Finally, an urban-economic model will investigate potential measures to reclaim the capacity and how to integrate these capacity dampers as a valuable parameter in the road maintenance management plans.
A group*FACT-B interaction in the model will investigate any differential association across the arms between the change-scores.
Future work with the model will investigate the actions of other antibiotics (such as amoxicillin) and allergens (such as pollen and dust mites).
In future refinements of the current model we will investigate the relationships amongst stretch-induced changes in cell shape, SF and focal adhesion formation, and SF reorientation.
To continue the validation of our P. pastoris FBA model, we will investigate its behavior in aerobic and hypoxic conditions.
Finally, in order to facilitate future implementation of the geriatric care model, we will investigate health care professionals' learning experiences with the intervention.
Using the Self-Regulation Model, we will investigate how genetic information and preventive opportunities affect self-regulation via illness representations and, using the Theory of Planned Behaviour, how uptake of the offer of genetic testing and treatment is predicted by the constructs found to predict behaviour in other settings.
Precisely, the model which we will investigate is given by the flux-saturated diffusion equation (for a pioneer model of this kind, see for instance [5]) u_{t} = biggl(frac{u_{x}}{sqrt{1+u_{x}^{2}}} biggr)_{x} + f u), (3) where the diffusion process is governed by a mean curvature type operator (see [6, 7]).
Based on the behavioural model, this study will investigate the psychiatric and psycho-social characteristics of suicide deceased who were diagnosed with mental illnesses but did not make contact with any psychiatrist.
Hence, after optimizing optical process parameters to model the EUV aerial image, this study will investigate OPC modeling methods employed to compensate these optical effects in the mask design flow.
