Sentence examples for models of regeneration from inspiring English sources

Studies of the naturally existing and genetically modified models of regeneration certainly enhance knowledge of the molecular and cellular mechanisms underlying regeneration.

However, models of regeneration extrapolated from simple organisms are elucidating the complex yet fascinating mechanisms that regulate the ontogenesis of the digestive tract and are paving the way for the development of new regenerative technologies and methods.

To better understand and evaluate drivers and long-term consequences of regeneration variability, simulation models that combine statistical models of regeneration with established forest growth and yield models are useful.

In conclusion, the zebrafish maxillary barbel offers many of the advantages common to other vertebrate models of regeneration: speed, simplicity, transparency and easy access.

We found increased IFN-γ serum levels after PH in both models of regeneration.

This formalism will pave the way for top-down approaches for the discovery of comprehensive models of regeneration.

The other is the demise of what has effectively become Britain's only viable model of regeneration, and the fact that no one seems to have a clue what might replace it.

Never mind the rise of the discounters, the fall of one of the big four supermarkets, and the fact that an entire model of regeneration might have bitten the dust: she and her colleagues, she says, have heard rumours that another chain might be on its way.

Although we used a simple model of regeneration, many previous simulation studies have used static or unreported assumptions regarding regeneration.

The most widely used model of regeneration, sciatic nerve injury, has its inherent limitations, and there is a need for other models of injury to long nerves.

These aspects, together with the high degree of transparency (particularly for laboratory-reared animals), short generation time (3 months) and ease of culture and ablation, also make Ciona an ideal candidate model of regeneration.