Sentence examples for molecules can significantly from inspiring English sources
By analyzing the force distributions along the indenter/work interface, it is found that the existence of water molecules can significantly reduce the friction force, but not the normal force.
The results indicate that the O atom(s) bonded to the P atom in thiophosphorus molecules can significantly impact the chemical reactivity of the S atom(s) in the four reagents, and for DIBMTPA and DIBMTPI, they could even attend the chemical bond formation with metal atoms.
While several such molecules reportedly demonstrated efficacy in protecting cells against BoNTA, there is scant information to show that small molecules can significantly protect mammals against BoNTA.
These results demonstrate that small molecules can significantly protect mice against BoNTA and support the pursuit of small-molecule antagonists as a cost-effective alternative or as an adjunct to passive immunity for treating botulism.
While several such molecules have demonstrated efficacy in protecting cells against BoNTA [13], [15], [20], there is scant information to show that small molecules can significantly protect mammals against BoNTA, although an in vivo study of small-molecule BoNTAe inhibitors has been reported [22].
Such water molecules can significantly contribute enthalpically and entropically to ligand target binding.
We found that the adsorption of HCN molecule can significantly influence the electronic structure of B36 borophene.
Pegylation, the attachment of polyethylene glycol (PEG) to a molecule, can significantly improve the pharmacological and physicochemical properties of peptide and protein therapeutics and reduce side effects.
This is due to the fact that the number of Ras clusters, which is necessarily smaller than the number of Ras molecules, can fluctuate significantly (Fig. 7B, blue error bars).
The production rate of these diffusible molecules can vary significantly depending on the promoter strength of the associated genes.
For example, Satyam et al. showed that by macromolecular crowding in the cell microenvironment the secretion of ECM molecules can be significantly improved for corneal fibroblasts [ 2].
