Karine MONTEIL
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Karine Monteil is specialized in biomechanics. She was the first graduate of the PhD in Sport Science delivered by the Claude Bernard University of Lyon (UCBL) in February 1992. Part of her thesis was carried out at the International Center for Aquatic Research located in the U.S. Olympic Training Center in Colorado Springs. During the last year of her thesis, she held a half position of ATER within the STAPS component of the UCBL, where she was recruited as a lecturer in 1992. Since then, she has always been involved in collective responsibilities at the level of the institution (elective mandates in the Scientific Council; International Relations commission) or of the component (staff commission, research commission, international mobility correspondent, etc.). Her investment in IR has led to increase the inter-institutional agreements and to internationalize the educational offer of its component through the implementation of double Master's degrees. Currently, her central research theme is focused on interarticular coordination during dynamic movements, whose main fields of application are rehabilitation and prevention with a particular focus on osteoarticular pathologies of the lower limb (ACL rupture, etc.). After studying motor coordination of the operated and non-operated limbs, post ACL surgery reconstruction, a study is underway to determine the evaluation criteria for the return to play and to competition. She has developed scientific collaborations, both internationally (Pr Bobbert, Faculty of Human Movement Sciences, VU, Amsterdam, etc.) and locally with the university-hospital environment in Lyon (Pr. Neyret and Servien, Orthopedic Surgery Department, HCL, Croix Rousse; Dr. Dejour, Clinique de la Sauvegarde, etc.). Part of its research projects (leader or associate) has received financial support (companies, sports federations, region, etc.).
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Karine Monteil (karine.monteil @ univ-lyon1.fr)
Institution Université Claude Bernard (Lyon 1) Team: [SPIP] Position Associate Professor
Publications
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1. Importance of including the lumbopelvi-femoral complex in the analysis of vertical jump without countermovement in order to avoid errors in overestimating the mechanical work attributed to the hip joint. 2. The lumbopelvi-femoral complex, apart from its function of stability and maintaining balance, appears to actively contribute to performance in movements involving posterior chain extension. 3. Seven months after surgical reconstruction of the ACL, the operated leg exhibited deficits in range of motion, moments and joint power (linked to a lower angular speed) of the 3 joints of the lower limb. 4. The non-operated leg also presents an overall muscular deficit of the extensors of the joints of this lower limb. 5. From a prevention standpoint, the importance of the jump landing technique in order to reduce the anterior tibial translational action of the quadriceps and to promote tension in the hamstrings, while improving dynamic control of the knee.
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