Sentence examples for functional breadth of from inspiring English sources

Given the importance of Chatter to Salesforce, it's not surprising that previous moves to increase the functional breadth of Chatter have either been built in house, or gained through acquisition - as an example it has included technologies from Activa Live and DimDim, two companies it acquired, into the Chatter product.

It will be interesting to see if the functional breadth of riboswitches expands in years to come.

Unlike other previous methods, whole-genome studies require unbiased high-throughput sequencing technology and heavy computing, which in turn can provide comprehensive insights in the biodiversity and functional breadth of the organisms in the sample.

AT has substantial functional breadth in part because of the great diversity of cells within this tissue, such as adipocyte precursors (preadipocytes) in different states of differentiation, vascular cells, central nervous system cells, fibroblasts, and immune cells.

These genes are then clustered into hierarchical subsystems that display increasing functional breadth [ 17].

High functional diversity (i.e., the breadth of species' ecological functions), functional redundancy (i.e., the number of species performing similar functions in the system) and functional vulnerability (i.e., decrease in functional diversity following the loss of species) are critical for sustaining ecosystem function8,11,12.

Thus, except for plug flow residence time distributions (RTD), polymer functionalization in flow reactors gives rise to a composition distribution (CD) of functional groups with the breadth of the distribution proportional to the breadth of the RTD.

We compared vegetation characteristics and taxonomic species richness between vegetation classes, and tested the breadth of functional trait-space and for significant associations with vegetation structures at each survey location, using RLQ analysis.

Our management team consists of the owners, who are experienced entrepreneurs possessing a breadth of functional experience in computer technology, information technology, management and retail.

Additionally, the rich breadth of functional data allowed us to significantly update the annotation of the C. difficile 630 reference genome which will facilitate basic and applied research on this emerging pathogen.

We then classify gained genes based on both putative function and potential source to elucidate the functional diversity and the taxonomic breadth of donor species of gained genes.