Sentence examples for key developmental factors from inspiring English sources

This article addresses key developmental factors (emphasising the importance of "space and place") shaping the location and morphology of these clusters, informed by field work in London, San Francisco, Vancouver, and Singapore, as well as by recent conceptual contributions from Allen Scott, Richard Florida, and Andy Pratt, among others.

It thus seems improbable that the molecules involved in ischaemic preconditioning attain diffusion ranges more than ten times larger than the ones attained by key developmental factors.

The Gcm protein is structurally conserved, as are most key developmental factors present in the fly genome.

Here, we identify genes directly regulated by miR-30 that have been characterized as key developmental factors.

Unsurprisingly, the critical function of H3K27 demethylases (KDM6 enzymes) in controlling key developmental factors is reflected also through their involvement in oncology.

DOI: http://dx.doi.org/10.7554/eLife.04235.010 Despite the limited association between H3K27me3 enrichment and REST binding, we asked whether promoters targeted by both repressive mechanisms (REST and PRC2) represented specific gene classes, because H3K27me3 marks several key developmental factors in ESCs.

This indicates that CRMs can function as important regulators of gene expression robustness to ensure that the expression of key developmental transcription factors is precisely controlled.

Here, we analysed the function of key developmental growth factors such as Activin, FGF and BMP in the control of early cell fate decisions of human pluripotent stem cells.

Mikkelsen and colleagues show that genes with high-CpG content promoters (HCP) and H3K4me3 marks generally have 'housekeeping' functions, including replication and basic metabolism, while genes with HCP and bivalent marks mainly include key developmental transcription factors, morphogens, and cell surface markers.

These genes, all of which encode key developmental transcription factors, are not fully silenced, and their transcription increases substantially upon depletion of either cohesin or PRC1.

Such differences in key developmental transcription factors and hormones are perhaps not unexpected as these may be major determinants of Agave morphological adaptations to xeric environments.