:

0 - A GLN 14 CB   VS F THR 28 CG2 
Distance: 5.255472 - Hydrophobic, 
1 - A GLN 14 CG   VS F THR 28 CG2 
Distance: 5.105711 - Hydrophobic, 
2 - A GLN 14 N    VS F TYR 32 OH  
Distance: 4.585335 - Hydrogen Bonds, 
3 - A GLN 14 CB   VS F TYR 32 CE1 
Distance: 4.917979 - Hydrophobic, 
4 - A GLN 14 CB   VS F TYR 32 CE2 
Distance: 5.236171 - Hydrophobic, 
5 - A GLN 14 OE1  VS F TYR 32 OH  
Distance: 3.686706 - Hydrogen Bonds, 
6 - A TYR 144 CG   VS F TYR 53 CG  
Distance: 5.443506 - Aromatic Stacking, 
7 - A TYR 144 CG   VS F TYR 53 CE2 
Distance: 5.339094 - Hydrophobic, 
8 - A TYR 144 CD1  VS F TYR 53 CE1 
Distance: 5.182257 - Hydrophobic, 
9 - A TYR 144 CD1  VS F TYR 53 CE2 
Distance: 4.665284 - Hydrophobic, 
10 - A TYR 144 CD2  VS F TYR 53 CE2 
Distance: 5.459075 - Hydrophobic, 
11 - A TYR 144 CE1  VS F TYR 53 CD2 
Distance: 5.355245 - Hydrophobic, 
12 - A TYR 144 CE1  VS F TYR 53 CE1 
Distance: 5.211492 - Hydrophobic, 
13 - A TYR 144 CE1  VS F TYR 53 CE2 
Distance: 4.068148 - Hydrophobic, 
14 - A TYR 144 CE2  VS F TYR 53 CE2 
Distance: 4.962983 - Hydrophobic, 
15 - A TYR 144 OH   VS F TYR 53 OH  
Distance: 4.581795 - Hydrogen Bonds, 
16 - A TYR 145 O    VS F TYR 53 OH  
Distance: 3.755774 - Hydrogen Bonds, 
17 - A HIS 146 N    VS F TYR 53 OH  
Distance: 4.599162 - Hydrogen Bonds, 
18 - A HIS 146 ND1  VS F TYR 53 CD2 
Distance: 6.506143 - Aromatic Stacking, 
19 - A HIS 146 NE2  VS F TYR 53 CG  
Distance: 6.506143 - Aromatic Stacking, 
20 - A HIS 146 ND1  VS F ASP 54 OD1 
Distance: 6.336294 - Attractive, 
21 - A HIS 146 ND1  VS F ASP 54 OD2 
Distance: 4.784316 - Attractive, Hydrogen Bonds, 
22 - A HIS 146 CB   VS F ASP 54 CB  
Distance: 5.255763 - Hydrophobic, 
23 - A HIS 146 NE2  VS F ASP 54 OD1 
Distance: 5.909349 - Attractive, 
24 - A HIS 146 NE2  VS F ASP 54 OD2 
Distance: 5.001247 - Attractive, 
25 - A HIS 146 NE2  VS F ASP 54 O   
Distance: 4.775075 - Hydrogen Bonds, 
26 - A LYS 147 N    VS F ASP 54 OD2 
Distance: 4.623539 - Hydrogen Bonds, 
27 - A LYS 147 NZ   VS F ASP 54 OD1 
Distance: 6.982169 - Attractive, 
28 - A LYS 147 NZ   VS F ASP 54 OD2 
Distance: 6.212217 - Attractive, 
29 - A LYS 147 NZ   VS F GLY 56 O   
Distance: 3.998532 - Hydrogen Bonds, 
30 - A LYS 147 NZ   VS F ASN 57 OD1 
Distance: 3.555277 - Hydrogen Bonds, 
31 - A ASN 148 OD1  VS F GLY 56 N   
Distance: 4.636556 - Hydrogen Bonds, 
32 - A PHE 157 CB   VS F THR 28 CG2 
Distance: 4.715380 - Hydrophobic, 
33 - A PHE 157 CG   VS F THR 28 CG2 
Distance: 4.290303 - Hydrophobic, 
34 - A PHE 157 CD1  VS F THR 28 CG2 
Distance: 4.024294 - Hydrophobic, 
35 - A PHE 157 CD2  VS F THR 28 CG2 
Distance: 4.775930 - Hydrophobic, 
36 - A PHE 157 CE1  VS F THR 28 CG2 
Distance: 4.297424 - Hydrophobic, 
37 - A PHE 157 CE2  VS F THR 28 CG2 
Distance: 5.008197 - Hydrophobic, 
38 - A PHE 157 CZ   VS F THR 28 CG2 
Distance: 4.787221 - Hydrophobic, 
39 - A ASP 253 N    VS F TYR 108 OH  
Distance: 2.750011 - Hydrogen Bonds, 
40 - A ASP 253 CB   VS F TYR 108 CE1 
Distance: 5.487774 - Hydrophobic, 
41 - A ASP 253 CB   VS F TYR 108 CE2 
Distance: 4.283522 - Hydrophobic, 
42 - A ASP 253 OD1  VS F TYR 108 OH  
Distance: 4.059728 - Hydrogen Bonds, 
43 - A ASP 253 OD2  VS F TYR 108 OH  
Distance: 3.330227 - Hydrogen Bonds, 
44 - A ASP 253 O    VS F TYR 108 OH  
Distance: 4.279531 - Hydrogen Bonds,