Dynamic Energy Landscape of Dynein Light Chain Protein: Molecular Mechanisms of DLC8 Protein: Structure-Dynamics-Function-Folding Epitome

Poluri, Maruthi Krishna Mohan

ISBN 10: 3848481545 / ISBN 13: 9783848481545

Published by LAP LAMBERT Academic Publishing, 2012

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Bibliographic Details

• Title: Dynamic Energy Landscape of Dynein Light Chain Protein: Molecular Mechanisms of DLC8 Protein: Structure-Dynamics-Function-Folding Epitome
• Publisher: LAP LAMBERT Academic Publishing
• Publication Date: 2012
• Language: English
• ISBN 10: 3848481545
• ISBN 13: 9783848481545
• Binding: paperback
• Condition: Like New
• Book Type: book

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Synopsis

Proteins are dynamic over a broad range of timescales and these conformational fluctuations play critical roles in various biological processes. The amplitudes and the timescales of motion that characterize the fluctuations of a protein under a given set of conditions can be understood in terms of an ‘energy landscape’ that describes the energetic relationship between all possible protein conformations. The monograph is devoted to the structure-function-folding paradigm of a dimeric motor protein (Dynein Light Chain Protein - DLC8) . The document presents the overview of various biophysical techniques and extensively report diverse Nuclear Magnetic Resonance (NMR) spectroscopy approaches that are essential in unraveling the protein energetics and dynamics. In worldwide literature, this is one of the report of this kind and author made a sincere attempt to fulfill this demand by selecting the number of topics and orienting them into sub-sections. This detailed study will be highly useful to the biophysicists, biochemists, spectroscopists, structural biologists and advanced students. On the basis of his panoptic research this comprehensive and convincing documentation is presented.

About the Author

Dr. Maruthi Krishna Mohan Poluri has obtained his PhD degree in Chemical Sciences in 2009 at Tata Institute of Fundamental Research. He did his postdoctoral research from Rutgers University. He is working as a Research Scientist at University of Texas Medical Branch. He is the author of 20 research papers on protein dynamics, stability and folding.