![Mechanism and Free-Energy Landscape of Peptide Bond Formation at the Silica–Water Interface | ACS Catalysis Mechanism and Free-Energy Landscape of Peptide Bond Formation at the Silica–Water Interface | ACS Catalysis](https://pubs.acs.org/cms/10.1021/acscatal.1c05635/asset/images/large/cs1c05635_0006.jpeg)
Mechanism and Free-Energy Landscape of Peptide Bond Formation at the Silica–Water Interface | ACS Catalysis
![For the peptide, Gly-Lys predict the ionic form that will predominate at a) pH = 1 \\b) pH = 7 \\c) pH = 13. What is the mechanism of peptide bond formation? For the peptide, Gly-Lys predict the ionic form that will predominate at a) pH = 1 \\b) pH = 7 \\c) pH = 13. What is the mechanism of peptide bond formation?](https://homework.study.com/cimages/multimages/16/screen_shot_2021-10-14_at_11.54.37_pm8402438519837445921.png)
For the peptide, Gly-Lys predict the ionic form that will predominate at a) pH = 1 \\b) pH = 7 \\c) pH = 13. What is the mechanism of peptide bond formation?
![SOLVED: Write down the mechanism of peptide bond formation and what are its structural characteristics SOLVED: Write down the mechanism of peptide bond formation and what are its structural characteristics](https://cdn.numerade.com/ask_previews/21a2e4be-677f-4b38-930c-1e86f9dda77d_large.jpg)