:

0 - D ASP 405 OD1  VS I SER 67 OG  
Distance: 3.067945 - Hydrogen Bonds, 
1 - D ARG 408 CB   VS I LYS 66 CG  
Distance: 4.280523 - Hydrophobic, 
2 - D ARG 408 CB   VS I LYS 66 CD  
Distance: 4.906734 - Hydrophobic, 
3 - D ARG 408 CG   VS I LYS 66 CB  
Distance: 4.546967 - Hydrophobic, 
4 - D ARG 408 CG   VS I LYS 66 CG  
Distance: 3.200833 - Hydrophobic, 
5 - D ARG 408 CG   VS I LYS 66 CD  
Distance: 3.765555 - Hydrophobic, 
6 - D ARG 408 NE   VS I LYS 66 NZ  
Distance: 5.170080 - Repulsive, 
7 - D ARG 408 NE   VS I LYS 66 O   
Distance: 2.662766 - Hydrogen Bonds, 
8 - D ARG 408 CZ   VS I LYS 66 NZ  
Distance: 4.930779 - Repulsive, 
9 - D ARG 408 NH1  VS I LYS 66 NZ  
Distance: 5.594870 - Repulsive, 
10 - D ARG 408 NH2  VS I LYS 66 NZ  
Distance: 4.534996 - Repulsive, 
11 - D ARG 408 NH2  VS I LYS 66 O   
Distance: 4.520263 - Hydrogen Bonds, 
12 - D ARG 408 NH2  VS I GLY 68 O   
Distance: 3.889779 - Hydrogen Bonds, 
13 - D GLN 414 OE1  VS I SER 52 OG  
Distance: 4.396358 - Hydrogen Bonds, 
14 - D THR 415 OG1  VS I SER 52 O   
Distance: 3.224369 - Hydrogen Bonds, 
15 - D THR 415 OG1  VS I ARG 54 NH1 
Distance: 4.459682 - Hydrogen Bonds, 
16 - D GLY 504 N    VS I SER 67 OG  
Distance: 3.694126 - Hydrogen Bonds,