Microbial interactions between filamentous fungi and yeast are still not fully understood.To evaluate a potential anti-fungal activity of a filamentous fungus while highlighting metabolomic changes,co-cultures between...Microbial interactions between filamentous fungi and yeast are still not fully understood.To evaluate a potential anti-fungal activity of a filamentous fungus while highlighting metabolomic changes,co-cultures between an endophytic strain of Cophinforma mamane(CM)and Candida albicans(CA)were performed.The liquid cultures were incubated under static conditions and metabolite alterations during the course were investigated by ultra-performance liquid chromatography-tandem mass spectrophotometry(UPLC-MS/MS).Results were analyzed using MS-DIAL,MS-FINDER,METLIN,Xcalibur,SciFinder,and MetaboAnalyst metabolomics platforms.The metabolites associated with catabolic processes,including the metabolism of branched-chain amino acids,carnitine,and phospholipids were upregulated both in the mono and co-cultures,indicating fungal adaptability to environmental stress.Several metab-olites,including C20 sphinganine 1-phosphate,myo-inositol,farnesol,gamma-undecalactone,folinic acid,palmitoleic acid,and MG(12:/0:0/0:0)were not produced by CA during co-culture with CM,demonstrating the antifungal mecha-nism of CM.Our results highlight the crucial roles of metabolomics studies to provide essential information regarding the antifungal mechanism of C.mamane against C.albicans,especially when the lost/undetected metabolites are involved in fungal survival and pathogenicity.展开更多
文摘Microbial interactions between filamentous fungi and yeast are still not fully understood.To evaluate a potential anti-fungal activity of a filamentous fungus while highlighting metabolomic changes,co-cultures between an endophytic strain of Cophinforma mamane(CM)and Candida albicans(CA)were performed.The liquid cultures were incubated under static conditions and metabolite alterations during the course were investigated by ultra-performance liquid chromatography-tandem mass spectrophotometry(UPLC-MS/MS).Results were analyzed using MS-DIAL,MS-FINDER,METLIN,Xcalibur,SciFinder,and MetaboAnalyst metabolomics platforms.The metabolites associated with catabolic processes,including the metabolism of branched-chain amino acids,carnitine,and phospholipids were upregulated both in the mono and co-cultures,indicating fungal adaptability to environmental stress.Several metab-olites,including C20 sphinganine 1-phosphate,myo-inositol,farnesol,gamma-undecalactone,folinic acid,palmitoleic acid,and MG(12:/0:0/0:0)were not produced by CA during co-culture with CM,demonstrating the antifungal mecha-nism of CM.Our results highlight the crucial roles of metabolomics studies to provide essential information regarding the antifungal mechanism of C.mamane against C.albicans,especially when the lost/undetected metabolites are involved in fungal survival and pathogenicity.
