19
Jan
Journée des Jeunes Chercheurs ReFORM – 2ème édition
Le 19 janvier 2023, ReFORM organisera sa 2ème Journée des Jeunes Chercheurs. Lors de cette rencontre virtuelle, des étudiants, (post-)doctorants, assistants et internes auront l’opportunité de présenter l’état actuel de leurs travaux de recherche à l’ensemble du consortium international. Cet évènement a pour but de permettre à ces jeunes chercheurs d’obtenir un feedback bienveillant de la part de leurs pairs, basé sur les expériences individuelles et collectives. Informations pratiques. Le 19 janvier 2023, de 14 à 17h . Plateforme Zoom (un lien vous sera envoyé quelques jours avant l’évènement). Appel à communication ouvert jusqu’au 2 décembre 2022. Abstract de 300 mots maximum, avec la structure suivante : Introduction, Objectifs, Méthodologie, Résultats, Conclusion. . Thématique : Prévention des blessures dans le Sport . En français ou en anglais . Informations et envoi : contact@reform-sportscimed.org . 2ème Journée des Jeunes Chercheurs Page web
25
Jan
Motorized resistance technology – from rehab to performance - Prof. Ola Eriksrud, PhD, Norwegian School of Sport Sciences, Oslo
Sports science lecture Free to attend Professor Ola Eriksrud, PhD - Norwegian School of Sport Sciences Oslo, Department of Physical Performance Lecturer in anatomy, biomechanics, exercise science and motor control. Academic responsibility for THP101 Functional anatomy and THP203 Basic Biomechanics. Area of responsibility Anatomy and biomechanics. Research Applied biomechanics, exercise science and motor control. Short biography BSc in Physiotherapy (1999) and MSc in Physiotherapy (2000) from the University of Connecticut. PhD in Sport Science (2019) from the Norwegian School of Sport Sciences. Adjunct faculty member of the University of Connecticut (2003-2005). Consultant with the National Olympic and Paralympic Commitee (Olympiatoppen) (2009 to present) and basketball coach. Research and development of 1080 Motion and 1080 MAP. About the lecture High performance environments are always seeking competitive advantages. One piece of this puzzle has been motorized resistance technology, which has allowed us to target movement patterns ranging from isolated joint to full kinematic chain movement patterns, as well as linear sprint and change of direction. This presentation will cover a framework of how we systematically apply and take advantage of this technology for testing, rehabilitation and training purposes with examples from a variety of sports at the Norwegian Olympic and Paralympic Committee and the Norwegian School of Sport Sciences.