By Robert K. Poole
Advances in Microbial body structure is likely one of the such a lot winning and prestigious sequence from educational Press, an imprint of Elsevier. It publishes topical and demanding studies, examining body structure to incorporate all fabric that contributes to our figuring out of ways microorganisms and their part components paintings. First released in 1967, the editors have continuously striven to interpret microbial body structure within the broadest context and feature by no means constrained the contents to "traditional" perspectives of complete mobilephone body structure. Now edited by means of Professor Robert Poole, collage of Sheffield, Advances in Microbial body structure remains to be an influential and intensely good reviewed sequence.
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Extra resources for Advances in Microbial Physiology, Vol. 53
Aeruginosa may introduce genetic diversity into the bioﬁlm population in a recAdependent manner. In this manner, genetic diversity may act as ‘‘insurance’’ for microbial survival in a diverse range of environmental stresses. In the analogous case of SCV cells, genetic diversity introduced to the bioﬁlm community by XerD and Sss may lead to the variation in cell phenotype, that appears to be linked to metal(loid) resistance. 6. Persister Cells The tolerance of bacterial bioﬁlms to antimicrobials may be explained, in part, by the presence of a large number of specialized survivor cells termed THE BACTERIAL RESPONSE TO CHALCOGEN METALLOIDS 37 ‘‘persisters’’ within the adherent community.
Selenite reduction is observed in R. sphaeroides f. sp. , 2006). This group concluded that there are several pathways of selenite reduction in this organism, at least one involving such an enzyme. , 2000). This organism is related to Pyrobaculum aerophilum which can utilize arsenate, selenate, and selenite for electron acceptors. An organism of key importance in selenium microbial physiology is T. , 1997). 2. Tellurium Unlike selenite and selenate, no microorganism has been isolated for its ability to use tellurite as a terminal electron acceptor for growth.
34 DAVIDE ZANNONI ET AL. 3. J. Harrison, H. J. Turner, submitted work). , 2005). Selenium and tellurium oxyanions may equilibrate across the bioﬁlm matrix at a slowed rate due to steric and/or ionic hindrance, similar to other charged molecules (Stewart, 2003). , 1999) that can affect anion speciation; in these microenvironments, certain constituents of the extracellular matrix may bind, as well as react with, these oxyanions. Sequestration of chalcogens by the bioﬁlm matrix is thus considered here as a potential contributor to metal tolerance.
Advances in Microbial Physiology, Vol. 53 by Robert K. Poole