Sentence examples for ultimate regeneration from inspiring English sources

More destructive to the ultimate regeneration of the moors was the introduction of peat milling in 1985, where a thin layer of peat was stripped from a wider area.

For the successful peripheral nerve regeneration to occur, the injured tissues require four basic components—namely (1) a scaffold, (2) the inclusion of cells, (3) growth factors, and (4) extra cellular material (ECM) molecules for the neuronal survival, optimal growth, and ultimate regeneration potential.

As a result of their tunable properties, this library of hydrogels is useful to study material-guided cell behavior and ultimate tissue regeneration.

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Finally, future trends in tissue engineering are investigated, and the role collagen-based biomaterials might play in guiding the field towards the ultimate goal of organ regeneration is explored.

Regarding the complex processes during nephron repair it appears likely that an infusion or an accidental injection of stem/progenitor cells are not the ultimate methods to promote regeneration of parenchyma.

These results suggest that by hindering the "AML-DC" differentiation and maturation, the occurrence of FLT3-ITD can potentially undermine anti-leukemia immune responses, which calls for more effective adjuvant immunotherapeutic strategies in ITD+ leukemia in order to rebound the immune regeneration for ultimate leukemia elimination.

"The ultimate aim is to create regeneration around the Banksy through art". Bankside Gallery includes two artists from Spray Creative whose work can be seen at Humber Enterprise Park, Ings skate park and Wykeland Beal at Hull Fruit Market.

As cellular stress induction is imperative to Muse cell isolation, and thus intrinsic to their activation, their capacity for survival and the ultimate translational objective of tissue regeneration in vivo is greater as compared to alternative stem cell populations.

As such, attempts at protoplast isolation and regeneration with the ultimate goal of developing DED resistant somatic hybrids through somatic fusion have been attempted by various researchers as early as 1980 [ 12, 15- 19].

This chapter reviews the rationale for controlling the cellular microenvironment and the polysaccharides studied therein for ultimate use in tissue engineering and regeneration.