The integration of epidemiological and physiological data might enhance the identification of causal risk factors.
These data suggest that analysis of the expression of both MAWD and MAWBP should provide useful information and might enhance the identification of differentiation grade and prognosis in patients.
Use of a sedation-agitation scale can enhance identification of agitation or anxiety, thus prompting therapeutic intervention [ 1] and reducing the subsequent incidence of agitation [ 31], as well as leading to identification and better management of pain, delirium, or other conditions that might produce agitation [ 2, 51, 54, 56, 57].
Identification of increased risk for the diabetic patient requiring RRT might enhance or direct therapy, much as the identification of asymptomatic severe coronary artery disease has led to directed intervention and improved survival [ 9, 10].
An attempt to identify new genes that might enhance hy5 phenotype, similar to CAM7/ZBF3 led to the identification of EHY5 [ 32].
Identification of differentially expressed miRNAs and their regulated molecular targets in tumour cells might enhance our understanding of the molecular mechanisms of metastasis in human cancers.
Moreover, the identification of key model parameters could also provide hints to design new experiments that might enhance the knowledge of the phenomenon under study.
Another aspect that merits further research is the identification of certain characteristics of either the patient or the other SDQ informants that might enhance the risk of false-positive or false-negative results.
Thus, the identification and proper expression of authentic plant artemisinic acid transporters from the plant Artemisia annua might enhance the efflux of artemisinic acid from engineered yeast.
On the contrary, most people thought it might enhance values.
