Sentence examples for versatile model for from inspiring English sources

Our findings suggest that this is a versatile model for the preparation of PVA-based immuno-nanofibers whose decay can be controlled.

This research used data from two classes, but we should include data from other classes in order to extract a useful and versatile model for teaching and learning support.

We present a versatile model for the prediction of the geometry of laser clad depositions formed by overlap of individual tracks and layers as a 2D cross-sectional model that can be used for prediction of 3D structures.

Although mice constitute the most convenient and versatile model for mechanistic immunological research (plethora of genetically engineered strains and immunological reagents), the tiny size of the murine oral cavity has presented technical challenges for ligature placement.

She comes across here as the same versatile model for her son as she was for his father many years ago.

These T-IhNSC line provides a versatile model for the elucidation of the mechanisms involved in human neural stem cells expansion and for development of high throughput assays for both basic and translational research on human neural cell development.

A more versatile model of metabolism might be expressed in terms of multiple objectives and a formal framework for describing the tradeoffs among them [ 30, 40, 41].

Last but not least, the extensive studies on diverse physiological traits available and still progressing for Trichoderma make these fungi versatile model organisms for research on both industrial fermentations as well as natural phenomena.

In addition, this is the first description of the triple KO/triple transgenic mice that appears to be a versatile model employed for preclinical studies of cancer vaccines for the human HLA-A02.01 HLA-A02.01background.

Over the last two decades, zebrafish have been established as a genetically versatile model system for investigating many different aspects of vertebrate developmental biology.

We present these results as an introduction to a potentially very powerful and versatile model system for studying a number of diseases associated with complex epithelia and, in particular, with the ionic control of an epithelium.