View clinical trials related to Parkinson's Disease.
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The overall goal of this protocol is to evaluate [18F]MNI-1216 (also known as [18F]ACI-12589) as an α-synuclein targeted radiopharmaceutical in 3 parts as follows: - Part 1: first in human (FiH) imaging - Optional Part 2: expansion of FiH imaging - Optional Part 3: retest imaging A total of up to 30 participants may be enrolled and participate in the study. Part 1 of the study will include up to 10 participants (target of up to 5 healthy volunteers and up to 5 participants with idiopathic Parkinson's Disease). There will be an ongoing review of study data in Part 1 to evaluate the characteristics of tracer binding and safety. If the study results are deemed adequate in Part 1, Part 2 and/or Part 3 may be initiated. The decision to initiate Part 3 may also include a review of data from Part 2, if Part 2 is performed and the data are available. If performed, Part 2 will include up to 20 participants, including health volunteers and participants with α-synucleinopathies to acquire additional tracer-related data. If performed, Part 3 will include up to 10 participants from in Part 1 and/or Part 2 (including health volunteers and participants with α-synucleinopathies) to evaluate the reliability of [18F]MNI-1216 ([18F]ACI-12589) Positron Emission Tomography (PET) imaging.
The goal of this project is to evaluate the safety and preliminary effectiveness of utilizing a digital therapeutic, Dual-task Augmented Reality Treatment (DART) protocol, for the treatment of postural instability and gait dysfunction (PIGD) in individuals with PD with a previously implanted deep brain stimulator (DBS).
Parkinson's disease (PD) has been traditionally considered a movement disorder. In fact, it is now recognized as a multisystemic disease involving not only the central nervous system and presenting with a constellation of motor and non-motor features. While the dopaminergic therapy used to control motor symptoms can lead to the development of motor fluctuations, characterized by wearing-off, ON-OFF phenomenon, delayed-ON, dose failure, and dyskinesias, it has been demonstrated that also many non-motor symptoms can have daily fluctuations, according to the response to dopaminergic therapy. Therefore, non-motor symptoms may fluctuate in parallel with motor symptoms and their relationship to plasma dopamine concentration, although the exact mechanism of non-motor fluctuations (NMF) remains speculative. Non-motor features tend to worsen during disease progression and prove to severely impact the quality of life of patients, sometimes more than motor symptoms. The Non-Motor Fluctuation Assessment (NoMoFA) Questionnaire is a patient-derived and self-administered questionnaire, recently developed and validated by the International Parkinson and Movement Disorder Society (MDS), that identifies and quantifies the severity of static and fluctuating non-motor symptoms in people with PD. The NoMoFA scale is constituted of a total of 27 items investigating several non-motor features, such as fatigue (the most reported), sleepiness, and confusion. Considering the self-administered nature of the scale, patients must understand the questions, and it should be available in the patient's native language. However, the NoMoFa has not yet been translated into the Italian language. Considering that NoMoFA is a relevant scale in the assessment of patients with PD, we believe it is important to perform a translation and cross-cultural adaptation of the NoMoFA questionnaire in Italian, following the scales translation protocol from the international movement disorders society (MDS), and to analyze the reliability and construct validity of the translated scale in Italian patients with PD who experience non-motor fluctuations. The aim of the study is to translate and validate the adapted Italian version of NoMoFA questionnaire.
Balance problems and falls are among the most common complaints in Veterans with Parkinson's Disease (PD), but there are no effective treatments and the ability to measure balance and falls remains quite poor. This study uses wearable sensors to measure balance and uses deep brain stimulation electrodes to measure electric signals from the brain in Veterans with PD. The investigators hope to use this data to better understand the brain pathways underlying balance problems in PD so that new treatments to improve balance and reduce falls in Veterans with PD can be designed.
The goal of this observational study is to identify targetable neural substrates of depression in Parkinson's Disease for the first time in people with Parkinson's between the ages of 40 and 80, who are experiencing symptoms of depression.
This study was planned to investigate the use and results of virtual reality applications with specially prepared software for the rehabilitation of freezing phenomenon, which increases the falling anxiety of individuals with Parkinson's disease and causes social isolation. Individuals over the age of 50 who have been diagnosed with idiopathic Parkinson's disease by a specialist neurologist will be included in the study; Individuals evaluated in terms of balance, functional mobility, freezing phenomenon, participation, and cognitive status will be randomly divided into two groups receiving conventional treatment and additional virtual reality. After the preliminary evaluation, they will receive 8 weeks of treatment 4 days a week and will be evaluated after the treatment and 3 months after the treatment. In addition to the improvements that will emerge as a result of the treatments within the scope of the study, it is expected that the virtual reality application created with crowd simulation will provide more effective results in improving the parameters. Knowing the effects of exercises in crowds, which cannot be performed in the clinic, in the treatment of Parkinson's disease patients, whose freezing and freezing-related symptoms are aggravated, especially in crowded environments, will make significant contributions to the field.
Previous studies have shown that repetitive transcranial magnetic stimulation(rTMS) can improve clinical symptoms of Parkinson's disease(PD). Continuous theta-burst stimulation(cTBS) is a novel rTMS protocol that produces physiological effects b acting on neurons in the brain, which can decrease the excitability of motor system. This study aims to explore the long-term effects of cTBS on improvement of movement symptoms in patients with PD.
The goal of this mixed methods, user research study is to evaluate the Keep On Keep Up programme for people with Parkinson's (KOKU4PD). The main aims of the study are to: 1. To explore the usability and acceptability of the PD specific KOKU programme from a user and health care professional perspective. 2. To produce a KOKU4PD digital program that is ready for National Health Service (NHS) approval and a future effectiveness evaluation. Participants will use the KOKU4PD app at home for 4 weeks. They will be assessed at baseline and after the 4 weeks to measure aspects of their disease status, mobility, thinking, mood and quality of life. They will also be asked to complete some questionnaires about the usability of the app.
The primary goal of this study is to test whether 12 weeks of high-intensity aerobic exercise can treat fatigue in Parkinsons disease (PD). The study will be a randomized multi-site controlled trial with follow up. Clinically fatigued persons with PD will be allocated to either 12 weeks of high-intensity aerobic exercise or to a waitlist control group receiving high-intensity resistance exercise after 24 weeks of habitual lifestyle (control period). It is hypothesized that persons with PD receiving 12 weeks of high-intensity aerobic exercise will show superior effects on perceived fatigue (i.e., clinical relevant reductions) when compared to the PD control group (primary hypothesis), and that these effects are sustained after 12-weeks of follow up (secondary hypothesis).