featured
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New insights into intermediate CAG repeats: Mapping the expansion continuum
8 min read
A new study uses ultra-sensitive research techniques to map DNA changes across the entire spectrum of CAG repeat lengths, revealing where intermediate repeats fit in the genetic landscape
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UniQure and FDA No Longer in Alignment on Approval Pathway for AMT-130
8 min read
In a new press release, uniQure shared that the FDA no longer agrees with their approach for advancing AMT-130, specifically the use of an external control group. The path forward is uncertain, but uniQure remains committed to the HD community.
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October 2025: This Month in Huntington’s Disease Research
6 min read
October was an insight-rich month in Huntington’s disease research: additional clarity around uniQure’s AMT-130, mapping how and where HD changes the brain, early mechanistic studies targeting DNA repair, and a major meeting gathering the field.
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A Map Through Time: Tracking Huntington’s Disease From Birth in the Brain
8 min read
Why do some brain cells die first in HD? New study shows changes in gene activity begin at birth in mice, especially in striatum & cortex—mapped with spatial & single-cell tools.
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How Big Is The Huntington’s Disease Iceberg?
10 min read
We can count how many people are seen in a clinic with Huntington’s disease by genetic testing, but how many people with the gene for HD are never diagnosed by a doctor? A new mathematical approach seeks to revisit this tricky question.
By Dr Chris Kay -

Huntington’s Disease Clinical Research Congress 2025 – Day 3
30 min read
Catch up on all the latest HD news from Day 3 of the Huntington’s Disease Clinical Research Congress in Nashville, USA.
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Huntington’s Disease Clinical Research Congress 2025 – Day 2
23 min read
Catch up on all the latest HD news from Day 2 of the Huntington’s Disease Clinical Research Congress in Nashville, USA.
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Huntington’s Disease Clinical Research Congress 2025 – Day 1
11 min read
Catch up on all the latest HD news from Day 1 of the Huntington’s Disease Clinical Research Congress in Nashville, USA.
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Controlling DNA Scanning Machines to Slow Expansion of CAG Repeats
5 min read
A new study identifies small molecules that target a DNA repair machine, opening a potential path to delay Huntington’s disease onset.
