pntd.0010485.s007.tif (1.39 MB)
KEGG pathway enrichment analysis and GO analysis.
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posted on 2022-06-13, 17:40 authored by Minying Li, Huan Huang, Jun Liu, Xiaohui Zhang, Qian Li, Dongmei Li, Mingfen Luo, Xiaoyue Wang, Weiying Zeng, Jiufeng Sun, Hongfang Liu, Liyan XiThe results indicated that the wild-type strain could induce inflammation, immune response and neutrophil chemotaxis (black arrow).
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various environmental stressesnovel antifungal targetmice footpad modelmetabolomic analysis indicateddiv >< p3 ’- endlast enzyme thioesteraseeventually affect growthte negatively impactsmultidomain protein typemaintaining fully functioncorresponding melanin lossfonsecaea monophora monophora key enzymefungal growthvivo vitro f c500 well establishedtype strainterminal tete mayte domainsix genesremarkably affectedreleases polyketideprofiled metabolomepotential inhibitorpolyketide synthaseneutrophil killingsmajor pathogensless resistanceincreased nicotinamideimpaired metabolismgene arrangementdelayed germinationcrucial rolecomplemented strainbecame vulnerableayo21_03016 (<antioxidant glutathioneaffects metabolism>&# 916
