Cellular and molecular basis of liver regeneration

Cellular and molecular basis of cardiac regeneration

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molecular interactions of lncrnas: cellular fate determination and tissue regeneration

lncrnas (long non-coding rnas) are responsible to control the degradation process, rna stability, orchestration, inhibition, transcription and histone modification etc. these rnas have been termed as the key agents of several mechanisms such as development, organogenesis and regeneration of damaged tissues etc. they interact with a number of partner molecules either protein, rnas or dnas and co...

Cellular aspects of liver regeneration.

This paper has the objective to analyze the cellular aspects of liver regeneration (LR). Upon damage in this organ, the regenerative capacity of hepatocyte is sufficiently able to reestablish the parenchyma as a whole. Taking into account the regenerative capacity of hepatocyte, the need of a progenitor or a liver trunk cell was not obvious. Nowadays it is well-established that precursor cells ...

Cellular Basis of Tissue Regeneration by Omentum

The omentum is a sheet-like tissue attached to the greater curvature of the stomach and contains secondary lymphoid organs called milky spots. The omentum has been used for its healing potential for over 100 years by transposing the omental pedicle to injured organs (omental transposition), but the mechanism by which omentum helps the healing process of damaged tissues is not well understood. O...

Molecular and Cellular Mechanism of Muscle Regeneration