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1 area, sometimes complicated by injury of the ulnar nerve.
2 well as Digit 5, which is innervated by the ulnar nerve.
3 o investigate the natural innervation of the ulnar nerve.
4 annel electrodes (TIMEs) in their median and ulnar nerves.
5 excision of the forepaw radial, median, and ulnar nerves.
6 ulnar; and (iii) crossover of the median and ulnar nerves.
7 pattern seen after injury of the median and ulnar nerves.
8 , 1.18]; I(2) 99%) of the median, radial and ulnar nerves.
9 targeted reinnervation of this muscle by the ulnar nerve and from the first dorsal interosseous muscl
10 I may provide an objective assessment of the ulnar nerve and potentially, improve the management of C
11 ent was associated with higher NCVs of motor ulnar nerve and sensory medial nerve 2 years post-gene t
12 stography have detected slipping of the both ulnar nerve and the additional band of the medial tricep
13 d symptoms of lower plexus compression only (ulnar nerve), and 452 patients had symptoms of both.
14 esponsiveness often occurred (especially for ulnar nerve) around footfall, perhaps reflecting a behav
15 he most often reasons is the slipping of the ulnar nerve as the result of the Osborne fascia/anconeus
16 timuli of randomly varied intensity over the ulnar nerve at the elbow, and recording all-or-none pote
18 er the iS1 and electrical stimulation of the ulnar nerve at the wrist, we examined somatosensory evok
20 ry nerve fibres were studied in normal human ulnar nerves by the method of latent addition, using thr
21 ere were significant differences in the mean ulnar nerve compound muscle action potential amplitude,
22 irin) inhibited a diabetes-induced defect in ulnar nerve conduction velocity, but neither agent was f
25 ate diagnosis of and differentiation between ulnar nerve dislocation and snapping of the medial trice
26 namic sonography of the elbow for diagnosing ulnar nerve dislocation and snapping triceps syndrome is
28 sed by an ex vivo forepaw muscles/median and ulnar nerves/dorsal root ganglion (DRG)/spinal cord (SC)
31 ormal subjects electrical stimulation of the ulnar nerve (ESUN) and MSUN were compared and AP twitch
37 plete traumatic transection of the median or ulnar nerve in the forearm were prospectively followed f
39 n restore forelimb function after median and ulnar nerve injury, which causes hyposensitivity of the
43 s are: lack of the Osboune fascia leading to ulnar nerve instability and focal soft tissue tumors (fi
45 sly shown that transection of the median and ulnar nerves is followed by an expansion in the represen
47 scle function by magnetic stimulation of the ulnar nerve (MSUN) that could be applied to patients in
49 tudy was to compare the DTI metrics from the ulnar nerves of healthy (asymptomatic) adults and patien
50 und muscle action potential amplitude of the ulnar nerve (p=0.0103) and peroneal nerve (p<0.0001), co
53 measured during transcutaneous supramaximal ulnar nerve stimulation and arterialized venous blood ga
54 dition, paired associative stimulation using ulnar nerve stimulation and PA TMS pulses over M1, a pro
55 measured during transcutaneous supramaximal ulnar nerve stimulation before and 10 to 15, 30, and 60
56 mpound muscle action potentials (CMAPs) from ulnar nerve stimulation in the right and left first dors
57 rtical interneurons by testing the effect of ulnar nerve stimulation on motor-evoked potentials (MEPs
58 tosensory evoked potentials (SEPs) evoked by ulnar nerve stimulation, and (3) transcortical stretch o
60 led unusual distal triceps anatomy, moderate ulnar nerve swelling and lack of medial epicondylitis sy
62 d by application of topical capsaicin to the ulnar nerve territory of the hand dorsum modulated N13 S