Comprendre les mécanismes neuroplastiques de la mémoire procédurale pour améliorer la mobilité


Marc Roig Pull

CISSS de Laval


Domaine : neurosciences, santé mentale et toxicomanies

Programme Chercheurs-boursiers - Junior 1

Concours 2018-2019

The human brain has the capacity to store different types of information. We may need to remember names, places and events that occurred in the past. We also may need to remember how to perform movements which are required for very simple activities of daily living such as walking or dialling a telephone number. Regardless of the type of information stored, the capacity to form memories depends on the innate capacity of the brain to change with experience. Scientists call this capacity brain plasticity.

The aging process and some clinical conditions may impair brain plasticity, diminishing the capacity for storing information. Understanding how aging and disease may impact on brain plasticity and the effects on memory is crucial for the design of strategies aiming at preventing memory deterioration or even at restoring memory functions after brain damage. My research program investigates the effects of aging and neurological diseases on brain plasticity and assesses the effectiveness of exercise on improving memory.

The research program uses a combination of advanced scientific techniques to answer important questions such as: Why do older people have problems remembering? Do sleep and exercise combined improve memory? Can exercise promote brain plasticity and accelerate motor recovery after brain injury? The research program will provide answers to these questions, contributing to a better understanding of how memories are formed in the human brain. Only after obtaining this information, will we be able to develop novel and more effective strategies to promote brain plasticity and memory in different age groups and people with various clinical conditions.