September 16, 2026 - 11:34 am

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uniQure Seeks U.S. Approval for Experimental Huntington Gene Therapy

Biotech company uniQure has applied for U.S. approval of an experimental Huntington's gene therapy after FDA reversed an earlier position on its development this year.
MRI scan showing a healthy human brain

uniQure Seeks U.S. Approval for Experimental Huntington Gene Therapy

Biotechnology company uniQure has applied for U.S. regulatory approval of an experimental gene therapy for Huntington’s disease after the Food and Drug Administration changed its earlier position on the program.

A Potential New Approach

Huntington’s disease is a rare inherited neurodegenerative disorder that can progressively affect movement, cognition and behavior. The disease is caused by a genetic mutation and currently has no approved therapy that can stop or reverse its underlying progression.

uniQure’s candidate is designed as a gene therapy rather than a conventional daily medicine. The company is seeking regulatory review of whether the treatment can be made available to patients under U.S. standards for safety and effectiveness.

Why the FDA Reversal Matters

Reuters reported September 2 that the company submitted its application after the FDA reversed an earlier stance concerning the development program. The change opens a path toward formal regulatory consideration, although an application does not mean the therapy has been approved.

FDA reviewers will evaluate the available evidence, including clinical data and information about potential benefits and risks. Regulators can request additional evidence or impose conditions before reaching a decision.

What Huntington’s Patients Face

Huntington’s disease typically develops in adulthood, although the age of onset can vary. As the condition progresses, patients may experience involuntary movements, difficulty with coordination, changes in thinking and psychiatric symptoms.

Because Huntington’s is inherited, families can face difficult decisions involving genetic testing, caregiving and long-term planning. The absence of disease-modifying treatments has made research into gene-based approaches a major area of interest.

Gene Therapy Brings Both Promise and Questions

Gene therapies aim to address disease mechanisms at a biological level, but they can involve complex manufacturing, delivery and safety considerations. Long-term follow-up is particularly important because some gene therapies are intended to produce durable effects after a limited number of treatments.

For regulators, the central question is whether the evidence demonstrates that the benefits outweigh potential risks for the intended patient population.

What Happens Next

uniQure’s application begins another stage of review rather than marking the end of the process. The FDA will determine whether the submitted evidence is sufficient for approval and what additional information may be required.

For families affected by Huntington’s disease, the development is significant because it advances another potential treatment into the regulatory pipeline. Patients should continue relying on neurologists and established treatment options while clinical and regulatory review continues.

Related Hudson Tribune coverage: Alpha-gal research.
Source: Reuters.

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