Full Grants
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Identification of Novel Genetic Risk Factors of Parkinson' Disease and of Disease Risk in GBA1 Carriers using Data-Intensive Genomic Analyses |
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In this study, we aim to leverage on cutting-edge and GBA1-PD (Tel Aviv Medical center) and large databases in the PD research community (AMP-PD, GP-2) to further expand our understanding of PD genetics. Explore >> |
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Engineering EVs for Efficient Loading and Targeted Delivery of Antibodies Against Alpha-Synuclein |
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This project aims to develop a novel Multiple System Atrophy (MSA) treatment using MSC-derived extracellular vesicles to deliver antibodies against alpha-synuclein, neutralizing pathogenic aggregates. Explore >> |
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Identification of Candidate Imaging Markers for Parkinson's Disease in Heathy "At Risk" Subjects that Converted to Disease: A Retrospective Analysis |
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Over the past ten years, we followed up 70 participants and found that 10 developed clinical PD. We now aim to follow up with the remaining 30 participants and retrospectively analyze their scans to identify potential imaging markers associated with PD. Explore >> |
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Understanding the Progression of Sleep Related Disorders in the Prodromal Phase of Parkinson's Disease (PD) |
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We aim to identify sleep metrics that can predict PD progression. Our goal is to improve early detection and personalized care for PD, by providing sensitive validated measures that reflect a major aspect of daily living. |
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The Pathogenic Mechanisms of GBA1-Associated Parkinson's and their Mitigation by Small Molecule Inhibitors |
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In the present proposal we aim at identifying the cellular processes that go awry in GBA1-associated PD, and examine how the small molecules ameliorate them. Explore >> |
