Sentence examples for incorporating trait from inspiring English sources

Incorporating trait loss seamlessly into evolutionary courses will emphasize that it is not a peculiar evolutionary phenomenon, but is simply business as usual in nature.

Accordingly, future longitudinal studies investigating the causes of RA would benefit from incorporating trait EI personality factors alongside primary variables of interest.

"The whole process of incorporating traits from a wild relative and developing a new variety can take 10 to 15 years or even longer," says Mueller.

PD: What's interesting is that CRISPR really brings down the cost of creating a new seed line or incorporating traits from a difficult-to-breed seed.

Despite the apprehensions associated with ncRNA-based GM crops, the technology has been successfully employed for crop genetic engineering in 12 crops, incorporating traits ranging from resistance to pathogen, allergen removal, nutritional improvement, etc.

The recent focus on the use of switchgrass as a biofuel crop has led to its large-scale production and genetic engineering (Table  1; Figure  3) for incorporating traits by overexpressing exotic genes and knocking down the expression of endogenous genes [ 44].

These problems would be further accentuated in analyses that incorporate traits if these are incorrectly assigned to a species.

Because dry matter fractionation in cereal crops is conservative across the levels of domestication (Wacker et al. 2002), there may be potential to incorporate traits for greater root plasticity from wild barley into cultivar accessions that can translate such plasticity into increased yield on infertile and heterogeneous soils.

Our findings highlight the importance of incorporating plant traits, particularly root traits, in analyses of plant community effects on soil biota and functions.

Predictive models incorporating intraspecific trait variation but controlling for covariance between population samples due to phylogenetic relatedness reveal additional environmental and biological determinants of variation in gibbon ranging requirements and social structure, but not those immediately associated with recent habitat degradation.

The purpose of this review is to summarize the evidence and strength of MD as a risk factor, review the studies that have evaluated MD in risk prediction, and discuss the implications of incorporating this trait into clinical practice for improving breast cancer risk assessment.