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1 erior tibial (PT) nerves and right posterior femoral nerve.
2  measured during magnetic stimulation of the femoral nerve.
3  measured during magnetic stimulation of the femoral nerve.
4 ceps muscle by electrical stimulation of the femoral nerve.
5 less stimulation of the animals' sciatic and femoral nerves.
6 s to condition the neuron by stimulating the femoral nerve 1 week before injury were also without eff
7  supramaximal paired magnetic stimuli of the femoral nerve (1-100 Hz), was assessed pre- and at 2.5 t
8        Experiments were performed on the rat femoral nerve and evaluated by exposing its terminal cut
9 in both somatic motor (obturator, sciatic or femoral nerves) and sympathetic outflows (either renal n
10 ltaneous stimulation of the left sciatic and femoral nerves at 3 Hz for 10 min.
11 ltaneous stimulation of the left sciatic and femoral nerves at 3 Hz for 10 min.
12 ery with en bloc resection of the sciatic or femoral nerves at a single center were included.
13 t (S-FICB), infrainguinal FICB (I-FICB), and femoral nerve block (FNB).
14     We noted two (0.2%) major complications: femoral nerve compression with resulting weakness, and a
15 ding and posture was determined by comparing femoral nerve elicited heteronymous excitation and inhib
16                  Previous studies in the rat femoral nerve have shown that regenerating motor neurons
17 anced pelvic tumors involving the sciatic or femoral nerve have traditionally been considered inopera
18 iceps twitch force generation in response to femoral nerve magnetic stimulation, to assess leg streng
19                                   In the rat femoral nerve model, reinnervation is already substantia
20                          En bloc sciatic and femoral nerve resection can be performed during extended
21 plete sciatic, partial sciatic, and complete femoral nerve resection was performed in 26 (38%), 38 (5
22 s, 68 patients (9.5%) had en bloc sciatic or femoral nerve resection.
23               Previous crush of the proximal femoral nerve significantly increased the specificity of
24 ercise in response to supra-maximal magnetic femoral nerve stimulation (DeltaQ(tw); 1-100 Hz).
25 o post-exercise in response to supra-maximal femoral nerve stimulation (DeltaQ(tw,pot)).
26 s force in response to supramaximal magnetic femoral nerve stimulation (DeltaQ(tw,pot)).
27 acilitation of the soleus H-reflex evoked by femoral nerve stimulation (FN facilitation)] nerves were
28 each trial, twitch responses to supramaximal femoral nerve stimulation and transcranial magnetic stim
29       At each of these two stages, bilateral femoral nerve stimulation was used to increase lower ext
30 tch quadriceps force in response to magnetic femoral nerve stimulation, measured in 39 patients, was
31                             Using electrical femoral nerve stimulation, quadriceps twitch force (Q(tw
32 us post-exercise in response to supramaximal femoral nerve stimulation.
33 while evoked contractions were performed via femoral nerve stimulation.
34  force (Q(tw)) was measured using electrical femoral nerve stimulation.
35 s assessed by measuring force in response to femoral nerve stimulation.
36 torque (DeltaQTsingle ) evoked by electrical femoral nerve stimulation.
37 nce spectroscopy ((31) P-MRS) and electrical femoral nerve stimulations.
38 r at intervals from 4 d to 4 weeks after rat femoral nerve transection and suture.
39 ique in clinical practice that can block the femoral nerve trunk, obturator nerve trunk, and lateral
40                                          The femoral nerve was supramaximally stimulated with a figur
41  following tracheotomy, the left sciatic and femoral nerves were electrically stimulated at 3 Hz for