Huntington’s disease
This year saw lofty highs and devastating lows for neuroscience drug developers like Bristol Myers Squibb, Eli Lilly and AbbVie, following the predictable pattern of successes and failures that characterizes this space.
Some 90% of investigational drugs fail—and success rates are even more dire in the neuro space. Here, BioSpace looks at five clinical trial flops that stole headlines over the past 12 months.
In a Type B meeting, the FDA signified that it will allow uniQure to use a natural history control, the composite Unified Huntington’s Disease Rating Scale, and neurofilament light chain levels to support the accelerated approval of its gene therapy AMT-130.
Monday’s agreement comes days after PTC discontinued the development of another asset, utreloxastat, due to disappointing Phase II data in amyotrophic lateral sclerosis.
Sage Therapeutics discontinued development of its lead candidate dalzanemdor after a third clinical failure, leading analysts to question the biotech’s future profitability.
After previously failing studies in Parkinson’s and Alzheimer’s, dalzanemdor’s latest stumble in Huntington’s disease has pushed Sage Therapeutics to pull the plug on the NMDA receptor modulator.
The past four years have brought disappointment for the Huntington’s community, but optimism is growing as companies including Prilenia and Wave Life Sciences eye paths to approval of therapies that could address the underlying cause of the disease.
A fatal, highly hereditary illness with no disease-modifying treatments, Huntington’s is long overdue for a therapeutic win. Here, BioSpace looks at five candidates that could change the trajectory for patients.
Wave Life Sciences in a Tuesday filing with the SEC said Takeda has elected to terminate its option to continue work on Wave’s WVE-003 clinical-stage Huntington’s disease program—a potential $5 billion commercial opportunity, according to the biotech.
Following a disappointing readout last year, uniQure on Tuesday posted promising Phase I/II data for its investigational gene therapy AMT-130 and nabbed the first-ever Regenerative Medicine Advanced Therapy designation from the FDA in Huntington’s disease.
PRESS RELEASES