:

0 - E ARG 403 NH1  VS L TYR 33 OH  
Distance: 4.765168 - Hydrogen Bonds, 
1 - E ARG 403 NH2  VS L TYR 33 OH  
Distance: 3.347939 - Hydrogen Bonds, 
2 - E LYS 417 NZ   VS L TYR 92 OH  
Distance: 4.464989 - Hydrogen Bonds, 
3 - E LYS 417 NZ   VS L GLY 93 O   
Distance: 4.882868 - Hydrogen Bonds, 
4 - E LYS 417 NZ   VS L SER 94 O   
Distance: 4.653705 - Hydrogen Bonds, 
5 - E TYR 453 OH   VS L TYR 33 OH  
Distance: 3.806816 - Hydrogen Bonds, 
6 - E TYR 501 OH   VS L GLN 27 OE1 
Distance: 4.892984 - Hydrogen Bonds, 
7 - E TYR 501 OH   VS L SER 28 N   
Distance: 4.244324 - Hydrogen Bonds, 
8 - E TYR 501 OH   VS L SER 28 O   
Distance: 2.591437 - Hydrogen Bonds, 
9 - E TYR 501 CE1  VS L VAL 29 CB  
Distance: 4.937077 - Hydrophobic, 
10 - E TYR 501 CE1  VS L VAL 29 CG2 
Distance: 5.277505 - Hydrophobic, 
11 - E TYR 501 OH   VS L VAL 29 N   
Distance: 4.126064 - Hydrogen Bonds, 
12 - E GLY 502 N    VS L SER 28 OG  
Distance: 4.102072 - Hydrogen Bonds, 
13 - E TYR 505 CE1  VS L VAL 29 CG1 
Distance: 5.487061 - Hydrophobic, 
14 - E TYR 505 CE2  VS L VAL 29 CG1 
Distance: 5.238413 - Hydrophobic, 
15 - E TYR 505 OH   VS L SER 30 N   
Distance: 4.235007 - Hydrogen Bonds, 
16 - E TYR 505 CG   VS L TYR 33 CD2 
Distance: 6.955556 - Aromatic Stacking, 
17 - E TYR 505 CD2  VS L TYR 33 CE2 
Distance: 5.262373 - Hydrophobic, 
18 - E TYR 505 CE2  VS L TYR 33 CD2 
Distance: 4.728019 - Hydrophobic, 
19 - E TYR 505 CE2  VS L TYR 33 CE2 
Distance: 4.453919 - Hydrophobic, 
20 - E TYR 505 OH   VS L GLN 91 NE2 
Distance: 4.370934 - Hydrogen Bonds, 
21 - E TYR 505 OH   VS L TYR 92 O   
Distance: 3.774357 - Hydrogen Bonds,