. 2022 Sep 30;21(2):1717–1729. doi: 10.1007/s40200-022-01132-x

Table 2.

Interaction of amino acids of glibenclimide, quercetin, vitamin E with F₀F₁ ATPase and Cytochrome C. F₀F₁ ATPase- 4BEM; Cytochrome C-1J3S

S/No	Compound	Amino acids of interaction
		4BEM	1J3S
1	Glibenclimide	PHE^31F, ILE^27E, PHE^31E, PHE^31D, PHE^31B, PHE^31C, PHE^48J, ILE^44J, TYR^131J, GLY^45J, THR^127J, GLY^128J, PHE^31A, ILE^27B, GLY^28A, ILE^27A, ILE^27C, ILE^27D, ILE^27F	CYS^17A, MET^80A, ILE^81A, GLN^16A,MET^12A, ILE^11A, SER^15A, THR^19A, LYS^22A, LYS^13A, CYS^14A, HIS^18A, PHE^82A, GLU^21A
2	Quercetin	PHE^31E, ILE^27E, GLY^28E, GLY^30F, ILE^27F, PHE^31F, GLY^28F,ILE^27G, PHE^31H, GLY^28G, GLY^28H, PHE^31I, ILE^27H, ILE^27I, PHE^31G	GLN^16A, PHE^82A, ILE^81A, MET^80A, HIS^18A, CYS^14A, CYS^17A, LYS^13A, VAL^83A
3	Tocopherol	PHE^31G, PHE^31F, ILE^27I, PHE^31I, PHE^48J, THR^127J,HIS^18A, CYS^14A, CYS^17A, MET^80A, PHE^82A, LYS^13A, ILE^27J, PHE^31A, GLY^27A, PHE^31B, ILE^27B, THR^131J, GLY^45J, ILE^44J, PHE^31H, ILE^27H,GLY^28G, ILE^27G, GLY^28F	ARG^91A, LYS^87A, LYS^86A, GLY^84A, VAL^83A, ILE^85A, ILE^81A