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Table 1 Types of interactions and amino acid residues between the target protein and some designed inhibitors

From: Unveiling novel inhibitors of dopamine transporter via in silico drug design, molecular docking, and bioavailability predictions as potential antischizophrenic agents

S/N

Binding affinity (kcal/mol)

Hydrogen bonding and amino acid residues with bond length (Å)

Hydrophobic interactions and amino acid residues

Other interactions and amino acid residues

39b

− 10.5

ARG52 (2.38665)

ARG52 (2.46439)

PHE319, PHE319

ILE116, ALA117, ALA117

ILE116, ILE483, PHE43, PHE325, ALA117, VAL120

ASP475 (Electrostatic)

39c

− 10.2

ARG52 (2.28487)

ARG52 (2.36122)

PHE319, PHE319, PHE325, ALA48, ALA117, VAL120

ASP46 (Electrostatic)

PHE325 (Halogen)

39f

− 10

ARG52 (2.42665)

ARG52 (2.30477)

PHE319, PHE319, ALA117

ALA428, VAL327, ALA48, ARG52, ALA117, VAL120

39g

− 10.7

ARG52(2.39222)

ARG52 (2.52234)

PHE319, PHE319, THR315, GLN316, ALA117, ALA117 ALA428, VAL327, ILE116, PHE325, ALA117, VAL120

ASP475 (Electrostatic)

39m

− 10.6

ARG52 (2.40652)

ARG52 (2.45719)

PHE319, PHE319, PHE325

ALA117, ALA479, LE483, VAL327, PHE319, PHE325

ALA117, VAL120

ASP475 (Electrostatic)

Lumateperone (Referenced drug)

− 9.7

PHE319 (3.52353)

PHE319, PHE325, ALA48

ARG52, PHE319, PHE319, ALA117, VAL120

PHE325 (Halogen)