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It has been suggested that the scale-free properties of biological networks may in part be due to a model of preferential attachment by means of gene duplication, whereby new nodes preferentially attach to existing highly connected nodes.
We study the small world network, a model of preferential linking structure, and the classical Erdős Renyi random graph as particular examples of network topologies.
However, it has proven challenging to step beyond a conceptual model to implementing, parameterizing and testing an appropriate numerical model of preferential flow.
Our results support the model of preferential retention of duplicated self-interacting genes.
One prominent example is the model of preferential attachment [ 4, 5], where new species entering the network tend to link to species already well-connected.
In this regard, horizontal gene transfer can be considered as an additional biological mechanism to the existing model of preferential attachment.
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Models of preferential choice that account for context effects largely assume a within-dimension comparison process.
Cellular automata models of preferential directional diffusion through these chreodes support the theory.
This conceptualization enhances the understanding and modeling of preferential flow dynamics at the small catchment scale, particularly with regard to the role of detailed soil mapping and lateral flow in hillslope hydrology.
Although further work on more strongly structured soil horizons, especially subsoils, would be desirable, it is tentatively suggested that percolation concepts could prove useful to estimate the conducting macroporosity in management models of preferential flow and transport.
This paper deals with a two-dimensional model of a preferential oxidation (PROX) reactor to be used in a beta 5 kWe hydrogen generator, named HYGen II, to integrate with polymer electrolyte fuel cells (PEFCs) for residential applications.
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