Emergency modelling

McGrath P (2012) Use of emerging models for developmental toxicity testing. In McGrath P (ed) Zebrafish methods for assessing drug safety and toxicity. Wiley, Hoboken, NJ, pp 27-4 4... 

Bier E, Bodmer R. (2004) Drosophila, an emerging model for cardiac disease. Gene 342,1-11. 

It is conceivable that if we understood the processes by which life arises, we might constrain the existence of life to a small number of locales, to a similar array of organic species, or to a smaller number of liquid phases than the more general thermodynamic-structure-solvent trichotomy, discussed above, would tolerate. That would, in turn, be considered alongside emerging models of planetary formation to provide better direction for the targets of National Aeronautics and Space Administration (NASA) missions to the solar system. 

Fuerst J. A. (1995) The planctomycetes emerging models for microbial ecology, evolution, and cell biology. Microbiology 141, 1493-1506. 

THE REGULATORY ENVIRONMENT EFFECT OF LEGISLATION ON TRADITIONAL AND EMERGING MODELS... 

Leung MCK, Williams PL, Benedetto A, et al. Caenorhabditis elegans An emerging model in biomedical and environmental toxicology. Toxicol Sci. 2008 106 5-28. 

The applicability of different urban wind-flow and meteorological models for UAC emergency modelling depends on types of the risk sources and releases, the scale of the dangers, and purposes of the model use (i.e. for emergency forecasting or risk assessments). 

Chemical accidental releases can be very harmful and very active, therefore, the chemical transformation is an important part for emergency modelling. For heavy gases it is important to consider the equations for transport of dense gases and dispersion and transformation equations should be integrated with air flow models including the feedbacks (see e.g., Nielsen, 1998 [467]). 

Inspired by the rapidly emerging model systems of artificial life [40], we were confronted with the question of whether synthetic replicators shuffle their components to generate new hybrid replicators. To answer this, we made use of a self-replicating system developed at the same time as the adenine biphenyl replicator, but which had never been fully explored. The replicator, pictured at the top of Figure 25, was based on molecular recognition of thymine derivative (41) and xanthene derivative (40) by template (42). Coupling of the... 

Kari, G., Rodeck, U., and Dicker, A.P. (2007) Zebrafish an emerging model system for... 

One explanation for these observations is provided by emerging models of the global organization of cellular networks in which gene products are modeled as nodes and the functions of genes are represented by edges [11-15], In these... 

It can be concluded that the size and morphology of rutile and anatase nanocrystals are critical to the separation and enhanced activity of mixed-phase catalysts like Degussa P25. As it was illustrated in Figure 19 h, an emerging model of P25 particles describes a typically small rutile core surrounded hy anatase crystallites. Catalytic hot spots are believed to exist at the intersection of the two phases, where distorted geometry gives rise to unique surface chemistry [380]. It has been confirmed that most recombination in the mixed-phase of P25 occurs not within the lattice but at surface sites on both anatase and rutile phases [381-384]. 

Pittinsky, T. L. (2005). Allophilia A framework for intergroup leadership. In N. N. Huber M. Walker (Eds.), Emergent models of global leadership [Building Leadership Bridges Series] (pp. 34-49). College Park, MD International Leadership Association. 

Harvey, B., Brereton, D. (2005, August). Emerging models of community engagement in the Australian minerals industry. Paper presented at the International Conference on Engaging Communities, Brisbane, Australia. 

The concept of core competency is important to SCM. Traditional views of roles in the supply chain are giving way to new views. Chapter 18 describes the emerging model for supply chain partnerships. The traditional and emerging models reflect the impact of both cost reduction and competence building in the evolution of supply chain partnerships. 

Figure 18.1 highlights changes in the emerging model. The model has distinct differences from the traditional one shown in Figure 17.1. First, there are fewer players in the supply chain than there were before. The shrinkage has occurred in two dimensions (1) fewer echelons and (2) fewer participants in each echelon. As shown in Figure 18.1, there may be only one company, not several, at each echelon. This is the product of many supplier reduction programs. In the emerging model, the size of...

Strategic role. The procurement staff is almost totally dedicated to improving interfaces with suppliers and customers. The emerging model in Figure 18.1 takes root. The staff works with crossfunctional teams, including suppliers and customers, to reduce cost and improve performance. Some nonproduction procurement tasks are handled by outside firms. 

Through use of grounded theory, we developed an emergent model of Ubuntic inclusion. Its content arose from analyses of the experiences of thousands of employees and leaders we encountered at Big Bank, Big School, and Big Store. In this chapter, we share with you other real-life examples of Ubuntic inclusion that we have observed. 

Bradshaw H.D.J., Ceulemans R., Davis J., and Stettler R.F. 2000. Emerging model systems in plant biology poplar (Populus) as a model forest tree. J Plant Growth Regulation 19 306-313. 

In the emerging model, procurement departments must act more strategically. We described their traditional role in Chapter 14. The procurement function is often the interface between supply chain partners, and partnerships will make new demands on the fxmction. Dave Malmberg of CGR Management Consultants has defined four stages marking the evolution of the procurement function s role. 

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