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. 2023 Jun 15;24(12):10195. doi: 10.3390/ijms241210195

Table 3.

In silico ADME properties of tested depsidone derivatives.

Molecule mol_MW # Stars # rtvFG CNS SASA donorHB accptHB QPlogPo/w QPlogHERG QPPCaco QPlogBB # Metab QPlogKhsa Percent Human
Oral Absorption
Recommended Range (130–725) (0.0–5.0) (0–2) (−2 Inactive) (+2 Active) (300–1000) (0–6) (2.0–20.0) (−2–6.5) Concern Below −5 <25 Poor, >500 Great (−3–1.2) (1–8) (−1.5–1.5) (<25% Poor; >80% High)
Acarbose 807.753 15 4 −2 992.409 17 40.6 −9.2 −5.826 0.012 −6.846 17 −3.359 0
2 480.381 5 1 −2 683.765 8 14.5 −2.0 −5.313 1.608 −4.141 9 −1.036 0
5 494.408 5 1 −2 711.037 7 14.5 −1.4 −5.427 2.135 −4.066 9 −0.934 0
3 480.381 5 1 −2 706.734 8 14.5 −2.0 −5.561 1.002 −4.503 9 −1.033 0
4 578.526 8 2 −2 887.136 7 14.8 0.3 −6.362 3.315 −4.673 9 −0.656 0
6 494.408 5 1 −2 719.054 7 14.5 −1.3 −5.397 2.744 −3.978 9 −0.917 1.3
1 642.526 8 2 −2 813.947 9 16.3 −1.1 −5.482 0.318 −5.127 10 −0.79 0
Myricetin 318.239 0 0 −2 517.206 5 6 −0.3 −4.756 7.701 −2.778 6 −0.496 28.1
7 510.407 5 1 −2 735.455 8 15.25 −1.7 −5.474 1.863 −4.3 10 −1.043 0
8 332.266 0 0 −2 543.866 4 6 0.7 −4.906 33.094 −2.215 6 −0.317 58.0
9 508.435 4 1 −2 737.814 6 14.5 −0.6 −5.321 6.203 −3.595 9 −0.805 0
12 376.319 0 0 −2 643.535 3 6.75 1.9 −5.595 105.079 −2.005 7 −0.038 74.3
11 346.293 0 0 −2 570.127 3 6 1.5 −4.962 89.029 −1.826 6 −0.133 70.4
10 316.267 0 0 −2 521.456 3 5.25 1.1 −4.725 59.31 −1.826 5 −0.182 65.2

Abbreviations: molecular weight (mol_MW), drug-likeness (# Stars), total solvent-accessible surface area (SASA), number of hydrogen bond donors and acceptors (donorHB and acceptHB), predicted octanol/water partitioning (QPlogPo/w), estimated binding to human serum albumin (QPlogKhsa), number of possible metabolites (# Metab), predicted blood/brain partitioning (QPlogBB), percentage of human oral absorption, predicted IC50 for inhibiting HERG-K+ channels (QPogHERG), predicted apparent Caco-2 cell permeability in nm/sec for gut–blood barrier (QPPCaco), central nervous system activity (CNS), number of reactive functional groups present (# rtvFG), and percent human oral absorption.