… than the rest of fibroblast types, in which ROS increased several folds (Fig. 2B). In … show
high ROS abundance and better control of ROS levels during ischemia associated with higher …

… than the rest of fibroblast types, in which ROS increased several folds (Fig. 2B). In … show
high ROS abundance and better control of ROS levels during ischemia associated with higher …

… than the rest of fibroblast types, in which ROS increased several folds (Fig. 2B). In … show
high ROS abundance and better control of ROS levels during ischemia associated with higher …

… In this article, we review what defines a cardiac fibroblast and … formation and fibrosis
following ischemic injury or chronic … cardiac fibroblasts, β-adrenergic stimulation increased ROS …

… fibrosis and cardiotoxicity compared to endurance exercise. … to represent a source of cardiac
fibroblasts by the program of … protective effect in pulmonary ischemia/reperfusion injury by …

… increased basal respiration, which was attributable to greater F1F0-ATPase–linked respiration
and to a lesser extent on increased … Insets show magnification of boxed regions with cTNT …

… is crucial for increased mitochondrial respiratory capacity … mitochondrial generation of
reactive oxygen species, calcium … Interestingly, stimulation of cardiac fibroblasts with TGFβ also …

… donors for ROS formation in the mitochondrial respiratory chain [… fibroblasts, and vascular
cells has a fundamental importance … ], long term, combined endurance and resistance exercise …

… the various cardiac cell types (ie, cardiomyocytes, fibroblasts, … For example, ROS generation
during cardiac ischemic … role of increased mitochondrial ROS in heart disease comes from …

… 10 μM cytosine arabinoside to inhibit fibroblast proliferation. The medium was replaced daily
… (B) The quantitative results show that the level of intracellular ROS was significantly higher …