Sentence examples for binding strengths of different from inspiring English sources

We showed that the binding strengths of different inhibitors, e.g., AHA001, XK263 and ABT538, can be distinguished by the rupture forces quantitatively from the SMD simulations.

Relative binding strengths of different molecule combinations reflect findings from in vivo and in vitro studies (Brittle et al., 2010; Simon et al., 2010), such that phosphorylation of Ft (FtP) promotes its binding and conversely phosphorylation of Ds (DsP) inhibits its binding.

The subcomplexes produced by solution disruption can be analyzed by MS and provide subunit connectivity in addition to information on the relative binding strength of different subunits.

Note that the beauty of the looping

Similarly, dissociation rates (kd) are concentration-independent and thus could be used to estimate binding strengths for different lengths of complementary strands.

The binding strengths of pH-responsive systems, using different types of metal sources, are discussed in this article.

Jecklin et al. [ 28] compared different approaches, ESI-MS, SPR, and isothermal titration calorimetry, for label-free quantitative assessment of binding strengths of the protein human carbonic anhydrase I with small ligands.

Second, to modulate and control the binding strength of our model cells on Fg even further, we used different molar integrin/lipid ratios of 1 1000, 1 3000, and 1 4000 during integrin reconstitution.

Upon field testing at both freshwater and seawater sites it was found that the DGT labile metal concentrations measured by different binding phases can be significantly different, suggesting that the DGT labile metal fractions were dependent on binding strength of the binding phase.

Therefore, in that case, the energy of de-adhesion would be different from the adhesion energy, which is determined by the binding strength of the adhesion molecules at the contact.

The fitness (e.g. binding strength) of the various solutions is evaluated and then solutions mutated and/or recombined to make different and often larger molecules (since these will tend to have more atoms that can bind to the target).