Sentence examples for translate such models from inspiring English sources

SBML2L a TEX facilitates the complicated and cumbersome model development process by providing a simple method to translate such models to human-readable reports.

Containing any emerging infectious disease, newly introduced or evolved pathogen, bioterror or agroterror agent will benefit from recognition of the similarities among pathogens infecting animal and plant hosts and rapid, efficient communication among researchers in different disciplines to effectively translate such models into recommendations that can aid decision makers.

It is imperative for the health and wellbeing of people with mental and physical multimorbidity that future research focuses on how best to translate such integrated care models into routine primary care.

Although results from such experiments have yielded important breakthroughs in understanding the dynamic and complex relationship between the gut microbiota and its host, translating such results from murine models to humans remains nontrivial due to the existence of some key differences between the two systems that need to be taken into account.

Thus, other designers must undertake the arduous task of translating such information to generate a 3D CAD model of the hull structure which is required at the following design stage such as the initial process planning stage.

Translating such stories into rooms is a long process.

We show that rodent models of abnormal aggression were created by the translation of human conditions into rodent equivalents, and discuss how findings obtained with such models may be "translated back" to human conditions when the mechanisms underlying aggression and its possibilities of treatment are investigated.

This information is highly relevant to researchers using such models, and aiming for translating data to the in vivo situation.

Such models also impart economy of scale, which translates to a stronger transaction power – based on trust – with input suppliers and product buyers.

In order to instantiate such models (entire Fig. 1 or sub-models encapsulated) the design of the eGRASP platform is based on the Use Case model in Fig. 2, which translates the requirements exposed earlier.

Crucially, such models are required for the insights of developmental biology to ever be translated into rational interventions seeking to control and alter shape for regenerative medicine applications.