Bacterial molecule gladiolin disarms Candida fungi and boosts antifungal drug potency
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Researchers at Monash University and the University of Warwick have found that gladiolin, a molecule produced by bacteria, pushes Candida fungi out of their invasive hyphal state back into the less harmful yeast state, effectively tricking them into starving. In laboratory work, gladiolin also enhanced the potency of amphotericin B, an existing antifungal drug. The study, led by Professor Ana Traven and published in Current Biology, is a basic microbiology discovery rather than a clinical advance, and any application in patients remains distant. Still, it points toward new antifungal strategies at a time when fungal resistance and limited treatment options are pressing concerns. Whether gladiolin derivatives can be developed into therapies is an open question for future research.
Written by a model from the reports · updated 1 day ago
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- reddit.comScientists discover a bacterial molecule that tricks deadly fungi into starving
Teams from Monash University and the University of Warwick published a study in Current Biology showing that the bacterial molecule gladiolin pushes Candida back from its invasive hyphal state to the yeast state and enhances the efficacy of amphotericin B. The mechanism study was led by Professor Ana Traven. It is a basic microbiology finding, still far from clinical application, but it suggests new antifungal strategies.
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