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Spatial and functional organization. Coupled models for spatial organization in development
Berichte der Bunsengesellschaft für physikalische Chemie, 1994AbstractSeveral simple models have been proposed to account for spatial organization in early development. Recently, a number of models have been proposed in which such patterning mechanisms are coupled. Here, we present a review of some of the latest theoretical results on such systems. In particular, we consider two cases: in one, the coupling of two
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2009
In this project, we study the use of performance measurement systems in the public sector. We hypothesize that the way in which these systems are being used depends on the characteristics of the activities -particularly on contractibility, which is a broad construct encompassing clarity of goals, the ability to select undistorted performance metrics ...
Lekanne Deprez Frank, Tissen, René
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In this project, we study the use of performance measurement systems in the public sector. We hypothesize that the way in which these systems are being used depends on the characteristics of the activities -particularly on contractibility, which is a broad construct encompassing clarity of goals, the ability to select undistorted performance metrics ...
Lekanne Deprez Frank, Tissen, René
openaire
CREATING SPATIAL ORGANIZATIONS
2009This paper addresses the spatial design of modern organizations in the context of a fundamental change which is currently taking place in the way companies view their organizations and the inherent performance expectations, requirements and results underlying these.
Deprez, Frank Lekanne, Tissen, René
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Imaging chromatin spatial organization
Science, 2018Chromatin Structure The genome is organized within the nucleus as three-dimensional domains that modulate DNA-templated processes. Bintu et al. used high-throughput Oligopaint labeling and imaging to observe chromatin dynamics inside the nuclei of several different mammalian cell lines.
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Spatial organization impacts function
Science, 2019Genome Organization Genomes are organized into topologically associating domains (TADs), which concentrate chromatin-chromatin interactions and modulate gene expression. Using the mouse X chromosome–inactivation center (XIC) as a genetic model, van Bemmel et al. quantified the extent to which TADs regulate gene transcription.
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Self-organization in spatial ecology
Current BiologyBiologists have long known that populations of organisms - microbes, plants, animals - can self-organize into emergent patterns. Yet, the fact that such patterns can arise with remarkable symmetry at the scale of entire ecosystems remains astonishing, even as aerial imagery has documented their existence across all continents.
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Spatial Organization and Learning
The FASEB Journal, 2016Spatial organization is essential in the study of gross anatomy because it plays a central role in understanding the different anatomical organization differences in the body. However, undergraduate students consistently struggle with this concept resulting in poor performance on spatial organizing conceptual problems.
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Spatial organization of firms [PDF]
, 2003 A firm’s production activities are often supported by non-production activities. Among these activities are administrative units including headquarters, which process information both within and between firms. Often firms physically separate such administrative units from their production activities and create stand alone Central Administrative Offices
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