Sentence examples for better understanding the functional from inspiring English sources

The current study helps the manufacturer for better understanding the functional characteristics of durian seed gum as a function of different drying conditions.

Moreover, it provides a good foundation for intracellular targeting of the labeled neurons in future physiological studies and better understanding the functional organization of the lumbar neural networks.

DNA microarray technology offers a promising approach for better understanding the functional role of Arabidopsis heat shock proteins and transcription factors under both heat and non-heat stress conditions.

However, the careful analysis done in this study represents a major advance, and it will likely stimulate further explorations aimed at better understanding the functional significance of these phenomena.

In general, the combination of both techniques delivers a valuable platform for better understanding the functional hemodynamic and morphology changes of the vasculatures, which will provide useful information that may benefit the diagnosis and treatment of diseases that have vascular involvement.

Next, our work, even though interested in providing evidence for a newly found high incidence of PTEN mutation in PSCCE, is rather preliminary at this stage and a detailed characterization of the molecular mechanisms involved is required further experimental data for better understanding the functional role and significance of PTEN mutation in PSCCE.

This highly confidence colon proteome catalogue will not only serve as a useful reference for further experiments characterizing differentially expressed proteins induced from diseased conditions, but also will aid in better understanding the ontology and functional absorptive mechanism of the colon as well.

The revealed force transmission pattern in the musculotendon network of the human hand complex would help us to gain better understanding of the functional anatomy and biomechanical functions of the human hand structure.

The cross description of EPS and MPS seen in Figure 1 contributes towards better understanding of the functional similarities of the specific elements that act in different substrates: the electromechanical and the socio-psycho-biological.

We provide anatomical evidence for a better understanding of the functional advantages of the "longitudinal slit" versus the "duct" in respect to feeding and respiration in juveniles longnose gar.

We believe that the fDTI method may become a valuable tool to study the brain's active connections that could help us to get a better understanding of the functional architecture of the neural networks in the human brain.