News

GT-02287 boosts enzyme activity in Parkinson’s brain: Trial data

GT-02287, an oral therapy being developed by Gain Therapeutics, can increase glucocerebrosidase (GCase) enzyme activity in the brains of people with Parkinson’s disease. Results from a Phase 1b trial (NCT06732180) show that approximately three months of treatment with GT-02287 was safe and led to a robust reduction…

Companies team on bringing Parkinson’s treatments to brain

Biotechnology company Ophidion is teaming up with Neuronasal, a clinical-stage company focused on nose-to-brain delivery of therapies for central nervous system disorders, to develop ways to deliver treatments for Parkinson’s disease and other conditions to the brain using noninvasive technology. The companies said…

Dosing begins in clinical trial of Parkinson’s cell therapy RNDP-001

Kenai Therapeutics said the first patient has been dosed in a Phase 1 clinical trial testing the safety and efficacy of RNDP-001, its experimental cell replacement therapy for Parkinson’s disease. The REPLACE trial (NCT07106021) is recruiting up to 12 people with moderate to severe idiopathic (of unknown cause)…

MJFF awards grants to advance 5 new targets for Parkinson’s drugs

Three research teams investigating five high-potential targets for new Parkinson’s disease therapies received initial funding under a multi-year initiative from the Michael J. Fox Foundation for Parkinson’s Research (MJFF). The grants are the first to be awarded under MJFF’s Targets to Therapies Initiative, which aims to advance the…

Solengepras significantly reduces off time for patients on levodopa

Solengepras, an experimental once-daily pill for Parkinson’s disease, significantly reduces the time patients spend with re-emerging symptoms, known as off episodes. New Phase 2 data suggest the treatment reduces both the frequency and length of these difficult periods when standard medication wears off. The trial (…

Brain ‘short circuit’ behind Parkinson’s motor issues: Study

Dysfunctional nerve cells in the brain’s motor command center may be driving the rigid brain wave patterns associated with Parkinson’s disease, a new supercomputer simulation reveals. The study suggests that specific neurons, known as PT5B, significantly alter brain wave frequency during movement. These neurons are responsible for…