Sentence examples for mitochondrial performance from inspiring English sources

Gradually researchers are changing their focus from decreased mitochondrial performance to pathogenic signaling elicited by mitochondria dysfunction (Raimundo, 2014).

First, study the mitochondrial performance in large numbers of patients and controls to compensate for the genetic heterogeneity.

Any capacity to infer the transcriptional regulation of this module alone has downstream implications for changes in mitochondrial performance.

Consequently, the protection of mitochondrial complexes by GBE may not only lead to an increase of mitochondrial performance (coupling state) but also to a decrease of ROS production.

To confirm the improvement of mitochondrial performance observed in whole cells, we investigated oxygen consumption of mitochondria that were isolated from control and APP cells after 24 h treatment with GBE.

This compound is known for its ability to improve the mitochondrial performance.

The investigation of the discussed selective processes and the role of the Bb, which are strictly related to mitochondrial performances, namely replication and the production and maintenance of Δψm, would also be of great importance.

However, the extent to which mitochondrial (mt) performance (power and endurance) is adapted to habitats and life strategies of vertebrates is not well understood.

Since salinomycin has been suggested to act as a K+ ionophore, we explored its impact on mitochondrial bioenergetic performance at an early time point following drug application.

Together, these data suggest that differences in the mitochondrial respiratory performance of proliferating versus quiescent ECs could be underlying their differential sensitivity toward embelin.

Together, these results indicate that the absence of the Pank2 protein leads to a global failure of the mitochondrial bioenergetic performance without affecting the function of any single respiratory chain complex.