This process, which continues to fascinate scientists globally, provides promising clues for addressing the global shortage of donor organs. From the liver's well-documented regrowth potential to the ...

Epithelia are formed during embryonic development and require a constant cell supply for homeostatic maintenance and regeneration. This raises the question of how such structures are formed, how they ...

Yet over time, or as a result of damage, the number of functioning cells can decrease to a level that causes symptoms or even organ failure. Regeneration of organs and systems is a scientific holy ...

In addition, genome editing tools, particularly CRISPR/Cas9, adeno-associated virus-mediated in vivo gene delivery, as well as stem cell-based approaches, have been implemented to treat genetic ...

The demand for tissue and organ replacement following tissue damage (eg, severe burns) or diseases (eg, cardiomyopathy) is expanding, and, while the number of patients suffering from organ failure ...

This extraordinary ability can range from simple tissue repair to the regeneration of entire limbs or organs. While humans are left to nurse scars from injuries ... This adaptation not only aids in ...

PURPOSE: Whole metanephric organ culture represents a novel investigatory approach with potential application in many aspects of research in kidney regeneration and transplantation. We report the ...

Future characterization of these proteins will yield novel therapeutics for boosting tissue regeneration in the elderly and those afflicted by the degenerative disorders. Scientific Abstract: Although ...

Yet over time, or as a result of damage, the number of functioning cells can decrease to a level that causes symptoms or even organ failure. Regeneration of organs and systems is a scientific holy ...