Demens

A study of over 375,000 Finns has linked hospital treatment for severe infections like cystitis and pneumonia to a higher risk of developing dementia within five to six years. Researchers identified 29 conditions associated with at least a 20 percent increased risk, with infections playing a key role. The findings suggest that preventing such infections could help modify dementia risk.

19. mars 2026 Rapportert av AI

Et høyt kjøttinntak kan redusere risikoen for demens hos eldre personer med genetisk disposisjon for Alzheimers, ifølge en studie fra Karolinska Institutet. Studien fulgte over 2100 personer i alderen 60 år og eldre i opptil 15 år. Funnene gjelder for bærere av spesifikke apoe-genvarianter.

A long-term analysis of more than 200,000 UK Biobank participants found that diets with lower glycemic index values were associated with a lower risk of dementia, including Alzheimer’s disease and vascular dementia, while higher dietary glycemic load was tied to a higher risk.

14. januar 2026 Rapportert av AI

A new study reveals that despite guidelines, about one in four Medicare beneficiaries with dementia continue to receive brain-altering medications linked to falls and confusion. Prescribing rates have declined overall from 20% to 16% between 2013 and 2021, but those with cognitive impairment face higher risks. Researchers highlight the need for better documentation and alternatives to improve care safety.

Prof KVS Hari, director of the Centre for Brain Research at IISc Bengaluru, emphasized digital biomarkers for early detection and prevention of dementia. He noted that India's rapidly aging population makes dementia a major public health challenge. The centre focuses on data collection and AI to understand disease progression in the Indian context.

12. desember 2025 Rapportert av AI

Alzheimer's trials are shifting to a multi-target approach inspired by cancer research, even after failures with Novo Nordisk's semaglutide. Only two drugs, Eli Lilly's Kisunla and Eisai and Biogen's Leqembi, are widely approved to slow progression. This evolution treats the brain-wasting disease as a complex system, seeking new ways to halt it amid its global impact.