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Table 4 Energy scores resulting from each protein structure. Listed are the changes in free energy for each protein-sorbitol complex with corresponding descriptions of the complex and/or Python code run on the complex

From: In-silico molecular designs to treat neurologic and ophthalmologic diseases caused by sorbitol excess: engineering the Agrobacterium vitis protein

Complex

Energy Score

Details

New Protein

-140.67

(protein only:

-171.51)

Protein-sorbitol complex

New Protein After RepeatMover

-143.10

Protein-sorbitol complex with iteration via RepeatMover code with variables kT = 1 and n = 20

New Protein After MinMover

-214.97

Protein-sorbitol complex with backbone angles adjusted via MinMover code

Mutated Protein (All Binding Pocket Residues) After PackMover

-178.03

Mutated protein-sorbitol complex via PackMover (simulated annealing and Metropolis/Monte Carlo to find best residues and rotamers) for all 18 residues within four Angstroms of the binding pocket

Mutated Protein (Selected Binding Pocket Residues) After PackMover

-224.80

(protein only:

-228.27)

Mutated protein-sorbitol complex via PackMover (simulated annealing and Metropolis/Monte Carlo to find best residues and rotamers) for a selected 5 residues within four Angstroms of the binding pocket

New Protein After FastRelax

-780.43

Protein-sorbitol complex with backbone angles adjusted and side chains repacked via FastRelax code