Sentence examples for more efficient regeneration from inspiring English sources

In summary, the integration of bioengineered bands of Büngner based on microstructured polymer filaments in nerve conduits promises to be the most valuable approach to initiating a more efficient regeneration across longer nerve lesions.

For more efficient regeneration for long time, a sustained releasing system for rhBMP2 has to be added to the combination.

In conclusion, V1aR overexpression leads to more efficient regeneration than that observed in muscles overexpressing TNF alone.

Taken together, these data demonstrate that V1aR overexpression leads to a more efficient regeneration process, characterized by attenuated inflammatory response and reduced fibrosis.

More recently, an elite genotype for in vitro cellular manipulation, which showed more efficient regeneration ability than Coker lines, was identified in our laboratory [ 20].

With ion radiation, it is possible to spare especially the posterior rectum wall in comparison to photon radiation, so potentially receiving also a more efficient regeneration of the anterior rectum wall.

By measuring the dye regeneration yield and the kinetics through photoinduced absorption, it was observed that the homemade TiO2 based device had more efficient dye regeneration compared to the Dyesol based device, which could result from the better interfacial contact between the PEDOT and the dye.

These data indicate that mIGF-1 promote a qualitative environment, guaranteeing a more efficient muscle regeneration process.

One possible way to discover new targets to enhance remyelination is to study organisms that are more efficient at regeneration.

Further improvements in utilizing glucose through the glycolytic pathway to acetate and lactate have been achieved for more efficient ATP regeneration [ 14, 18, 20]. Figure 1 shows that glucose and G6P can produce two and three ATP, respectively, through glycolysis to pyruvate.

Wet air regeneration was more efficient than dry air regeneration, especially for chlorine removal, although coke was only removed above 500 °C.