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. 2020 Mar 12;16(4):2795–2802. doi: 10.1021/acs.jctc.9b01104

Table 2. Peptide–Peptide and Peptide–Water Interaction Energies.

Tt/Tra (K/K) EvdWPPb (kcal/mol) EesPPc (kcal/mol) EtotPPd (kcal/mol) EvdWPWe (kcal/mol) EesPWf (kcal/mol) EtotPWg (kcal/mol)
700/700 –51 ± 1 –510 ± 2 –561 ± 1 –151 ± 1 –572 ± 2 –723 ± 2
600/600 –62 ± 1 –513 ± 2 –575 ± 1 –165 ± 1 –589 ± 2 –753 ± 2
500/500 –80 ± 1 –517 ± 3 –597 ± 3 –175 ± 1 –600 ± 4 –775 ± 5
400/400 –97 ± 1 –508 ± 1 –605 ± 1 –184 ± 1 –640 ± 2 –824 ± 2
300/300 –114 ± 1 –518 ± 3 –632 ± 3 –192 ± 1 –656 ± 5 –848 ± 5
300/400 –114 ± 1 –528 ± 3 –642 ± 3 –194 ± 1 –639 ± 5 –833 ± 5
300/500 –114 ± 1 –529 ± 4 –642 ± 4 –194 ± 1 –632 ± 8 –826 ± 8
300/600 –114 ± 1 –555 ± 4 –669 ± 4 –194 ± 1 –574 ± 7 –768 ± 7
300/700 –114 ± 1 –568 ± 4 –682 ± 4 –195 ± 1 –538 ± 7 –732 ± 7
a

Translational (Tt) and rotational (Tr) temperatures of the solvent during simulation.

b

Intramolecular peptide interaction energy—van der Waals contribution.

c

Intramolecular peptide interaction energy—electrostatic contribution.

d

Total intramolecular peptide interaction energy.

e

Peptide–water interaction energy—van der Waals contribution.

f

Peptide–water interaction energy—electrostatic contribution.

g

Total peptide–water interaction energy.