Sentence examples for increased force generation from inspiring English sources

In brief, oral tamoxifen, administered from shortly after weaning (i.e., after Mtm1−/y mice started to develop overt muscular symptoms), improved overall body strength, increased force generation in leg muscles, slowed disease progression through clinical stages, and importantly, prolonged the lifespan several-fold.

We demonstrate increased force generation and sensitivity to vagal stimulation in 2ws vs. 10ws, which corresponds to increased reactivity to ACh in vitro.

Incubation of diaphragm muscle fibers from hypercapnic ventilated rats with the antioxidant DTT increased force generation by 27% (P <0.05 versus CON, Figure  6a).

In contrast, in isolated tissue and papillary muscle, the dominant mechanism for increased force generation during NES appears to be field stimulation of the cardiac cells, which alters Ca2+ dynamics.

The two groups used motor units with different size and activation characteristics with increasing force generation.

Moreover, the present work is the first to show that administration of a selective superoxide scavenger, PEG-SOD, completely reversed hyperglycemia-induced diaphragm weakness, increasing force generation in response to the entire range of physiologically relevant stimulation frequencies.

In this preliminary study, we demonstrate that subjects who are heterozygous for the null A allele (i.e. G/A genotype) as compared to subjects homozygous for the common G allele (i.e. G/G genotype) activate motor units with different size and activation characteristics with increasing force generation in the range of 10%to50%0% of their maximal knee extensor isometric strength.

Each subject may differ to some degree from the group as a whole, and this is dealt with by introducing random effects which were included for the intercept (i.e. how much the intercept from a subject's individual regression line deviated from the overall intercept), and for the percent of MVC) to allow for differences in how an individual responded to increasing force generation.

Mutations in MYH7 increase force generation and actin-myosin sliding velocity within sarcomeres.

Such findings provide the possibility that increasing SOCE activity in aged muscle may restore this lost component of contractile force and increase force generation.

These changes in MHC isoform expression may contribute to the increased contractile force generation observed with T3, as also previously reported by Yang et al.