References of "WANG, François-Charles"
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See detailAtteintes neurologiques périphériques du pied
Kaux, Jean-François ULg; Wang, François-Charles ULg

Conference (2010, April 20)

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See detailL’examen électrophysiologique du nerf fibulaire superficiel
Wang, François-Charles ULg; Courtois, Anne-Catherine ULg; Kaux, Jean-François ULg

in La Lettre du Neurologue (2010), XIV(4), 95-

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See detailParalysie non traumatique du nerf interosseux antébrachial postérieur liée à la pratique du vélo tout-terrain
WANG, François-Charles ULg; GOFFINET, Estelle ULg

in Lettre du Neurologue (La) : le Courrier du Spécialiste (2010)

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See detailCourbatures après exercice excentrique : High et Low responders ?
Hody, Stéphanie ULg; Rogister, Bernard ULg; Croisier, Jean-Louis ULg et al

in Croisier, Jean-Louis; Codine, Philippe (Eds.) Exercice musculaire excentrique (2009)

It is well known that novel and/or unusual exercise consisting of lengthening muscle contractions (eccentric exercise) results in muscle damage. Muscle damage can be assessed via measures of indirect ... [more ▼]

It is well known that novel and/or unusual exercise consisting of lengthening muscle contractions (eccentric exercise) results in muscle damage. Muscle damage can be assessed via measures of indirect markers such as isometric strength, range of motion, blood levels of muscle-specific proteins and muscle soreness. It has been shown that changes in these markers present a large inter-subject variability. Especially, the seric CK response to exercise is largely documented and some authors introduced the notion of High and Low responders to define subjects with exaggerated and light or moderate response to eccentric protocol, respectively. The reasons for the various susceptibility to eccentric exercise are not understood but it seems to be influenced by several factors including genetical, morphological, physiological or training elements. Further studies are necessary to elucidate the underlying mechanisms of the large inter-subject variability in responses to eccentric exercise and in this context, a proteomic approach could be interesting to highlight protein expression differences between High and Low responders. [less ▲]

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See detailExplorations isocinétique et électromyographique de l'épaule atteinte d'une lésion du nerf suprascapulaire
Forthomme, Bénédicte ULg; Wang, François-Charles ULg; Mazza, L. et al

in Brunon-Martinez, A.; Codine, Philippe; Hérisson, C. (Eds.) Epaule neurologique et médecine de rééducation (2009)

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See detailScapula alata : facteurs musculaires et neurologiques
Forthomme, Bénédicte ULg; Wang, François-Charles ULg; Sternon, Anne-Catherine et al

in Brunon-Martinez, A.; Codine, Philippe; Hérisson, C. (Eds.) Epaule neurologique et médecine de rééducation (2009)

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See detailL’examen électrophysiologique du nerf thoracique long (nerf de Charles Bell)
WANG, François-Charles ULg; Courtois, Anne-Catherine ULg; TINANT, France ULg

in Lettre du Neurologue (La) : le Courrier du Spécialiste (2009)

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See detailLe normal et le pathologique Compte-rendu de la table ronde des XV es Journées francophones d’électro-neuromyographie (15-17 mars 2006, Grenoble)
Labarre-Vila, Annick; Fournier, Emmanuel; Jabre, Joe F et al

in Lettre du Neurologue (La) : le Courrier du Spécialiste (2009)

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See detailMotor neuron disorders : novel electrophysiologic approach (MUFDEC protocol)
WANG, François-Charles ULg; Le Forestier, Nadine; WANG, Pascale ULg et al

in Clinical Neurophysiology (2009), Suppl(Vol 60), 143-152

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See detailIsokinetic assessment of the scapular muscles in serratus anterior dysfunction
Forthomme, Bénédicte ULg; Wang, François-Charles ULg; Crielaard, Jean-Michel ULg et al

in Journal of Rehabilitation Medicine Supplement (2008, June), 47

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See detailEvaluation isocinétique des muscles scapulaires : application à une neuropathie
Forthomme, Bénédicte ULg; Wang, François-Charles ULg; Sternon, Anne-Catherine ULg et al

in Abstract book de la 6ème Journée Belge d’Isocinétisme du GIBL (2008, March)

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See detailNovel SACS mutation in a Belgian family with sacsin-related ataxia.
Ouyang, Y.; SEGERS, Karin ULg; BOUQUIAUX, Olivier ULg et al

in Journal of the Neurological Sciences (2008), 264(1-2), 73-6

The authors describe the four patients in the first known Belgian family with autosomal recessive spastic ataxia of Charlevoix-Saguenay (ARSACS). A novel homozygous missense mutation, NM_014363.3: c.3491T ... [more ▼]

The authors describe the four patients in the first known Belgian family with autosomal recessive spastic ataxia of Charlevoix-Saguenay (ARSACS). A novel homozygous missense mutation, NM_014363.3: c.3491T>A in exon 9, of the SACS gene was identified in the present family, which results in an original amino acid of methionine to lysine substitution at amino acid residue 1164 (p.M1164K). Although the cardinal clinical features, i.e., spastic ataxia with peripheral neuropathy, in our patients were similar to those in Quebec patients, our patients exhibited some atypical clinical features, e.g., teenage-onset and absence of retinal hypermyelination. The present family is from Wallonia, and there could be shared ethnicity with the families of Charlevoix-Saguenay. [less ▲]

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See detailElectrophysiologic contribution to cervical pain
WANG, François-Charles ULg; TOMASELLA, Marco ULg

in Revue du Rhumatisme et des Maladies Osteo-Articulaires (2008)

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See detailComplications neurologiques des anesthésies locorégionales
KURTH, Isabelle ULg; LIBBRECHT, Dominique ULg; WANG, François-Charles ULg

in Péréon, Yann (Ed.) ENMG 2008 (2008)

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See detailStratégies ENMG (DES en Neurologie)
WANG, François-Charles ULg

Learning material (2008)

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See detailStimulus-response curve of human motor nerves: multicenter assessment of various indexes.
Boerio, D.; Hogrel, J.-Y.; Lefaucheur, J.-P. et al

in Neurophysiologie Clinique = Clinical Neurophysiology (2008), 38(1), 31-8

The value of various indexes to characterize the stimulus-response curve of human motor nerves was assessed in 40 healthy subjects recruited from four European centers of investigation (Creteil, Lausanne ... [more ▼]

The value of various indexes to characterize the stimulus-response curve of human motor nerves was assessed in 40 healthy subjects recruited from four European centers of investigation (Creteil, Lausanne, Liege, Marseille). Stimulus-response curves were established by stimulating the right median and ulnar motor nerves at the wrist, with stimulus durations of 0.05 and 0.5 ms. The following parameters were studied: the threshold intensity of stimulation to obtain 10% (I 10), 50% (I 50), and 90% (I 90) of the maximal compound muscle action potential, the ratios I 10/I 50, I 90/I 50, (I 90 - I 10)/I 10, (I 90-I 50)/I 50, and (I 50 - I 10)/I 10, and the slopes of the stimulus-response curves with or without normalization to I 50. For each parameter, within-center variability and reproducibility (in a test-retest study) were assessed and between-center comparisons were made. For most of the parameters, the results varied significantly within and between the centers. Within the centers, only the ratios I 10/I 50 and I 90/I 50 were found constant and reproducible. Between the centers, the absolute intensity thresholds (I 10, I 50, I 90) and the ratio I 90/I 50 did not show significant differences at stimulus duration of 0.5 ms, whatever the stimulated nerve. The reduced variability and good reproducibility of the ratios I 10/I 50 and I 90/I 50 open perspectives in neurophysiological practice for the use of these indexes of the stimulus-response curve, a rapid and noninvasive test. [less ▲]

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See detailInterest of a comparative proteomic approach to unravel the aetiology of DOMS in humans
Hody, Stéphanie ULg; Croisier, Jean-Louis ULg; Wang, François-Charles ULg et al

in Acta Physiologica Scandinavica. Supplementum (2008), 194(suppl 666), -09

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