Sentence examples similar to inferring condition from inspiring English sources

We presented PIMiM, a new method for inferring condition-specific regulation of miRNAs and for identifying their targets.

Using metabolic models as scaffolds for the analysis of high throughput data such as transcriptomics, proteomics and metabolomics suggests the possibility of inferring condition-dependent changes in the metabolic activity of an organism.

BitSeq probabilistically infers condition mean expression levels using all replicates.

To infer condition-mediated ASE changes of genes, we pairwise-compared their log2FCs under non- and water-stress conditions (Additional file 1: Table S1 and Additional file 2: Table S2).

However, it can also infer condition-specific modulation of post-translational TF activity when used in conjunction with gene sets consisting of putative TF targets.

In this paper, we demonstrate how prior information about regulatory network connectivity can be exploited to infer condition-specific TF activity as a hidden variable from the genomewide mRNA expression pattern in the yeast Saccharomyces cerevisiae.

In situations without minimally disturbed sites and historical data, empirical models derived from associations between biological indicators and human-disturbance gradients can be extrapolated to infer conditions in the absence of human disturbance (Stoddard and others 2006).

Together, this provided a broad basis for inferring both condition- independent and dependent gene co-expression relationships in grapevine.

When biological variance is being considered by inferring the condition mean expression, the significance of DE is decreased to PPLR 0.836.

The inverse problem of inferring facility conditions based on collected observations is described, along with a proposed architecture and computer framework for utilizing facility modeling tools.

The method of inferring traffic conditions from probe-vehicle position and time information involves four sequential steps, as follows: 1. map matching; 2. path identification; 3. travel time allocation; 4. travel speed aggregation.