We investigate the radial collapse of carbon nanotubes bundles using the density-functional based tight-binding method for a large number of chiralities in the small diameter range.
Thus, in this work, simulations of single-layer graphene bombarded by hydrogen atoms for a wide range of incident energies were carried out using quantum-classical molecular dynamics based on the self-consistent-charge-density functional tight binding method for treatment of the electron dynamics, combined with classical dynamics of the nuclei.
To verify the radioligand binding method for ranking expression by haplotypes, Western blots were performed as shown in Figure 2 using a monoclonal antibody directed to a non-polymorphic region of the receptor protein.
Tests were conducted using the Arsenazo III dye binding method for calcium and the BCP reagent for albumin.
Capillary electrophoresis is a powerful tool to quantitatively measure dissociation constants for aptamers with targets, and excellent reviews of affinity binding methods for aptamers and targets are available [ 141, 142].
Here, we describe the development and deployment of a reliable peptide-binding prediction method for a previously poorly-characterized human MHC class I allele, HLA-Cw*0102.
The creatinine concentration in serum or urine samples was determined by a modified kinetic picric acid binding method [ 49] adapted for micro-samples as we reported previously [ 50].
which is based on tight binding method and is applicable only for the described slab.
The Sircol collagen assay is a dye-binding method designed for the analysis of acid and pepsin-soluble collagens, which are newly synthesized during inflammation and wound healing.
Discrimination is based on a kernel machine binary classifier [ 50] capable of computing similarity between base sequences in terms of their respective putative secondary structures [ 34] and thus of the spatial conformation of their binding sites (see Methods for a detailed description of the classifier).
In contrast, only 18% (six responses) remained unexplainable when applying a pan-specific HLA peptide binding prediction method for calculating the %rank score of the epitope to each of the responding patient's six HLA class I alleles and considering the allele with a %rank score below 5 as the restricting allele.
