Fungal extracellular vesicles (EVs) could be used to develop vaccines and antifungal treatments. In @mbiojournal, learn about the functions of fungal EVs, including their importance in cellular responses and therapeutic potential. Read the review: https://t.co/rZUb64MLru
https://t.co/qiHZLxX4d9
Congratulations @BuscainoA @ene_lab@c_denfert @ElisIrcane et al. on one of the coolest Candida albicans papers of the year! RNAi is found in most isolates, but not in the SC5314 lab strain. Now we need to learn how much biology have we missed...
Does filamentation and toxin production provide a benefit to the fungal pathogen Candida albicans? We investigated these properties of Candida while examining its ability to colonize the gut....
The RNA Biology of Fungal Pathogens Unit @MycologyPasteur is hiring a postdoc to study the Cryptococccus extracellular transcriptome. Details below. #mycology#postdocjobs
https://t.co/AEhow8jPV7
thanks @ShapiroRebecca and @acgerstein for the commentary on our paper 🍄💊
Powering up antifungal treatment: using small molecules to unlock the potential of existing therapies | mBio https://t.co/8fjveml9NA
#MicrobiologyMonday: Researchers identify the first regulators of extracellular vesicle (EV) production in the fungal pathogen Cryptococcus neoformans, uncovering a novel role for EVs in modulating antifungal drug resistance. @mbiojournal: https://t.co/KFUMHbFhGw
Researchers carried out a screen to identify small molecules that could restore susceptibility of pathogenic Candida species to azole antifungals. Learn more in @mbiojournal: https://t.co/sotTJsBHS3
We are delighted to announce that Candida and Candidiasis 2023 will be taking place on Saturday 13 May–Wednesday 17 May in Montréal, Canada as part of the Focused Meeting programme in 2023! Find out more on our website: https://t.co/oLc7uNn5cU 👈 #Candida2023
if you are a Ukrainian scientist (all career stages) and are looking for an organization where you will be able to pursue your research, the @institutpasteur in Paris would be happy to welcome you. https://t.co/IqmCCVN10u
Strain specific differences allow two C. abicans isolates (529L and CHN1) to stably colonize the murine GI tract, while the reference strain SC5314 is lost. @mBioJournal https://t.co/p3eeNIiiP7