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Table 3 Summary of the free binding energy (∆G), hydrogen bonding interactions, aromatic stacking, and hydrophobic interactions of the selected metabolites and orlistat with the crystallized structure of the A. baumannii lipase receptor

From: Evidence on the inhibitory effect of Brassica plants against Acinetobacter baumannii lipases: phytochemical analysis, in vitro, and molecular docking studies

Compound

∆G / (kcal / mol)

Hydrogen bonding interactions

Aromatic stacking interactions

Hydrophobic interactions

Brassicoside (ID 51)

-70.25

Ala126, Trp220, Trp222 Ser257, Ser258, and Arg260

Phe111, Trp114, and Trp220

Leu110, Leu129, and Leu167

Glucotropaeolin (ID 5)

-60.85

Glu113, Lys125, Ser127, Ser218, and Arg260

Phe111, Trp114, Trp220, and Trp222

Ala79, Leu129, and Leu167

Caffeic acid (ID 24)

-50.97

Ser257

Phe111, Trp114, Trp220, and Trp222

Ala79, Leu110, Leu129, and Leu167

Cinnamic acid (ID 21)

-40.99

Ala126

Phe111, Trp114, Trp220, and Trp222

Ala79, Leu110, and Leu167

Sulforaphane (ID 18)

-40.20

Arg260

Phe111, Trp114, Trp220, and Trp222

Leu110

Erucin (ID 17)

-30.20

No

Phe111, Trp114, Trp220, and Trp222

Leu110

Orlistat

-50.13

Ala126, Ser257, and Arg260

 

Ala79, Leu110, Phe111, Trp114, Leu129, Trp166, Leu167, Trp220, and Trp222