Abstract
AbstractThe interaction of microbes and subsequent development of biofilms at surfaces has far‐reaching consequences in bioprocess engineering, agriculture, medicine and dentistry. Thus, the microbial surface has been the focus of wide scientific investigation. However, only recently has technology permitted quantitative study of the molecular interactions that govern the interactions of microbes. One such technology is atomic force microscopy (AFM) that not only permits the high resolution imaging of microbial surfaces but also the direct measurement of molecular forces and physical properties found at the microbial surface. This review highlights the current development of AFM force measurements and how these may be applied to microbial cell surfaces. The refinement of the AFM force measurement technique for characterising microbial surfaces will be discussed with reference to selected studies from the author's laboratory and key results from other research teams. The review will demonstrate how the application of the AFM techniques of single‐molecule force spectroscopy, functionalised tips, cell probes and lateral force measurement to microbial surfaces has provided exciting and unique insights into the microbial surface and its interactions. Copyright © 2006 John Wiley & Sons, Ltd.
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