Variation through enrichment

Content Enrichment Through Dynamic Annotation

This paper describes a technique for interceding between users and the information that they browse. This facility, that we term ‘dynamic annotation’, affords a means of editing Web page content ‘on-the-fly’ between the source Web server and the requesting client. Thereby, we have a generic way of modifying the content displayed to local users by addition, removal or reorganising any informatio...

Virtual environmental enrichment through video games

Metabolic enrichment through functional gene rules

It is well known that tumors originating from the same tissue have different prognosis and sensitivity to treatments, depending on their molecular features. Over the last decade, cancer genomics consortia like the Cancer Genome Atlas (TCGA; https://cancergenome.nih.gov) have been generating thousands of cross-sectional data, spanning from genetic and epigenetic mutations to proteome profiles, f...

IGM metal enrichment through dust sputtering

We study the motion of dust grains into the Intergalactic Medium (IGM) around redshift z = 3, to test the hypothesis that grains can efficiently pollute the gas with metals through sputtering. We use the results available in the literature for radiation-driven dust ejection from galaxies as initial conditions, and follow the motion onward. Via this mechanism, grains are ejected into the IGM wit...

Effects of environmental enrichment for mice: variation in experimental results.

This study focused on the effects of different enriched environments for mice in a number of behavioral and physiological parameters in 2 routine laboratory testing procedures: potency testing for tetanus vaccine and stress-induced hyperthermia. The variability in the results was studied by calculating and analyzing mean absolute devi-ations. Mice from enriched conditions weighed more and consu...