowed. Rolling is an intrinsically rhythmic movement. The few studies conducted on the subject agree, however, that freezing of gait (difficulties in initiating movement, stopping in front of an obstacle, or navigating around it) and rolling share common pathophysiological mechanisms. Freezing of gait is not limited to a deficit within the locomotor network but rather reflects a more general deficit affecting spatiotemporal coordination across various tasks, just like rolling. The use of rhythmic auditory cueing (applying rhythmic auditory training to intrinsically rhythmic movements, such as walking, with the aim of achieving more functional movement patterns) has been evaluated in different studies and has proven effective in reducing the frequency of freezing of gait in Parkinson's patients. It thus seems relevant to apply this rehabilitation method to rolling in these same patients to study the effect of auditory cueing on rolling. The secondary objectives will mainly focus on evaluating the effect of auditory cueing on the swallowing abilities of Parkinson's patients, their physical health, and their quality of life.