The phrase "achieve comparative analysis" is correct and usable in written English.
It can be used when discussing the process of conducting a comparison between different subjects, data sets, or methodologies to draw conclusions or insights.
Example: "In order to improve our marketing strategy, we need to achieve comparative analysis of our competitors' approaches."
Alternatives: "conduct comparative analysis" or "perform comparative analysis".
Previously, we utilized the isotope-coded ATP affinity probes in conjunction with the scheduled MRM analysis to achieve a comparative analysis of the global kinome of a pair of melanoma cell lines derived from the primary (WM-115) and metastatic WM-266-4 WM-266-4 WM-266-4tumorame individual.
By integrating them together, a faster and reformulated SVC (FRSVC) is created with less consumption achieved according to comparative analysis of time and space complexities.
Although there is extensive genome or transcriptome achieved in Xenopus, comparative analysis showed that difference exists between these two species' transcriptome.
Most RNA-seq experiments are performed to achieve the goal of comparative analysis of gene expression.
With a comprehensive methodological investigation and optimization, the better quality and reproducibility of each CMC column derived from normal or failing heart tissue were achieved for large scale comparative analysis.
In addition, a reasonable calculation model was chosen by comparative analysis to achieve an accurate corrosion initiation time of the tested concrete.
To achieve this goal we used comparative analysis of models of coaching based on the following criteria: the satisfaction of university students, and trainers related to the methods used; the students/teachers′s perceptions of the effectiveness of the methods used; the consumption of resources (material, human and time).
This progress has been achieved through the combination of comparative analysis of numerous, diverse genomes of eukaryotes, probabilistic reconstructions of intron gains and losses, and the non-adaptive population genetic theory of evolution of genomic complexity.
Analysing only the case studies that present an assessment of the overall food system, we propose a classification of different types of plans according to specific characteristics; it is a functional choice to achieve (and report) a more thorough comparative analysis of the cases, one that shows the possibilities and the limits of each approach to the assessment.
In an applied sense – as feedstock modifications (e.g., increasing surface exposure by mechanical reduction in size) are generally associated with increasing processing costs, it is important to understand the tools for comparative analysis and to achieve an acceptable balance between microbial and substrate limitations for effective conversions.
