Sentence examples for modules were associated from inspiring English sources

The largest number of modules were associated with pathways involved in regulation of gene expression (nine modules), immune function (seven modules) and metabolism (seven modules).

Gene ontology analysis demonstrated that 4 modules were associated with cytokine production, acute inflammatory response or IL-8 functions.

Some modules were associated with common GO terms.

Further investigation revealed that these modules were associated with distinct levels of gene expression and dominant biological functions.

A total of 42 yeast modules and 21 mouse modules were associated with at least one GO term at the significance level of P<0.05 (Tables S3 and S4).

These gene modules were associated with certain functional characteristics as clarified by literature profiling [ 15, 29].

The modules inferred in [29] are relatively dense (see Table 1 and 2) which can be taken as an additional indicator of that functional modules are associated with densely connected, co-expressed subnetworks.

For example, all TUs in ery cluster for erythromycin biosynthesis were grouped to module 12, group 1; tpclusterter, nrps1 cluster and nrps3 cluster were included by module 19, group 2. Functional enrichment analysis based on COG category annotation provided by Oliynyk et al.[1] showed that two-thirds of the 27 modules are associated with one or more functional categories (Figure 4).

Those modules are associated with cancer and normal conditions, respectively.

Unlike mRNA expression modules, none of the microRNA expression modules are associated with local segment CNVs.

The structural consistency of CT-PPI modules was associated with their functional annotation hierarchy.