Sentence examples for sensitivity of organisms from inspiring English sources

However, to broaden the view, we also capitalize upon studies focusing on the effects of isolation and soil use changes on soil organisms and on dispersal of soil fauna, all of these being considered as factors determining the sensitivity of organisms to habitat fragmentation.

Bioaccumulation and biotransformation are key toxicokinetic processes that modify toxicity of chemicals and sensitivity of organisms.

The sensitivity of organisms to impairment of protein quality control, especially long-lived ones, is increasingly well recognized in biomedicine.

No noticeable change was observed in either distribution or antibiotic sensitivity of organisms during the study period (data not shown).

Ecosystem adaptation and the changes in sensitivity of organisms (increased or decreased) with continuous exposure are other critical issues to be considered in future health and ecological risk studies.

Moreover, when comparing the sensitivity of organisms to particular toxins, we would expect a pattern in which populations or species inhabiting the same geographic region share a higher propensity for being drug resistant, even if they are not closely related to each other, due to their common history of exposure to a particular toxin.

Antimicrobial activity of MZO obtained against S. aureus, S. typhi, P. aeuruginisa, K. pneumonia and E. coli brought to light differences in sensitivity of organism to antimicrobial agents in plant.

Gram-negative aerobic (and, less frequently, anaerobic) bacteria including Escherichia coli are the most likely pathogens in these conditions, and the choice of prophylactic antibiotics should reflect the local sensitivities of organisms.

In 42 patients the empirical use of the antibiotic conformed to the culture and sensitivity patterns of organisms isolated and hence the antibiotic was continued.

Sensitivity of test organisms to purified lipopeptide was measured in terms of zone of inhibition using Kirby-Bauer disk diffusion susceptibility test (Bauer et al. [1966]).

Our results have implications for the design of RNAi experiments and may help to explain differences in the sensitivity of eukaryotic organisms to RNAi.