Sentence examples for manipulation of bacteria from inspiring English sources
Genetic manipulation of bacteria is a procedure necessary to obtain new strains that express peculiar and defined genetic determinants or to introduce genetic variants responsible for phenotypic modifications.
But recently, genome-wide analysis has been used to both identify the mechanism of inhibition and reverse engineer inhibitor-tolerant strains, enabling the rational, predictive manipulation of bacteria in order to increase inhibitor tolerance.
New genetic engineering tools, such as the group II intron has shown promise for genetic manipulation of bacteria and forecast the dawn of a new era for a tumour-targeted bacterial vector system for gene therapy of solid tumours.
This microscopic manipulation of bacteria landed Dutch designer Jelte van Abbema $14,000 at the Dutch Design Awards.
However, studies of genetic basis of within-population diversification of Pseudoalteromonas and the ecological consequences of diversification have been very limited, mainly due to the difficulty of genetic manipulation of bacteria within this genus.
A common approach to genetic manipulation of bacteria is based on the use of plasmid expression vectors since these recombinant molecules can be introduced into bacterial cells by a variety of genetic techniques such as natural transformation, artificial transformation, transduction, conjugative mobilization, and electroporation [ 7- 9].
Evidence for comparable manipulations of bacteria has been hypothesized for birds.
Identifying the ori of these bacteria is a key step in understanding the mechanisms of bacterial replication and for developing methods for genetic manipulation of these bacteria.
The versatile nourseothricin, streptomycin/spectinomycin and spectinomycin resistance loxP cassette vectors described here extend the repertoire of antibiotic selection markers for genetic manipulation of diverse bacteria that are susceptible to aminoglycosides and aminocyclitols.
However, genetic manipulation of these bacteria is often labor and time intensive.
Restrictions and regulations include the application of antimicrobial drug selection markers for genetic manipulation of these bacteria.
