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Not too rigid nor too wobbly:Defining an optimal membrane fluidity range essential for biofilm formation in Escherichia coli

Yaoqin Hong Jilong Qin Makrina Totsika

微生物（英文）2025，Vol.4Issue(4)：461-464,4.

微生物（英文）2025，Vol.4Issue(4)：461-464,4.DOI:10.1002/mlf2.70024

Not too rigid nor too wobbly:Defining an optimal membrane fluidity range essential for biofilm formation in Escherichia coli

Yaoqin Hong ¹Jilong Qin ²Makrina Totsika³

作者信息

1. Centre for Immunology and Infection Control,School of Biomedical Sciences,Queensland University of Technology,Herston,Queensland,Australia||Max Planck Queensland Centre,Queensland University of Technology,Herston,Queensland,Australia||Biomedical Sciences and Molecular Biology,College of Medicine and Dentistry,James Cook University,Douglas,Queensland,Australia
2. Centre for Immunology and Infection Control,School of Biomedical Sciences,Queensland University of Technology,Herston,Queensland,Australia||Max Planck Queensland Centre,Queensland University of Technology,Herston,Queensland,Australia||Institute for Molecular Bioscience,University of Queensland,St Lucia,Queensland,Australia
3. Centre for Immunology and Infection Control,School of Biomedical Sciences,Queensland University of Technology,Herston,Queensland,Australia||Max Planck Queensland Centre,Queensland University of Technology,Herston,Queensland,Australia
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摘要

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Yaoqin Hong,Jilong Qin,Makrina Totsika..Not too rigid nor too wobbly:Defining an optimal membrane fluidity range essential for biofilm formation in Escherichia coli[J].微生物（英文）,2025,4(4):461-464,4.

基金项目

This study was funded by an Early Career Researcher Scheme Grant from the Institute of Health and Biomedical Innovations and an Early Career Researcher Scheme Grant from the Faculty of Health,Queensland University of Technology(Australia),to Y.H.Y.H.and M.T.were supported by the Max Planck Queensland Centre on the Materials Science of Extracellular Matrices.The Ian Potter Foundation sponsored the CLARIOStar high-performance microplate reader(BMG,Australia).The AR3110 and AR3110 ΔcsgBA strains used in this study were generously provided by Dr Cécile Bidan(Max Planck Institute of Colloids and In-terfaces,Germany). （Australia）

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