'throughput growth' is a correct and usable phrase in written English.
It refers to the rate at which a process or system can achieve a task or goal. An example sentence would be: "We saw a steady throughput growth in the production cycle after implementing new machinery."
Using both gnotobiotic flies and an in vitro system with high throughput growth assays, we study the microbial interactions that shape the fly gut community.
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.
Figure 12 CDF of throughput growth rate, d=100, (R,r)=(20,10), K=10. Figure 13 shows the average system throughput of different link qualities.
On the one hand, only small cell 6, small cell 7, and small cell 9 have negative throughput growth in RBEBPC compared to IWF.
However, the rate of throughput growth is not the same for all amount of interference threshold owing to the fact that as the interference threshold further increases, the elastic users make more interference to PUs.
Figure 11 CDF of system throughput, d=100, (R,r)=(20,10), K=10. Figure 12 shows the CDF of small cell throughput growth in RBEBPC over the IWF scheme.
Combinatorial shuffling of peptide sequence modules, post-translational modification and screening with a high-throughput growth inhibition assay results in the identification of lanthipeptide variants with altered antibacterial activities.
This model is able not only to predict the outcomes of high-throughput growth phenotyping and gene expression experiments, but also to indicate knowledge gaps and identify previously unknown components and interactions in the regulatory and metabolic networks.
Second, I will describe a do-it-yourself (DIY) technology platform we recently invented, termed "eVOLVER", that enables researchers to design customized, automated, and high-throughput growth experiments to quantify cellular adaptation and perform continuous laboratory evolution of biological systems.
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).
In this report, the applicability of a quantitative medium-throughput growth assay, analyzed using a mathematical model to determine the effects of chemicals on C. elegans was presented.
