VIRAL PROTEIN/IMMUNE SYSTEM
POTENT SARS-COV-2 BINDING AND NEUTRALIZATION THROUGH MATURATION OF ICONIC SARS-COV-1ANTIBODIES:

0 - H ASP 31 OD1  VS C ASP 427 OD2 
Distance: 6.533046 - Repulsive, 
1 - H ARG 52 NH1  VS C TYR 380 O   
Distance: 4.084915 - Hydrogen Bonds, 
2 - H ARG 52 NE   VS C GLY 381 O   
Distance: 4.405540 - Hydrogen Bonds, 
3 - H ARG 52 NH1  VS C GLY 381 O   
Distance: 3.610033 - Hydrogen Bonds, 
4 - H ARG 52 NH2  VS C GLY 381 O   
Distance: 4.186261 - Hydrogen Bonds, 
5 - H ALA 55 CB   VS C ASP 427 CB  
Distance: 3.970059 - Hydrophobic, 
6 - H ALA 55 O    VS C ASP 428 N   
Distance: 4.649076 - Hydrogen Bonds, 
7 - H ALA 55 CB   VS C ASP 428 CB  
Distance: 4.627444 - Hydrophobic, 
8 - H ASN 56 ND2  VS C ASP 427 O   
Distance: 3.898441 - Hydrogen Bonds, 
9 - H ASN 56 OD1  VS C ASP 428 N   
Distance: 4.768030 - Hydrogen Bonds, 
10 - H ASN 56 OD1  VS C PHE 429 N   
Distance: 4.411887 - Hydrogen Bonds, 
11 - H ASN 56 OD1  VS C THR 430 OG1 
Distance: 4.816457 - Hydrogen Bonds, 
12 - H PRO 104 CB   VS C TYR 380 CD2 
Distance: 5.104053 - Hydrophobic, 
13 - H PRO 104 CB   VS C TYR 380 CE2 
Distance: 5.369819 - Hydrophobic, 
14 - H PRO 104 CG   VS C TYR 380 CG  
Distance: 4.992151 - Hydrophobic, 
15 - H PRO 104 CG   VS C TYR 380 CD2 
Distance: 3.850989 - Hydrophobic, 
16 - H PRO 104 CG   VS C TYR 380 CE2 
Distance: 3.945683 - Hydrophobic, 
17 - H PHE 105 CG   VS C LYS 378 CB  
Distance: 5.200942 - Hydrophobic, 
18 - H PHE 105 CG   VS C LYS 378 CG  
Distance: 5.187996 - Hydrophobic, 
19 - H PHE 105 CG   VS C LYS 378 CD  
Distance: 5.007229 - Hydrophobic, 
20 - H PHE 105 CD1  VS C LYS 378 CB  
Distance: 4.807034 - Hydrophobic, 
21 - H PHE 105 CD1  VS C LYS 378 CG  
Distance: 4.799831 - Hydrophobic, 
22 - H PHE 105 CD1  VS C LYS 378 CD  
Distance: 4.993853 - Hydrophobic, 
23 - H PHE 105 CD2  VS C LYS 378 CB  
Distance: 4.750559 - Hydrophobic, 
24 - H PHE 105 CD2  VS C LYS 378 CG  
Distance: 5.000815 - Hydrophobic, 
25 - H PHE 105 CD2  VS C LYS 378 CD  
Distance: 4.712266 - Hydrophobic, 
26 - H PHE 105 CE1  VS C LYS 378 CB  
Distance: 3.832622 - Hydrophobic, 
27 - H PHE 105 CE1  VS C LYS 378 CG  
Distance: 4.139560 - Hydrophobic, 
28 - H PHE 105 CE1  VS C LYS 378 CD  
Distance: 4.663963 - Hydrophobic, 
29 - H PHE 105 CE2  VS C LYS 378 CB  
Distance: 3.778281 - Hydrophobic, 
30 - H PHE 105 CE2  VS C LYS 378 CG  
Distance: 4.393106 - Hydrophobic, 
31 - H PHE 105 CE2  VS C LYS 378 CD  
Distance: 4.387350 - Hydrophobic, 
32 - H PHE 105 CZ   VS C LYS 378 CB  
Distance: 3.208573 - Hydrophobic, 
33 - H PHE 105 CZ   VS C LYS 378 CG  
Distance: 3.911144 - Hydrophobic, 
34 - H PHE 105 CZ   VS C LYS 378 CD  
Distance: 4.351279 - Hydrophobic, 
35 - H PHE 105 CG   VS C TYR 380 CG  
Distance: 5.305784 - Aromatic Stacking, 
36 - H PHE 105 CD2  VS C TYR 380 CD2 
Distance: 4.973695 - Hydrophobic, 
37 - H PHE 105 CD2  VS C TYR 380 CE1 
Distance: 5.414414 - Hydrophobic, 
38 - H PHE 105 CD2  VS C TYR 380 CE2 
Distance: 4.248079 - Hydrophobic, 
39 - H PHE 105 CE2  VS C TYR 380 CG  
Distance: 4.725783 - Hydrophobic, 
40 - H PHE 105 CE2  VS C TYR 380 CD1 
Distance: 4.777953 - Hydrophobic, 
41 - H PHE 105 CE2  VS C TYR 380 CD2 
Distance: 4.094113 - Hydrophobic, 
42 - H PHE 105 CE2  VS C TYR 380 CE1 
Distance: 4.268818 - Hydrophobic, 
43 - H PHE 105 CE2  VS C TYR 380 CE2 
Distance: 3.494497 - Hydrophobic, 
44 - H PHE 105 CZ   VS C TYR 380 CG  
Distance: 5.100790 - Hydrophobic, 
45 - H PHE 105 CZ   VS C TYR 380 CD1 
Distance: 4.987053 - Hydrophobic, 
46 - H PHE 105 CZ   VS C TYR 380 CD2 
Distance: 4.803537 - Hydrophobic, 
47 - H PHE 105 CZ   VS C TYR 380 CE1 
Distance: 4.616639 - Hydrophobic, 
48 - H PHE 105 CZ   VS C TYR 380 CE2 
Distance: 4.431799 - Hydrophobic,