Clinical Research Directory

WECARE APD: Assessing a Single Multidisciplinary Team Visit for Atypical Parkinsonian Disorders

Atypical Parkinsonian disorders (APD) are a group of brain disorders that look like Parkinson's disease but progress faster and don't respond well to common treatments like levodopa. These conditions include Progressive Supranuclear Palsy (PSP), Corticobasal Syndrome (CBS), and Multiple System Atrophy (MSA). Caring for APD patients is especially challenging because the symptoms worsen quickly and require multiple specialists, often leading to separate visits with different doctors and therapists. This not only increases the burden on patients and caregivers but also results in high medical costs. Despite the serious impact of APD, there is no proven care model that significantly improves the quality of life for patients and their caregivers. To address this, the investigator team has created a novel type of clinic that brings together a team of specialists in a shared appointment to provide comprehensive care in one visit. This study aims to test whether an early visit with this team, in addition to regular medical care, can improve quality of life, help patients manage their symptoms better, and reduce the stress on caregivers. The investigators will conduct a six-month study with two groups: one will receive the multidisciplinary care visit right away, while the other will continue with regular care and receive the visit after six months. Patients and caregivers will fill out questionnaires about their well-being at the beginning, after one month, and after six months. The study will also measure how practical it is to run this type of clinic, making sure enough people participate, complete the required surveys, and stay in the study. This will be the first study to test whether a team-based care model is practical and beneficial for APD patients and their caregivers. If successful, it could serve as a foundation for larger studies and potentially improve care for other complex neurological conditions in the future.