Sentence examples for muscle fiber conduction from inspiring English sources

Muscle fiber conduction velocity (CV) is commonly estimated from surface electromyograms (EMGs) collected with electrodes parallel to muscle fibers.

Especially muscle fiber conduction velocity (MFCV) measurements and the evaluation of single motor unit (MU) characteristics come into view.

Initial values and rates of change of Average Rectified Value (ARV), MeaN power Frequency (MNF) and muscle fiber Conduction Velocity (CV) were calculated to compare the effects of the two contraction modalities.

Muscle fiber conduction velocity (MFCV) has often been shown to decrease during standardized fatiguing isometric contractions.

Mean muscle fiber conduction velocity (MFCV) can be estimated non-invasively from the sEMG recordings of multiple closely spaced electrodes.

Furthermore, previous studies have demonstrated significant changes in motor unit discharge rate [ 46], muscle fiber conduction velocity [ 50], and rate of force development after resistance training [ 46, 51].

However, the third parameter, the mean muscle fibre conduction velocity (CV), has been lacking.

In the heart, vegetative nerve fibers, large modified muscle fibers of the conduction system, and foci of normal heart muscle fibers showed positive results.

83 Recording of repetitive compound action potentials, high-frequency discharges of motor unit multiplets, and bursts of muscle fiber action potentials are evident during nerve conduction study and needle electromyography examination.

The slope values for the MF/force relationship reflected the average conduction velocity of the muscle and indirectly, muscle fiber type composition.

Reasons behind this can be the band-pass filtering aspects of the electrode alone with its detection volume, superposition of action potentials in the detected EMG signal, conduction velocity of the action potential that propagate along the muscle fiber membrane.