News

MTF1 protein lessens toxicity of mutant HTT, early study finds

Increased levels of the stress response protein MTF1 suppressed the toxic effects of the mutant huntingtin (mHTT) protein — the underlying cause of Huntington’s disease — in cellular and animal models of the neurodegenerative condition, a study showed. Specifically, MTF1 was found to counteract mHTT-associated oxidative stress, a type…

No chorea in Huntington’s linked to fewer CAG repeats in HTT gene

People carrying fewer Huntington’s disease-causing CAG repeats in the HTT gene — who traditionally are thought to have milder disease — show similar cognitive deficits to those with more CAG repeats, a study found. However, patients with fewer repeats are less likely to show Huntington’s characteristic involuntary muscle contractions,…

Calcium channel blockers may speed Huntington’s in those at risk

Huntington’s disease could develop at earlier ages in people using calcium channel blockers to control hypertension, a study that looked into genes encoding targets of blood pressure-lowering medications reported. Findings may have important implications for managing high blood pressure in people at risk of Huntington’s, identified before disease…

Computer-based test shows promise in tracking cognitive decline

A computer-based test called SelfCog, which tests various cognitive functions in a standardized manner, yielded promising results in assessing cognitive decline in people with early-stage Huntington’s disease, a study has found. SelfCog demonstrated sensitivity to detect cognitive decline over a one-year follow-up, outperforming traditional cognitive assessments, and showed associations…