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Table 3 Top 5 residues of receptor and ligand (bromelain) which contribute to the BFE of the docked complexes based on HawkDock analysis

From: In silico prediction of the action of bromelain on PI3K/Akt signalling pathway to arrest nasopharyngeal cancer oncogenesis by targeting phosphatidylinositol-4,5-bisphosphate 3-kinase catalytic subunit alpha protein

Target receptor

Receptor residues

BFE contributed

(kcal/mol)

Bromelain residues

BFE contributed

(kcal/mol)

EGFR

Arg889

His888

Leu887

Asp954

Ile953

-8.66

-4.11

-3.26

-2.97

-2.81

Arg112

Arg70

Trp67

Arg115

Tyr61

-7.46

-6.23

-5.27

-4.88

-3.93

mTOR

Arg2109

Tyr2105

Glu2032

Phe2039

His2106

-10.5

-7.26

-5.30

-4.16

-3.26

Asp204

Glu68

Arg70

Tyr61

Trp67

-8.14

-6.10

-5.08

-4.87

-4.77

BCL2

Phe121

Asn169

Arg124

Glu162

Thr122

-6.51

-5.60

-3.37

-2.74

-2.45

Tyr61

Trp67

Phe69

Lys64

Leu156

-5.30

-4.48

-4.13

-3.22

-1.96

PIK3CA

Asn331

Asp395

Asp578

Trp498

Tyr392

-8.64

-6.87

-5.67

-5.34

-4.42

Arg70

Trp67

Arg115

Leu156

Tyr61

-11.78

-5.82

-5.30

-4.86

-3.37

β-catenin

Arg225

His265

Glu226

Leu229

His224

-13.60

-6.71

-2.63

-2.40

-2.29

Glu68

Trp67

Phe69

Arg112

Tyr61

-6.81

-4.44

-4.19

-3.10

-2.95