Objective:

This interactive course will introduce participants to VI-SEEM e-Infrastructure services, and then focus on the principles and applications of biomolecular modeling, and pinpoint how biomolecular problems, such as drug design, are being currently addressed by computational techniques.

Aims:

1. Introduce VI-SEEM data and computational services, and their access methods.
2. Hands-on training in classical Molecular Dynamics (MD) simulations by examining the protein lysozyme of the NAMD program. Introduction to GROMACS.
3. Computer-aided drug design with Schrodinger Suite and ChemBioServer. An introduction to virtual screening for computer-aided  drug design and application with the Schrodinger Suite software. The generated virtual screening results are then  post-processed (filtered) for toxicity, chemical similarity and validity of docking pose using the ChemBioServer software.

For more information: click here for the agenda.

Source: VI-SEEM