Sentence examples for high throughput growth from inspiring English sources

Genome-wide datasets; such as transcriptomics and protein DNA interactions; and experiments such as high throughput growth curves; facilitate the construction of GRNs and provide insight into TF interactions occurring under stress.

KS performed all growth experiments and analyzed all high throughput growth data.

To test this, we generated a VNG0258H deletion mutant and monitored global gene expression dynamics and high throughput growth physiology in this strain in response to hydrogen peroxide (H2O2) and paraquat (PQ).

Using conventional and high-throughput growth assays, effects of inhibitory hydrolysate compounds on Z. mobilis growth and fermentation have been investigated (Dong et al. 2013; Franden et al. 2009, 2013; Gu et al. 2015; Yi et al. 2015).

The robotic procedures for high-throughput growth of bacterial expression strains, recombinant subunit purification and automated assembly into recombinant RNAPs (the 'RNAP Factory') have been described previously [ 19, 20, 58].

To improve the efficiency of our MEMS mass sensor array for heterogeneous populations, we redesigned the fabrication process to incorporate vertical flow fields and on-chip microfluidic channels that remove cells from the sensor springs to increase sensor yield and enable high-throughput growth studies.

Micro-titer plates/bioreactors have a large number of small reaction wells (1 mL or less) with each well's pH value and DO level possible to monitor, which is very efficient for high-throughput growth evaluation (Duetz et al. 2000; Amanullah et al. 2010).

High throughput quantitative growth assays in a deletion mutant strain implicate VNG0258H in extreme oxidative stress resistance.

The result shows that TNE is an excellent nanofiber manufacturing approach with low nanofiber repulsion, high throughput production, high stack growth rate, and scalability.

This article presents two distinctive types of high throughput thin film material growth approaches, along with a number of high throughput characterization techniques, established in the author's group.

Given that Z. tritici infection is initiated on the leaf surface, we developed a high throughput assay for monitoring growth on solid substrates.