Synopsis
Drug resistance, whatever its source, is the prevalent cause for treatment failure in cancer chemotherapy. At present, the best understood (and most publicized) mechanism of cell resistance is the P-glycoprotein mediated efflux pump. However, it is not the only - or even the most effective - tool of survival devices to be considered in this book. Alterations of topoisomerases and conjugases, glutathione transferases, protein kinase C, the multidrug resistance protein MRP, bc12 and other modes of action are considered as well. By identifying and understanding how multidrug resistance in cancer evolves and functions, we should be able to prevent, circumvent or reverse this so far inescapable phenomenon. Featuring a collection of reviews by scientists, this book attempts to achieve an understanding of the molecular basis for drug resistance. It is intended for researchers in such diverse fields as chemotherapy, drug delivery, oncology, pathology, pharmacokinetics, tumour biology and biological response modifiers.
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From the Back Cover
This book contains state-of-the-art reviews by eminent scientists, attempts to achieve an understanding of the molecular basis for drug resistance. This integrated point of view may direct researchers in such diverse fields as chemotherapy, drug delivery, oncology, pathology, pharmacokinetics, tumor biology and biological response modifiers to unite their efforts in new therapeutic breakthroughs.
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