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Mechanism studies implied that positively charged diallyldimethylammonium chloride (DDA) molecules played a key role in the formation of straw-sheaf-like structures.
We also found that water molecules played a crucial role in the formation of hollow morphogenesis under the evaporation-induced self-assembly condition, and a plausible formation mechanism was suggested.
Our structural studies demonstrated that highly conserved hydrogen bonds between the protease and substrate peptides, together with the conserved crystallographic water molecules, played a crucial role in the substrate recognition, substrate stabilization and protease stabilization.
During the synthesis, tetraethylene glycol (TEG) molecules played a dual role: First, they provided a reducing environment [21] to stabilize V III) in the presence of oxygen; Second, they functioned as a capping agent [10] on the as-synthesized Na3V2(PO4)3 nanoparticles and were then be converted to carbon species upon annealing.
This is consistent with the results of recent molecular dynamics simulation studies in which the solute-solvent hydrogen bonds were shown to be dynamically more stable when the water molecules played a role of a hydrogen bond donor than when they served as an acceptor [41].
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Solvent molecules played an important role in the construction of a 3D architecture.
It is shown that alcohol molecules play a role as a solvent and nucleophile.
Adhesion molecules play a critical role in mediating leukocyte immobilization as a result of anchoring [25].
They suggested that both molecules play a key role in the kinetics of PFOS degradation.
The nucleation of sulphuric acid molecules plays a key role in the formation of aerosols.
Ammonia molecules play a key role in the formation of the nanoporous structure in our method.
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