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. 2019 Jul 15;12(1):32–43. doi: 10.1007/s12539-019-00342-x

Table 3.

Changes in secondary structure, ligand free folding energy, ligand free energy of binding and ligand affinity in fifteen double mutants of A. thaliana ent-CPS

Nr Mutation ΔΔGFOLD (kcal/mol) Secondary structure change and accuracy of prediction (%) ΔΔGBIND (kcal/mol) KA (nM)
1 T114F/D336L 1.83 None, 100% − 0.64 97.61
2 T114F/D377L − 0.89 None, 100% − 0.60 106.56
3 T114F/G422L − 2.87 None, 100% − 0.18 216.51
4 T114F/S597W − 1.62 None, 100% − 0.55 116.14
5 T114F/K778F 0.30 None, 100% − 0.02 282.68
6 D336L/D377L − 1.94 None, 100% − 0.48 129.39
7 D336L/G422L − 1.93 None, 100% − 0.10 249.07
8 D336L/S597W − 1.84 None, 100% − 0.74 84.56
9 D336L/K778F − 1.67 None, 100% − 0.79 77.46
10 D377L/G422L − 3.24 None, 100% − 0.72 87.03
11 D377L/S597W − 2.43 None, 100% − 0.79 77.33
12 D377L/K778F − 2.43 None, 100% − 0.79 78.12
13 G422L/S597 W − 3.39 None, 100% − 0.04 284.59
14 G422L/K778F − 3.39 None, 100% − 0.47 132.71
15 S597W/K778F − 2.35 None, 100% − 0.13 234.78

Seven selected double mutants that passed the presented quality test are marked in bold