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. 2024 Apr 3;14:7875. doi: 10.1038/s41598-024-57787-4

Table 3.

The outcomes of molecular docking investigations involving Resveratrol and positive controls (P–C) with various proteins to evaluate their potential in anti-Alzheimer’s disease, anti-oxidant, anti-bacterial, anti-cancer, and anti-inflammatory activities.

Activity Protein Compound/drug Docking score RMSD No. of hydrogen bond/s
Anti-cancer

Caspase 3

6CKZ

Resveratrol − 16.7715 1.5104 2
Doxorubicin (P–C) − 8.8226 3.5228 2

Caspase 9

2AR9

Resveratrol − 9.0870 1.2976 2
Doxorubicin (P–C) − 14.2174 1.4186 7

Cytochrome-c

3zcf

Resveratrol − 10.6409 0.8256 1
Doxorubicin (P–C) − 7.5731 2.0056 3

Folate receptors

4LRH

Resveratrol − 10.8684 1.8123 3
Doxorubicin (P–C) − 11.9663 3.0038 2
Anti inflammatory

COX-1

6y3c

Resveratrol − 8.9569 0.9365 4
Ibuprofin (P–C) − 7.729646 1.584653 1

COX-2

1CX2

Resveratrol − 10.39164 2.550156 2
Ibuprofn (P–C) − 10.02839 1.839417 1

LOX5

1LOX

Resveratrol − 12.1118 0.8684 5
nordihydroguaiaretic acid (P–C) − 12.0765 2.1353 3

Spla2

1DCY

Resveratrol − 10.43802 1.031119 1
Diheptanoyl thio-PC (P–C) − 11.61481 2.263655 2
Anti oxidant

Myeloperoxidase enzymatic protein

1DNU

Resveratrol − 9.959191 1.871706 6
Ascorbic acid (P–C) − 10.5597 1.566998 12
Anti-bacteria

Thymidylate kinase

4GQQ

Resveratrol − 10.7747 2.2617 4
Oxacillin (P–C) − 12.4463 1.6937 2

The docking score reflects the binding energy, while the number of hydrogen bonds indicates the hydrogen bonds formed in the docked complex between the ligand and protein.