Your Weekly Dose of Mycology Research
Proton-detection solid-state NMR spectroscopy, essential for resolving structural complexities in biomolecules, elucidates carbohydrate diversity in pathogenic fungi. This study reveals 15 chitin forms in Rhizopus delemar, five α-1,3-glucan forms in Aspergillus fumigatus, and eight α-1,2-mannan variants in Candida albicans, offering insights into fungal cell wall dynamics and structural integrity.
This study explores the rhizosphere microbiota of soybeans across 13 Chinese locations, employing metagenomics to identify 43,337 microbial species impacting crop productivity. Significant site-specific microbial diversity and community composition variations were found, with key bacteria enhancing nutrient cycling and correlating with increased soybean yields.
Dormancy, a survival strategy in fluctuating environments, significantly impacts genetic diversity in organisms, including fungi. This study introduces a Bayesian framework to infer population dynamics involving dormancy using sequence data. By focusing on the strong seedbank coalescent, the researchers provide novel computational tools integrated into BEAST2, aiding in the analysis of fungal ecoevolutionary processes.
This study identifies Fusarium foetens as a symbiotic gut fungus in mice, providing insight into its therapeutic potential. Researchers discovered FF-C1, a secondary metabolite that acts as a CerS6 inhibitor, revealing its endogenous role in mitigating the progression of MASH. These findings highlight the impact of fungal metabolites on host metabolic pathways, expanding the scope of gut mycology research.