The phrase "a more precise selection" is correct and usable in written English.
It can be used when discussing the need for a clearer or more accurate choice among options.
Example: "In order to improve our results, we need to make a more precise selection of the candidates for the position."
Alternatives: "a clearer choice" or "a more accurate option."
To better define the degree of glutamine depletion and to enable a more precise selection of the patients in need of exogenous glutamine supplementation is necessary to be able to design study protocols that will give conclusive evidence [43].
This allowed a more precise selection of the inoculated tissues, which could explain the prolonged persistence of the DNA vaccine used in this experiment.
Thus, the use of genomic information creates an opportunity for a more precise selection by using specific regions information rather than pedigree based selection.
Using a more precise selection process for candidate marker identification, metabolomics increases the likelihood of validation of candidate biomarkers in subsequent prospective validation studies [ 8– 10].
As an adjunct to clinical tools (digital examination, endoscopy, and biopsy), the combined use of MRI + DWI seems promising to enable a more precise selection of patients eligible to undergo minimally invasive treatments.
To better define the degree of glutamine depletion and to enable a more precise selection of the patients in need of exogenous glutamine supplementation is necessary to be able to design study protocols that will give conclusive evidence [ 43].
Thus, when Pi9-Pro serves as a base marker for large-scale screening of Pi2 in MAS breeding programs, Pi2-LRR can be used as a supplementary marker for confirmative screening, enabling more precise selection of Pi2 in rice breeding populations.
While rates of LO-BSI especially associated with CVC- BSI were higher in the Polish NICUs than those of other national networks, we now have evidence to inform the neonatologist into more precise selection of antimicrobial coverage when an LO-BSI is suspected.
The development of new techniques has led to discovery of promising biomarkers that can lead to more precise selection of patients for anti-HER2 therapies.
However, more precise selection of design parameters for efficient design of surface irrigation is required for higher irrigation efficiency and the accurate prediction of the infiltration rate is of prime importance.
This issue will become increasingly pressing as genome sequencing technologies become more accessible and as our ability to manipulate immune modulation improves, requiring more precise selection of the right therapy for the right patient.
