Sentence examples for microbial cell arrays from inspiring English sources

In summary, this paper highlights recent progress in the field of microbial cell arrays.

In this paper, we review recent advances in microbial cell arrays.

Other environmental pollutants have also been monitored using microbial cell arrays.

Based on their unique advantages, the applications for microbial cell arrays are currently being expanded.

Several microbial cell arrays have been developed for assaying heavy metals, which are regarded as major toxic elements.

This work demonstrated that microbial cell arrays can play a significant role in drug development alongside in vitro toxicity tests.

Although the envisaged applications of microbial cell array are numerous, they have primary been applied in the environmental field.

Biran et al. reported a microbial cell array that employs a genetically engineered E. coli strain that contains the lacZ reporter gene, which can express β-galactosidase, fused to a the promoter of a heavy metal-responsive gene.

With an intensifying need for microbial cell factories that produce a wide array of target compounds, whole genome high-throughput sequencing and annotation for SNP detection can aid in better reducing and defining the metabolic landscape.

Recently, another class of genetic engineering, based on construction of mutant bacteria with auxotrophic characteristics, has garnered attention, owing to its capacity to specifically and sensitively detect diverse types of metabolites present in the metabolic pathways of the microbial cells on the array [ 32, 33].

In addition to cell arrays patterned in the wells of premade microtiter plates, target microbial cells can be patterned on a solid surface, to maximize the number of cell spots per unit area while enabling the activity of each spot to be distinguished from that of its neighbors, without cross-contamination.