Sentence examples for extensively identify from inspiring English sources

Fenske (2013) [23] and Goudet (2015) [29] both extensively identify the causes of malnutrition in children, keeping in conjunction to the UNICEF malnutrition model, segregating them as immediate (individual), intermediate (individual and household) and underlying (maternal, household and regional) factors.

In this study, we provide a feasible strategy to extensively identify gene- and cell-specific enhancers from DHSs based on a rigorous and practical high-throughput sequencing technique.

Using the high-throughput sequencing technique, we have provided a feasible and practical strategy to extensively identify gene- and cell-specific enhancers from DHSs.

Clearly, continued efforts to more extensively identify and characterize the complex cellular changes that occur during heart failure development will allow greater insight into the mechanisms and functional consequences of altered myocardial GLUT expression.

In this study, we tried to extensively identify genes responsive to heat stress (HS), drought stress (DS) and their combination (HD) and examine the partitioned expression patterns of homeologous genes under different abiotic stresses in wheat.

Our present findings provide a feasible strategy to extensively identify gene- and cell-specific enhancers from DHSs obtained by high-throughput sequencing, which will help reveal the transcriptional regulation and biological functions of genes in some specific cells.

Thus, addition of ETA descriptors improved the model quality extensively identifying essential molecular fragments contributing to their CMC profile and can be comprehensively utilized for property prediction of new cationic surfactants.

Discrepancies between the assumptions considered in the API p-y curves and the actual pile behaviour have been extensively identified in the literature, and their applicability to predict pile behaviour in integrated analyses of offshore wind turbines has been questioned.

Recently, several studies have extensively identified and analyzed the SNPs by re-sequencing the whole-genome of tens or hundreds of cultivated and/or wild plants (Atwell et al. 2010; Nelson et al. 2011; Huang et al. 2012a; Xu et al. 2012).

Although the Pht1 genes have been extensively identified in several plant species, there is a lack of systematic analysis of the Pht1 gene family in any solanaceous species thus far.

Polycomb targets have been extensively identified and include genes with 'bivalent' modifications, that is, a combination of H3K4 trimethylation, associated with active transcription, and H3K27 trimethylation, a repressive transcriptional mark.