The phrase "advanced traits" is correct and usable in written English.
It can be used to describe characteristics or features that are highly developed or sophisticated, often in a specific context such as biology, technology, or skills.
Example: "The new software includes advanced traits that enhance user experience and improve efficiency."
Alternatives: "sophisticated features" or "enhanced characteristics".
(Chinen) EDWARD SIMON TRIO (Tonight and tomorrow night) As a pianist and composer, Mr. Simon is both harmonically resourceful and rhythmically advanced, traits that should serve him well as he leads a trio with the bassist John Patitucci and the drummer Nasheet Waits.
In the case of flowering time, which is one of the most successfully advanced traits in rice quantitative genetics, knowledge of the identified QTL is being integrated in order to construct the relevant gene network.
Advanced traits shared with tetrapods include a series of robust bones supporting the fleshy limbs, a lack of gills, and strong ribs.
"From head to toe, the bones reveal an unexpected patchwork of primitive and advanced traits".
But other researchers say that the evidence is ambiguous, noting that the jaw has an odd mixture of primitive and advanced traits.
Research in SOLUTIONS is aimed at advancing the existing monitoring toolbox with a specific focus on mixture assessment by developing and closely interlinking (1) advanced trait-based ecological tools and other in situ approaches using biomarkers in aquatic wildlife and caging experiments, (2) tools for enrichment of micropollutants from river water for subsequent biotesting and chemical analysis.
In other words, are advanced cognitive traits of modern humans fortuitous by-products afforded by the "spandrel" of greater neocortical capacity [ 14]?
Recently, advanced quantitative trait loci (QTL) mapping and genomic sequencing technologies have revealed five genes involved in the flowering time of rice (Se5, Hd1, Hd3a, Hd6, and Ehd1), and these genes have been cloned at the molecular level [6, 15, 19, 33, 40].
Therefore, data on "yield phenotypes" alone are inappropriate in efforts to advance specific traits that can ultimately contribute to yield under defined environments [17].
We advance complex trait genetics by ascertaining uncharacterized sequence variation and by resolving the relative importance of additive variation and epistasis in complex traits.
In addition, readily available conventional and conditional knockout animals will advance quantitative trait locus mapping studies.
