Sentence examples for models that faithfully from inspiring English sources

At seven feet (2.1 metres) high, it is perhaps the most ingenious and best-loved of economists' big models.Economists today use computers and software not perspex and piping, but they share Phillips's itch to build models that faithfully mirror the real economy.

To this aim, behavioral models that faithfully represent the behavior of mixed-mode-embedded systems are essential for achieving reliable simulation results.

Appropriate genocopy models that faithfully recapitulate the phenotypic characteristics of the disease will be invaluable tools to analyze the effects of modifier genes and small molecule inhibitor therapies.

Currently, there are no good small animal models that faithfully recapitulate human HFRS disease.

It is therefore necessary to develop spontaneous metastatic models that faithfully mimic the selection and evolution of metastasis in human tumours.

Generation of animal models that faithfully recapitulate the three clinical subtypes of GD has proved to be more of a challenge than first anticipated.

However, attempts to establish an animal model that faithfully replicates human smallpox have historically been unsuccessful.

Another major hurdle for dengue viruses is the lack of availability of a validated animal model that faithfully reflects DHF and DSS observed in patients.

Importantly, these analyses provide a strong rationale for further definition of various mammary epithelial subtypes and expansion of immortalization and full transformation strategies to derive models that may faithfully reproduce the histological and molecular diversity encountered in human breast cancers.

First, developers of therapeutics should assume a leadership role in articulating hypotheses and challenging independent preclinical investigators to design and conduct rigorous randomized studies addressing the hypotheses in animal models that, as faithfully as possible, reproduce the clinical condition of interest.

Fifth is collaborative development or refinement and application of model systems that faithfully replicate human disease condition or species comparisons that can be used to understand environmentally induced human disease processes.