Sentence examples for throughput in combination with from inspiring English sources
The balance between moderate spatial resolution and high flux throughput, in combination with a liquid nitrogen-cooled 13-element energy-dispersive high-purity germanium detector, is particularly well suited to the investigation of dilute and thin-film systems using the fluorescence X-ray absorption fine-structure mode of detection.
In future, large scale NGS achieving longer read lengths and higher throughput in combination with improved assembly algorithms will provide opportunities for similar in silico SNP discovery approaches in less characterized species.
The future sequencing of a conifer genome will likely use a combination of ultra-high throughput methods in combination with sequencing of BAC clones to anchor the high throughput reads.
High throughput approaches in combination with sncRNA-targeted studies enabled identification of sncRNAs involved in various stress responses, including heat [ 25– 28].
Work in A. thaliana has made extensive use of high throughput sequencing in combination with sRNA silencing mutants to elucidate the roles of genes within the different biogenesis pathways for sRNA classes [ 6].
To test this hypothesis and examine the correlation between Sirt3 catalyzed histone deacrotonylation and gene expression genome-wide requires comprehensive profiling of global histone Kcr and gene expression regulated by Sirt3 using ChIP coupled to high throughput sequencing, in combination with RNA sequencing in future studies.
Advances in high-throughput assays in combination with sophisticated analytical techniques have increased the rapidity with which catalysts can be identified and optimized.
It was shown that high-throughput experimentation in combination with experimental design leads to more efficient use of experimental resources in addition to a more in depth understanding of catalytic systems.
In the production phase, the ENCODE Consortium produced deep data via extensive high-throughput experiments in combination with both novel and existing computational techniques [ 2, 3].
This case study on a rapidly radiating group is one of the first to test the power of large sequence datasets produced by parallel-tagged high-throughput sequencing in combination with improved analytical techniques to address long-standing phylogenetic uncertainties.
In this respect, the most promising strategy for searching for human dominant T-cell proteins/epitope(s) might be that of reverse vaccinology, a high-throughput approach in combination with screening for interferon-γ-secreting cells, similar to that described recently for mice immunized with live plague vaccine.
