Bases scientifiques du traitement physique de la gonarthrose

in KINE 2000 (2000), 11(4), 86-94

Evaluation isocinétique des muscles du genou au cours de la gonarthrose

in Isocinétisme et personnes âgées (2000)

Vérification de la validité du test kinésiologique de Meerseman par des mesures isocinétiques

in Actes du XIIIème Colloque de l’association Internationale Francophone de Recherche Odontologique (2000)

Marqueurs biologiques de souffrance musculaire et cardiaque pendant des contractions excentriques

in Actes de la Réunion Annuelle de la Société Belge de la Médecine et des Sciences du Sport (2000)

Pourquoi et comment effectuer un renforcement musculaire excentrique ?

in Actes du Congrès Eurokiné 1999 (1999, November)

Endurance training versus combined strength and endurance training in leisure-time cyclists

in International Journal of Sports Medicine (1999, October), 20

Effects of training on delayed onset muscle soreness following isokinetic eccentric exercise

in Archives of Physiology & Biochemistry (1999, September), 107(suppl september 1999), 101

Signification des épreuves isocinétiques de résistance à la fatigue

in Actes de la 2e Journée Belge d'Isocinétisme (1999, March 20)

Indications et modalités de la rééducation isocinétique de l'épaule

in Actes de la 2e Journée Belge d'Isocinétisme (1999, March 20)

Effects of Training on Exercise-Induced Muscle Damage and Interleukin 6 Production

in Muscle & Nerve (1999), 22(2), 208-12

To address the question of whether the increased plasma concentration of interleukin 6 (IL-6) following strenuous muscular work could be related to exercise-induced muscle damage, 5 moderately active male ... [more ▼]

To address the question of whether the increased plasma concentration of interleukin 6 (IL-6) following strenuous muscular work could be related to exercise-induced muscle damage, 5 moderately active male volunteers underwent two isokinetic exercise sessions in the eccentric mode, separated by a period of 3 weeks during which the subjects underwent five training sessions. Before training, exercise was followed by severe muscle pain (delayed-onset muscle soreness; DOMS), and by significant increases in plasma IL-6 level and serum myoglobin concentration (SMb) (P < 0.001). After training, postexercise DOMS and SMb values were significantly lower than those measured before training. There was no significant difference between plasma IL-6 levels measured at the same time points before and after training. We conclude that the hypothetical relationship between exercise-induced muscle damage and increased postexercise levels of circulating IL-6 is not substantiated by the present results. [less ▲]