Selected article for: "hydrogen bond formation and molecular interaction"
Author: Srivastava, Sukrit; Kamthania, Mohit; Singh, Soni; Saxena, Ajay K; Sharma, Nishi
Title: Structural basis of development of multi-epitope vaccine against Middle East respiratory syndrome using in silico approach
  • Document date: 2018_11_21
    • ID: 33h22ikl_52
    Snippet: Molecular docking results show a favorable molecular interaction between the selected CTL epitopes and the TAP cavity. The result reveals several molecular interaction sites for the selected epitopes within the TAP cavity. Two sites of interaction-one close to the cytoplasm and another close to the ER lumen-are shown in Figure 6 . All the interactions showed a significantly negative binding energy with one or more than one hydrogen bond formation.....
    Document: Molecular docking results show a favorable molecular interaction between the selected CTL epitopes and the TAP cavity. The result reveals several molecular interaction sites for the selected epitopes within the TAP cavity. Two sites of interaction-one close to the cytoplasm and another close to the ER lumen-are shown in Figure 6 . All the interactions showed a significantly negative binding energy with one or more than one hydrogen bond formation at both sites of interaction. From this study, we may predict a smooth passage for selected CTL epitopes from the cytoplasm to the ER lumen throughout the entire passage of the TAP cavity ( Figure 6 ).

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