Parkinson's Disease Real-World Data
Parkinson's disease is the second most common neurodegenerative disorder globally (after Alzheimer's disease). It affects over 1.1 million people in the United States.
Qdata® can help lead to better treatments.
Qdata® Parkinson's Disease is an exclusive dataset clinically curated to clarify how parkinson's disease is diagnosed and treated in real-world practice, capturing diagnosis, treatment, and disease course across diverse populations.
Key Data Elements
Tremor
Bradykinesia
Rigidity
Postural Instability
Motor Fluctuations
Dyskinesia
About Qdata® Parkinson's Disease
Parkinson's disease is a progressive disorder of the central nervous system that affects movement. It occurs when brain cells that produce dopamine-a chemical messenger responsible for coordinating smooth, purposeful muscle control-die or become impaired. The exact cause remains unknown, though it is believed to be a combination of genetic and environmental factors.
Parkinson's disease medical research is aided by deeply abstracted, longitudinal parkinson's disease patient records that capture clinical detail required to understand disease and treatment response.
Evidence in Action
Comprehensive Coverage Across the Full Parkinson's Disease Continuum
With 23K+ total de-identified patients, 4.8 years average length of follow-up, and 1,000+ contributing neurology clinicians, the dataset reflects both the specialized care setting central to Parkinson's disease management.
Comprehensive Coverage of Parkinson's Disease Treatment Modalities
The Parkinson's disease dataset reflects the full treatment landscape with exclusive therapeutic insights found in contributing clinician EHRs, granular understanding of signs & symptoms from patient notes (cardinal signs to inform disease progression), and unique views into treatments and outcomes, including motor complications of dopaminergic therapy.
Custom Data Curation
Need data tailored to your exact study design requirements?
Our purpose-built, fit-for-purpose datasets are designed to support rigorous research and confident decision-making. These datasets can be tailored
around custom inclusion and exclusion criteria, in addition to including all standard abstracted data elements.
Ready to Explore the Parkinson's Disease Dataset?
Connect with our team to discuss your research objectives and receive a tailored data overview.