Biofilms. Dieser Artikel ist nicht verfügbar.Biofilms

Metal Ions and Bacteria Edited by Terrauce J. Beveridge and Ronald J. Doyle The metal-microbe interaction, a critical feature of the biosphere, is examined in this first-of-a-kind publication. The full diversity of these interactions, their influence on bacteria and humanity, and the global scale of the reaction products is thoroughly described. Such an approach, broadened by the collective expertise of leading scientists, includes a detailed look at the use of microbes to immobilize toxic metals; natural biological metal chelators; metalloenzymes; heavy metal resistance mechanisms; biomineralization; influence of metals on bacterial virulence; and the impact of the biosphere on mineral production and cycling. Of suitable breadth, scope, and detail for researchers active in academia, the mining and metal industries, biotechnology, agriculture, environmental science and toxicology health science, geology, and other disciplines. 1989 (0 471-62918-9) 461 pp. Biology of Anaerobic Microorganisms Edited by Alexander J. B. Zehnder Protean in kind and application, anaerobes?organisms living in the absence of oxygen?provide an essential window onto fundamental life processes. Collected here is the work of 19 leading researchers who examine the interplay between the thermodynamic state and the microbiology of anaerobic systems; the molecular mechanisms of anoxic photosynthesis, denitrification, manganese and iron reduction, hydrolysis and fermentation reactions; prospects for the application of anaerobes in the environment and in biotechnological processes. A study that provides researchers, engineers, and students with a fascinating, detailed, and up-to-date look at anaerobic behavior. 1988 (0 471-88226-7) 872 pp. Microbial Lectins and Agglutinins Properties and Biological Activity Edited by David Mirelman Lectins?glycoproteins that enhance or inhibit the agglutination of cells?is examined for the first time as a phenomenon common to a broad range of microorganisms: viruses, bacteria, fungi, mold, and marine microorganisms. Unlike earlier studies which have described the presence and function of lectins in plants, this book provides a prodigious analysis from a new perspective. This compilation of current research studies from 45 leading specialists contains their preliminary results and observations as well as experimental insights and unpublished data. There is also ample information about isolation and characterization procedures and critical reviews of the existing information about each system. A cornerstone study for professors and students of biology and chemistry destined to stir further research, inquiry, and debate. 1986 (0 471-87858-8) 443 pp.

About the editors William G. Characklis, PhD, is Director of the Institute for Biological and Chemical Process Analysis at Montana State University, and President of CCE, Inc., a consulting engineering firm. He has been Professor of Environmental Engineering at Rice University and is presently Professor of Chemical and Civil Engineering at Montana State University. Dr. Characklis received his BES in chemical engineering from Johns Hopkins University, an MSChE in chemical engineering from the University of Toledo, and a PhD in environmental engineering from Johns Hopkins University. The author was a recipient of the Merck Foundation Faculty Development award in 1972 and was a National Science Foundation Faculty Science Fellow from 1977 to 1978. He was senior editor of Biofilms: Structure and Function, also published by John Wiley. Kevin C. Marshall, PhD, is a professor in the Department of Biological and Behavioral Sciences at the University of New South Wales, Australia. He received his BSc from the University of Sydney and an MS and a PhD from Cornell University. A distinguished writer in the sciences, he has written one book, 24 reviews, and 76 original research papers. He has also served as Editor-in-Chief for five publications in the Wiley Advances in Microbial Ecology Series.