Theoretical and computational studies of the conformational dynamics of proteins to elucidate the functional mechanisms


mjyang - Posted on 30 December 2011

Project Description: 

It has been a common knowledge that protein function is highly relevant to its conformational dynamics. However, the interplay between protein function and the dynamics is less understood except for very few simple systems. In addition, experiments have major limitation in elucidation of the protein dynamics in atomic level due to the complexicity of the system. Therefore, theoretical and computational methods provide a valueable and powerful tool in this key question. We aim to investigate the conformational dynamics of a number of important protein systems to benefit to our insightful understanding and design of new enzymes.

Researcher name: 
Dr. Hao Hu
Researcher position: 
Assistant professor
Researcher email: 
Research Project Details
Project Duration: 
11/2011 to 11/2012
Project Significance: 
Through the computational study of the protein dynamics, we aim to provide an insightful understanding of the functioning mechanism and benifit to the design of new enzyme or drugs. A number of pulications will be published in the scientific community.
Remarks: 
The computational studies of protein dynamics require long time molecular dynamics simulation to sample the conformational space sufficiently for detailed analysis. HPC can provide the computational resources in this project.