Sentence examples for modification of bacteria from inspiring English sources

Despite successful heterologous protein surface display for vaccine delivery by L.lactis through the nisin controlled gene expression system (NICE®), genetic modification of bacteria has been a safety concern.

While E. coli total tRNAs were used to develop this exclusion list strategy and L. lactis total tRNAs served as a previously evaluated data set to confirm the general characteristics of this approach, a more fruitful application would be for RNA modification mapping of bacteria that are presently uncharacterized.

These results provide insight into obtaining a desired bioenergetic response in bacteria through (i) the application of chemical treatments to vary the local pH and (ii) the selection and design of surfaces resulting in local pH modification of attached bacteria via the charge-regulation effect.

For example, lysogenic bacteriophages that contain virulence or drug resistance genes may be used for genetic manipulation, enabling the modification of nonpathogenic bacteria into a strain that would be resistant to available antimicrobial drugs.

What they call "paratransgenesis" -- genetic modification of a bacterium inside the bug -- potentially raises less intractable problems.

However, most bacteria are observed to be optically similar and thus require artificial modification of the target bacteria using fluorescent labeling (Attfield et al. 1999).

An extended-spectrum antibiotic is one that, as a result of chemical modification, affects additional types of bacteria, usually those that are gram-negative.

The increased expression of pmrD and pmrHM may be the reason for the improved resistant (through LPS modification) of curcumin treated-bacteria against polymyxinB.

In some bacteria, modification of Kdo2-lipid A is likely to be instrumental in aiding resistance of the bacteria to cationic antimicrobial peptides (CAMPs) released by the host immune system, or evading recognition by the innate immune receptor TLR4.

So far, few reports were concerned with the modification of the dielectric properties of bacteria as a function of their Gram type in the microwave region [10].

Our results demonstrate a low-cost modification of MWCNTs by resistant bacteria to induce structural defects that potentially useful for industrial applications.