Come and study fungal bioaerosols and AMR with FisherLab! Will climate and land use change drive antifungal resistance exposures? NERC Science and Solutions for a Changing Planet DTP 2023 https://t.co/mAqBJDyHIn @ImperialSPH@MRC_Outbreak@fisher_lab
Biodiversiy is declining, yet we have limited knowledge about how that affects human well-being. My work linking bats, insecticide use, and human infant health is out today in Science (https://t.co/gNIbWRdqEj), and tells a complex story about how those are connected.
Yesterday we held a fascinating session on the potential of, & risks associated with fungi. We heard from a range of witnesses - including @MerlinSheldrake, @KatieField4, @fisher_mat @KewScience. Professor Fisher pointed to the dangers of mold.
📺https://t.co/AUX8CIlQEj
[1] EXPOSURE TO AIRBORNE DRUG-RESISTANT FUNGAL SPORES IN THE UK
New in @ScienceAdvances, our study involved 485 citizen scientists from across the UK to determine the background level of drug-resistant Aspergillus fumigatus spores in the air: https://t.co/XOsTVH5BZx
We're looking forward to next week’s @ImperialFungal network meeting – what a great way to bring healthcare and agriculture scientists together to fight #antifungalresistance
👉 Register at https://t.co/0KIzKTVI2s
❓ Mon 13 Jul, 9-5, hybrid
#AMR#onehealth#idtwitter#fungal