Ernie Mills - Sharma, Shantanu
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Physically-principled computational modeling and automation techniques have emerged as potent methodologies in exploring biomolecular dynamics and generating experimentallytestable hypotheses. In this book, we present a set of simulation automation techniques and present results on case studies of biomolecular simulation. The research presented in this book helps us understand the mechanisms of biomolecular interactions at atomic and mesoscale levels. This work adds to scientific knowledge by a set of methodologies for exploring the dynamics of protein and RNA molecules.

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Produktbeschreibung
Physically-principled computational modeling and automation techniques have emerged as potent methodologies in exploring biomolecular dynamics and generating experimentallytestable hypotheses. In this book, we present a set of simulation automation techniques and present results on case studies of biomolecular simulation. The research presented in this book helps us understand the mechanisms of biomolecular interactions at atomic and mesoscale levels. This work adds to scientific knowledge by a set of methodologies for exploring the dynamics of protein and RNA molecules.
Autorenporträt
In 2004, Dr. Sharma received a Bachelor of Technology degree in Computer Science from the Indian Institute of Technology, Kanpur. He joined the the University of North Carolina doing research in bioinformatics and computational biology. His doctoral dissertation was on Computational modeling and automation techniques to study biomolecular dynamics.