Sentence examples for mouse heart has from inspiring English sources

They found that the adult mouse heart has a very low rate of cardiomyocyte regeneration and projected the annual proliferation rate to be only 0.76percentt.

The recent application of metabolic flux analysis to the mdx mouse heart has provided an unexpected insight into the metabotype [ 54, 75].

As the mouse heart has a negative force-frequency response at physiological heart rates [ 24], developed pressures in our studies are lower than might be expected with lower heart rates.

Functional characterization of mid-foetal mouse hearts has so far been elusive.

Recent work has demonstrated that neonatal mouse hearts have a regenerative capacity similar to zebrafish during the first 7 days after birth (P1-7); however, following P7 this capacity for heart renewal declines dramatically [126].

Transgenic mouse hearts have proven increasingly useful in modeling human cardiac arrhythmic disease.

Coronary flow does not increase with inotropes in this study, though other studies with perfused mouse hearts have shown an increase [ 23].

Phenotypic characteristics of vasculogenic (Flk1+/Fli1+) and hematopoietic (GATA2+/CD71+, CD41+/GATA2+) progenitors, as well as the putative hemogenic endothelium (Flk1+/CD41+) in embryonic mouse hearts, have been presented.

Compared with controls, working mdx mouse hearts had an altered mitochondrial energy substrate metabolism, as reflected by a marked shift from LCFA to CHO oxidation for energy production; decreased anaplerotic pyruvate carboxylation; and enhanced glycolysis [ 54].

Neonatal mouse hearts have been shown to be able to regenerate up to day 5 after birth [ 72], so the transcriptomic similarities shared by the adult MRL/MpJ mouse with the newborns, but not the adults of the reference strain may be associated with enhanced regenerative and wound healing potential.

Overexpression of miRNA-1 in the mouse developing heart has a negative effect on muscle proliferation as it targets the transcription factor that promotes ventricular cardiomyocyte expansion, Hand2 [4].