The phrase "achieve comparisons for" is correct and usable in written English.
It can be used when discussing the process of making comparisons in a specific context, such as research or analysis.
Example: "In order to understand the effectiveness of the new marketing strategy, we need to achieve comparisons for the previous campaigns."
Alternatives: "make comparisons for" or "draw comparisons for".
Although progression-free survival (PFS) and overall survival showed trends similar to ORR, statistical significance was only achieved for comparisons of PFS in patients with visceral dominant metastases in CA024 (13.1 months for nab-paclitaxel 150 mg/m vs. 7.8 months for docetaxel [ P = 0.019] and 7.5 months for nab-paclitaxel 100 mg/m [ P = 0.010]).
Unfortunately, convergence could not be achieved for comparisons involving K2 despite multiple attempts and so we focus here on the distinctiveness of the larger K1 and K3 clusters.
Although sufficient statistical power (1.0) was achieved for comparisons between groups, a double-blinded randomized controlled trial is justified to better assess the efficacy of autocross-linked polysaccharide.
To achieve the comparison results, we first derive the ergodic capacity for the ZF-SI scheme.
To achieve quantitative comparison, the intensities in the ROI were averaged for each PAI image.
He uses digital photography, collage, 3D rendering and "primitive" 3D scanning technology to achieve this comparison.
In our example it shows that best agreement is achieved in FC/WAD-comparisons for ranks r ~ 10…100.
To account for multiple hypotheses, an appropriate Bonferroni-corrected significance threshold would be p < 0.005, which was not achieved for most comparisons in panel (C ).
An acceptable information size was achieved for the comparisons of human albumin with control and crystalloid fluids (85.6% and 80.5% respectively), even with exclusion of studies at high risk of bias (79.9% and 78.9% respectively), on which to draw firm conclusions.
There is a need for a reliable and reproducible technique for cell quantitation that can achieve international standardization for research and comparison.
