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. 2020 Nov 26;9(12):846. doi: 10.3390/antibiotics9120846

Table 1.

Chemical properties of Z3, ZZ3 and its derivatives created by SwissBioisostere [16]; molecular weight (MW, Da), number of rotatable bonds (RB), number of H-bond acceptors (HBA), number of H-bond donors (HBD), octanol-water partition coefficient (LogP), and polar surface area (PSA) evaluated by SwissADME [17].

Ligand MW RB HBA HBD LogP PSA
Z3 431.0 8 3 1 4.65 3.33
ZZ3 402.9 6 3 1 4.24 3.12
ZZ3_II 402.9 7 3 2 4.24 3.11
ZZ3_III 417.0 7 3 1 4.45 3.22
ZZ3_IV 388.9 6 3 2 4.04 3.01
ZZ3_V 374.9 5 3 2 3.83 2.87
ZZ3_VI 403.9 7 3 1 4.24 3.09
ZZ3_VII 389.9 6 3 1 4.04 2.96
ZZ3_VIII 375.9 5 3 2 3.83 2.82
ZZ3_IX 417.0 7 3 1 4.45 3.21
ZZ3_X 418.9 6 4 2 3.42 3.11
ZZ3_XI 418.9 6 4 2 3.42 3.09
ZZ3_XII 418.9 6 4 2 3.42 3.17
ZZ3_XIII 417.0 6 3 1 4.45 3.25
ZZ3_XIV 417.0 6 3 1 4.45 3.24
ZZ3_XV 417.0 6 3 1 4.45 3.27