Sentence examples for support of mathematical models from inspiring English sources
With respect to tumor maintenance and progression resulting from constitutive NFκB activation [ 39, 40], the specific cellular activation status of PP2A should be considered by support of mathematical models, and may consequently help to elucidate alternative therapeutic targets to fight individual cancers.
All these difference plots also support the use of mathematical models in addition to or instead of survival data.
Using experimental data to support development and validation of mathematical models substantially broadens the utility of these electronic implants and extends the value far beyond the small sample size.
This conclusion was supported by a number of mathematical models, which apparently showed that group selection would only have significant effects for a limited range of parameter values.
The predictions of the auxin canalization hypothesis have been rigorously tested and are supported by computer simulation of mathematical models [ 89– 91]; nevertheless, inconsistencies seem to exist between experimental evidence and hypothesis' predictions.
Key policy statements have called for the use of mathematical models to support the development of an evidence-based policy for effectively deploying the remaining antiviral stockpile and other limited or costly measures to limit morbidity and mortality from pH1N1 [6], [6].
Researchers and medical doctors can profit from the application of mathematical models as supporting tools to optimize the pharmacological treatment of animal species.
In her research she makes frequent use of mathematical models.
The recently developed MIQE (the Minimum Information for publication of Quantitative real-time PCR Experiments) guidelines [ 72] suggest employing the geometric average of multiple reference genes and assessing gene stability with the support of validated mathematical models such as geNorm [ 31].
It has been closely related to the development of Chemical, Mechanical and Power Engineering supported by the extended implementation of mathematical modelling, simulation and optimisation, and by the application of information technology.
In this paper an environmental decision support system (EDSS), based on the integration of mathematical modeling and knowledge-based systems, has been developed for the coordinated management of urban wastewater systems (UWS) to control and minimize uncontrolled wastewater spills.
