Author: Fabiana Renzi; Dario Ghersi
Title: ACE2 fragment as a decoy for novel SARS-Cov-2 virus Document date: 2020_4_10
ID: 77ku0164_9
Snippet: Further, we determined whether the double-helix is stable in an aqueous environment in the absence of the S-protein, a feature that would be required for a viable inhibitor. We carried out a 100 ns MD simulation of the double-helix alone, visually inspected the trajectory, and compared the RMSD with respect to the initial conformer (Figure 2A , black curve)......
Document: Further, we determined whether the double-helix is stable in an aqueous environment in the absence of the S-protein, a feature that would be required for a viable inhibitor. We carried out a 100 ns MD simulation of the double-helix alone, visually inspected the trajectory, and compared the RMSD with respect to the initial conformer (Figure 2A , black curve).
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