Sentence examples for trait growth from inspiring English sources
The phrase "trait growth" is correct and usable in written English.
It can be used in contexts related to psychology, biology, or personal development, referring to the development or increase of specific characteristics or attributes over time. Example: "The study focused on the trait growth of resilience in children exposed to adversity."
Resistance to WSSV is a strong candidate trait for marker-assisted or genomic selection since it appears to have low heritability and has a negative correlation with another selected trait (growth).
These metabolites are involved in growth related processes like energy metabolism (amino acids, acylcarnitines), fatty acid trafficking and lipid metabolism (acylcarnitines, phosphatidylcholines, sphingomyelins) as well as signal transduction (phosphatidylcholines, sphingomyelins) and are therefore biologically relevant for the complex trait growth.
Plots were planted on with alfalfa and the measurements of studied traits (growth, yield, seed yield and minerals uptake) were determined for two crop seasons (2010 and 2011).
Genomic tools have been valuable to understand the genetic architecture of the main productive traits, growth, sex determination (SD), and resistance to pathologies.
Genetic parameters of production traits (growth, carcass yield, fillet yield) and bony tissues (head and vertebral axis) were estimated for large all-female rainbow trout Oncorhynchus mykiss reared in freshwater.
This provides evidence that the tested traits (growth and wood quality) follow the infinitesimal model.
Broad-sense heritabilities (H) were estimated for cumulative growth traits, growth increment, and the GCP based on the data from P98.
We now know that imprinting can affect body composition traits, growth, behaviour [ 8, 15] as well as cognitive abilities in mice and humans [ 16].
Thus, while selection principally concerns metabolic traits (growth on glucose as a sole carbon source), adaptive mutations are seen involving DNA superhelicity and the stringent response.
With the criteria that were used to define QTL regions, no QTL region was shown to simultaneously affect different groups of traits (growth, feed intake and feed efficiency, carcass and meat quality traits).
This is consistent with 67% of the traits growth trajectories and with the hypermorphic condition of Cebus and suggests that the extension of the growth trajectory was attained by delaying the age of first reproduction.
