Sentence examples for a function of bacterial from inspiring English sources

(11) and (12) into Eq. (10) and taking into account the fact that Yoil = hYO2 and S = πD2, the change rate of oil droplet diameter as a function of bacterial concentration at the oil droplet surface can be expressed as follows: - ρ 2 dD dt = μ max Y oil C oil K s + C oil B s (13).

To further test regulation of SAA expression in intestinal epithelial cells as a function of bacterial load, we used CMT93 cells, a mouse rectal epithelial line.

There were no significant changes in the expression levels of α-S1-casein (CSN1S1) or β-casein (CSN2) as a function of bacterial dose compared with each intra-animal control sample (P > 0.05) for all three cows (Fig. 1(a)).

Attenuated total reflection Fourier-transform infrared (ATR-FTIR) spectroscopy was used to monitor the changes in the functional groups leading to bacterial inactivation as a function of the bacterial inactivation time.

X-ray photoelectron spectroscopy (XPS) was used to determine the surface atomic concentration of O, Ag, C and N for the DC- and DCP samples as a function of the bacterial inactivation time.

This was not a function of increased bacterial load, as a pool of delivered SipAFLAG could be captured following treatment with chloramphenicol and MG132.

The change in the amount of the ash yield and change in the concentration of environmentally sensitive selected trace elements have been studied as a function of time of bacterial treatment as well as with variation in the bacterial biomass.

The change in the amount of ash yield and decrease in the concentration of selected minor elements like Na, K, Mn and Ca and environmentally sensitive selected trace elements such as Cd, Pb, Se, Ni, Mn, and Zn have been studied as a function of time of bacterial treatment as well as with variation in the bacterial biomass.

To conclude, our findings suggest that A101 is of significance in controlling biofilm-associated infections, even in a multispecies biofilm context, and the antibiofilm activity appears to represent a new function of bacterial EPSs.

In addition, we show that egg hatching success is a direct function of bacterial exposure; eggs washed free of surface-associated bacteria show increased survival compared to unwashed eggs while eggs washed in a bacterial solution show decreased survival compared to unexposed eggs.

Rather, these results point to the amelioration of inflammation in the lungs of late stage animals, perhaps as a function of changes in bacterial physiology and the resulting changes in its antigen profile.