Sentence examples for bacterial systems that from inspiring English sources
This paper reports the development of two recombinant bacterial systems that can be used to monitor environmental benzene contamination based on Escherichia coli, which carry genes coding for benzene dioxygenase and benzene dihydrodiol dehydrogenase from Pseudomonas putida MST.
First, the λ system relies on a very high proportion of cells being competent to take up DNA by electroporation, and there are few bacterial systems that are as efficient as this.
Thus, loss of the C-terminal REC is expected to lead to increased promiscuity and/or cross-talk, particularly in complex bacterial systems that carry dozens of TCS pairs (Laub and Goulian 2007).
In the section below, we briefly review evidence from various bacterial systems that implicates rpoB mutations in diverse phenotypic and functional alterations (summarized in Table 1), and discuss their potential relevance to Mtb.
The next step forward would be to validate the use of these mutant pumps in engineered bacterial systems that biosynthesize small biofuel molecules such as n-octane and α-pinene in vivo.
Such lineage specific expansions could reveal components in bacterial systems that, by their enhanced genetic variability, can be tied to responses to environmental challenges, interesting phenotypes, or adaptive pathogenic responses to host challenges.
CRISPR, which stands for clustered regularly interspaced short palindromic repeats, and is more precisely known as CRISPR-Cas9, leverages a natural bacterial system that targets viruses that invade a cell.
At a meeting in Copenhagen in 2004 the Aspergillus fumigatus genome sequencing group proposed a nomenclature based on the Demerec bacterial system that should be used for all species (i.e. abdD for genes).
We describe here a bacterial system that allows the detection of PSCs in human genes by a simple colony phenotype screening.
Other characteristics of the transgenic bacterial system that may facilitate the commercial application of this system were the observed aggregation, precipitation, and color change of the transgenic bacterial cells when exposed to high mercury levels.
It has been reported in a bacterial system that the substitution of glutamate (E) with glutamine (Q) at position 6 dramatically improved (by 30-fold) the scFv production for an anti-CD3 antibody [25].
