Titlebook: Microbial Cell Walls and Membranes; H. J. Rogers,H. R. Perkins,J. B. Ward Book 1980 H. J. Rogers, H. R. Perkins and J. B. Ward 1980 ATPase

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fferent topics of courses on the remote sensing and radiativThe interaction of the solar and heat radiation with the atmosphere and surface is the subject of the book. It is useful also for wide circle scientists involved in environmental studies. The book contains the description of 17 computer stu

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Isolation of walls and membranes,echniques. They consist of walls of variable, but always considerable, thickness and of no very clearly defined internal structure. In some species, these walls may bear on their outer surfaces patterned layers of protein which are easily removed, each unit of which consists of a number of sub-units

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Membrane structure and composition in micro-organisms,his statement excludes highly specific membranes, such as the purple membrane of the . with its array of protein molecules or the disc membranes of retinal-rod outer segments. Otherwise, all the modern techniques of examination, from freezeetching to the examination of simple sections, lead only to

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Membranes of bacteria lacking peptidoglycan,were only recently identified as falling in this class, when Kandier and Hippe [14] showed that the walls of . and some other species lacked muramic acid, glucosamine and D-glutamic acid. The structural component of the wall of M. . consisted of galactosamine, uronic acids, glucose and a little gala

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Additional polymers in bacterial walls,oups are phosphodiesters, which generally occur in polymers called teichoic acids. The teichoic acids were discovered in 1958, as the result of a search for a role for the CDP-glycerol and CDP-ribitol that had been identified in Gram-positive bacteria [4]. As originally defined, they consist of poly