In addition, these different animal models for DS with different degrees of phenotypic impact illustrate the fact that we are trying to model a human condition of multidimensional nature.
It has been shown that NiteLite can provide accurate lighting analysis, as well as having the ability to model a wider range of conditions and work zone configurations and considering new lighting criteria such as Glare Rating.
We study these BC on the physical boundaries of the device and develop a numerical approximation to model an insulating boundary condition, or equivalently, a pointwise zero flux mathematical condition for the electron transport equation.
Neural stem cells have been adopted to model a wide range of neuropsychiatric conditions in vitro.
To model a finite system instead, boundary conditions of the solid walls confining the system must be addressed.
A better way to characterize the differences induced by the differing genetic conditions is to model a large ensemble of cells and compare the full distributions of single-cell responses.
The foremost challenge to modeling a subjective condition such as tinnitus is the evaluation of the occurrence of tinnitus in the model.
First, a health-state Markov chain is developed to model an employee's work-related health conditions, which varies due to workplace risk factor exposure levels.
However, it is difficult to model this condition a priori with a robust mathematical formulation, in particular when high precision of the segmentation results is required.
In order to model this condition we adopt an idealized geometry consisting of a rigid sphere filled with two immiscible fluids (aqueous and vitreous substitute) arranged concentrically, with the aqueous in the external layer.
To model clinical conditions, a unilateral sagittal split ramus osteotomy fixation model in pigs was then used to compare the clinical effectiveness of the resorbable screw with that of a titanium screw in vivo, followed by 3-dimensional reconstructive imaging and histological analysis.
