🦘🌤️ The corona pandemic led to the design of new synthetic polymers against fungal infections, thanks to a unique 🇦🇺🤝🇩🇪 collaboration, and to a study now in #NatureCommunications. Big congrats to the entire reserach team!

👉https://www.nature.com/articles/s41467-024-50491-x#citeas

@unijena
@bmbf_bund @dfg_public

#SyntheticPolymers #AntiFungals #FungalBiotechnology #FungalInfections #Candida #CandidaAlbicans #UNSW #Australia #Germany #ResearchCollab #ResearchCollaboration #LeibnizHKI

A synthetic peptide mimic kills Candida albicans and synergistically prevents infection - Nature Communications

Fungal infections are severely underestimated as a cause of mortality, and alternative drugs are urgently needed. Here, Schaefer et al. show that a synthetic polymer mimicking defensins shows different, but synergistic activity with known antifungals.

Nature

📯 #ResearchAlert! 🔬An #ACS Publications study shows novel efficient process to convert #cellulose into promising isocitric acid using a special #fungus.🌱♻️

🏭 Market openness still needed though!🤔

🔎📃 https://www.leibniz-hki.de/en/press-release/a-fungus-converts-cellulose-directly-into-a-novel-platform-chemical.html

@dfg_public

#Biotechnology #CircularEconomy #GreenTech #FungalBiotechnology #BioEconomy #BioPilotPlant #Innovation

A fungus converts cellulose directly into a novel platform …

The fungus Talaromyces verruculosus can produce the chemical erythro-isocitric acid, which has received little att…