Sentence examples for detailed exploitation of from inspiring English sources

Differing from previous studies, which also analyzed the same microarray datasets but aimed to infer differentially expressed genes and/or to detect genetic controls of the expression regulations within or across ethnic groups (eg, [ 7– 11, 23, 25– 27]), this paper represents a detailed exploitation of the genome-wide distribution of heritabilities of gene expression traits.

On basis of analyses of genome-wide gene expression from four HapMap populations, we demonstrated detailed exploitation of the distribution of genetic heritabilities for expression traits from different populations, and highlighted the importance of studying interaction at the gene expression level as an important source of variation underlying missing heritability.

Together with his colleague, Alyson Brown, Barrett is today publishing what is billed as the first detailed study of the commercial exploitation of youngsters for sex during the 20th century.

Innis tells the detailed history of competing empires in the exploitation of a teeming, natural resource a history that ranges over 500 years.

The biotechnological exploitation of cyanobactins will require detailed studies on the enzymes involved in the biosynthesis as well as mechanisms of action of these peptides.

After a more detailed description of the bioapplications that involve the exploitation of MNPs, some concluding remarks and an opinion for the future of MNPs are given.

This would pave the way for detailed geochemical and geophysical surveys for possible delineation and exploitation of geothermal resources (Shah et al. 2015).

However, better exploitation of such renewable systems require a detailed information about the flow physics due to the unsteady effects and non-linearities of the flow.

Yet, the effective exploitation of these parallel implementations requires a detailed understanding of the peculiar many-core characteristics when migrating previous non-parallel source codes.

Further exploitation of conditional systems will provide even more detailed information on the diverse molecular mechanisms that act together to produce human cancer.

A detailed derivation of them is performed in the time-domain via the exploitation of different FB polyphase decompositions.