Computational Biophysics and Bioinformatics

Dr. Emil Alexov is Editor-in-Chief of the Journal of Computational Biophysics and Chemistry.

Argo Chakravorty and Angela Wu received their PhD diplomas in August 2019

Argo Chakravorty (in the middle) received the Outstanding Graduate Research Assistant award

Dr. Alexov received faculty appointment at Clemson School of Nursing: Healthcare Genetics

The lab was awarded NSF grant "Collaborative Research: A Regularized Poisson Boltzmann Model for Fast Computation of the Ensemble Average Polar Solvation Energy " 2018-2021.

Dr. Alexov is CUSHR's 2019 Faculty Fellow.

Mr. Arghya Chakravorty took an internship in Manchester Institute of Biotechnology (UK) in the lab of Prof. Richard Henchman.

Dr. Emil Alexov received the 2018 Alumni Award for Outstanding Achievement in Research, one of the highest honors for a faculty researcher at Clemson University.

The lab is part of a team that was awarded by NIH $2.3M to study protein-protein interactions.

Mr. Yunhui Peng is taking internship in Inserm, Paris, France in the lab of Dr. Maria Miteva

Dr. Zhe Jia presented a talk in CBSB2017 and got "Contributed Talk Award"

Arghya (Argo) Chakravorty presented a talk in CBSB2017 and got "Outstanding Young Researcher Award"

Dr. Alexov presented TED talk on human DNA variations and human disease (Watch the TED talk on YOUTUBE).

Mr. Yunhui Peng took internship in University of Texas at El Paso in the lab of Prof. Lin Li.

Atomic-style Clemson Robot

Robot holding barnase-barstar complex.

Created by Brandon Campbell, ProNOI package developed by Nick Smith. Potential distribution calculated with parallelized DelPhi developed by Chuan Li. Movie created by Lin Li.

About the Lab

The research in the lab focuses on computational modeling of biological macromolecules and their assemblages as well as predicting biophysical quantities associated with them. One of the primary roles of the lab is to develop and maintain the popular software package DelPhi, which calculates electrostatic potentials and energies of systems comprised of biological macromolecules. We are also interested in modeling disease-causing missense mutations, pKa's of amino acids and nucleic groups, and pH-dependence of stability and binding. Visit our commercial site for details about services for human genetic differences and their interpretation.

Software & Servers See repositories at

DelPhi Webserver

Delphi webserver is an online interface for the popular Poisson-Boltzmann solver (Delphi) for calculating electrostatic energies and potential in biological macromolecules.

Delphi pKa

Delphi-PKA is a DelPhi-based C++ program which allows to predict pKa's for ionizable groups at given pH in proteins, RNA and DNA.

DelphiForce

DelphiForce is a DelPhi-based script allowing to calculate electrostatic force between two objects, such as proteins, DNAs, lipids, small molecules, etc.

SAMPDI

SAMPDI Web Server provides fast and accurate predictions for the effects of single amino acid substitution on the binding free energy of protein-DNA complex.

SAAMBE

A group of structure and sequece based methods for predicting protein-protein Binding Energy change due to Single Amino Acid Mutation (SAAMBE).

SAAFEC-SEQ

An online application for calculating folding free energy changes in proteins caused by missense mutations for provided protein sequence.

BION-2

BION-2 predicts the positions of non-specifically surface-bound ions utilizing the Gaussian-based treatment of ions within the framework of the modified Poisson–Boltzmann equation.

pKa Database