Sentence examples for faster conducting from inspiring English sources

Aching, soreness, distension, heaviness, warmth and dull pain are conveyed by the slower conducting Aδ and C fibers, whereas numbness is conveyed by the faster conducting Aβ fibers [ 2- 4].

In addition to the faster conducting myelinated Aβ fibers involved in the transmission of touch, vibration and numbness, hairy skin is supplied with a special C fiber system that delivers an affectionate sensation or 'limbic touch' to the brain [ 14, 19].

The reentrant pathway of LPFVT is understood to consist of a decrementally conducting, abnormal Purkinje fiber located in the vicinity of the distal third of the LPF Purkinje network that gives rise to a diastolic potential (often termed P1 potential) serving as the anterograde limb and a faster conducting, normal fiber that accounts for the PP (also known as P2) serving as the retrograde limb.

Although many of the issues that this bureaucracy is designed to regulate are important ones, it is to be hoped that in the future clinical trials can be streamlined so that they may be started faster, conducted more cheaply and efficiently, and enter more patients more quickly and with more generalizable results.

On the other hand, lidocaine, when combined with dexmedetomidine, manifests a remarkable effect on the whole CVD, causing almost complete conduction blockage of fast conducting nerve fibers.

We have concluded that dexmedetomidine alone did not influence nerve conduction, but when it is used with lidocaine it augments neural conduction blockage effect, especially on fast conducting nerve fibers.

The chamber myocardium becomes fast conducting myocardium whereas the non-chamber myocardium retains slow conduction, thereby participating in the establishment of synchronized beating in the embryonic heart [4].

These axonal changes are identified by reduced motor and sensory action potential amplitudes, with normal or slightly reduced conduction velocities secondary to loss of the largest and fastest conducting axons (4).

It is estimated that the high interfacial conductivity is mainly attributed to the highly-disordered microstructures with structural defects in interfacial regions which provide fast conducting pathways.

Relay neurons in the dLGN receive signals from fast conducting Y-like retinal axons and in turn, send signals to the VC along their own fast conducting axons [2].

Group II afferents threshold has been estimated to be reached at 2.1 times the threshold of the fastest conducting Ia afferents [54], which is estimated at 0.5 to 0.6×MT [18].