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.
Infection with a Brazilian Zika virus strain selectively reduces Ndel1 oligopeptidase activity in the neonatal mouse brain independently of neuroinflammation, ...
The National Institutes of Health has awarded a five-year, $57.5 million grant to Boston University's National Emerging Infectious Diseases Laboratories ...
A new sugar meal technique allows researchers to efficiently infect mosquitoes with arboviruses, offering a practical alternative to resource-intensive blood ...
Volume 43 of SLAS Discovery presents AI-guided screening, automated platforms and new cell-based assays that accelerate drug discovery across infectious ...
Penn State researchers uncover how viruses breach placental barriers and trigger cellular defenses that restrict viral replication while creating significant ...
A systematic qualitative review evaluates evidence connecting viral orchiepididymitis and inflammatory Wallerian degeneration to unexplained chronic scrotal content pain.
A narrative review synthesizes evidence on Zika virus persistence in testicular tissue and semen, outlining clinical implications and precautionary guidance ...
An in-house NS1-based IgG ELISA using a ZIKV/DENV optical density ratio cut-off of 2.35 differentiated RT-PCR-confirmed Zika and dengue infections ...
PathwayDenester re-evaluates enriched pathways by testing whether their significance depends on overlapping, more significant terms, filtering out 40 to 90 ...
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© 2026 Scienmag - Science Magazine