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. 2017 Feb 8;7:41996. doi: 10.1038/srep41996

Table 3. Hydrogen bond and van der Waals contact residues in ANG and ANG-PD and ANG-ALS variants.

Variant Potential hydrogen bonding residues
Potential van der Waals contact residues
Retained Gained Lost Retained Gained Lost
H13R F9, I46 N43, Q117 T44 F9, L10, T11, K40, T44, F45, I46, L115, Q117    
K40R L35, P38, Y94 Q12 I42, N43 M30, P38, I42, N43, Y94 Q12, L35 H13
K54R K50, I56, C57 Y6   R51, S52, I56, C57, L111, P112 Y6, K50  
K60E   E58   A55, G62, K73 E58  
Q77P H47   R21 I46, H47, G99, F100   R21
T80S T44, T97     C26, N43, R95, A96, T97, F120   I42, T44, K82
R95Q K82     D23, C81, K82, T97   H84
F100I           S75, F76, Q77
V103I S72     R70, I71, V78, V105, I119, F120 I46, I56, F76  
H114R A106     F9, V105, A106 L69 D116
R121C       S118, I119, F120    

*Note- The electron density for R121C is not optimal while R122 shows poor density and P123 is not visible in the electron density map (i.e., disordered) in the R121C variant structure. Also, the cysteine residue with a glutathione molecule bound to the free cysteine was observed in the variant structure.