Sentence examples for quantification technology from inspiring English sources

Ignite is solving this problem with its proprietary skill quantification technology that eliminates mismatches.

General implementation of these guidelines is an important requisite for the maturing of qPCR into a robust, accurate and reliable nucleic acid quantification technology.

Recent developments in serum biomarker quantification technology include multiplex arrays, which benefit from the better evaluation of the complexity and dynamic nature of inflammatory responses, and chemiluminescence technology, which is more sensitive than chromogenic detection in traditional ELISA [29].

In it, the startup posits that it will provide gamers with an entirely new online auto racing experience that is "bound to shake up traditional racing gameplay" by emphasizing live online multiplayer gaming, a high-fidelity physics engine and "proprietary player skill quantification technology".

In order to explore putative biomarkers in complicated biological samples, focused proteomics or targeted proteomics technologies have been utilized such as; phosphoprotein enrichment technologies IMAC [10], the cell-surface-capturing (CSC) technology [11], [12], glycan structure-specific quantification technology IGEL [13].

Protein quantification was carried out using non-gel based and label-free proprietary protein quantification technology described previously [ 57, 162].

In plants, like in other organisms, the improvement of gene expression quantification technologies, together with growing databases, supports this development considerably.

A primary hurdle for isobaric based quantification technologies is the presence of interfering coisolated species that result in distorted reporter ion intensities.

Improvements in protein identification and quantification technologies as well as the availability of more proteomics data sets in public data repositories such as PRIDE, combined with focused GO curation, will facilitate the application of systems biology to cardiovascular research.

These courses are designed to introduce the MPhil students to programming, quantification technologies for different applications and the most up-to-date solutions for analysis, using software tools that are publicly available, with the majority being open-source.

The development of high-throughput miRNA quantification technologies, such as miRNA microarray, bead-based flow Cytometry, RNA-primed array-based Klenow enzyme (RAKE) assay, miRNA serial analysis of gene expression (miRAGE), and real-time RT-PCR based TaqMan miRNA assay, has facilitated the study of the global miRNA profile in the whole cancer genome.