Mathematical Framework Evaluates Fairness in Computational Epidemic Models
A new mathematical framework grounded in social epidemiology evaluates fairness across computational epidemic models and informs equitable immunization strategies.
A new mathematical framework grounded in social epidemiology evaluates fairness across computational epidemic models and informs equitable immunization strategies.
A qualitative study of international public health responders reveals that emergency disease interventions consistently sideline gender-based violence prevention and community-led ...
Following recurrent pediatric encephalitis outbreaks in India, an analysis in PLOS Pathogens highlights persistent clinical and ecological uncertainties surrounding Chandipura ...
A Commentary on Réunion Island's intensively monitored 2024–25 chikungunya epidemic draws lessons on surveillance, healthcare surge capacity and emergency vaccine ...
A new Debate article maps four recurring nursing functions across the six Quadripartite One Health action tracks and argues they ...
A cross-sectional survey of 31 Baringo County government officers found limited One Health preparedness, including weak coordination, inadequate resources and ...
A descriptive qualitative study across six Rwandan districts reveals economic constraints, misinformation, and weak intersectoral collaboration as key barriers to ...
A Frontiers in Tropical Diseases Perspective argues that mRNA vaccine platforms should be treated as permanent preparedness infrastructure for Ebola ...
A qualitative study of 25 community members in Aden reveals interconnected barriers across individual, social, institutional, community and policy levels ...
A new review maps the progress of Nipah virus vaccine candidates across subunit, viral-vectored, and mRNA platforms while highlighting the ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine