Sentence examples for interpret the expression of from inspiring English sources

Semiotic tools were employed to interpret the expression of architectural forms and to formulate a subsequent understanding of these architectural forms by turning each element into a communication tool that elucidates meaning.

In order to be able to interpret the expression of activated caspase-3, activated caspase-8 and CD95 by peripheral T-cells, we first analyzed these markers in 5 healthy controls (HC).

These lines are being used in live-cell studies of cell division and, for example, to interpret the expression of a gene that suppresses branching (tillering) at the base of the plant thereby promoting the single-stalk growth pattern typical of agricultural corn (Whipple et al. 2011).

Starting from the initial gene clusters, the gene regulatory modules were constructed in an iterative two-step manner, including (1) constructing a binary tree consisting of several TFs that can best interpret the expression of the genes in a cluster, and (2) re-assigning genes into clusters whose regulatory tree can explain their expression patterns best, i.e., with maximum likelihood.

In preparation for this exhibition, front-end analysis of visitors' preconceptions1 revealed that many people interpret the expression, "Tree of Life," as a vague ethical or environmental concept relating to the Bible, biodiversity, the ecosystem, conservation, or the Tree of Life in Disney World.

One possible way to address this problem is to interpret the expression data at the level of functional modules, such as signaling pathways and molecular complexes, instead of at the level of individual genes.

This approach reduces the dimensionality of the problem; instead of interpreting the expression patterns of thousands of genes, discrete groups of genes can be categorized in a variety of ways.

In contrast, the present chapter emphasizes what can be done with the gathered data so as to simplify the huge task of interpreting the expression levels of tens of thousands of genes.

The importance of these new insights, in our opinion, should be viewed with care, as interpreting the expression levels of Snail mRNA is cumbersome: elevated cellular expression of Snail could be due to stromal contamination, and low expression could become diluted in the whole of a tumor extract.

A complex picture of the pathophysiological state of B. cenocepacia during an early stage of infection was developed by interpreting the expression levels of individual genes that were specifically activated or suppressed in the CF sputum environment.

Although we believe the results obtained from such samples are reliable, extra attention should be paid in interpreting the expression pattern of single genes, especially those identified from the placebo groups.