XXIVth International Congress of Pure and Applied Chemistry, Volume 7 contains lectures presented at the XXIVth International Congress of Pure and Applied Chemistry held at Hamburg, Federal Republic of Germany in September 1973. The book consists of papers discussing a wide range of subjects on pure and applied chemistry. The compendium has papers that deal with primary information channel for chemistry, the interlinking of primary publications and secondary information services, and set-up of a report writing course in a research laboratory. The text also presents papers covering topics on the changing role of the information scientist in a research department, information science and the special needs of chemical documentation, and computer-based SDI services in chemistry. The book will be invaluable to chemists.

Includes entries for maps and atlases.

First multi-year cumulation covers six years: 1965-70.

Aspirin and the Salicylates focuses principally on aspirin. Topics ranging from analytical chemistry and pediatric medicine, taxonomy and cartels, enzymology and toxicity, to renal functions and rheumatology are also included in this compilation. This book emphasizes that salicylates are polycompetent drugs that influence a large number and variety of biological processes. Their multifactorial actions, in relation to the known therapeutic and toxic effects are clearly described. This text likewise provides a refreshing multidisciplinary approach to aspirins that cover the whole extent from chemical to clinical aspects. This publication is a good reference for clinicians, pharmacists, and students intending to acquire general knowledge of the aspirin and salicylates.

Molecular Mechanisms of Protein Biosynthesis is a collection of papers dealing with cell-free systems at the molecular level, including transfer RNA; the initiation, elongation, and termination processes; ribosome structure and function; mRNA translation; and DNA-directed in vitro protein synthesis. A couple of papers review tRNA, aminoacyl-tRNA synthetases, and aspects of ribosome structure. One paper discusses affinity labeling in the study of binding and catalytic sites of large complex and heterogeneous systems such as the ribosome. The investigator should be aware of the chemically reactive or photoactivatible analogue reacting specifically with one or more ribosomal components. This reaction should be determined if it is dependent on the correct binding of the affinity label at the functional site. Another paper describes the series of reactions in protein synthesis as the process by which the ribosome moves relative to the messenger RNA. Other papers discuss messenger RNA and its translation, DNA-dependent cell-free protein synthesis, as well as the genetics of the translational apparatus. The collection will benefit microbiologists, biotechnologists, and academicians connected with the biological sciences.

In the preface to the Second edition, we made a prediction that many exciting developments would take place in the coming years that would change the face of a new edition. This has indeed been the case and the current edition reflects these new advances. Our picture of the structure of the fatty acid synthetase has changed dramatically, bringing a new concept in enzymology - the multicatalytic polypeptide chain. This new knowledge owes much to the exploitation of genetic mutants, the use of which is undoubtedly going to extend into many other areas of lipid biochemistry. An understanding of the control of lipid metabolism has also advanced considerably during the last decade and we have tried to reflect that here, although it will be some years before a truly integrated picture can be obtained. For this reason we have continued to deal with the control of particular aspects of lipid metabolism - fatty acids, triacylglycerols, lipoprotein- in the specific chapters but we can foresee the time when a chapter on the overall integration of lipid metabolism will be appropriate and feasible. As a particular example, the exciting new concepts of the control of cholesterol metabolism in specific tissues via the interaction of low density lipoproteins with cell surface receptors have been described in Chapter 6.