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Explore the construction of intraprotein entropy maps in this conference talk delivered at the International Centre for Theoretical Sciences as part of the "Unifying Theories in High-Dimensional Biophysics" program. Learn how to map and analyze entropy distributions within protein structures, examining the thermodynamic properties and conformational dynamics that govern protein behavior. Discover methodologies for quantifying local entropy variations across different regions of proteins and understand how these entropy maps can reveal insights into protein folding, stability, and functional mechanisms. Examine the computational approaches used to calculate and visualize entropy distributions, including statistical mechanical frameworks and molecular dynamics simulations. Investigate how intraprotein entropy mapping contributes to our understanding of protein evolution, design principles, and the relationship between structure and function. Gain insights into the applications of entropy analysis in protein engineering, drug design, and understanding allosteric mechanisms, while exploring how these techniques fit within the broader context of high-dimensional biophysical systems and the search for unifying theoretical frameworks in biological complexity.
