The latest news about Montara
Montara Therapeutics Appoints Andrew Miller to Board of Directors, Names Chief Medical Officer, and Promotes Chief Technology Officer
June 9, 2026 | San Francisco, CA
Montara Therapeutics, a biotechnology company pioneering brain-selective therapies for CNS diseases, today announced the appointment of Andrew Miller, Ph.D., to its Board of Directors; the hiring of David Michelson, M.D., as Chief Medical Officer; and the promotion of Zachary Hill, Ph.D., to Chief Technology Officer.
Montara Therapeutics Receives Research Grant from The Michael J. Fox Foundation to Advance Parkinson’s Disease Program
June 2, 2026 | San Francisco, CA
Building on a prior MJFF-funded collaboration targeting LRRK2, Montara’s BrainOnly™ platform now targets the mTOR pathway — exploring a class of drugs with longstanding scientific interest but a history of safety challenges.
Montara Therapeutics Announces Development Candidate for First BrainOnly™-Enabled Program in TSC-Related Epilepsy and Appoints Chief Business Officer
December 8, 2025 | San Francisco, CA
Montara’s BrainOnly platform is designed to prevent peripheral side effects and concentrate neurological drugs’ activity in the brain via two-drug combination therapies, comprising its non−brain-penetrant “universal” peripheral blocker development candidate, MT1110, and a brain-penetrant target-specific drug. Montara will enter the clinic in H2 2026 to study an MT1110-everolimus combination, called MTX-E1, for the treatment of TSC-related epilepsy and other mTOR-driven CNS diseases.
Montara Therapeutics to Develop Novel Treatments Using the BrainOnly™ Platform with Grant from The Michael J. Fox Foundation
May 21, 2025 | San Francisco, CA
Montara Therapeutics awarded $3.3 million non-dilutive MJFF grant to develop BrainOnly™ Parkinson’s therapy targeting LRRK2, a genetically validated target with major drug development challenges. New collaboration to use Montara’s BrainOnly platform to create a next-generation brain-selective LRRK2 inhibitor that avoids the irreversible toxicity from unselective peripheral activity.

