Sentence examples for network traits from inspiring English sources

Such network traits may also relate to fitness in biological systems by corresponding to the identity and behavior of different cell types in multicellular organisms [2], or alternative states of a genetic network module [31].

The GUI is particularly well-suited for identifying processing parameters that facilitate estimation of root network traits.

It is likely that changes in network interactions, which are important for animals to survive stress in the wild, affect the evolution and function of network traits.

Leaf vein networks display tremendous variety in their form [ 4, 33], and vein network traits have been shown to be correlated with whole leaf conductance [ 29, 34, 35] photosynthetic rates [ 30], species diversification rates [ 5, 15], and have been utilized as a proxy for climatic changes [ 26].

Nevertheless, Christakis and Fowler conclude that, for social networks, traits extend to, on average, 3 steps beyond the ego [6].

A multitude of transcription factors and a far greater number of linkages between transcription factors and cis-regulatory elements (CREs) have been found to structure well-characterized networks, but the best understood networks control traits that are deeply conserved.

The questionnaire covered several aspects related to health and well-being, work, family, neighborhood, social networks, personality traits, and demographics.

The identification and characterisation of genes and gene networks controlling traits of commercial interest such as growth rate, reproduction and disease resistance would facilitate the optimisation of production and management procedures in the industry.

On company websites, clients report having found out 'who they really are.'14 Some companies stimulate consumers to share and compare their genetic make-up and to form online social networks around traits or medical conditions.

We now know that there are at least 50 possible functions that DNA sequences can fulfill [ 8], that the networks for traits require many proteins and that they allow for considerable redundancy [ 9].

A complete understanding of the genes and gene networks underlying traits involved in the control of height growth and adaptive traits associated to bud phenology is crucial, to help orientate association genomics efforts and hasten the development of genomics-assisted selection aimed at increasing forest productivity in the face of an uncertain and rapidly changing environment [ 18].