The phrase "achieving the selectivity of" is correct and usable in written English.
It can be used in contexts discussing precision, specificity, or targeted outcomes in various fields such as science, technology, or marketing.
Example: "The new filtration system is designed for achieving the selectivity of removing only harmful contaminants from the water."
Alternatives: "attaining the selectivity of" or "reaching the selectivity of".
Achieving the selectivity of MMP inhibitor may validate clinical application of MMP inhibitors.
We report here two novel therapeutic strategies for achieving the selectivity of anabolic effects on the skeletal muscle while sparing the prostate.
Here, we report a novel strategy for achieving the selectivity of testosterone's anabolic actions on skeletal muscle while sparing the prostate.
Thus, combination of testosterone plus an Odc1 inhibitor provides a novel therapeutic approach for achieving the selectivity of testosterone's effects on the muscle while sparing the prostate.
We surmised that signaling pathways that are activated in prostate by testosterone, but not by rFst, are the likely mediators of testosterone's effects on the prostate and would be of interest with respect to developing therapeutic strategies for achieving the selectivity of testosterone's actions.
In multireaction systems reactive distillation (RD) not only increases the reactant conversion and purity but also proves very helpful to achieve the selectivity of the desired product.
In principle, styling the nanotube (by adding functional groups or ligands) may achieve the selectivity of the nanotube's landing area on the cellular membrane and implement it in drug delivery system construction.
By achieving the desired selectivity of determination of meropenem after applying first-derivative spectrophotometry, it was possible to analyze it quantitatively.
With the optimized new solid-acid catalyst, a good ester yield of 93.3% was achieved with the selectivity of 96.0%.
At higher glycine concentrations, complete block of GluN1/GluN2A NMDA receptors was not achieved, although the selectivity of TCN 213 is still sufficient to discriminate very effectively between GluN1/GluN2A and GluN1/GluN2B NMDA receptors.
To achieve the desired selectivity of drug delivery, nanotechnology has enabled researchers to design nanoparticles (NPs) to incorporate anticancer drugs and act as nanocarriers.
