Sentence examples for allows the profiling of from inspiring English sources
Therefore, also the field amplitude distributions in the focal region are virtually independent on the position of the incident field; only the measured intensity changes and therefore allows the profiling of the incident field without moving the detector.
Our methods predicted greater number of 3′ UTRs than 3P-seq, which allows the profiling of the 3′ UTRs of most expressed genes in diverse cell-types, stages, and species.
The toolbox allows the profiling of a given metagenome sample (in multiple FASTA format) on different taxonomic levels (phylum, class, order, family, genus).
CoMPP analysis was performed on extracted cell wall polysaccharides and allows the profiling of cell wall material using sets of monoclonal antibodies (mAbs) and carbohydrate binding modules (CBMs) which show specificities toward plant cell wall-glycan epitopes [ 27].
Contrary to traditional ABPP, this version allows the profiling of living cells and organisms by treating these specimens with tag-free azide- or alkyne-modified probes, followed by conjugation in vitro to the complementary alkyne- or azide-modified tags via cycloaddition reaction to visualize probe-labeled proteins.
Therefore cross-species (heterologous) microarray studies using gDNA-based probe selection allows the profiling of up to ~58% of the total Musa genome despite the absence of substantial sequence data for this species and the large phylogenetic distance from the target species.
The expression profiling of kidney and fat RNA from all individuals allows the profile of each gene, treated as an intermediate phenotype, to be considered as an expression quantitative trait.
Microarray analysis was performed using a custom microarray platform, highly sensitive, allowing the profiling of even weakly expressed miRNAs [ 36].
Gene expression levels detected by microarrays and Next Generation Sequencing (NGS) allow the profiling of gene products that are differentiated between diverse conditions.
Recent technological advances, such as the accurate detection and quantitation of numerous lipid species by mass spectrometry, allow the profiling of discrete changes within the lipid composition of cancer cells and will help to elucidate the intricate connections between lipid metabolism and cell function in cancer.
Validation of the workflow on bacterial samples allowed the profiling on the order of a thousand metabolite features with simultaneous tandem mass spectra data acquisition.
