In both model applications, browsing reduced total aboveground live biomass and caused shifts in forest composition.
Compression and shear tests were simulated to determine the apparent elastic moduli in both model types.
This is shown in both model browser and package diagram views.
This technique should be broadly useful in describing the in-host dynamics of infections in both model hosts and patients at both population and individual levels.
Singular perturbation method is utilized to remove states associated with fast dynamics in both model and controller.
Problems cast in this environment can pose new challenges for computational analyses in both model validation and model-based prediction.
Such information is directly relevant to the existence and properties of lipid raft structures in both model and biological bilayers.
The efficacy of the CRISPR/Cas9 system has been proven in both model plants and many crop plants, such as rice, sorghum, wheat, maize, sweet orange, soybean, potato, apple, and tomato18,19,20.
We have identified several PRV gene products that affect the extent of PRV pathogenesis in both model systems affecting cell to cell spread, direction of spread, and host response to infection.
Here we review recent literature on DNA methylation variation in both model and crop plant species with a focus on the link between genotype, epigenotype, and transcription.
The scale effects have been estimated with the help of CFD calculations performed using the RANSE solver of STAR-CCM+ in both model and full-scale conditions.
