Fordyce Davidson - The Architecture of Biofilms
Join us for this seminar by Fordyce Davidson (Dundee, UK) as part of the North West Seminar Series of Mathematical Biology and Data Science.
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The Architecture of Biofilms
Abstract: Biofilms are social communities of microbial cells that underpin diverse processes including sewage bioremediation, plant growth promotion and plant protection, chronic infections and industrial biofouling. They are hallmarked by the production of an extracellular polymeric matrix. One of the phenotypic consequences of biofilm formation is that resident microbes are highly resistant to physical stresses and antimicrobial agents. Rapid advances in molecular and microscopy techniques are revealing a rich array of novel, complex behaviours associated with biofilm formation. For example new data of the authors reveals that the leading edge of a class of biofilms advances as a result of an extraordinary complex process that defies simple mechanical analogue. Behind this leading edge the biofilm matures differentially in response to environmental conditions. We propose that in order to keep pace with these rapid advances in experimental methods demands the application of new theoretical tools. We discuss some standard theoretical approaches used by the authors, highlighting their limitation by presenting images and movies that have changed our perception. We invite a discussion of novel perspectives on modelling biofilm formation that may yield a deeper and more useful understanding. As a starting point, we propose that one such approach may result from a holistic view that treats these complex cell-matrix composites as dynamically active materials.
Please contact the seminar organiser Bakhti Vasiev (B.Vasiev@liverpool.ac.uk) directly for the Zoom link of this seminar or if you would like to receive regular invitations for this seminar series.