Here, we outline novel insights and perspectives regarding the function of Polycomb complexes in shaping the stem cell genome architecture, and discuss how this function might be required to properly orchestrate transcriptional programs during differentiation.
To illustrate the application of these methods and to outline the insights they provide regarding the mechanism of intervention effects, we have reanalyzed data from 3 studies of malaria chemoprevention.
The paper outlines important insights for Western managers and expatriates in terms of surviving in and effectively using blat and guanxi.
Application of this procedure, which fundamentally provides insight into the capacity of organisations to pursue a specific sustainability goal, reveals the importance of systemic multi-actor assessment processes; demonstrates the utility of such procedures; and outlines important insights for the design of purposive transition programs.
We further outline how the insights gained from our analysis of conflict event data have broader implications for studies using similar data on other social processes.
We outline the key insights which models have given on the dynamics of Ascaris transmission, describe the model structures and discuss how current and future models are informing the design of control programs in the era of both increased access to donate drugs and new statistical techniques to validate these models against reinfection data.
In this section we outline the principal insights we gained into evaluation of large-scale EHR programs, before explaining them in further detail: EHR programs are inherently political and exist within a dynamic environment EHR is a sociotechnical intervention that is given meaning through the activities of its implementation and adoption.
In this article, we review advances in online trust research based on an overarching framework, outlining the key insights learned so far.
Using technique #1, the highly cited paper of Andrews et al. outlines three fundamental insights from the analysis of stochastic geometry [3]: In comparison to an actual BS deployment, models from stochastic geometry provide accurate lower bounds on the performance, while grid-based models yield upper bounds.
The network splitting procedure presented in this article aims to incorporate the insights outlined above.
