These steps included: development of a conceptual model, literature review, content identification, item construction, pre-testing, item selection, and item re-classification.
This is consistent with a growing animal model literature suggesting that chronic systemic inflammation is a driver of CNS disease, as we discuss below.
Additionally there is evidence in the human and animal model literature suggesting a similar time window during which reperfusion can reduce damage following ischemic onset.
This study developed a model with literature values for variables and, where no values existed, used large error bounds to recognize uncertainty.
In this paper, we first derive a model from literature providing insights into the influence of different aspects of safety on each other, that is, knowledge, perception, attitude, behavior and its consequences.
Our results support, to a degree, the growing modeling literature claiming that the choice of vaccination strategy can have a substantial impact on the overall attack rate of pandemic influenza.
The model is validated against a model in the literature, and then used to perform computational optimization of the facility operations.
The numerical discrete model was implemented in a MATLAB routine and the bond slip curves of the interfaces at EST were obtained from a model found in literature.
A model from the literature is used to simulate the dynamic of a kite whose lines are suitably pulled by a control unit.
Computed results for flame shapes and heights are compared with those of a model from the literature that is based on the assumption of a uniform velocity profile.
