Publications
Publication highlights
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Deep mutational scanning of essential bacterial proteins can guide antibiotic development
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Dewachter L., Brooks AN., Noon K., Cialek C., Clark-ElSayed A., Schalck T., Krishnamurthy N., Versées W., Vranken W., Michiels J.
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Transcription-coupled DNA repair underlies variation in persister awakening and the emergence of resistance
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Wilmaerts D., Focant C., Matthay P., Michiels J.
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Mutations in respiratory complex I promote antibiotic persistence through alterations in intracellular acidity and protein synthesis
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Van den Bergh B., Schramke H., Michiels JE., Kimkes TEP., Radzikowski JL., Schimpf J., Vedelaar SR., Burschel S., Dewachter L., Lončar N., Schmidt A., Meijer T., Fauvart M., Friedrich T., Michiels J.*, Heinemann M.*
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Population bottlenecks strongly affect the evolutionary dynamics of antibiotic persistence
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Windels EM., Fox R., Yerramsetty K., Krouse K., Wenseleers T., Swinnen J., Matthay P., Verstraete L., Wilmaerts D., Van den Bergh B.*, Michiels J.*
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HokB monomerization and membrane repolarization control persister awakening
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Wilmaerts D., Dewachter L., De Loose P-J., Bollen C., Verstraeten N.*, Michiels J.*
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Bacterial persistence promotes the evolution of antibiotic resistance by increasing survival and mutation rates
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Windels EM.#, Michiels JE.#, Fauvart M., Wenseleers T., Van den Bergh B., Michiels J.