Sentence examples for approach concentrations from inspiring English sources

This effect has been demonstrated for CRAMP (rodent LL-37), for which peptide levels in rodent CNS do not approach concentrations that are needed to obtain positive signals in in vitro assays.

In the LUR modeling approach, concentrations of vehicle exhaust markers such as NOx are measured simultaneously at many locations throughout an urban area, using relatively inexpensive passive monitors (e.g., Ogawa monitors).

Furthermore recent studies demonstrated that tigecycline achieved maximal killing near the MIC in this species and concentration escalation studies demonstrated that this drug needs to approach concentrations higher than those currently achieved in the bloodstream to adequately treat A. baumannii infections [ 13].

Although neither of the toxin concentrations approached concentrations observed in UME animals, the presence of more than one toxin in individual animals raises questions involving potential synergistic effects.

Or rather, zero albums consumed voluntarily with anything approaching concentration: once I was driving with a friend and his girlfriend, and she put the first album on the car stereo through her iPhone, and I liked what I heard, but can't remember a thing.

In addition to these standard approaches, concentration-defined trials are an alternative in some circumstances and have been used with success in the development of newer AEDs.

The two lowest used concentrations simulated environmental conditions, the third concentration approaches concentration of pharmaceuticals in waste water, and the highest concentration is up to 3000 higher than environmental concentration.

Experiments on two different types of dispersion confirm the applicability of this approach for concentrations up to 30 vol.%.

Using this approach, nitrate concentrations were estimated to have increased markedly from 1960 to the present at all study sites.

In the wet-chemistry approach, the concentrations and the components of the solutions play a major role in controlling the shape and size of ZnO nanostructures [34, 35].

This approach affects concentrations substantially above the regulatory limit more than those near compliance (Rizzo 2005).