ECE1 (Extent of cell elongation 1) characteristics of Oak 2 resemble the SC5314 reference strain.

ECE1 expression on oral (A) and intestinal epithelial cells (B) is shown as fold change relative to SC5314 at the indicated time points. The expression is normalized to ACT1 mRNA levels. Statistical significance was calculated using a one-way ANOVA with...

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Main Author:	Theresa Lange (22403918) (author)
Other Authors:	Jakob L. Sprague (18087148) (author), Raghav Vij (13029121) (author), Raquel Alonso-Roman (22403921) (author), Nadja Jablonowski (165867) (author), Silvia Radosa (22403924) (author), Thomas Krüger (546779) (author), Olaf Kniemeyer (249966) (author), Falk Hillmann (3472157) (author), Axel A. Brakhage (199110) (author), Stefanie Allert (557903) (author), Sascha Brunke (155291) (author), Bernhard Hube (108571) (author)
Published:	2025
Subjects:	Microbiology Biotechnology Evolutionary Biology Ecology Infectious Diseases Virology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified opportunistic fungal pathogen colonizes mucosal surfaces epithelial damage potential affect fungal pathogenicity increased hypha formation candida albicans </ tested clinical isolates albicans </ increased pathogenicity virulence potential clinical strains increased resistance ”— environmental “ pour westernized countries united kingdom unexpectedly enhanced still similar rich medium rich diets rich diet rare cases oak trees new resistance metabolic flexibility invasion capacity intrinsic resistance findings suggest examined three damaging isolate candidalysin production antifungal resistances antifungal resistance amphotericin b
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<i>ECE1</i> (Extent of cell elongation 1) characteristics of Oak 2 resemble the SC5314 reference strain.

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