Focusing on the influence of conformational details in the template structures, we based our study on 8 experimentally determined template structures and generated 120 designs from each.
The specific architecture of individual bones is attained as a consequence of a combination of a genetically determined template and prevailing mechanical demands.
Pt TiO2 nanotube catalysts were prepared by employing fine fiber shaped crystals of [Pt(NH3 4](Hcomplexomplex as a structure determining template material.
Template approach is particularly useful to fabricate nanostructured composites having specifically designed porous morphology and pore size because morphology and architecture of resulting composites are determined by templates used during the preparation steps [43, 73].
Previously, the structures of several ternary Dpo4·DNA·dNTP complexes were determined with templates containing the PdG adduct.
This was determined using templates on the preoperative radiograph before inclusion.
Hexagonal close packing of RuBisCO complexes determined by template matching and nearest neighbor point cloud clustering.
The CYP17 promoter polymorphism was determined with template-directed primer extension and detection by fluorescence polarization in a 96-microwell-based format [ 26, 27].
Therefore, by calculating the RMS error between the true control points (x i, y i ) and those control points determined by template matching (x i ′, y i ′), i = 1,2,…, n, the similarity measures can be evaluated quantitatively.
As a simulation progresses the template reflects more and more a biased overlay between the templates determined by the output activation of the template units.
In one study, injection of sRNAs reduced nanochromosome copy number, and was proposed to be a consequence of degradation of putative copy number determining RNA templates by RNA interference (Nowacki et al. 2010).
