The phrase "be systematically utilized to" is grammatically correct and can be used in written English.
It is typically used to describe the purpose or function of something, or how it is used in a consistent and organized manner. Example: The new computer program will be systematically utilized to streamline the company's operations and increase efficiency.
Secondly, because the similarities between diseases and symptoms indicate different degree of correlations, the similarities between symptoms and diseases could be systematically utilized to improve the iterative computing procedures of random walk related network inference methods.
Since the flux-sum concept can characterize resource distribution to various metabolites within the network, the application of FSA can be systematically utilized to identify metabolic engineering targets, rather than being used only as a supplementary tool to understand cellular metabolism.
More importantly, the massive data from cryo-ET has been systematically utilized to gain structural insights into fundamental biological processes related to signaling transduction, flagellar assembly, protein secretion, phage adsorption DNA translocation, and host-pathogen interactions.
Such conversation and concomitant systematic assessment of the results, would advance collective capacity to identify a set of best practices which could then be systematically utilized and empirically/experimentally tested (in cases where significant discrepancy in approach is revealed).
In such systems, crop residues and animal manure are not usually collected on a daily basis, nor are they systematically utilized to fertilize gardens and fish ponds or to prepare mulch and composts.
The Enhanced NNA (Nearest-Neighbors Algorithm) is then utilized to systematically synthesize CWNs by giving priority to LR (local-recycle) matches.
The computational framework is further utilized to systematically study the transition of the liquid from the bulk phase to a film, then to multiple belts, and finally to numerous droplets under the low pressure and flow rate conditions in the rotary atomization.
As such, this system can be utilized to elucidate systematically the effects of individual chemical cues in addition to gradients of multiple cues on individual cell behavior, as well as to spatially direct 3D stem cell differentiation.
Six different iterations steps were utilized to systematically vary the degree of temporal regularity in the fine structure of the IRN stimuli to produce a pitch salience continuum ranging from low to high.
ABA single-case experimental design was utilized to systematically assess change across 14 time points.
Electrochemical quartz crystal microbalance (EQCM) and rotating disk electrode (RDE) techniques were utilized to systematically investigate the electrodeposition of SbxTe1−x (0.1 < x < 0.8).
