Polystyrene Penetrates Lipid Vesicles
This video demonstrates a molecular dynamics simulation of a polystyrene nanoplastic particle penetrating a lipid vesicle. Two different viewpoints are…
My current work is primarily aimed at developing novel techniques for calculating absolute and relative binding free energy values (ABFE and RBFE) of small molecules targeting both protein and nucleic acid targets. Curent developed methods are focused on using Machine Learning Potentials (MLPs) to correct dihedral parameters drug-like molecules, and novel workflows for free energy calculations using Amber molecular dynamics.
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Recent posts
This video demonstrates a molecular dynamics simulation of a polystyrene nanoplastic particle penetrating a lipid vesicle. Two different viewpoints are…
During my second year of support from the NSF Graduate Research Fellowship Program (GRFP) I have made strides in my academic progress, my professional…
My research is focused on how the dynamical and structural prop- erties of liquids change with temperature (T) and pressure (p). Specifically, I have…
In our recent paper, "On the temperature dependence of liquid structure" published here, we present a method for calculating temperature derivatives of…
As a part of the NSF Graduate Research Fellowship Program I am expected to prepare a report on my activities over the last year. It is supposed to be…
Talking to other graduate students and professors at conferences over the last couple years I have realized that for the most part, STEM graduate…
In this tutorial, I quickly run through how to get a better version of the rename utility in perl and use it to rename a series of files that have the…