The phrase "analysis have been achieved" is not correct in written English.
The correct form should be "analysis has been achieved" since "analysis" is a singular noun.
Example: "The analysis has been achieved, and we can now proceed with the next steps."
Alternatives: "the analysis has been completed" or "the analysis has been conducted."
Further enhancements in the Raman intensity and therefore higher sensitivity in SERS-based molecular analysis have been achieved by designing plasmonic nanostructures with a controlled size, shape, composition, and arrangement.
The optimum gain, good efficiency, desired radiation characteristics in frequency domain analysis and less distortion of waves in time domain analysis have been achieved for proposed antennas, which are most suitable for UWB applications.
In recent years, substantial progress in shape analysis has been achieved through methods that use the spectra and eigenfunctions of discrete Laplace operators.
However, in order to keep this review within reasonable bounds, we only review those methods for which an algebraic analysis has been achieved.
Previous studies using liquid assays in microtiter plates were not high throughput enough to allow screening of the entire yeast genome [ 23], and although high throughput analysis has been achieved by others, that was only by pooling strains tagged with a specific DNA sequence 'bar-code'.
In the Rotterdam Scan Study, tract-based analysis has been achieved using tract-based spatial statistics (TBSS) [ 55] a technique that creates a common skeleton of the white matter tracts from a series of images, onto which for each individual the local maximum FA value is projected.
From the analysis best results have been achieved from type III DG operating at 0.9 pf.
Significant improvements in methods and applications for analysis of the genetic heterogeneity have been achieved in the past decades.
14– 17 In parallel with the study of giant viruses, and in part stimulated by this discovery, in the last few years, breakthroughs in phylogenomic analysis of eukaryotic dsDNA viruses have been achieved, leading to the emergence of detailed, well-supported evolutionary scenarios for the evolution of the major groups of these viruses.
While much progresses have been achieved in transcriptomic analysis under shear flow, a few works are also done in proteomic profiling of cells under shear stress.
Recent advances in glioma classification have been achieved using genomic analysis.
