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Understanding the mechanisms and control of gene transcription is said to be one of the central goals for a large proportion of molecular biologists currently involved in research. This book concentrates on RNA polymerase II transcription of eukaryotic protein-coding systems, but many of the approaches and techniques described apply equally well to the study of systems involving RNA polymerases I and III. This book covers the major current procedures and approaches in this field, including not only the analysis of transcription "in vitro" and "in vivo", but also the identification, purification and characterization of transcription factors and their interaction with specific DNA target sites. It is written by experts and specifically designed for all researchers intent on studying eukaryotic gene expression. Its mix of background information, advice on experimental approaches, detailed practical protocols, typical results, help with troubleshooting and reference appendices make it a guide for the newcomer to the field, and a source of new approaches and techniques for more experienced researchers. David Hames is one of the series editors of the "Practical Approach" series. Other titles in the "PA" series include "Transcription and Translation", "Nucleic Acid Hybridization", "Gel Electrophoresis of Proteins" and "Gel Electrophoresis of Nucleic Acids".
This book investigates the methodologies and experimental frameworks required to analyze eukaryotic gene transcription and the regulation of protein-coding systems. Edited by B. David Hames and Stephen J. Higgins, the text compiles contributions from field experts to provide a comprehensive manual for molecular biologists. It focuses on RNA polymerase II while offering techniques applicable to broader transcriptional studies, serving as both an instructional guide and a technical reference for laboratory research.
What You Will Find
Experts and researchers frequently cite this volume as a foundational technical resource for those entering the field of molecular biology. The text is noted for its balance of theoretical background and actionable, step-by-step protocols that facilitate complex experimental work.
Page Count:
384
Publication Date:
1993-05-20
Publisher:
Oxford University Press
ISBN-10:
0199632928
ISBN-13:
9780199632923
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