Sentence examples for program recapitulation from inspiring English sources

In poorly differentiated breast cancer, gliomas and bladder carcinoma, an embryonic stem cell (ESC -like gESC -likession sigeneurexpressionited and the degree of Esignaturem recapisulation correxhibitedth tumor stands and pathent survival [ 13].

Moreover, the overlap between molecular profiles observed in neural development and adult regeneration suggests that a significant recapitulation of neurogenic programs is present in the course of regeneration.

These data suggest that a recapitulation of developmental programs may be adopted by the breast tumor cells and their partner macrophages during invasion and migration in primary tumors.

Alveolar epithelial cell injury may be an initiating factor in fibrotic lung repair, which might reflect an aberrant recapitulation of developmental programs as a means to repair the injured tissue [ 2].

Our results thus suggest that the recapitulation of embryological programs is an integral part of the EMT process on long-term exposure to TGFβ1 and that tubular cells may have the capacity, under appropriate environmental cues, to redifferentiate not only back to an epithelial type but also towards another cell type, i.e. myofibroblasts or endothelial cells.

Recapitulation of the myogenic program requires energy production for the execution of a number of regulatory biosynthesis events such as DNA synthesis, mitosis but also protein and lipid synthesis.

Recapitulation of this developmental program may be a physiologic adaptation that allows the ischemic heart to respond to hypoxia.

This contributes to recapitulation of a particular program of the embryonic genome expression, which is induced by the reestablishment of the embryo cell genome-associated methylation and embryo cell chromatin-associated acetylation patterns [ 5– 7].

This demonstrates that the changes observed in mutant hair cells are not a recapitulation of the normal developmental program.

We hypothesized that recapitulation of the human developmental chondrogenic program using pluripotent stem cells (PSCs) may represent a superior approach for cartilage restoration.

The developmental expression pattern of the PEG11 gene is consistent with the callipyge mutation causing recapitulation of the normal fetal-like gene expression program during postnatal development.