Sentence examples for of combinatorial method from inspiring English sources

Here, we report the approaches of combinatorial method and nanoscience for developing electrocatalsyts and electrolyte membranes.

Plasma-process analyses were demonstrated on the basis of combinatorial method, in which process examinations with continuous variations of plasma-process conditions can be carried out on a substrate holder with a graded distribution of process parameters.

Figure 1 C shows a distance matrix using the variance measure for the example in figure 1 A. The result of hierarchical clustering using the matrix of variance measure indicates that AB and CE are correctly clustered as in the result of combinatorial method (fig. 1 D ).

We also examine the recent and growing implementation of combinatorial methods that merge catalyst design with in situ spectroscopic techniques and computational methods to develop new approaches to understanding the correlation between catalyst structure and activity.

Progress in utilizing domain swapping for protein engineering has been partially hindered by the lack of combinatorial methods for performing domain swapping on any two proteins independent of DNA homology.

Up till now, the application of combinatorial methods to the design of tribological materials has been constrained because, since material library preparation is usually carried out by thin film deposition techniques, the sample size is too small for microstructure-dependent properties to be reliably assessed, and no suitable screening tests are available.

This interaction might occur through the study of combinatorial structures using algebraic methods, or the application of combinatorial methods to algebraic problems.

It is in view of this intrinsic complexity that deployment of a combinatorial method such as phage display to a combinatorial problem such as wound healing presents a novel approach to the clinical problem of tissue repair.

This study suggests the applicability of the nonparametric combinatorial method of LAD to genomic analysis of other human cancers, as well as to the design of individualized therapies based on the specific patterns of gene expressions for each patient.

Therefore, this finding is the best proof of principle that a combinatorial method of deletion of barriers and activation of enhancers can progress pluripotent reprogramming with high efficiencies and with accelerated kinetics (Table  1).

A case study is given to illustrate application and advantages of the proposed combinatorial method.