Sentence examples for backbone influence from inspiring English sources

Molecular Dynamics (MD) simulation techniques have been used to investigate systematically how the length and spacing of poly ethylene oxide) (PEO) side-chains along a PEO backbone influence ion mobility for two different salt concentrations.

It has been revealed that 3-oxo-C12-homoserine3-oxo-C12-homoserine3-oxo-C12-homoserine3-oxo-C12-homoserineted both. albicans, bofh of which contain a 12-carbon backbone, influence morphogenesis by inhibiting the Candida cAMP/PKA pathway (Davis-Hanna et al. 2008).

To avoid the empty vector backbone influence, we applied the pRNAT-MN as control cells instead of Miapaca-2 cells.

The composition and distribution of the functional group chemistries along the polymeric backbone influence the charge, charge density, hydrophobic/hydrophilic balance and surface stereochemistry of the resultant coating [30].

Cyclic voltammetry and UV vis absorption studies revealed that both the heteroatom substitution in the aromatic end-groups of DPPs and variations in the chemical backbone influenced the bandgap of these polymers.

The transportation infrastructural system provides a "backbone" influencing the transportation accessibility.

The rate of reaction is largely influenced by the π-acidity of the chelating ligand; substitution in the naphthyl azoimidazole backbone influences greatly the rate of the substitution.

The reaction rate is largely influenced by the π-acidity of the chelating ligand, with substitution in the naphthyl azoimidazole backbone influencing the rate of the substitution process.

The less sterically crowded Sty-alt-2MePMI (Fig. 5a) showed a low negative birefringence of 0.002 which indicated that the sterically crowded polymer backbone influences the free rotation of the phenyl rings.

The distance between the carboxyl groups along the tetrameric thiophene backbone influenced the pH-induced optical properties of the tetrameric LCOs, therefore we next investigated the emission spectra of HS-68 analogues bound to morphotypes of Aβ- or tau aggregates in tissue sections.

It has been found that the structure of backbone can influence the junction formation probability for same anchoring group (aldehyde and carboxylic acid), which contributes to the stronger attractive interaction between Cu and molecules with benzene backbone.