Sentence examples for median nerve changes from inspiring English sources

Impink BG, Boninger ML, Walker H, Collinger JL, Niyonkuru C. Ultrasonographic median nerve changes after a wheelchair sporting event.

This type of entrapment neuropathy occurs due to increased pressure in the carpal tunnel on the median nerve inducing marked changes in intraneural microcirculation and nerve fiber structure, impairment of axonal transport, and alterations in vascular permeability, with edema formation and deterioration of nerve function (Aboonq 2015).

Somatosensory evoked potentials recorded in elderly human subjects after paired-pulse median nerve stimulation reflect changes in paired-pulse ratios comparable to aged rats (Lenz et al. 2009).

Therefore, the paired associative stimulation is effective and specific in increasing amplitudes of muscular responses within the territory of median nerve innervation, i.e. changes that are likely produced by an LTP-like mechanism at the contralateral sensorimotor primary cortices [14] [16], [20], [21].

These changes may affect the morphology and pressure on the median nerve and could be used as part of the treatment of the carpal tunnel syndrome patients.

Theoretically, as MMT can more closely target intrinsic muscles affected by compression of the median nerve in the carpal tunnel, it is more precise in detecting change in motor function due to CTS.

However, NCSs did not detect significant changes in the distal motor or sensory latencies of the median nerve in either group.

In other words, the pattern of decreased SWA in the left somatosensory cortical regions may be associated to presynaptic changes in short-term plasticity consequent to the recurrent stimulation of the right median nerve during the paired-associative protocol.

The median nerve strain in the forearm with protraction was 0.7%, which was well below the limits that cause changes to nerve function (reviewed in Grewel et al. [ 7]).

Using median nerve stimulation, we show that the OPM can detect both evoked (phase-locked) and induced (non-phase-locked oscillatory) changes when placed over sensory cortex, with signals ~4 times larger than equivalent SQUID measurements.

Pain could be due to poor posture causing mechanical changes (stretch; local pressure) that in turn affect the function of major limb nerves (e.g. median nerve).