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. 2022 Jun 22;7(26):22421–22439. doi: 10.1021/acsomega.2c01570

Table 9. Physicochemical Properties of All of the Synthesized Compounds 4(a-o) and Standard Drugs on the Basis of Lipinski’s Rule of Fivea.

compounds MW(g/mol) nHBA nHBD TPSA (Å2) Log Po/w nLV
4a 332.40 3 1 54.60 3.56 0
4b 366.84 3 1 54.60 4.12 0
4c 348.40 4 2 74.83 3.18 0
4d 362.42 4 1 63.83 3.59 0
4e 411.29 3 1 54.60 4.19 0
4f 377.39 5 1 100.42 2.85 0
4g 377.39 5 1 100.42 2.84 0
4h 346.42 3 1 54.60 3.89 0
4i 425.32 3 1 54.60 4.54 0
4j 362.42 4 2 74.83 3.49 0
4k 391.42 5 1 100.42 3.20 0
4l 362.42 4 2 74.83 3.45 0
4m 380.87 3 1 54.60 4.45 0
4n 376.45 4 1 63.83 3.91 0
4o 391.42 5 1 100.42 3.21 0
alpidem 404.33 2 0 37.61 4.89 0
ciprofloxacin 331.34 5 2 74.57 1.10 0
GSK812397 402.35 7 1 60.14 2.44 0
minodronic acid 680.79 8 5 172.21 –1.74 0
miroprofen 266.29 3 1 54.60 2.64 0
necopidem 363.50 2 0 37.61 4.40 0
olprinone 250.26 3 1 73.95 1.67 0
saripidem 341.83 2 0 37.61 3.66 0
zolimidine 272.32 3 0 59.82 2.25 0
zolpidem 307.39 2 0 37.61 3.13 0
a

MW molecular weight, nHBD number of hydrogen-bond donor, nHBA number of hydrogen-bond acceptor, TPSA topological polar surface area, Log Po/w octanol/water partition coefficient, nLV number of Lipinski violation.