References of "WANG, François-Charles"
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See detailStratégie d’exploration neurophysiologique de la myasthénie
WANG, François-Charles ULg

in Lettre du Neurologue (La) : le Courrier du Spécialiste (2012), XVI(8),

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See detailProteomic comparison of high and low responders to eccentric exercise
Hody, Stéphanie ULg; Croisier, Jean-Louis ULg; Leprince, Pierre ULg et al

in Meeusen, R.; Duchateau, J.; Roelands, B. (Eds.) et al Book of Abstracts of the 17th annual Congress of the ECSS (2012, July)

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See detailMuscle fatigue experienced during maximal eccentric exercise is predictive of the plasma creatine kinase (CK) response
Hody, Stéphanie ULg; Rogister, Bernard ULg; Leprince, Pierre ULg et al

in Meeusen, R.; Duchateau, J.; Roelands, B. (Eds.) et al Book of Abstracts of the 17th annual Congress of the ECSS (2012, July)

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See detailComment j'explore une atteinte des nerfs crâniens ?
WANG, François-Charles ULg; LOZZA, Alessandro

Conference (2012)

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See detailUtilité et sûreté de l’injection de toxine botulinique, guidée par EMG, dans les mouvements involontaires de la langue
Lozza, Alessandro; WANG, François-Charles ULg; CABIB, Christopher et al

Conference (2012)

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See detailEvaluation de l'atteinte motoneuronale dans la sclérose latérale amyotrophique par la technique MUNE
WANG, François-Charles ULg; LE FORESTIER, Nadine; BOUCHE, Pierre

in POUGET, Jean; ATTARIAN, Shahram (Eds.) ENMG 2012 (2012)

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See detailEvaluation de l’atteinte motoneuronale dans la sclérose latérale amyotrophique par la technique MUNE
WANG, François-Charles ULg; Le Forestier, Nadine; Bouche, Pierre

in POUGET, Jean; ATTARIAN, Shahram (Eds.) ENMG 2012 (2012)

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See detailStratégies diagnostiques (DES en Médecine Physique)
WANG, François-Charles ULg

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See detailENMG (DES en Médecine Physique)
WANG, François-Charles ULg

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See detailENMG de l'épaule douloureuse
WANG, François-Charles ULg

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See detailHuman muscle proteome modifications after acute or repeated eccentric exercises
Hody, Stéphanie ULg; Leprince, Pierre ULg; Sergeant, K. et al

in Medicine & Science in Sports & Exercise (2011), 43(12), 2281-2296

INTRODUCTION:: DOMS (Delayed-Onset Muscle Soreness), a condition triggered by eccentric exercise, affects muscle cells at a biochemical level in a poorly understood fashion. The objective of the present ... [more ▼]

INTRODUCTION:: DOMS (Delayed-Onset Muscle Soreness), a condition triggered by eccentric exercise, affects muscle cells at a biochemical level in a poorly understood fashion. The objective of the present study was to examine human muscle proteome modifications induced by strenuous eccentric exercises following a specific training aimed to prevent DOMS. METHODS:: Biopsy of the rectus femoris were taken from healthy human volunteers in three successive conditions: (1) at rest, (2) 24 hours after an injuring exercise protocol consisting of 3 series of 30 maximal contractions of the quadriceps on an isokinetic dynamometer, (3) 24 hours after a similar exercise bout preceded either by 5 eccentric training sessions, or no training. RESULTS:: Muscle damage was assessed before and 1 day after each maximal eccentric test by comparing three indirect markers: plasma activity of creatine kinase (CK), muscle stiffness and subjective pain intensity. Compared to the first eccentric test, those markers were reduced after the second test and further reduced if this second test followed the eccentric training, thus confirming the protective effect of such training. Muscle protein extracts were subjected to a 2D-DIGE proteomic analysis coupled with MALDI-TOF-MS protein identification. Surprisingly, we observed that myosin heavy chains decreased after the first eccentric test, and were reduced further with other contractile proteins after the second test. Furthermore, the expression of several glycolytic enzymes decreased only after the second test that was preceded by a specific training. CONCLUSION:: These findings suggest that the eccentric training resulted in a switch to oxidative metabolism, which may be associated with protection from DOMS. [less ▲]

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See detailL’onde F dans tous ses états
WANG, François-Charles ULg; Massart, Nicolas ULg; Kaux, Jean-François ULg et al

in Revue Neurologique (2011), 167

F-waves result from the discharge of the motoneurons following their antidromic activa- tion. The F-wave appears, as an indirect (the F-wave latency decreases when the stimulation site moves away from the ... [more ▼]

F-waves result from the discharge of the motoneurons following their antidromic activa- tion. The F-wave appears, as an indirect (the F-wave latency decreases when the stimulation site moves away from the muscular detection) and late response (occurring after the M response). In practice, the most useful parameter is the F-wave minimal latency, provided that at least seven distinct F-waves are evoked. When the analysis is relative either to the controlateral side, or to a former examination, this parameter is one of most sensitive in electroneuromyography. F-wave evocation implies conduction along the entire peripheral nervous system, and particularly its proximal part, which is not investigated by nervous trunks conduction velocity studies. Thus, F wave study is the most useful in plexopathies and polyradiculonevritis. In the early phase of Guillain-Barre ́ syndrome, their absence may be the unique sign indicative of proximal conduction blocks. [less ▲]

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See detailAtelier : exploration ENMG de la jonction neuro-musculaire
WANG, François-Charles ULg

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See detailLa maladie d'Hirayama
WANG, François-Charles ULg; GÖBELS, Catherine ULg; TOMASELLA, Marco ULg et al

in Correspondances en Nerf & Muscle (2011), XV(7), 246-252

La MH reste une maladie rare et sa physiopathologie, toujours incertaine, rend le choix thérapeutique quelque peu hasardeux. Le port du collier cervical semble indiqué en phase évolutive dans les formes ... [more ▼]

La MH reste une maladie rare et sa physiopathologie, toujours incertaine, rend le choix thérapeutique quelque peu hasardeux. Le port du collier cervical semble indiqué en phase évolutive dans les formes les plus typiques. Lorsque se surajoute une compression visible de la moelle cervicale en position neutre, une image cavitaire intra-médullaire ou une atteinte débordant les cornes antérieures, un geste chirurgical devra être discuté. [less ▲]

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See detailLatence du potentiel global d’action musculaire du muscle 1er interosseux dorsal de la main
Kaux, Jean-François ULg; Dive, Dominique ULg; Wang, François-Charles ULg

in Lettre du Neurologue (La) : le Courrier du Spécialiste (2011), XV(1), 21-23

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See detailL'onde F dans tous ses états
Wang, François-Charles ULg; Massart, Nicolas ULg; Kaux, Jean-François ULg et al

in Journées de la Société Francophone du Nerf Périphérique - Livre des Résumés (2011, January)

C’est Magladery et McDougal (1950) qui, les premiers, ont constaté l’existence des réponses F au niveau du pied (F pour foot) chez l’homme. Dawson et Merton (1956) ont ensuite démontré que celles-ci ne ... [more ▼]

C’est Magladery et McDougal (1950) qui, les premiers, ont constaté l’existence des réponses F au niveau du pied (F pour foot) chez l’homme. Dawson et Merton (1956) ont ensuite démontré que celles-ci ne résultent pas d’un réflexe, mais de la décharge des motoneurones suite à leur activation rétrograde par des volées d’influx centripètes. L’onde F se traduit au niveau musculaire, par une réponse indirecte (dont la latence diminue lorsque le site de stimulation nerveuse s’éloigne du site de détection musculaire), tardive (survenant après la réponse M), de longue latence. Lors d’une stimulation nerveuse supramaximale, une ou plusieurs unités motrices participent à la formation de la réponse F. Lorsque la stimulation nerveuse est répétée, les unités motrices, générant l’onde F, changent d’une stimulation à l’autre, induisant une variabilité en latence, durée, amplitude et forme de la réponse tardive. Cette variabilité est principalement liée au niveau d’excitabilité des motoneurones α. En clinique, le paramètre le plus utile est la latence minimale, à condition qu’au moins 7 ondes F distinctes soient évoquées. Lorsque l’analyse est relative soit au côté controlatéral, soit à un examen antérieur, ce paramètre est un des plus sensibles en électroneuromyographie. [less ▲]

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