Finally, LCLs may not offer a realistic representation of regulation of in vivo gene expression [ 32], explaining the differences in GSDMB splicing patterns seen in primary cell types and LCLs.
DNA curtain experiments with RNAP offer a satisfying representation of regulation, originating at the level of DNA, by highlighting the distinct binding landscapes of RNAP during the early stages of promoter binding and how the observed profiles can be influenced by experimental settings.
The need of a non-proprietary and user-understandable representation of building regulations to support automated compliance checking has been pointed out by Garrett et al. (2014).
First applications of logic to the representation of legal regulations are reviewed, where the main emphasis is on representation and where the legal conclusions follow from that representation as a matter of deduction.
In spite of the many efforts in automated compliance checking research and development, there is still a lack of a non-proprietary and user-understandable representation of building regulations to support automated compliance checking.
Therefore, this method attempts to add to the limited research in non-proprietary and user-understandable representation of building regulations that is experimentally tested for understandability and reading speed.
Many research and development efforts have been made for automated compliance checking of building designs with regulatory requirements, but there is a lack of a non-proprietary and user-understandable representation of building regulations to support automated compliance checking in the construction domain that is experimentally tested for understandability and reading speed.
Consequently, also the regulation mapping was revised obtaining a synthetic representation of the regulation logic useful for the implementation in the thermodynamic model of the engine dynamic behaviour.
Gene networks are a promising tool for modelling, analysis, and visualisation, being considered a semi-quantitative graphical representation of transcriptional regulation that reveals groups of functionally related genes and their regulators, and genes with high transcriptional connectivity (Hudson et al. 2009).
We conclude (1) that the basic design of our model is also applicable for other species showing a marked home range behaviour, and (2) that a realistic representation of population regulation might require explicit modelling of home range behaviour.
