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Table 10 Possible binding sites of NSP15 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

  

(6VWW) NSP15 endoribonuclease of COVID-19

Amprenavir

Known similar target molecule

Protease, HIV-1

Binding properties

2

1

Superposition type

L

RMSD

0.90 Å

Amino acid targets of drug

72 ILE

157 GLY

156 VAL

No. of residues in known binding

25

Human similar targets

4

2

Superposition type

L

RMSD

0.66 Å

Amino acid targets of drug

251 LEU

276 VAL

296 ILE

No. of residues in known binding

19

Human similar targets

5

Atazanavir

Known similar target molecule

Protease, HIV-1

Binding properties

1

1

Superposition type

L

RMSD

0.83 Å

Amino acid targets of drug

72 ILE

157 GLY

156 VAL

No. of residues in known binding

24

Human similar targets

4

Darunavir

Known similar target molecule

Protease, HIV-2

Binding properties

5

1

Superposition type

L

RMSD

1.00 Å

Amino acid targets of drug

3 LEU

23 VAL

6 VAL

No. of residues in known binding

20

Human similar targets

6

2

Superposition type

L

RMSD

0.95 Å

Amino acid targets of drug

72 ILE

157 GLY

156 VAL

No. of residues in known binding

20

Human similar targets

10

3

Superposition type

R

RMSD

0.77 Å

Amino acid targets of drug

73 LEU

80 ILE

86 ILE

No. of residues in known binding

22

Human similar targets

12

4

Superposition type

R

RMSD

0.91 Å

Amino acid targets of drug

300 LEU

212 ILE

253 ILE

No. of residues in known binding

22

Human similar targets

12

5

Superposition type

L

RMSD

0.77 Å

Amino acid targets of drug

300 LEU

296 ILE

253 ILE

No. of residues in known binding

22

Human similar targets

12

Indinavir

Known similar target molecule

Protease retropepsin,

HIV-1

Binding properties

3

1

Superposition type

R

RMSD

0.99 Å

Amino acid targets of drug

122 VAL

119 PRO

80 ILE

No. of residues in known binding

21

Human similar targets

6

2

Superposition type

R

RMSD

0.87 Å

Amino acid targets of drug

173 VAL

170 GLY

169 ILE

No. of residues in known binding

21

Human similar targets

3

3

Superposition type

L

RMSD

0.96 Å

Amino acid targets of drug

321 VAL

344 PRO

323 ILE

No. of residues in known binding

21

Human similar targets

6

Lopinavir

Known similar target molecule

Protease,

HIV-1

Binding properties

3

1

Superposition type

R

RMSD

0.90 Å

Amino acid targets of drug

122 VAL

119 PRO

80 ILE

No. of residues in known binding

23

Human similar targets

6

2

Superposition type

R

RMSD

0.80 Å

Amino acid targets of drug

247 GLY

248 GLY

236 ILE

No. of residues in known binding

27

Human similar targets

6

3

Superposition type

L

RMSD

0.89 Å

Amino acid targets of drug

321 VAL

344 PRO

323 ILE

No. of residues in known binding

23

Human similar targets

6

Saquinavir

Known similar target molecule

Protease, HIV-1

Binding properties

3

1

Superposition type

L

RMSD

0.81 Å

Amino acid targets of drug

72 ILE

157 GLY

156 VAL

No. of residues in known binding

31

Human similar targets

11

2

Superposition type

R

RMSD

0.92 Å

Amino acid targets of drug

122 VAL

119 PRO

80 ILE

No. of residues in known binding

31

Human similar targets

5

3

Superposition type

L

RMSD

0.68 Å

Amino acid targets of drug

321 VAL

344 PRO

323 ILE

No. of residues in known binding

22

Human similar targets

9

Tipranavir

Known similar target molecule

Protease, HIV-1

Binding properties

1

1

Superposition type

L

RMSD

0.88 Å

Amino acid targets of drug

72 ILE

157 GLY

156 VAL

No. of residues in known binding

27

Human similar targets

3

Torimifene

Known similar target molecule

ENV, Glycoprotein-1,

Zaire ebola virus

Binding properties

1

1

Superposition type

L

RMSD

0.88 Å

Amino acid targets of drug

72 ILE

157 GLY

156 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