:

0 - L SER 27 OG   VS R TYR 501 OH  
Distance: 3.915433 - Hydrogen Bonds, 
1 - L ALA 31 CB   VS R ASP 405 CB  
Distance: 5.202658 - Hydrophobic, 
2 - L GLY 32 O    VS R ARG 408 NE  
Distance: 3.081495 - Hydrogen Bonds, 
3 - L GLY 32 O    VS R ARG 408 NH1 
Distance: 3.227480 - Hydrogen Bonds, 
4 - L GLY 32 O    VS R ARG 408 NH2 
Distance: 3.003193 - Hydrogen Bonds, 
5 - L TYR 33 OH   VS R GLY 404 O   
Distance: 3.720312 - Hydrogen Bonds, 
6 - L TYR 33 CE2  VS R ASP 405 CB  
Distance: 4.731778 - Hydrophobic, 
7 - L TYR 33 OH   VS R ASP 405 N   
Distance: 3.754567 - Hydrogen Bonds, 
8 - L TYR 33 OH   VS R ASP 405 OD1 
Distance: 2.586515 - Hydrogen Bonds, 
9 - L TYR 33 OH   VS R ASP 405 OD2 
Distance: 4.673380 - Hydrogen Bonds, 
10 - L TYR 33 OH   VS R ASP 405 O   
Distance: 3.995320 - Hydrogen Bonds, 
11 - L TYR 33 CD1  VS R ARG 408 CB  
Distance: 5.251314 - Hydrophobic, 
12 - L TYR 33 CD1  VS R ARG 408 CG  
Distance: 5.266342 - Hydrophobic, 
13 - L TYR 33 CE1  VS R ARG 408 CB  
Distance: 4.992058 - Hydrophobic, 
14 - L TYR 33 CE1  VS R ARG 408 CG  
Distance: 5.010452 - Hydrophobic, 
15 - L ASP 34 OD1  VS R ARG 408 NE  
Distance: 4.582170 - Attractive, Hydrogen Bonds, 
16 - L ASP 34 OD1  VS R ARG 408 CZ  
Distance: 4.149602 - Attractive, 
17 - L ASP 34 OD1  VS R ARG 408 NH1 
Distance: 5.218683 - Attractive, 
18 - L ASP 34 OD1  VS R ARG 408 NH2 
Distance: 2.999803 - Attractive, Hydrogen Bonds, 
19 - L ASP 34 OD2  VS R ARG 408 NE  
Distance: 6.033075 - Attractive, 
20 - L ASP 34 OD2  VS R ARG 408 CZ  
Distance: 5.731533 - Attractive, 
21 - L ASP 34 OD2  VS R ARG 408 NH1 
Distance: 6.878269 - Attractive, 
22 - L ASP 34 OD2  VS R ARG 408 NH2 
Distance: 4.513674 - Attractive, Hydrogen Bonds, 
23 - L LYS 68 NZ   VS R ARG 408 NE  
Distance: 6.375723 - Repulsive, 
24 - L LYS 68 NZ   VS R ARG 408 CZ  
Distance: 5.961718 - Repulsive, 
25 - L LYS 68 NZ   VS R ARG 408 NH1 
Distance: 6.180526 - Repulsive, 
26 - L LYS 68 NZ   VS R ARG 408 NH2 
Distance: 5.784275 - Repulsive, 
27 - L TYR 93 CE2  VS R VAL 503 CG2 
Distance: 4.567573 - Hydrophobic, 
28 - L SER 95 OG   VS R ASP 405 OD1 
Distance: 2.796583 - Hydrogen Bonds, 
29 - L SER 95 OG   VS R ASP 405 OD2 
Distance: 3.615673 - Hydrogen Bonds, 
30 - L SER 95 O    VS R TYR 501 OH  
Distance: 3.713986 - Hydrogen Bonds, 
31 - L SER 95 O    VS R VAL 503 N   
Distance: 3.776717 - Hydrogen Bonds, 
32 - L SER 95 OG   VS R GLY 504 N   
Distance: 3.595098 - Hydrogen Bonds, 
33 - L SER 95 O    VS R GLY 504 N   
Distance: 3.399852 - Hydrogen Bonds, 
34 - L SER 96 N    VS R TYR 501 OH  
Distance: 4.738453 - Hydrogen Bonds, 
35 - L SER 96 O    VS R TYR 501 OH  
Distance: 4.322636 - Hydrogen Bonds, 
36 - L SER 96 O    VS R GLY 502 N   
Distance: 3.751610 - Hydrogen Bonds, 
37 - L SER 96 O    VS R VAL 503 N   
Distance: 4.810150 - Hydrogen Bonds, 
38 - L LEU 97 O    VS R GLY 502 N   
Distance: 4.371639 - Hydrogen Bonds, 
39 - L LEU 97 O    VS R VAL 503 N   
Distance: 3.009787 - Hydrogen Bonds, 
40 - L SER 98 OG   VS R PRO 499 O   
Distance: 4.798594 - Hydrogen Bonds, 
41 - L SER 98 OG   VS R THR 500 O   
Distance: 3.410227 - Hydrogen Bonds, 
42 - L SER 98 OG   VS R TYR 501 O   
Distance: 4.461678 - Hydrogen Bonds, 
43 - L SER 98 OG   VS R GLY 502 N   
Distance: 4.650767 - Hydrogen Bonds, 
44 - L SER 98 O    VS R VAL 503 N   
Distance: 4.412029 - Hydrogen Bonds, 
45 - L SER 98 OG   VS R GLN 506 NE2 
Distance: 4.112803 - Hydrogen Bonds, 
46 - L SER 98 O    VS R GLN 506 NE2 
Distance: 3.580154 - Hydrogen Bonds, 
47 - L PRO 100 CG   VS R VAL 503 CG1 
Distance: 4.948729 - Hydrophobic,