Interchain disulfide bonds promote protein cross-linking (Cys Cys, and Cys Cys) between the strand β3 with the α-helix and the first loop (Pro Ser), respectively, while the Cys Cys bond promotes the connection of β1-sheet with the second loop (Gly Trp) [ 1, 4].
In support of the importance of dynamic rearrangements in LexA, stabilizing the β-turn across the scissile bond promotes self-cleavage at a level above that of the wild type.
Within a thrombus, plasmin hydrolyzes several key bonds, promoting clot lysis.
The existence of hydrogen bonding promotes compatibility between these two polymers.
Moreover, cross-hydrogen bonding promotes miscibility in binary blends of PA/mangiferin and PVP/mangiferin.
Weak intermolecular S···S and S···π interactions with multiple C H···N hydrogen bonds promote the dimensionalities in 1 3.
Weak interactions like C H⋯π/O H⋯π/π⋯π with multiple hydrogen bonds promote the formation of supramolecular architectures in these complexes.
The presence of these dangling bonds promotes the formation of hydroxyl radicals [26], which are thought to be related to rapid production of sulfate upon exposure of pyrite to anoxic solutions (e.g., [26],[26]).
The defect on GnP edges which mostly consists of unfilled trigonal carbon bonds promotes favorable site for oxidative reaction with ambient gas to yield more hydrophilic structure which comprises various water-based functional groups (i.e., ethers, carboxyls, or hydroxyls) [51,58].
First, the link between the size/ionic field strength (abbreviated IFS in the following) of the alkali and the concentration of unknown OH (Fig. 9) indicates that alkalis that form short (and thus strong) M-O bonds promote unknown OH groups.
