If the occurrence of antibiotics in the natural environment is demonstrated to be an important driver for resistance selection, it may be necessary to develop approaches for considering resistance selection in the natural environment as an end point in the safety assessment of new antibiotic substances.
Prophages are an important feature, as phage resistance has been a major driver for strain selection programs for dairy cultures, and phage challenge has been a continual selective stress in their environment.
A recent study suggested that the human ability to transfer capital from energy to knowledge across generations, coupled with the accumulation of knowledge throughout lifetime, with the transferable capital peaking later in life than in other primates, may have been the driver of selection for longevity (Kaplan and Robson 2009).
Model instances presented in this work are aimed at discussing how the two strategies for driver agent selection, one selecting a subset based on agents with higher node degree and the other based on agents with lower node degree, could be exploited for controlling the network behavior.
The resulting software variants, which consist of modules arranged by the costumer, are key drivers for the selection of the microcontrollers used in the system designs.
The present work concerns a method that, starting from these constraints, defines and optimizes some of the main design drivers for the selection of the segmentation of the Water Coolant Lithium Lead Breeding Blanket.
Within the context of the shared master data asset, each of these notions has a subtly different meaning, and a combination of the business requirements for these execution aspects contributes the ultimate drivers for the selection of the underlying master data management (MDM) architecture.
This theory is supported by the study of Duran-Nelson et al. [ 24] where speed, trust and portability were identified as the biggest drivers for resource selection, while information overload appeared to be one of the biggest barriers.
The environment is an important driver for organismic natural selection.
During the last decades, growth performance traits were the main driver for the genetic selection programs applied for broilers.
