The phrase "aim consists of" is correct and usable in written English.
It can be used when describing the components or elements that make up a specific aim or goal.
Example: "The aim consists of three main objectives: improving efficiency, enhancing customer satisfaction, and increasing profitability."
Alternatives: "goal includes" or "objective comprises".
Our aim consists of enhancing the visible light absorption efficiency of the TiO2 films via Cr doping.
The aim consists of measuring not only the use of this tool, but also the external variables with a significant influence in its use for planning future improvements.
The secondary aim consists of identifying mediating and moderating mechanisms explaining these health responses.
Several lines of evidence suggest that one of the mechanisms adopted by estrogens to accomplish this aim consists of contrasting the, supposed deleterious action of ROS against bone health [ 2, 6– 8].
The last aim consisted of a pilot study of proteomic analysis of secreted protein factors from the NCT and NCA conditioned media that may provide instructive cues and create unique extracellular environments that would contribute to our understanding of how NCs influence development of a healthy NP phenotype.
1 ml of the bacterial 'over night' culture was pelleted, re-suspended and allowed to incubate in the acetosyringone (Sigma-Aldrich, Deisenhofen, Germany) containing infiltration media (AIM consisting of 10 mM MgCl2, 5 mM MES pH 5,3 (both from Roth, Karlruhe, Germany) and 150 μM acetosyringone) prior to infiltration.
RE-AIM consists of five dimensions: reach, efficacy, adoption, implementation, and maintenance.
The first set of AIMs consisted of 14 SNPs reported and genotyped in two multiplex reactions as in Da Silva et al. [56] The second set of AIMs included 48 INDELs reported and genotyped in three multiplex reactions as in Santos et al. [57].
The primary set of AIMs consisted of 149 SNPs that were selected from Tian et al. [16] to address the European admixture by maximizing Fishers Information Coefficients (FIC) based on three admixture scenarios [56] (i.e., 10%/90%, 50% /50% and 90%/10% European/African contribution).
Our aim consists in providing an analysis of the impact of network integration to gene prioritization, in order to understand whether the combination of multiple networks, constructed from different sources of information, can significantly enhance the performance of gene prioritization methods, and to provide a quantitative assessment of this hypothesized improvement.
Our aim here consists of assessing all these features regarding performance, computational time and robustness.
