Sentence examples for bacterial tolerance to from inspiring English sources

"Adding bacteriostatic antibiotics to a combination induces bacterial tolerance to the bacteriocidal treatment.

Production in bacteria like Gluconobacter oxydans is hampered by low xylose utilization and poor bacterial tolerance to contaminants.

Previous reports have shown that an antibiotic resistance system may have cross-activity with bacterial tolerance to structurally unrelated toxic chemicals including solvents (Fernandes et al. 2003); therefore, contrary to the obtained results, enhancement of solvent tolerance in GRSW2-B1/pHZT-PX as a result of the introduction of tetL, forming TetL, was initially anticipated.

Therefore, improved bacterial tolerance to hydrocarbons by engineering is a main prerequisite for the microbial production of hydrocarbon.

The improvement of bacterial tolerance to organic solvents is a main prerequisite for the microbial production of biofuels which are toxic to cells.

Biofilm microstructures appear to enhance bacterial tolerance to a number of stresses, including antimicrobial agents; determinants of multicellularity, such as cell-cell signaling, are necessary for this tolerance.

We have successfully developed a new restorer line WH6725 with disease resistance to rice blast and bacterial blight, tolerance to submergence and aromatic fragrance, which can be used to replace MH725 for hybrid rice production.

The development of WH6725 provides an improved restorer line for hybrid rice production with disease resistances to rice blast and bacterial blight, tolerance to submergence and good grain quality with aromatic fragrance.

The first, a top-down approach, involves quantification and comparison of a higher-level characteristic, the bacterial cold tolerance, to reveal genomic characteristics and specific genes related to the phenotype (Fig.  1a).

These include (1) high cost of substrates: molasses, as typically used as a substrate in the past, may account for about 50%% of the final cost of the product (Vandecasteele and Marchal 1993); (2) low final product concentrations due to limited bacterial tolerance and (3) high product recovery costs due to the low concentration of n-butanol produced.

In this research paper, bacterial strain possessing tolerance to high concentrations of chromium was isolated from tannery effluent.