Dr. Williamson's presentation generated discussion on the role of mouse models in directing the medulloblastoma research agenda as a validation or discovery tool.
The main aspects covered are: 1) surveys of social networks, 2) models and data about human mobility, 3) epidemic models in directed and hierarchical networks, 4) studies of dynamic networks, and 5) spatial epidemic simulations integrating network data.
The development of a structural model in direct space, starting with minimal knowledge such as the metal:organic ratio, is shown here to be possible.
The nonparametric bootstrapping model in direct (forward) and inverse models are developed and applied to estimate the SST and SH variations.
Lastly, the hemodynamically stable porcine model without vascular co-morbidities, such as carotid stenosis and ischemic heart disease, is a model in direct contrast to the hemodynamically unstable patient suffering from severe sepsis or septic shock.
One can count the number of independent pieces of information available for the fitting of a model in direct space by dividing the volume of the structure by the volume of a resolution element, i.e. a cube whose length corresponds to the spatial resolution.
Rats are used most often as a preclinical animal model in direct-nose-to-brain drug delivery studies, although mice and rabbits are used as well.
Using experimental data, it is shown how the use of models in their direct form allows one to improve process understanding and to predict the product quality from the process settings and grain properties.
By definition, we are serial monogamists, yet the current marriage model is in direct conflict with reality.
Furthermore, the modular structure of the biological system and the pi-calculus model are in direct correspondence.
