:

0 - H ASP 31 OD1  VS C ASP 427 OD2 
Distance: 6.960385 - Repulsive, 
1 - H ARG 52 NH1  VS C TYR 380 O   
Distance: 4.773933 - Hydrogen Bonds, 
2 - H ARG 52 NE   VS C GLY 381 O   
Distance: 4.690224 - Hydrogen Bonds, 
3 - H ARG 52 NH1  VS C GLY 381 O   
Distance: 4.741883 - Hydrogen Bonds, 
4 - H ARG 52 NH2  VS C GLY 381 O   
Distance: 4.692382 - Hydrogen Bonds, 
5 - H ALA 55 CB   VS C ASP 427 CB  
Distance: 3.811050 - Hydrophobic, 
6 - H ALA 55 CB   VS C ASP 428 CB  
Distance: 5.087613 - Hydrophobic, 
7 - H ALA 55 O    VS C ASP 428 N   
Distance: 4.791554 - Hydrogen Bonds, 
8 - H ASN 56 ND2  VS C ASP 427 O   
Distance: 3.937857 - Hydrogen Bonds, 
9 - H ASN 56 OD1  VS C ASP 428 N   
Distance: 4.640451 - Hydrogen Bonds, 
10 - H ASN 56 ND2  VS C ASP 428 O   
Distance: 4.376725 - Hydrogen Bonds, 
11 - H ASN 56 OD1  VS C PHE 429 N   
Distance: 4.438339 - Hydrogen Bonds, 
12 - H ASN 56 OD1  VS C THR 430 OG1 
Distance: 4.525516 - Hydrogen Bonds, 
13 - H GLU 61 OE1  VS C LYS 386 NZ  
Distance: 6.615393 - Attractive, 
14 - H GLU 61 OE2  VS C LYS 386 NZ  
Distance: 6.773653 - Attractive, 
15 - H PRO 104 CG   VS C TYR 380 CG  
Distance: 5.151210 - Hydrophobic, 
16 - H PRO 104 CG   VS C TYR 380 CD2 
Distance: 4.099508 - Hydrophobic, 
17 - H PRO 104 CG   VS C TYR 380 CE2 
Distance: 4.321833 - Hydrophobic, 
18 - H PHE 105 CG   VS C LYS 378 CG  
Distance: 5.115432 - Hydrophobic, 
19 - H PHE 105 CG   VS C LYS 378 CD  
Distance: 4.984126 - Hydrophobic, 
20 - H PHE 105 CD1  VS C LYS 378 CB  
Distance: 4.890071 - Hydrophobic, 
21 - H PHE 105 CD1  VS C LYS 378 CG  
Distance: 4.525616 - Hydrophobic, 
22 - H PHE 105 CD1  VS C LYS 378 CD  
Distance: 4.795304 - Hydrophobic, 
23 - H PHE 105 CD2  VS C LYS 378 CB  
Distance: 5.137204 - Hydrophobic, 
24 - H PHE 105 CD2  VS C LYS 378 CG  
Distance: 4.961377 - Hydrophobic, 
25 - H PHE 105 CD2  VS C LYS 378 CD  
Distance: 4.625185 - Hydrophobic, 
26 - H PHE 105 CE1  VS C LYS 378 CB  
Distance: 3.716745 - Hydrophobic, 
27 - H PHE 105 CE1  VS C LYS 378 CG  
Distance: 3.660821 - Hydrophobic, 
28 - H PHE 105 CE1  VS C LYS 378 CD  
Distance: 4.222023 - Hydrophobic, 
29 - H PHE 105 CE2  VS C LYS 378 CB  
Distance: 4.037440 - Hydrophobic, 
30 - H PHE 105 CE2  VS C LYS 378 CG  
Distance: 4.189343 - Hydrophobic, 
31 - H PHE 105 CE2  VS C LYS 378 CD  
Distance: 4.027703 - Hydrophobic, 
32 - H PHE 105 CZ   VS C LYS 378 CB  
Distance: 3.161476 - Hydrophobic, 
33 - H PHE 105 CZ   VS C LYS 378 CG  
Distance: 3.453419 - Hydrophobic, 
34 - H PHE 105 CZ   VS C LYS 378 CD  
Distance: 3.798345 - Hydrophobic, 
35 - H PHE 105 CG   VS C TYR 380 CG  
Distance: 5.475743 - Aromatic Stacking, 
36 - H PHE 105 CD2  VS C TYR 380 CD2 
Distance: 5.404907 - Hydrophobic, 
37 - H PHE 105 CD2  VS C TYR 380 CE2 
Distance: 4.614544 - Hydrophobic, 
38 - H PHE 105 CE2  VS C TYR 380 CG  
Distance: 5.105903 - Hydrophobic, 
39 - H PHE 105 CE2  VS C TYR 380 CD1 
Distance: 5.160357 - Hydrophobic, 
40 - H PHE 105 CE2  VS C TYR 380 CD2 
Distance: 4.382454 - Hydrophobic, 
41 - H PHE 105 CE2  VS C TYR 380 CE1 
Distance: 4.533913 - Hydrophobic, 
42 - H PHE 105 CE2  VS C TYR 380 CE2 
Distance: 3.619085 - Hydrophobic, 
43 - H PHE 105 CZ   VS C TYR 380 CG  
Distance: 5.196053 - Hydrophobic, 
44 - H PHE 105 CZ   VS C TYR 380 CD1 
Distance: 5.076650 - Hydrophobic, 
45 - H PHE 105 CZ   VS C TYR 380 CD2 
Distance: 4.809820 - Hydrophobic, 
46 - H PHE 105 CZ   VS C TYR 380 CE1 
Distance: 4.570918 - Hydrophobic, 
47 - H PHE 105 CZ   VS C TYR 380 CE2 
Distance: 4.270406 - Hydrophobic,