Daryl and Denzel's BIG review of antiviral resistance in light of virus evolution. These two research officers worked a lot of nights and weekends to synthesise 300 references into a topic summary. Click here for direct access to the article: rdcu.be/ep9Wt

New study alert! Dr Wenn-Chyau Lee's group investigated the role of periostin (OSF-2) in the cytoadherence phenomena mediated by malaria parasites www.frontiersin.org/journals/cel...

Discover the inspiring journey of Prof. Lisa F.P. Ng, Executive Director of A*STAR’s BMRC & ID Labs, in CIO Views’ IWD special edition. Her passion, leadership & dedication drive groundbreaking infectious disease research. Read more! #IWD2025 cioviews.com/lisa-ng-a-be...

Computational modelling of Mpox's airborne transmission risk. Fantastic collaboration by Dr Matthew Tay and A*STAR IHPC. medicalxpress.com/news/2025-03...

A computational model indicates that mpox's airborne transmission risk is significantly lower than that of COVID-19 and smallpox, though future viral evolution could change this dynamic. doi.org/g89m6w

Will mpox become an airborne respiratory pathogen like its now-eradicated relative, smallpox? Our researchers led by Dr Matthew Tay, in collaboration with #IHPC #A*STAR, conducted simulation modeling and found that mpox poses a much lower risk of becoming a true respiratory pathogen.