Latest News
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The 2025 HDBuzz Prize for Young Science Writers Is Open!
Announcing the 2025 HDBuzz Prize for Young Science Writers – sponsored by the Hereditary Disease Foundation!
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Shining a spotlight on huntingtin: a tool to measure huntingtin-lowering in real time
A new imaging tool means that scientists can now directly measure the levels of the toxic huntingtin protein in animal models of Huntington’s disease, letting us see how well huntingtin lowering therapies are working in their brains
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BAC to basics: a more accurate mouse model for Huntington's disease
A genetically-tweaked Huntington's disease mouse model shows a tendency for the CAG repeat to grow, just like we see in humans with the mutation.
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Finding the silver lining: an update on the Roche GENERATION-HD1 trial data
The first round of findings from the halted tominersen huntingtin lowering trial, GENERATION-HD1, run by Roche were shared this week with the HD community. HDBuzz explains what they found and what’s next.
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KINECT-HD trial shows valbenazine improves involuntary movements in Huntington's disease
In a much-needed bit of good news for the Huntington's disease community, Neurocrine Bioscience's KINECT-HD trial showed that treatment with valbenazine significantly reduced the involuntary movements called chorea
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“Seeing” the toxic huntingtin protein in people with HD
New tools let us “see” clumps of toxic huntingtin protein which build up in the brains of people with Huntington’s disease over time. Tracking these clumps might help us to better understand how HD progresses or how treatments might slow or halt HD.
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Updates from the EHDN Meeting 2021
Last month, HDBuzz attended the online European Huntington's Disease Network (EHDN) meeting. Read our summary of all the latest clinical trial updates.
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Real talk: Q&A with Roche about GENERATION-HD1
The HDBuzz team sat down (virtually) for an in depth Q&A session with the team at Roche to answer questions about tominersen and the recent halting of the GENERATION-HD1 trial
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Another tool in the box: Creation of a molecular “dimmer switch” advances gene editing
A new system has been developed that allows researchers to fine-tune gene expression with oral drugs, work that provides a powerful tool for gene editing.