Sentence examples for potential for attenuation from inspiring English sources

On the other hand, prior to any intervention the system seems to have lost any potential for attenuation and its inability to adapt to high LPS concentration is mathematically translated into unconstrained responses (dashed lines).

Combination therapy has the potential for attenuation of certain drug class specific AEs [ 2].

By examining three different exposure metrics and three types of associated exposure measurement errors, we were able to empirically estimate bipollutant relationships and the potential for attenuation of model coefficients in related bipollutant epidemiologic models.

In addition, empirically determined attenuation factors for single- and bipollutant models show that the potential for attenuation in the estimated effects can be quite substantial for many pollutants and exposure error types, in particular for local pollutants (with the exception of δpopulation for CO).

Second, with reports of CA-MRSA as an emerging pathogen in infections that are sequestered or deep-seated, such as endocarditis, the potential for attenuation of bactericidal activity should be considered when vancomycin is utilized against a high initial inoculum of CA-MRSA [ 19].

MAPKs have been shown to be activated in animal models of reperfusion injury [ 3- 7], suggesting that these kinases are potential targets for attenuation of IR injury [ 8- 11].

Thus, the Nrf2-regulated adaptive response represents a potential target for attenuation of inflammation by protecting against inflammatory oxidative damage and pro-inflammatory redox-sensitive signaling.

The analysis indicates that the site has the potential for natural attenuation.

Furthermore, drainage system design can influence the potential for N attenuation and subsequent N loadings in waters receiving drainage from such soils.

This study tests sorption and sorption competition between contaminants in the chalk matrix to make it possible to evaluate the potential for contaminant attenuation during transport in fractures.

The potential for active attenuation of structural dynamic load oscillations, by means of continuous control of the yaw servo, is investigated.