Physical and social environmental exposures shape the biological brain age in global populations
Peer-Reviewed Publication
Updates every hour. Last Updated: 3-Apr-2026 05:15 ET (3-Apr-2026 09:15 GMT/UTC)
An international study published across 34 countries shows that the biological age of the brain can be accelerated or delayed by environmental risk (air pollution, public housing conditions) and protective factors (socioeconomic equality, access to healthcare). The stronger effects arise from interactions among environmental, social, and political conditions. The paper is published today [Friday, 3rd April 2026] in the journal Nature Medicine.
University Hospitals has been recognized by RLDatix with the Innovation in Regulatory & Compliance Award at the 2026 Connected Healthcare Summit. The award honors healthcare organizations that demonstrate excellence in compliance readiness, documentation quality, and proactive policy alignment driving safer care.
Governments cutting hundreds of millions of euros in pandemic funding, just a few years after a pandemic. Billions spent on compensation after a flood, rather than on prevention beforehand. Governments find it difficult to deal effectively with major, but not acute, risks. Why is this such a challenge? This was researched by Bas Heerma van Voss, who will be defending his PhD thesis at Radboud University on 13 April.
Achieving national carbon neutrality targets necessitates precise and reliable carbon accounting across all sectors, particularly in waste management. As municipal solid waste incineration (MSWI) plants expand globally, their role in energy generation and waste reduction is balanced against the imperative to accurately quantify greenhouse gas emissions. Traditional accounting methods often encounter challenges with the heterogeneous nature of waste, evolving waste composition due to sorting initiatives, co-incineration practices, and the underestimation of inert materials. Researchers from Tongji University and the Shanghai Institute of Pollution Control and Ecological Security have developed an advanced methodology that significantly improves the accuracy of direct carbon emission calculations from waste incineration, a critical step towards enhancing sustainable waste management strategies and furthering carbon neutrality efforts.