Mobility Feedback Shapes Mpox Spatial Hotspots in Network Model
A new network-based model shows that adaptive human mobility suppresses diffusion-driven instability and promotes persistent localized Mpox hotspots.
A new network-based model shows that adaptive human mobility suppresses diffusion-driven instability and promotes persistent localized Mpox hotspots.
Scientists created an hTfR1 knock-in Syrian hamster line that supports Junín virus infection, providing a new small-animal model for New ...
A PRISMA-compliant systematic review and random-effects meta-analysis of Indian prevalence studies has generated the country's first unified sampling plan for ...
A systematic review of 28 studies across 21 European countries finds gastrointestinal helminths and zoonotic enteric protists remain widely distributed ...
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© 2025 Scienmag - Science Magazine