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  • innovative-nutritional-therapeutics

    Innovative Nutritional Therapeutics

      In this 12-month project, Dr. Mark Haub of Kansas State University and his team will be examining the impact of probiotic supplementation, paired with vitamin B3 (a precursor for dopamine production in the brain), on motor and non-motor function, constipation, quality of life, gut microbiome and blood levels of Levodopa

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    • colorado-oral-strengthening-device

      Colorado Oral Strengthening Device

        Elizabeth Cuadrado and her team will be partnering with bioengineers to refine and test an alternative to an existing high-cost product to boost tongue strength, which is integral in our ability to swallow. The team at UCD has already prototyped the Colorado Oral Strengthening Device, which is made from silicone

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      • smart-cycling-computerized-controller

        “SMART” Cycling Computerized Controller

          Dr. Angela Ridgel of Kent State University will develop and test SMART (Speed Manipulated Adaptive Rehabilitation Therapy) cycling. Her team will develop a computerized model for use in a SMART controller that can be mounted on the chassis of a stationary motorized bike. This controller will use biomechanical data from the rider to automatically adjust bike operation

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        • community-based-cycling-class-for-slowing-disease-progression

          Community-Based Cycling Class for Slowing Disease Progression

            Dr. Anson Rosenfeldt and Dr. Jay Alberts will examine if  Pedaling for Parkinson’s  (an existing, low-cost program hosted by YMCAs) can slow Parkinson’s progression. This team will follow 50 participants and track their motor symptoms, non-motor symptoms, number of classes attended and quality of life over a 12-month period. This project also aims to identify which individuals respond

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          • fatigue-in-parkinsons-study

            Fatigue in Parkinson’s Study

              Fatigue in adults with Parkinson’s disease: The contribution of visual, vestibular, and oculomotor system deficits. Margaret Schenkman, PT, PhD, FAPTA will conduct a study of how visual and balance-related sensory systems contribute to fatigue in Parkinson’s. Her study will explore the effectiveness of a therapy program to reduce fatigue in Parkinson’s.

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            • quality-of-voice-study-for-parkinsons

              Quality of Voice Study for Parkinson’s

                Dr. Olga Klepitskaya from the University of Colorado will study the impact of vocal fold augmentation on quality of voice in people with Parkinson’s. This involves a study of vocal folds augmentation injection treatments to treat voice and speech impairments in Parkinson’s. Both short-acting and long-acting gel will be studied as treatments.

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              • motor-and-non-motor-study

                Motor and Non-Motor Study

                  The dual task intervention study used a virtual reality assessment to improve motor and non-motor function in individuals with Parkinson’s. This study aimed to characterize Parkinson’s dual task deficits and develop effective interventions targeting these declines. The research study utilized the three-demential, state of the art CAREN system for analysis.

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                • tai-chi-for-enhancing-cognitive-motor-interactions

                  Tai Chi for Enhancing Cognitive-Motor Interactions

                    Tai Chi integrates elements of balance, flexibility, and coordination (motor function) with focused mental attention and multi-tasking (cognitive function). Conducted at Harvard Medical School & Brigham and Women’s Hospital, the study will use two types of fMRI-based neuroimaging to understand the impact of Tai Chi on the cognitive and motor performance of people

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                  • remote-access-to-care-study

                    Remote Access to Care Study

                      This multi-center observational study allowed participants with Parkinson’s living in New York, Maryland, Delaware, California and Florida to have a one-time visit with a movement disorder specialist through video conferencing. This study assessed the feasibility, impact and acceptability of using telemedicine to remove barriers to care in Parkinson’s disease. Findings

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