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Table 2 Predicted physicochemical parameters of the designed inhibitors and a referenced drug (Lumateperone)

From: Unveiling novel inhibitors of dopamine transporter via in silico drug design, molecular docking, and bioavailability predictions as potential antischizophrenic agents

S/N

Molecular formula

Molecular weight g/mol

No of rotatable bonds

No of H-bond acceptors

No of H-bond donors

Total polar surface area

AlogP

WLOGP

Lipinski violations

39a

C20H21N4

317.41

3

1

2

47.26

1.94

1.03

0

39b

C20H19Cl2N4

386.3

3

1

2

47.26

3.25

2.34

0

39c

C20H20FN4

335.4

3

2

2

47.26

2.08

1.59

0

39d

C21H20F3N4

385.41

4

4

2

47.26

2.96

3.2

0

39e

C20H20N5O2

362.41

4

3

2

93.08

1.85

0.94

0

39f

C21H23N4

331.43

3

1

2

47.26

2.25

1.34

0

39g

C22H25N4

345.46

3

1

2

47.26

2.56

1.65

0

39h

C20H21N4O3

365.41

3

4

5

107.95

1.06

0.15

0

39i

C20H21N4O

333.41

3

2

3

67.49

1.65

0.74

0

39j

C21H23N4O

347.43

4

2

2

56.49

1.95

1.04

0

39k

C21H29N4

337.48

3

2

2

47.26

2.32

1.41

0

39l

C21H21N4O2

361.42

4

3

3

84.56

1.64

0.73

0

39m

C22H25N4

345.46

3

1

2

47.26

2.64

1.73

0

Lumateperone (referenced drug)

C24H28FN3O

393.5

5

3

0

26.79

3.92

3.19

0