Sentence examples for models can advance from inspiring English sources

Application of biologically relevant mucosal models can advance understanding of the functional properties of antibodies that mediate HIV protection, thereby guiding antibody-based vaccine development.

We will discuss how mathematical models can advance our understanding of stem cell differentiation; growth and development of stem and progenitor cell colonies; and the mechanisms that underpin spatial organization of structure in three-dimensional developing tissues.

When combined with more refined models and with experimental studies, the systematic investigation of protein systems and complexes using coarse-grained models can advance our theoretical understanding of the actual organizing principles that emerge from the complex network of interactions among protein atomic constituents.

Mathematical models can advance our understanding of how a smallpox outbreak might progress.

The new model can advance the understanding of the multiscale phenomena and establish a relationship between microscale properties and macroscale behavior.

We demonstrate that a systematic genetic approach combined with mathematical modelling can advance the study of oscillatory phenomena.

This study suggests that a systematic genetic approach combined with mathematical modelling can advance the study of oscillatory phenomena.

Computational modeling can advance understanding of cellular signaling in thrombosis and hemostasis and elucidates furthermore the fine-tuned cAMP signaling in platelets.

45– 47 An accurate, cancer-specific mathematical model can advance the pharmacodynamic analysis of prospective anticancer agents and help find novel combinations of existing therapies that increase the death of cancer cells using low doses that spare normal cells.

In addition, using an existing model can advance the state of the science of HRQOL by contributing new information about the applicability of the selected model to research and practice, thus leading to model refinement such as the revised model proposed by Ferrans and colleagues [ 13].

This review presents recent studies regarding plant-ENM interactions employing Arabidopsis to demonstrate how the use of this model plant can advance our understanding of plant-ENM interactions and guide additional studies using other plant species.