Sentence examples for using a mathematical simulation from inspiring English sources

Using a mathematical simulation model, Eddy et al. (9) recently estimated that insulin resistance was responsible for 42% of myocardial infarctions in the U.S. and was the most important single cause of coronary artery disease.

13 14 18 Including ITB as a first-option strategy in the management of function of severely impaired patients with disabling spasticity resulted in a higher success rate (78.7% vs 59.3%) when compared with a range of alternative strategies, such as sequential combinations of physical treatment, oral or focal treatment, or surgery or nursing using a mathematical simulation model.

By using a mathematical simulation model, it was projected that TV food advertising contributed to 15 40% of obesity prevalence in the United States, and an absence of unhealthy food advertising on TV therefore could yield a reverse shift of proportion from overweight children to normal weight (38).

The results were interpreted by comparison with the results of simulations using a mathematical model of baking.

Simulations using a mathematical model describing interphase mass transfer and homogeneous chemical reaction indicate increasing mass transfer coefficients at higher flow velocities, suggesting that the mass transfer between the two phases is enhanced by the flow velocity.

Here, we study how light stimuli and CK1δ/ε inhibition affect mammalian circadian timekeeping with a combination of experiments and simulations using a mathematical model of intracellular mammalian circadian clocks.

The resulting coefficients K1 and K2 were used in a mathematical simulation of PSV ventilation to calculate the influence of CT+S on breathing pattern, minute ventilation (VE) and WOB in simulated normal, obstructive and restrictive patients.

Data from the published literature was used in a mathematical simulation model of the relationship between exposure to food advertising on TV and the prevalence of childhood overweight and obesity.

These outcomes, and particularly PSA test uptake, will be used to develop a mathematical simulation model, specifically to consider the impact on health service resources.

A simulation uses a mathematical description, or model, of a real system in the form of a computer program.

Finally, a mathematical simulation model, using data from the trial, will allow extrapolations of the potential effects of Prosdex on health-service resource use, for example the impact on urological services, and on health outcomes.