Springer MicroRNA Expression Detection Methods

Product Description This book provides comprehensive descriptions of the innovative strategies and methodologies for detecting miRNA expression as well as their application in miRNA research and their potential as tools for clinical diagnosis and prognosis. Review From the reviews:“Designed primarily as a reference for life-science researchers, this book enables investigators to make unbiased comparisons in the search for the best technique for their unique application. This book is organized into 11 major parts … . MicroRNA Expression Detection Methods is a concise, logical presentation of the most relevant microRNA detection methods currently in use. As a procedure reference, this work contributes significantly to the field of microRNA research and will serve as a valuable laboratory resource for life-science professionals.” (David Broyles and Sapna K. Deo, Analytical and Bioanalytical Chemistry, Vol. 399, 2011) From the Back Cover This book provides comprehensive descriptions of the innovative strategies and methodologies for detecting miRNA expression, their application in miRNA research and their potential as tools for clinical diagnosis and prognosis. It begins with the introduction of the overall concept and strategies of miRNA expression detection methods emphasizing the need of a wide variety of these methods to suit specific requirements for research and clinical examination in laboratories. In the following, each single chapter focuses on an independent, unique method of miRNA detection and is divided into five subsections: summary, introduction, protocol (including materials, instrument, reagent, and procedure), application and limitation, and reference. The development of the technique, the ideas behind it and the mechanisms underlying the method are given in the introduction of each chapter. The step-by-step protocols are detailed in the protocol section. Then, the applications and limitations of the methods are discussed. Finally, the literature citations are listed in reference section. Schematic diagrams are included where needed and appropriate for better illustrating the principle of the methodologies. In addition, flowcharts are also provided to outline the protocols for each of the miRNA expression detection methods. This book is aimed to target both researchers involved in miRNA research of any fields in universities and research institutions and medical practitioners who are interested in developing or utilizing miRNA profiling as a complementary and an alternative strategy for clinical diagnosis of human disease.