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The growth inhibitory performance of nanoparticles against two model bacteria was further examined at different surface pH of mortar samples and different bacterial cell densities.
After the seven-day experimental period, more than 60% reduction in the number of viable cells of both model bacteria was obtained at all tested pH values when nanoparticles with a concentration of 250 mg/l were added at the beginning of culturing time.
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In this model, bacteria are spread indirectly from one lizard mouth to another.
For the meningitis model, bacteria were grown to early log phase, washed in PBS and resuspended to an optical density of 0.4 in PBS.
However, ironically, our understanding about the complexity of the transcriptomes in this model bacterium is rather limited compared to its counterpart model Gram-positive bacterium B. subtilis[ 25].
The most and best studied metal resistant model bacterium is Cupriavidus metallidurans CH34, which harbors in its genome an exceptionally high number of metal resistance mechanisms [ 11].
Because our objective here is to test general hypotheses rather than those restricted to a specific system such as the PTS where important information is still missing, the initial system explored here has 64 copies of each class of enzyme, irrespective of whether they are membrane-bound or cytoplasmic, and the volume of our model bacterium is a quarter of an E. coli growing relatively slowly.
Ozturan et al. investigated a chronic osteomyelitis model in which bacteria was injected into the femoral canal prior to placement of a sterile K-wire [ 17].
We considered only carbon in our model because bacteria are more often limited by organic carbon than by inorganic nutrients, and small bacteria are comparatively superior to large ones in both respects.
As the present theoretical model predicts, bacteria are present in both extracellular and intracellular environments during persistent infections and it might be sufficient to target population present in any one of these compartments to break the equilibrium and thus, the persistence.
Similar to the local infection model, labeled bacteria were detected at the site of injection.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com