A new modelling study examined the value of various intensive care triage strategies, finding ‘reverse triage’ could result in the largest gain in lives and life-years saved in the #COVID19 pandemic. https://t.co/52kZ0Ok4PE @ProfChristosV@chrisbourdeaux@RDBooton@BNSSGAnalytics
Protecting the @NHSuk from becoming overwhelmed has been crucial throughout the #pandemic 🏥
A new study has found that applying a reverse-triage approach could significantly reduce the amount of lives lost to #COVID19.
🔎 Find out more: https://t.co/n6kw3lx1z7
First @Bristol_AMR OH-DART paper led by @RDBooton and @katymeturner. Model initially parameterised with published data from Thailand. Our aim is to refine using our own 10,000 sample dataset and inform the next 5-year AMR plan. Funded by @The_MRC and @NIHRresearch
One Health drivers of antibacterial resistance: Quantifying the relative impacts of human, animal and environmental use and transmission @RDBooton @katymeturner @MutantBug @Reyher_UofBVet @kwanrawees https://t.co/ns2AKjMCDw
*EARLY VIEW*
*OPEN ACCESS*
Modelling the impact of an HIV testing intervention on HIV transmission among men who have sex with men in China
https://t.co/bT6eFlT1eA
How has COVID-19 disruption impacted HIV transmission and control in China among men who have sex with men? Our @EBIBristol funded preprint now available: https://t.co/5ZHnibRasv
Our rapid review of modelling studies looking at how to stop the spread of #SARS_CoV_2 in universities is available now #medRxiv preprint (not yet peer-reviewed) @HPRU_BSE @BristolUncover#coronavirus https://t.co/CwBH3uEj5T
Latest from @BNSSG_CCG's Modelling and Analytics team. For more information on the model (developed by @rdbooton and colleagues) underpinning our local Covid-19 forecasting, head to https://t.co/NAUdWLww1X
Happy to have had a tiny part to play in this work from @RDBooton and @katymeturner (and others!). Local modelling of the COVID-19 outbreak in SW England is useful as the spread is so regional and geography is critical.
https://t.co/8WNHqIW5gD
Opening animal interactions talk at #SMB2018, @RDBooton outlines within-host part of multilevel model describing epidemiology of honey bee populations under toxicant stress
Our next paper available online: "Interactions between immunotoxicants and parasite stress: Implications for host health" @dylan_childs @DrJimminy https://t.co/R4iVNwuzAV