Search results for ""Author Alexander V. Lyubimov""

“This one-stop reference brings together information scattered throughout the literature, and it involved the efforts of 270 expert authors from 16 countries — a global endeavor accomplished under the leadership of editor Alexander Lyubimov.” –Book News Inc., February 2013 The Encyclopedia of Drug Metabolism and Interactions provides essential support during all phases of drug development, from drug design to drug action and interaction in patients. This multivolume work covers both preclinical and clinical aspects of drug metabolism and interactions. It also provides a wealth of toxicological, regulatory, and marketing information, all written by leading international experts in the field. Using this reference you’ll discover: • Enzymes that can be inhibited or induced and their impact on drug toxicity and altered response in both animal and human models • Effect of genetic differences and non-genetic factors on drug metabolism • Balance among drug metabolism, its inactivation/activation, and its potential toxicity • Examples demonstrating all aspects of drug metabolism and interactions in silico, in laboratory animals, and in humans • Methods and detailed protocols enabling you to perform seamless studies of metabolism and drug interactions This reference is essential for researchers interested in all aspects of drug development, and chemists, pharmacologists, pharmaceutical specialists, toxicologists, molecular toxicologists, and clinicians, including practitioners and physicians. Enjoy the Online Advantage... The Encyclopedia of Drug Metabolism and Interactions is available online now. For further information visit wileyonlinelibrary.com/ref/lyubimov

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Recent increasing awareness of the ways in which vibrational effects can affect low-gravity experiments have renewed interest in the study of thermal vibrational convection across a wide range of fields. For example, in applications where vibrational effects are used to provide active control of heat and mass transfer, such as in heat exchangers, stirrers, mineral separators and crystal growth, a sound understanding of the fundamental theory is required. In Thermal Vibrational Convection, the authors present the theory of vibrational effects caused by a static gravity field, and of fluid flows which appear under vibration in fluid-filled cavities. The first part of the book discusses fluid-filled cavities where the fluid motion only appears in the presence of temperature non-uniformities, while the second considers those situations where the vibrational effects are caused by a non-uniform field. Throughout, the authors concentrate on consideration of high frequency vibrations, where averaging methods can be successfully applied in the study of the phenomena. Written by two of the pioneers in this field, Thermal Vibrational Convection will be of great interest to scientists and engineers working in the many areas that are concerned with vibration, and its effect on heat and mass transfer. These include hydrodynamics, hydro-mechanics, low gravity physics and mechanics, and geophysics. The rigorous approach adopted in presenting the theory of this fascinating and highly topical area will facilitate a greater understanding of the phenomena involved, and will lead to the development of more and better-designed experiments.

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