Sentence examples for metabolic reprogramming as from inspiring English sources

Previous studies have shown similar shifts in energy metabolism in males chronically exposed to E2 suggesting metabolic reprogramming as yet another mechanism of action by xenoestrogens to suppress growth [36].

The association between immune cell metabolic reprogramming as measured by lactate concentration in T cells and functionality represents an exciting field for research.

Our findings provide mechanistic insights into the evolution of steatosis-associated hepatic tumors driven by reciprocal interactions of HBsAg and PML, and a potential utility of lipid metabolic reprogramming as a treatment target.

Cancer cells undergo metabolic reprogramming as one of their hallmark behavioural changes during the tumorigenic process (7).

While these findings implicate auxin-ethylene crosstalk in abscission, they did not focus on plant stress response linked with metabolic reprogramming as a factor that influences hormone signalling for abscission.

Mitochondria are functionally altered in tumors [ 12] and are involved in metabolic reprogramming known as the "Warburg effect', which describes the shift of cancer cells from oxidative phosphorylation to glycolysis [ 13].

RCC is characterized by impaired oxidative phosphorylation and a shift to aerobic glycolysis, which is a form of metabolic reprogramming known as cancer cell glycolysis (or the Warburg effect).

Evidence for metabolic reprogramming (such as expression of the relevant proteins and physiological data showing the effects of reprogramming), co-evolution (e.g. phylogenetic analyses and statistical tests for co-evolution), and effects of SUP05 phages on nitrogen and carbon cycles is needed to provide support for these unnecessary inflationary statements.

RNA has also been used in the design of therapeutic molecules as well as metabolic reprogramming [ 36].

It will be important to determine if alternate receptor WNT5A interactions could be responsible for eliciting differing signalling pathways that evoke alternate metabolic reprogramming events, such as those we have found between melanoma and breast cancer cells.

These observations are reminiscent of a mechanism known as metabolic reprogramming, in which hypoxia-driven, active inhibition of oxidative metabolism is combined with increased anaerobic use of glucose [64], [65] to produce a hypometabolic state that is reversed when oxygen tension rises.