News

LETI-101 lowers mutant HTT protein in preclinical models

LETI-101, an experimental gene-editing therapy for Huntington’s disease, showed promising proof-of-concept effects in mouse and cell models by reducing levels of the disease-causing mutant huntingtin (HTT) protein, while preserving HTT’s healthy version. In nonhuman primates, the therapy showed good safety and distribution across brain regions profoundly impacted by Huntington’s. The…

DNA repair genes contribute to Huntington’s, mouse study suggests

Specific genes involved in repairing mismatched DNA contribute to the development of Huntington’s disease by driving fast somatic CAG repeat expansion — a phenomenon in which Huntington’s-causing mutations grow, or expand, during a person’s lifetime, scientists report. Their study, done in a mouse model of Huntington’s, showed that targeting…

Early neurodegeneration biomarkers linked to CAG repeat growth

Subtle biomarkers of neurodegeneration are evident decades before the onset of overt Huntington’s disease symptoms in people with disease-causing mutations, a study found. Somatic CAG repeat expansions — a phenomenon in which Huntington’s-causing mutations grow, or expand, during a person’s lifetime — were associated with these neurodegenerative biomarkers.

Top 10 Huntington’s stories of 2024

Throughout 2024, the team at Huntington’s Disease News covered the latest developments in research and news related to Huntington’s disease. Here we’ve compiled a list of the top 10 most read stories, each with a brief summary. We look forward to continuing to serve the Huntington’s community throughout…