Parkinson's Foundation

• NCT03924414

  Collaborator, Phase 4, Completed, 2,721 people, 23 Apr 2019

• NCT01216904

  Collaborator, Phase 4, Status unknown, 20 people, 7 Oct 2010

• Margaret Rice

  Mechanisms Underlying Benefits of Exercise on Striatal Dopamine Release, PF-IMP-941656, 2022–2023, 30 Jun 2022

• New York University

  Mechanisms Underlying Benefits of Exercise on Striatal Dopamine Release, PF-IMP-941656, 150k, 2022–2023, 30 Jun 2022

• Lindsay De Biase

  Microglial mitochondria and selective dopamine neuron vulnerability, PF-SF-JFA-836586, 2021–2024, 30 Jun 2021

• Hui Ye

  Role of the retromer complex in the aging nervous system, PF-PRF-830012, 2021–2023, 30 Jun 2021

• Baylor College of Medicine

  Role of the retromer complex in the aging nervous system, PF-PRF-830012, 124k, 2021–2023, 30 Jun 2021

• Brian Berman

  Deep sleep in PD and its relationship to cognition and neurodegeneration, PF-CRA-2074, 2020–2022, 1 Sept 2020

• Virginia Commonwealth University

  Deep sleep in PD and its relationship to cognition and neurodegeneration, PF-CRA-2074, 200k, 2020–2022, 1 Sept 2020

Sources: openalex.org

• Interaction Between Exercise Intensity and Sedentary Behavior on VO2max Change in Patients with De Novo Parkinson Disease: The Study in Parkinson Disease of Exercise (SPARX) Phase 2 Randomized Clinical Trial

  2 Oct 2026

• Preliminary evidence for cognitive associations of postural control in older and younger adults, and people with Parkinson's disease

  PF-FBS-1898-18-21, 26 Mar 2026

• Dynamic changes in mitochondria support phenotypic flexibility of microglia

  PF-SF-JFA-836586, 12 Dec 2025

• Voluntary exercise increases striatal dopamine release and improves motor performance in aging mice

  9 Dec 2025

Sources: api.crossref.org

• Parkinson's disease impairs grip force release during a sinusoidal force tracking task

  Grants or research support, 18 Feb 2026

Sources: pubmed.ncbi.nlm.nih.gov