The phrase "comprehensively study" is correct and usable in written English.
It is most often used to refer to a thorough examination or analysis of something, usually a particular topic or issue. For example, "Before making any decisions, we need to comprehensively study the potential impacts of the proposed policy."
However, recent advances have made it possible to comprehensively study the evolution of gene regulation in humans.
We comprehensively study the dependencies of permeability reduction specifics on rock properties and flooding conditions.
Currently, there lacks the theoretical method to comprehensively study the multi-factors effect on rock-electric and relative permeability characteristics.
Soil loss, slope angle change, vegetation damage and a hydrology model were combined to comprehensively study the site.
With access to samples from a uniquely large cohort of patients at Stanford, along with cutting edge techniques, we are able to comprehensively study several aspects of MMD pathology, including genetics, gene expression, proteomics, tissue ultrastructure and autoantibody expression.
In this study, we developed a new experimental technology to comprehensively study secondary integration sites and discovered that phage can integrate into over 300 unique sites in the host genome, resulting in significant genetic diversity in bacteria.
"What's so exciting about this platform and our approach is that we finally have the opportunity to comprehensively study longitudinal CTC responses without worrying about the potentially confounding effects of mouse-to-mouse variability.
In an attempt to comprehensively study the release of IL-1β from BMMCs we also monitored the production of intracellular pro-IL-1β and its expected reduction during ATP-induced release.
To comprehensively study constitutive AHR effects, we measured mRNA abundances in adipose and hypothalamic tissues of H/W and L-E rats in the absence of exogenous ligands.
Because of the lack of sufficient CaMKII loss-of-function models, one could not comprehensively study the essential roles of the CaMKII genes and splice variants in the context of cardiovascular disease.
In this research, we utilized B. subtilis as a model organism to comprehensively study the Ser/Thr/Tyr phosphoproteome of a germinating bacterial spore.
