Sentence examples for concentration of competitive from inspiring English sources

The adsorption of cesium ions depends on the concentration of competitive ions.

concentration of competitive inhibitor i. concentration of non-competitive inhibitor j. concentration of inhibitor k. biomass concentration.

The synthesized adsorbent demonstrated fast adsorption kinetics, high adsorption capacity over a wide pH range, and selectivity in removal of Cs ions from an alkaline solution with a high concentration of competitive sodium ions.

Using clenbuterol as model analyte, the ECL intensity was determined by the concentration of competitive immunoassay of clenbuterol with a wide calibration in the range of 0.05 ng mL−1 to 1000 ng mL−1, and a low detection limit was 0.02 ng mL−1.

To determine the optimal amount of competitive cDNA to be added to each reaction, PCR was performed using either a fixed amount of template cDNA combined with decreasing concentrations of competitive cDNA or conversely, a fixed concentration of competitive cDNA combined with decreasing amounts of template cDNA.

This is usually done by increasing the concentration of competitive substrate in the body to the pharmacologic drug.

A noncompetitive mechanism is a potentially useful feature of ML352 inhibition in that extracellular choline has been reported at near saturating levels in brain extracellular fluid, and much higher concentrations of competitive antagonists, like HC-3, might be needed to effect CHT antagonism in vivo, leading to off-target actions.

In addition, MS-LDH exhibitsuperioror selectivity and higher adsorption capacity for U VI) ions in the presence of high concentration levels of competitive ions such as Na+, K+, Ca2+, and Mg2+.

As in the present research, the concentration of the competitive ion is about one order of magnitude larger than CPA, initial adsorption of the former in initial time-on-stream is more, which is reversed at longer times on stream due to thermodynamic equilibrium limitation.

High concentrations of a competitive agonist will increase the proportion of receptors that the agonist occupies, higher concentrations of the antagonist will be required to obtain the same degree of binding site occupancy.

To further elucidate the role of ion channel functionality, GBM cells were exposed to increasing concentrations of the competitive AMPAR antagonist NBQX and the effect on in vitro cell growth was monitored.