Nerve conduction studies were performed on the nondominant peroneal motor, sural sensory, and ulnar motor and sensory nerves, using standard techniques of supramaximal percutaneous nerve stimulation, surface recording, and appropriate filtering and signal amplification.
Nerve conduction studies (NCSs) were performed by trained and certified electromyographers on the dominant side median (motor and sensory), peroneal (motor), and sural (sensory) nerves using percutaneous nerve stimulation and surface recording as done in the DCCT (10).
The presence of repetitive compound muscle action potentials (CMAPs) was assessed in the four motor nerves tested using an F-wave programme, with a slower sweep speed than conventional CMAP recordings.
The fluorescence was therefore too weak and its detection too unreliable for us to undertake a longitudinal study using this form of labeling of motor nerve terminals using GFP-HcBoNTx/A.
In order to investigate motor nerves, we used a unique mouse model expressing a fluorescent protein under the endogenous Chat gene promoter, we present evidence that direct application of VEGF into the mouse bladder increases the density of peripheral cholinergic nerves.
Motor and sensory nerve conduction velocity (MNCV, SNCV) determinations were completed on the right peroneal and ulnar nerves using established techniques [ 36, 40, 43, 44].
However, sensory nerve conduction to the median nerve with distal latency and median motor nerve conduction used in our study are measures that are recommended for electrodiagnostic testing [35].
Contemporary treatment options include neurotization procedures (a new motor nerve is used to restore innervation to a viable muscle), contiguous regional muscle transfer (most commonly temporalis muscle transfer), microsurgical free muscle transfer, and nonsurgical adjuvants used to balance facial symmetry.
The patients had unilateral nerve conduction testing of the peroneal and tibial motor nerves and the sural sensory nerve using standardized protocols.
We performed sensory and motor nerve conduction studies using surface electrodes as follows: sensory nerve conduction velocity and sensory nerve action potentials of the sural nerve/median nerve followed by motor nerve conduction velocity and compound muscle action potential after nerve stimulation of the median/peroneal/tibial nerve (neCMAP).
