Sentence examples for integrative traits from inspiring English sources

With respect to the molecular, cellular, and integrative traits of aging, N. furzeri shows significant similarities to mammals, including humans.

This may be a result of the complex nature of certain traits; integrative traits such as kernel weight and plant height would be correlated with other traits while more simple traits such as leaf angle or tassel branch count might not be correlated with other traits.

The understanding of the genetic architecture of growth in poplar by a Quantitative Trait Loci (QTL) approach can help us to elucidate the molecular basis of such integrative traits but identifying candidate genes underlying these QTLs remains difficult.

Journal of Evolutionary Biology.doi: 10.1111/jeb.12047 Evolutionary dynamics of integrative traits such as phenology are predicted to be critically important to range expansion and invasion success, yet there are few empirical examples of such phenomena.

We used two complementary types of growth trait: integrative traits (cumulative growth, growth curve parameters) and responsive traits (sub-annual growth increments) in combination with climatic data to characterize growth response to changes in water availability and reveal its genetic component.

Nevertheless, the focus on yield – arguably the most genetically complex and integrative trait of maize and all other plants – may have hindered the advancement of our understanding of the genetic basis of heterosis and the development of predictors of heterosis.

Therewith, in our study, PC1 was sufficient as a unique integrative trait to explain plant performance.

The HI is an integrative trait including the net effects of all physiological processes during the crop cycle, and is correlated with yield-related traits.

As an integrative trait, HI was identified to be highly correlated with a number of yield-related traits in important crop species such as rice [ 7, 8] and sorghum [ 9– 11].

All these studies conducted on an inter-annual scale are consistent with the idea that growth is an integrative trait involving a large number of ecophysiological [ 6] and molecular [ 54] processes on which environmental conditions can act to determine the final genetic architecture of growth.

Sophisticated bioinformatic tools, such as iCTNet (Integrative Complex Traits Network), a plugin for Cytoscape 24 (one of the mostly used software packages for network visualization), have been developed 25 to help researchers in the understanding of these networks.