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Florent Lebon

PhD, Neuroscience

Florent Lebon
41 years old
Driving License
Villeurbanne (69100) France
Professional Status
Employed
Open to opportunities
About Me
My main topic is focused on the effect of motor imagery on motor learning, performance and rehabilitation after peripheral and central injuries.
My research encompasses behavioural and cognitive neuroscience and psychophysiology.
  • Main Research interest: neurophysiology of action and motor learning, cognitive neurosciences, motor imagery, inhibitory mechanisms, cerebral plasticity.
  • Teaching: neuroscience, cerebral plasticity, motor learning, statistics
Company Description
INSERM Laboratory U1093 "Cognition, Action et Plasticité sensorimotrice"
  • Main Research interest: motor imagery, cerebral plasticity, mental fatigue, inhibitory mechanisms
  • Teaching: post-lesional cerebral plasticity, motor learning, physical activity and health, biomechanics
Company Description
INSERM Laboratory U1093 "Cognition, Action et Plasticité sensorimotrice"
  • Project on cortical inhibition (competition - resolution) during selection of action.
  • Assessment of corticomotor excitability with transcranial magnetic stimulation.
Company Description
Cognition and Action (CognAc) Lab, Pr. Richard Ivry, Department of Psychology.
  • Member of the Neurology Research Group (Dir. Pr Alan Barber), Department of Medicine, Centre for Brain Research, University of Auckland
  • Member of the Movement Neuroscience Laboratory (Dir. Pr Winston Byblow), Faculty of Sport and Exercise Science, University of Auckland
  • Associate member of the Motor and Mental Performance Laboratory (Dir. Pr Christian Collet) - Centre for Sport Research (CRIS, EA647, Dir. Pr Thierry Terret) - University of Lyon (France)
Detailed Description
  • Supervised by Cathy Stinear (PhD) and Winston Byblow (Pr)
  • Grant from Fondation FYSSEN (194, rue de Rivoli, 75001 PARIS), 32 500 €
  • The main objective of the study was to assess the muscle-specific facilitation of the corticomotor pathway and intracortical inhibitory mechanisms underlying motor imagery. In order to understand these mechanisms, the participants will be distinguished through their ability to form vivid mental images. Good and poor imagers will thus be compared to test whether the two different populations will recruit inhibitory processes to the same extent.
  • Lecturer: Neurosciences (4h) - Honor Students
  • Sport Science Faculty
Detailed Description
  • Training and planning - Master 1 Training
  • Lecture - Sport Science Faculty - University Claude Bernard Lyon 1
Detailed Description
  • Neurosciences - Undergraduate Students
  • Motor learning and performance - Undergraduate Students
  • Training and Planning - Honors Students
  • Tutorial - Honors Students
  • Performance Analysis - Undergraduate Students
  • Computer science - Undergraduate Students
  • Sport Science Faculty
Detailed Description
  • Computer Science (60h) - Undergraduate Students