The phrase "a discriminating feature of" is correct and usable in written English.
It can be used to describe a characteristic that distinguishes one thing from another, often in a comparative context.
Example: "The ability to adapt to changing environments is a discriminating feature of successful species in the wild."
Alternatives: "a distinguishing characteristic of" or "a defining trait of".
A discriminating feature of the tenocyte, as opposed to the chondrocyte phenotype, is the type of collagen produced; tenocytes produce type 1 collagen, whereas chondrocytes produce type 2 collagen.
Another feature in both patients was the initial absence of hypocalciuria, which has previously been considered a discriminating feature of GS [ 6, 20, 25].
As our model detects the overall trend, features enriched in both PrL and Enh either become a discriminating feature of the signature in which they are most enriched or their weights are reduced to zero with LASSO regularization.
This is a confirmation of discriminating features of FM previously detected in a smaller headache series [7] with the inclusion of physical component of quality of life.
Of the studies used, the authors of the earliest study [ 17] initially selected items based on a literature review of discriminating features of organizational models.
Some of the experiments using the basic 6-class database suggest that when it comes to discriminating features of a relatively small and distinguishable database, the EFS technique may not be worth implementing.
One might expect to find even more physiologically interesting details and discriminating features of OGTT glucose curves, e.g. a larger number of FPCs with a substantial percentage of explained variability and more temporal details in the FPCs, in a more heterogeneous population with a more frequent OGTT sampling.
This prediction of the presence of the upper limit is one of the discriminating features of the refined model which can be used as a criterion for its falsification.
Translational efforts using molecular tools to elucidate discriminating features of ccRCC tumors and develop improved prognostic and predictive algorithms are presented, and new therapeutics arising from the earliest molecular discoveries in ccRCC are summarized.
In addition to the discriminating features of each aortic disease, recognition of the overlapping and transitional features in the dynamic and evolving process of AAS will allow a more comprehensive understanding of their underlying pathophysiologic conditions and their natural history, and may improve strategies for therapeutic management.
