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(4) Consistent with the prediction of reactivity descriptors, the maximum binding strength for H2 adsorption is related to the K/AlC59 system.
While there are excellent algorithms for predicting MHC peptide binding strength for particular class I alleles, it is unknown how accurate these algorithms are in predicting the actual determinant recognized in an individual coexpressing other class I alleles.
Due to the implementing of intermolecular N H⋯N hydrogen bond, the binding strength for the non-covalent linkages is significantly enhanced, which favors for the formation of stable nano-spheres in aqueous solution.
Based on self-consistent field theory Fpolymer is found to be dependent on both σp and N. By incorporating Fpolymer, the critical ligand-receptor binding strength for PEGylated NPs to be internalized can be correctly predicted by a simple analytical equation.
We demonstrate that this quantitative enrichment of binding sites is proportional to the relative in vitro binding strength for these sites.
Consequently, the binding strength for Cd2+ adsorbed on soil particles is stronger than that for Zn2+ in view of the electronegativities of Cd and Zn.
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Fig. 2C shows the dynamic change of binding strength of HA to both the human and avian receptor analogs during evolution by tracking the binding strengths for each HA on the phylogenetic tree (Fig. 2A).
To compare their binding preference, we used a receptor binding preference index, which was quantified as the difference between the binding
It is noticeable that the decrease in binding strengths for both the avian receptor and human receptor occurred twice during the evolution of Fujian-like viruses from Panama-like viruses: the first one occurred at the beginning of the 2001 2002 flu season and the second one at the beginning of the 2002 2003 flu season.
Similarly, dissociation rates (kd) are concentration-independent and thus could be used to estimate binding strengths for different lengths of complementary strands.
The width of the hook of about β = 2.7 is equivalent with the background strength of Nc ≈ 10-2.7 10-2.72 which in turn rescales the S/N-ratio into binding strengths, for example Sc = 0.002.2 for R = 50–100.
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