
News|Articles|June 11, 2026
Advancing the Field: Stem Cell Therapies and the Future of Parkinson Disease Treatment
Author(s)Marco Meglio
Experts explore how stem cell therapies could transform the treatment of Parkinson disease, covering clinical trial progress, patient counseling challenges, and the potential to replace current standard-of-care approaches.
Advertisement
Advertisement
In a recently launched special NeurologyLive® Roundtable Discussion developed in collaboration with the International Society for Stem Cell Research (ISSCR), two leading Parkinson disease experts explored the rapidly advancing field of stem cell medicine and its potential role in treating Parkinson disease.
Related to this article

Phase 3 ARISE trial results show solengepras 150 mg significantly reduced OFF time and improved motor and non-motor symptoms in Parkinson disease.

An MDS 2026 plenary speaker discusses the evolving role of infusion therapies, deep brain stimulation, and focused ultrasound in Parkinson disease, including when to consider device-aided therapies and how treatment selection can be individualized.

Phase 2a trial results showed 800 mg vutiglabridin significantly improved motor symptom scores compared with placebo in early-stage Parkinson's disease.

Investigational oral dopamine agonist prodrug boosts good ON-time, cuts OFF-time and dyskinesia, and reduces levodopa in advanced Parkinson disease, as phase 2 begins.

The associate vice president of clinical research at the Parkinson's Foundation discussed a large-scale replication of rs3115534-G, a noncoding GBA1 variant tied to Parkinson disease in people of African ancestry.

Benjamin Walter, MD, MBA, discusses how advances in biomarker testing and genetic characterization are informing Parkinson disease care, alongside developments in adaptive deep brain stimulation and efforts to identify disease earlier.

Late-breaking findings from MDS 2026 suggest a gluten-free diet may affect cognitive and quality-of-life measures in Parkinson disease, although no significant changes in motor function were observed.
Advertisement
Advertisement

