Sentence examples for be systematically assessed in from inspiring English sources
Our results demonstrate that, as expected, dog breeds do not constitute homogenous entities and population stratification needs to be systematically assessed in association studies.
Without outcome measures, new therapies cannot be systematically assessed in these diseases.
Nevertheless, the OARSI recommendations list it as a domain that should be systematically assessed in HOA studies or trials [ 12].
In this study, subjects served as their own controls, minimizing the potential for differences in baseline prognoses between treatment sequences; however, the effect of treatment period on outcome measures cannot be systematically assessed in nonrandomized crossover study designs.
Disturbed sleep is a prominent feature of fibromyalgia symptomatology and has been proposed as one of the core symptoms that should be systematically assessed in clinical trials for the treatment of fibromyalgia [ 1].
Given the fact that significant bending could jeopardise the safe removal of the K-wire and any further biomechanical testing, we recommend that the bending should be systematically assessed in both planes.
Objective: Histologic changes have not been systematically assessed in chronic rhinosinusitis.
Ecological restoration may significantly reduce these losses, but its effectiveness has not been systematically assessed in agroecosystems at the global level.
The complete schemes are then implemented in the setting of finite volume and path-conservative methods and are systematically assessed in terms of accuracy and efficiency, through a carefully selected suite of test problems.
Herein, the effects of the amorphous content and various processing conditions on the phase transformation and the resulting texture were systematically assessed in blends of polyvinylidene fluoride and poly methyl methacrylate).
The formed PEGylated Au DENPs were systematically assessed in terms of their stability, biocompatibility, X-ray attenuation characteristics, and feasibility as contrast agents for CT imaging of murine macrophages in atherosclerosis.
