Discovery of novel antimicrobials within microbiomes.
Weisberg E, Friedman A, de la Fuente-Nunez C, Levy A
Medicinal Plants
Fungal diseases are quietly devastating crops, forests, and wild plant populations worldwide — and the same shortage of antifungal medicines that threatens human health also limits what farmers and foresters can do when a pathogen like chestnut blight or sudden oak death sweeps through.
Tiny microbes living in and around us produce natural chemicals that can kill dangerous germs. Researchers are now using powerful computers and AI to dig through massive databases of microbial DNA to find these hidden weapons. This is especially urgent for fighting fungal infections, where we have very few treatments and the fungi are getting harder to kill.
Key Findings
The pace of new antimicrobial approvals is far slower than the rate at which bacteria and fungi are developing resistance to existing treatments.
AI-powered computational tools are now being used alongside traditional lab methods to identify promising antimicrobial compounds from microbiome data.
Antifungal discovery is critically underfunded and underdeveloped, with very few drug classes available and a slow pipeline for new options.
chevron_right Technical Summary
Scientists are using AI and genomic databases to find new antimicrobial compounds hidden inside the microbiomes of humans and other organisms, with a growing urgency to discover antifungal treatments where options are dangerously limited.
Abstract Preview
Antimicrobial-resistant bacterial and fungal pathogens constitute a severe threat to public health. The pace at which new antimicrobials are being released is far slower than the pace of resistance...
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