Sentence examples for maximal tetanic stimulation from inspiring English sources

Each ECC consisted of a maximal tetanic stimulation for 200 ms accompanied by a stretch of 0.5 Lo/s to give a total stretch of 0.1Lo.

Despite faster contractile properties, torque production at 10 Hz stimulation relative to maximal tetanic stimulation was increased after bed rest.

Maximal tetanic stimulation was implemented in several studies targeting small hand muscles (see a list of references in Sale 1988) and because, as expected, untrained healthy individuals can activate these muscles fully maximal tetanic stimulation revealed no changes in muscle activation after strength training (Sale 1988).

Maximal tetanic stimulation (Sale 1988), twitch interpolation (Merton 1954), including its permutation as central activation ratio (Kent-Braun and Le Blanc 1996), and muscle stimulation-evoked contraction in the relaxed or concurrently contracted muscle (Hortobágyi et al. 1998) are presumably more precise measures of muscle activation.

Previous studies have shown that the torque frequency relationship, as well as the contractile properties of the twitch are not intrinsically influenced by the absolute force level, provided that a force between 20 and 50% MVC is reached during maximal tetanic stimulation (Binder-Macleod et al. 1995).

Muscle was then subjected to an ECC regimen which consisted of five maximal tetanic stimulations at a frequency of 150 Hertz.

The most direct way to assess MTC would be 500 1,000 ms of maximal tetanic nerve stimulation (150 Hz), however, this is very stressful, unpleasant, and may even be harmful.

Maximal Tetanic Tension is being developed by stimulation at 100 Hz.

Previous studies have reported lower maximal tetanic forces and lower forces during fatiguing stimulation in EDL muscles in vitro from C-26-tumor-bearing mice than controls (Gorselink et al., 2006; van Norren et al., 2009).

Consistent with the results for the EDL muscle in vitro, we found that TA muscles assessed in situ from severely cachectic C-26-tumor-bearing mice exhibited lower submaximal and maximal tetanic forces, and lower forces during intermittent fatiguing stimulation, compared with PF controls.

Other workers have studied the effect of antioxidants on force generation by skeletal muscle and demonstrated a reduction in submaximal force generation of nonfatigued muscle at low frequencies of stimulation, but no similar effects on maximal tetanic force generation have been reported, except where very high (and potentially toxic) concentrations of antioxidants were used (8, 29, 42, 44).