Titlebook: Inorganic Polyphosphates; Biochemistry, Biolog Heinz C. Schr?der,Werner E. G. Müller Book 1999 Springer-Verlag Berlin Heidelberg 1999 Calci

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Inorganic Polyphosphate Regulates Responses of , to Nutritional Stringencies, Environmental Stresset might be put are reminiscent of the many ways in which other highly conserved molecules, such as ATP, NAD, fatty acids and certain polypeptides, have been exploited in evolution. A serious difficulty in understanding the physiological role of polyP has been the inadequacy of quantitative methods.

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From Polyphosphates to Bisphosphonates and Their Role in Bone and Calcium Metabolism,bone and calcium metabolism. In a second part we shall describe how these results led to the development of a new class of compounds which are analogues of pyrophosphate, the bisphosphonates. The latter are today the main therapeutic drugs in the treatment of bone diseases characterized by increased

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Study of Polyphosphate Metabolism in Intact Cells by 31-P Nuclear Magnetic Resonance Spectroscopy,yeast, and animals (Harold 1966, Kulaev and Vagabov 1983; Wood and Clark 1988). In certain cases, polyP can accumulate to more than 10% of total dry mass. The ubiquitous presence of polyP suggests that they may have important physiological functions. For example, polyP has been proposed to function

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Genetic Improvement of Bacteria for Enhanced Biological Removal of Phosphate from Wastewater,utes. Microorganisms use inorganic phosphate (P.) as the preferred P source (Wanner 1996). P. removal from wastewaters has received considerable attention, since P, is believed to be responsible for nuisance growth of algae in lakes and waterways (Codd and Bell 1985). Algal blooms degrade water qual