Figures & data
Figure 1. Direct comparison between the EFMAX results obtained using the CD virtual screening (dark grey) and the DDFA approach (grey). The average EFMAX are reported as dotted lines.
![Figure 1. Direct comparison between the EFMAX results obtained using the CD virtual screening (dark grey) and the DDFA approach (grey). The average EFMAX are reported as dotted lines.](/cms/asset/ab69f360-b21f-4cc9-a1f7-f14bacd9f419/ienz_a_1193736_f0001_b.jpg)
Figure 2. Average EFMAX values obtianed for the DUD dataset by modifying the RMSD cutoff used for pose clustering in the CD calculations.
![Figure 2. Average EFMAX values obtianed for the DUD dataset by modifying the RMSD cutoff used for pose clustering in the CD calculations.](/cms/asset/3e3c79f9-89f4-49f0-ac11-d3fa3d9f94e7/ienz_a_1193736_f0002_b.jpg)
Figure 3. Effect on the aEFMAX obtained by removing a docking method (A) from the initial set of ten docking procedures, (B) in addition to the exclusion of the GOLD-ChemPLP method, (C) in addition to the exclusion of the GOLD-ChemPLP and GLIDE-XP methods. The reference aEFMAX obtained by using the ten docking procedures is reported as a dotted line.
![Figure 3. Effect on the aEFMAX obtained by removing a docking method (A) from the initial set of ten docking procedures, (B) in addition to the exclusion of the GOLD-ChemPLP method, (C) in addition to the exclusion of the GOLD-ChemPLP and GLIDE-XP methods. The reference aEFMAX obtained by using the ten docking procedures is reported as a dotted line.](/cms/asset/628bff0d-5b52-489c-a918-8be3a8ebf5a0/ienz_a_1193736_f0003_b.jpg)