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Statements
Ergosterol inhibits KCNH2. 4 / 4
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"Another study reported that the fungicidal activity of caffeic acid against T. rubrum was observed at 86.59 μM; this activity was mediated via plasma membrane damage and reduced ergosterol production, where caffeic acid reduced isocitrate lyase activity and downregulated critical genes (ERG1, ERG6, and ERG11) required for ergosterol synthesis [78]."
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"The amount of squalene declined significantly (p = 0.00613) as the accumulation of 2,3-oxidosqualene increased by 4.7-fold (p = 0.00507), which may reflect the absence of ERG9 and ERG1 repression by ergosterol, as well as the enhanced induction of ERG1 due to the lower levels of lanosterol (Table 1) (M’Baya et al. 1989)."