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Table 14 Physicochemical and ADME properties (pharmacokinetics) of designed parthenolide compounds against the MDA-MB-231 cell line

From: QSAR, molecular docking studies, ligand-based design and pharmacokinetic analysis on Maternal Embryonic Leucine Zipper Kinase (MELK) inhibitors as potential anti-triple-negative breast cancer (MDA-MB-231 cell line) drug compounds

S/No

MW (g/mol)

nAH

nRB

HBA

HBD

MR

TPSA (Å2)

iLOGP

BBB

PAINS

Brenk

1

496.9

6

6

8

0

119.86

65.13

4.02

NO

0

4

2

492.49

6

6

8

2

123.66

117.17

3.41

NO

0

5

3

492.39

6

5

5

1

129.24

91.15

4.33

NO

0

5

4

493.38

6

5

6

1

126.86

85.36

3.9

NO

0

4

5

488.48

6

6

9

1

121.69

102.43

3.23

NO

0

4

6

581.29

6

5

5

1

134.62

91.15

4.15

NO

0

5

7

492.39

6

5

5

1

129.24

91.15

3.91

NO

0

5

8

476.53

6

5

7

0

121.98

103.93

4.08

NO

0

5

9

489.2

6

5

5

0

133.01

65.13

0

NO

0

5

10

460.47

6

6

8

0

116.26

74.36

3.45

NO

0

4

11

442.26

6

5

7

0

117.94

65.13

0.00

NO

0

5

12

458.93

6

6

6

0

121.35

74.36

4.02

NO

0

4

13

582.28

6

6

6

0

131.74

74.36

4.24

NO

0

4

14

596.30

6

6

6

0

136.71

74.36

4.65

NO

0

4

15

521.39

6

6

7

1

131.79

102.43

3.67

NO

0

4

  1. MW, molecular weight (< 500 mg/mol); nAH, number of aromatic heavy atoms; nRB, rotatable bonds; HBA, hydrogen bond acceptors; HBD, hydrogen bond donors; MR, molecular refractivity; TPSA, topological polar surface area; BBB, blood–brain barrier