K. P. Lemon, A. M. Earl, H. C. Vlamakis, C. Aguilar, R.'s Bacterial Biofilms PDF

By K. P. Lemon, A. M. Earl, H. C. Vlamakis, C. Aguilar, R. Kolter (auth.), Tony Romeo (eds.)

ISBN-10: 3540754172

ISBN-13: 9783540754176

ISBN-10: 3540754180

ISBN-13: 9783540754183

Throughout the organic international, micro organism thrive predominantly in floor hooked up, matrix enclosed, multicellular groups or biofilms, instead of remoted planktonic cells. This selection of way of life isn't really trivial, because it comprises significant shifts within the use of genetic info and mobile strength, and has profound results for bacterial body structure and survival. development inside of a biofilm can thwart immune functionality and antibiotic remedy and thereby complicate the remedy of infectious ailments, specially persistent and overseas device-associated infections. sleek experiences of many vital biofilms have complicated way past the descriptive level, and feature started to supply molecular info of the structural, biochemical and genetic procedures that force biofilm formation and its dispersion. there's a lot variety within the info of biofilm improvement between numerous species, yet there also are commonalities. In so much species, environmental and dietary stipulations vastly impression biofilm improvement. related sorts of adhesive molecules usually advertise biofilm formation in assorted species. Signaling and regulatory tactics that force biofilm improvement are frequently conserved, specifically between comparable micro organism. wisdom of such procedures holds nice promise for efforts to manage biofilm progress and strive against biofilm-associated infections.

This quantity has a tendency to target the biology of biofilms that have an effect on human affliction. It opens with chapters that offer the reader with present views on biofilm improvement, body structure, environmental and regulatory results, the position of quorum sensing, and resistance/phenotypic patience to antimicrobial brokers in the course of biofilm development. the following chapters are dedicated to universal problematical biofilms, those who colonize venous and urinary catheters. the ultimate sequence of chapters examines biofilm formation by way of 4 species which are very important pathogens and good studied types, one in all which, Yersinia pestis, cleverly adopts a biofilm kingdom of progress inside of its insect vector to advertise illness transmission to mammalian hosts.

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Additional info for Bacterial Biofilms

Example text

Approach and Initial Attachment to the Surface . . . . . . . . . . . . . . . . . 1 Motility and Chemotaxis . . . . . . . . . . . . . . . . . . . . . . . 2 Surface Sensing?. . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Environmental Effects on Surface Attachment Proteins . . . . . . . . . . . 4 Conversion from Temporary to Permanent Attachment: A Regulated Process? . . . . 5 Environmental Effects on Matrix Polysaccharides .

In the LapA-mediated attachment in P. fluorescens, elevated levels of c-di-GMP are required for proper secretion of LapA and concomitant formation of irreversible cellular attachment (Monds et al. 2007). Low external concentrations of Pi act through a transcriptional mechanism as an environmental signal to reduce secretion of LapA via expression of PDE-encoding rapA, resulting in a less stable, dissolving biofilm. It is interesting to note that there is an overall correlation between the enhanced retention of biomass in a biofilm and an elevated cellular c-di-GMP level even though the mode of action of c-di-GMP by allosterically controlling exopolysaccharide synthase activity or secretion of LapA is mechanistically quite different.

These examples simply reflect the diversity of biology of microorganisms. On the other hand, biofilms are macroscopic, operationally defined entities, where a priori it is not obvious, that they form by the same molecular mechanisms in different microbes. Regardless, what is invariant and crucial for microbial life in a biofilm is the interplay between physical-chemical and biological factors that control the physiology of the inhabiting microbes. Major changes in cellular physiology include a reduction in growth rate and the induction of rpoS but probably also the activation of other global regulators.

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Bacterial Biofilms by K. P. Lemon, A. M. Earl, H. C. Vlamakis, C. Aguilar, R. Kolter (auth.), Tony Romeo (eds.)

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