Sentence examples for characterization underlying from inspiring English sources
In summary, molecular imaging could be applied to target characterization, underlying disease progression, and evaluation of therapeutic response after administration of western medication, stem cell, and traditional medicine.
In summary, molecular imaging could be applied to target characterization, underlying disease progression and evaluation of therapeutic response and stem cell and brain function.
Ultimately, the personalization of anti-cancer therapies may require the characterization of underlying pathophysiological parameters, and their association with therapeutic outcomes.
Such studies combined with genetic approaches to identify and map genes (or QTLs) conferring thermotolerance will not only facilitate marker-assisted breeding for heat tolerance but also pave the way for cloning and characterization of underlying genetic factors which could be useful for engineering plants with improved heat tolerance.
We attempt to shed light on these open issues through systematic qualitative and quantitative characterization of underlying structure-activity relationships.
The accurate characterization of underlying MAC protocols in such networks is essential not only to analyze their performance, but also to identify ways to upgrade and optimize them.
We conclude that FOD measures derived from tomographic dMRI data provide an accurate characterization of underlying myelinated fiber orientation distributions, even in regions with complex fibers architectures where the application of DTI is limited.
However, in vitro culture conditions that facilitate colony formation with an input of tumorigenic colorectal tumor cells have been established and offer a new approach to the characterization of underlying mechanisms of drug resistance.
Better characterization of underlying conditions that increase risk of invasive S. equi infections is also needed.
Analysis of the molecular pathways that induce cytoskeletal remodeling, in conjunction with quantifying cell traction forces with nanoscale precision using a unique FIB-SEM technique, enabled the characterization of underlying biomechanical cues.
In addition to comparing growth models constructed from differing imaging techniques, a more complete characterization of underlying microstructural white matter and myelin development may be realized by integrating these distinct quantitative imaging methods into a single neuroimaging protocol.
