Chen Research Group
Computational Biochemistry & Biophysics

Current     2011-13     2009-10     2007-08  

April 23, 2014
We welcome Arianna Vessal, who is joining us during the summer as a participant of the K-State Summer Undergraduate Research Opportunity Program (SUROP). Arianna is currently a sophomore in Biochemistry at Virginia Tech.

April 4, 2014
Congratulations to Michael Mohan for receiving a Cancer Research Award from the Johnson Center for Basic Cancer Research.

(Eleanor Deibler (L) & Jan Woodyard present the VFW Post 1786 Award to Michael Mohan at the Award Banquet)

April 2, 2014
We received an Innovative Research Award from the Johnson Center for Basic Cancer Research to study the mechanism for facile binding of BH3-only proteins to the pro-survival protein Bcl-w.

March 25, 2014
Congratulations to Weihong for winning the 2013 Graduate Research Award, the highest recognition the Department of Biochemistry and Molecular Biophysics offers to graduate students who have achieved an outstanding level of research excellence.

February 03, 2014
We welcome Kuo Hao (Bruce) Lee and Zhiguang Jia to the lab! Dr. Lee is from Taiwan and earned his PhD in Physics from University of Idaho (with F. Marty Ytreberg) in 2012. Dr. Jia is from Beijing and earned his PhD in Biochemistry from University of Queensland (with Alan Mark) in 2013.

(Welcome/Chinese New Year celebration at Jianhan's house)

January 28, 2014
Warm congratulations to Weihong for getting his paper on a very nice multi-scale enhanced sampling (MSES) method accepted by JCTC as a Letter. The method addresses one of the key limitations in the popular temperature replica exchange (T-RE) sampling technique for simulating large-scale conformational transitions such as protein folding. The basic idea is to couple efficient topology-based coarse-grained models with all-atom ones to enhance the sampling of atomistic protein energy landscape. The bias from the coupling is removed by Hamiltonian replica exchange, thus allowing one to benefit simultaneously from faster transitions of coarse-grained modeling and accuracy of atomistic force fields.

(all replicas in MSES sample similar and complete conformational space, while replicas in traditional T-RE are trapped in various major states)

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