Installing the necessary software packages and operating systems.
4
Availability of software packages and operating systems.
2
Modeling and optimizing the structure of mu-, delta-and kappa-opioid, neurotensin and cannabinoid receptors.
12
Model of the structure of the mu-, delta-and kappa-opioid receptors, and more recent nevrotenzi cannabinoid receptors.
3
Determining the structure of the ligand-receptor complex and the minimum free energy of binding at the known structures of the receptor and the ligand.
6
Determining the structure of the ligand-receptor complex and the minimum free energy of binding at the known structures. of the receptor and ligand.
4
Create virtual modules for scientific tasks provided by the project.
6
Implementation of server virtualization.
5
Study the applicability of cloud structures and server virtualization tasks in protein folding, docking and determination of biological activity.
6
Preparing a report on the feasibility of cloud structures and server virtualization tasks in protein folding, docking and determination of biological activity.
6
Study the binding mode of the ligand to the receptor in order to propose modifications to the ligands.
6
New modifications of the ligands.
7
Creating a web portal with the possibility of publishing the results of the project.
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