Powerful and flexible molecular modelling is literally at your fingertips. Desktop Molecular Modeller 3.0 provides the tools necessary for building, editing, quantitatively analyzing, and viewing molecular structures. This latest version of Oxford's popular molecular modelling package provides greater ease of use afforded by Windows (tm) coupled with more potent modelling facilities and SVGA graphics. Windows (tm) intuitive interface allows effortless manipulation of structures, and quick access to functions. Improved modelling features include: docking of multiple structures, graphical display of energy terms during minimization, and a peptide build facility. SVGA graphics are supported allowing users to display molecules in a breathtaking 256 colors and in superb detail. DTMM 3.0 remains compatible with Protin, Symmetry Operator Program, and current Structure Libraries. Preview DTMM 3.0 free of charge by requesting a complimentary Demo Diskette. System Requirements: IBM 386 (486 recommended), 4Mb Ram minimum, DOS version 5.0 or higher, Windows (tm) 3.1 VGA or SVGA monitor and graphics card, mouse, math co-processor highly recommended.

Desktop Molecular Modeller Version 3.0 for Windows

Computers & Technology

Crabbe, M. James C.

Appleyard, John R.

Operating Systems

Oxford University Press

Science & Math

Lay, Catherine Rees

Biological Sciences

This text is part of the Biochemical and Medicinal Chemistry Series Series Editor: John Mann, Professor of Organic Chemistry, University of Reading The aim of this series of short textbooks is to present full accounts of topics which are at the interface of chemistry and biology, from medicinal chemistry to molecular biology. The topics chosen for inclusion are popular subjects for upper-level undergraduate and postgraduate modular courses, and yet they receive inadequate coverage in traditional textbooks of organic chemistry and of biochemistry. Each text in the series provides a concise and up to date introduction to its subject in an attractive format. Antibiotics are among the most prescribed drugs in the world today, and since their development and commercialization in the early part of this century, they have saved countless millions of lives. Combating bacterial infection has resulted in the development of compounds which include the penecillins, cephalosporins, aminoglycosides and tetracyclins. This concise and up to date textbook uses a wide range of examples to describes the structure, mechanisms of action, synthesis and biosynthetic pathways of the major classes of antibiotics. A serious problem today is the development of microorganisms that are resistant to these 'traditional' antibiotics. This important area is described, with an account of bacterial resistance mechanisms, and the latest advances aimed at overcoming these problems. This textbook is suitable for upper-level undergraduate courses given to chemists, biochemists, microbiologists, pharmacologists and medical students. Postgradates and entrants to the pharmaceutical industry will find it an invaluable introduction to the subject.

Bacteria and Antibacterial Agents (Biochemical and Medicinal Chemistry Series)

Mann,John

Post-Translational Modifications of Proteins discusses several important topics of interest to researchers and students in protein chemistry and biochemistry, including the occurrence and function of hydroxylated residues and the three enzymes required for their formation; the damaging effects of reactions between sugars and proteins; ADP-riboosylation of proteins outside the nucleus; and Monod, Wyman, and Changeux's concerted model for allosteric control of enzyme activity exemplified by studies on glycogen phosphorylase. The application of Fast Atom Bombardment Mass Spectometry (FAB-MS) to studies on the structure and biosynthesis of various oligosaccharide moieties in protein is examined, and the understanding of the structural diversity and function of glycoprotein oligosaccharides is discussed in this volume.

Post-translational Modifications of Proteins

Harding, John J.

CRC-Press

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