Examination of lineage-specific enhancers identifies transcription factors and their combinatorial patterns in enhancer turnover.
This stream details not only the antecedents of turnover patterns in organizations, but also how workforce churn impacts the organizational performance.
Here, we intended to explore species turnover patterns in an Afromontane forest in the southern Cape, part of the largest forest complex in southern Africa (Von Maltitz et al. 2003; Mucina and Rutherford 2006).
◆ What is known about safe-staffing, absenteeism and turnover patterns in EMR countries and how do they affect quality of care, patient outcomes and organizational performance?
Our main hypothesis was that larger and more connected fragments would have higher species densities per plot and this may result in differences in turnover and nestedness patterns at the fine spatial scales where plants interact.
Using such databases, recent studies have analyzed, for example, patterns in species richness [9], [10], turnover [11], the shape of the species pools [12] and their ranges [13], [14], [15], occasionally attempting to display jointly measures of richness and parameters related to range of distribution [14], [15], [16].
Specifically, we wanted to determine whether biologically interesting patterns can be detected using this method in terms of lineage- or clade-specific differences in turnover parameters.
Conclusions: The temporal pattern of protein turnover in leg muscle showed a pattern of diminished protein losses over time in surviving patients staying in the ICU.
This allowed us to examine for the first time the patterns of mRNA turnover in these cells and to begin to examine how this process is affected by pathology.
A significant one is reduction in turnover.
