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Table 7 Possible binding sites of NSP7-NSP8-NSP12 complex against known anti-viral drugs

From: Predicted antiviral drugs Darunavir, Amprenavir, Rimantadine and Saquinavir can potentially bind to neutralize SARS-CoV-2 conserved proteins

Drugs

 

Total binding sites

  

(6M71) NSP7-NSP8-NSP12 complex of COVID-19

Amprenavir

Known similar target molecule

Protease, HIV-1

Binding properties

3

1

Superposition type

L

RMSD

0.78 Å

Amino acid targets of drug

223 ILE

203 GLY

204 VAL

No. of residues in known binding

25

Human similar targets

4

2

Superposition type

R

RMSD

0.66 Å

Amino acid targets of drug

201 ILE

203 GLY

204 VAL

No. of residues in known binding

25

Human similar targets

5

3

Superposition type

L

RMSD

0.89 Å

Amino acid targets of drug

760 ASP

786 LEU

166 VAL

No. of residues in known binding

28

Human similar targets

11

 

Known similar target molecule

Protease, HIV-1

Atazanavir

Binding properties

1

1

Superposition type

R

RMSD

0.69 Å

Amino acid targets of drug

201 ILE

203 GLY

204 VAL

No. of residues in known binding

24

Human similar targets

4

Darunavir

Known similar target molecule

Protease, HIV-1

Binding properties

6

1

Superposition type

L

RMSD

0.64 Å

Amino acid targets of drug

223 ILE

203 GLY

204 VAL

No. of residues in known binding

27

Human similar targets

6

2

Superposition type

R

RMSD

0.69 Å

Amino acid targets of drug

201 ILE

203 GLY

204 VAL

No. of residues in known binding

27

Human similar targets

6

3

Superposition type

R

RMSD

0.90 Å

Amino acid targets of drug

103 LEU

119 ILE

107 ILE

No. of residues in known binding

22

Human similar targets

12

4

Superposition type

R

RMSD

0.74 Å

Amino acid targets of drug

102 ALA

106 ILE

53 VAL

No. of residues in known binding

19

Human similar targets

12

Indinavir

Known similar target molecule

Polyprotein, HIV-1

Binding properties

1

1

Superposition type

L

RMSD

0.87 Å

Amino acid targets of drug

201 ILE

200 GLY

230 GLY

No. of residues in known binding

22

Human similar targets

7

Nelfinavir

Known similar target molecule

Protease, HIV-1

Binding properties

2

1

Superposition type

L

RMSD

0.84 Å

Amino acid targets of drug

358 ASP

534 ASN

567 THR

No. of residues in known binding

30

Human similar targets

10

2

Superposition type

R

RMSD

0.63 Å

Amino acid targets of drug

631 ARG

663 LEU

662 VAL

No. of residues in known binding

30

Human similar targets

10

Rimantadine

Known similar target molecule

M2 protein, Influeza A

Binding properties

1

1

Superposition type

R

RMSD

0.91 Å

Amino acid targets of drug

771 ALA

772 SER

774 GLY

No. of residues in known binding

9

Human similar targets

0

Saquinavir

Known similar target molecule

Protease, HIV-1

Binding properties

3

1

Superposition type

L

RMSD

0.73 Å

Amino acid targets of drug

820 VAL

830 PRO

817 THR

No. of residues in known binding

21

Human similar targets

6

2

Superposition type

R

RMSD

0.91 Å

Amino acid targets of drug

623 ASP

678 GLY

462 THR

No. of residues in known binding

27

Human similar targets

0

3

Superposition type

R

RMSD

0.61 Å

Amino acid targets of drug

201 ILE

203 GLY

204 VAL

No. of residues in known binding

31

Human similar targets

11

Tipranavir

Known similar target molecule

Protease, HIV-1

Binding properties

2

1

Superposition type

L

RMSD

0.82 Å

Amino acid targets of drug

223 ILE

203 GLY

204 VAL

No. of residues in known binding

27

Human similar targets

3

2

Superposition type

R

RMSD

0.58 Å

Amino acid targets of drug

201 ILE

203 GLY

204 VAL

No. of residues in known binding

27

Human similar targets

3

  1. Features of different drug binding motifs. HIV-1 Human Immunodeficiency virus 1, RMSD Root Mean Square Deviation, Ã… angstrom, ILE isoleucine, GLY glycine, VAL valine, LEU leucine, PRO proline, ASP aspartic acid