Subcellular Biochemistry Volume 8

Subcellular Biochemistry Volume 8 by Donald B. Roodyn, published by Springer US on December 12, 2012, is a softcover reprint of the original 1st edition from 1981, comprising 408 pages. This volume explores a variety of topics that hold significant biological importance, allowing authors to determine the length of their contributions. The book includes detailed discussions on the composition and development of the bacterial photosynthetic apparatus, with a focus on well-studied organisms such as Rhodospirillum rubrum and Rhodopseudomonas sphaeroides.
Readers will find a wealth of information regarding the molecular organization of photosynthetic and respiratory systems in these bacteria, as well as insights into the biosynthesis and assembly of these systems. The text emphasizes the role of photosynthetic bacteria as model systems for studying bioenergetic processes and suggests their potential for advancing research in membrane biogenesis. This edition serves as a comprehensive resource for those interested in the intersections of biochemistry and biophysics within the life sciences.
Official synopsis Publisher
In this volume of SUBCELLULAR BIOCHEMISTRY we cover a wide range of topics of considerable biological importance and have continued in our policy of letting authors, rather than editors, decide the “natural” length of their articles. Thus, we have some short but nevertheless significant contributions, as well as more massive chapters. We start with a detailed account by 1. Oelze of the composition and development of the bacterial photosynthetic apparatus. A number of photosynthetic bacteria are discussed, with particular emphasis on the well-studied Rhodospirillum rubrum and Rhodopseudomonas sphae roides. The reader will no doubt be struck by the great wealth of information now available on the molecular organization of the photosynthetic and respi ratory systems in these organisms. Equally important is our improved under standing of the biosynthesis and assembly of these systems. It is now generally accepted that photosynthetic bacteria are excellent model systems for the study of bioenergetic processes. It may well be that they will become equally popular as models for the study of membrane biogenesis, and it is to be hoped that Oelze’s erudite and comprehensive treatment of the subject will help in this regard.
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