Répertoire des subventions financées

Filtrer par

558 ésultat(s) trouvé(s)

Neural and computational bases of pain perception and modulation

  • Type de programme

    Capacity building grants

  • Domaine de recherche

    Central Nervous System

  • Disease Area

    Other

  • Compétition

    Future Leaders in Canadian Brain Research

  • Province

    Québec

  • Date de Début

    2023

  • Montant total du financement

    $100,000

  • Contribution Santé Canada

    $50,000

Aperçu du projet

Why do people feel pain differently, and why does it last longer for some even after healing? Despite decades of research in the neuroscience of pain, our understanding of how pain is generated and modulated in the brain remains limited. Here, we aim to combine mathematical approaches and advanced brain…

Projet en cours

Voir le projet et les chercheurs

Stimulation-based Multi-Scale Inference of Brain Dynamics in Humans with Neurological Disorders

  • Type de programme

    Capacity building grants

  • Domaine de recherche

    Neurodegeneration

  • Disease Area

    Parkinson's

  • Compétition

    Future Leaders in Canadian Brain Research

  • Province

    Ontario

  • Date de Début

    2023

  • Montant total du financement

    $100,000

  • Contribution Santé Canada

    $50,000

Aperçu du projet

Deep brain stimulation (DBS) has been successfully used to reduce symptoms of Parkinson’s disease by delivering electrical pulses to the substructures of the basal ganglia and thalamus. Despite successful clinical outcomes of DBS, less consideration has been given to how DBS modulates information processing in the human brain. Here, we…

Projet en cours

Voir le projet et les chercheurs

CSF constitutents as mediators of brain damage in demyelinating diseases of the central nervous system

  • Type de programme

    Capacity building grants

  • Domaine de recherche

    Neurodegeneration

  • Disease Area

    Multiple Sclerosis

  • Compétition

    Future Leaders in Canadian Brain Research

  • Province

    Ontario

  • Date de Début

    2023

  • Montant total du financement

    $100,000

  • Contribution Santé Canada

    $50,000

Aperçu du projet

Most nerves in the brain are surrounded by myelin, an insulating cover that allows them communicate efficiently. Brain damage in multiple sclerosis (MS) results from two, partially independent processes. On one side there are recurring attacks of immune cells on the myelin, which are responsible for development of new symptoms…

Projet en cours

Voir le projet et les chercheurs

Translating knowledge from primate neuroscience and artificial intelligence to develop non-invasive behavioral modulation strategies during emotion recognition in autistic adults

  • Type de programme

    Capacity building grants

  • Domaine de recherche

    Central Nervous System

  • Disease Area

    Other

  • Compétition

    Future Leaders in Canadian Brain Research

  • Province

    Ontario

  • Date de Début

    2023

  • Montant total du financement

    $100,000

  • Contribution Santé Canada

    $50,000

Aperçu du projet

Recognizing emotions and intentions from facial expressions is crucial for human communication and social interaction. While most adults can easily do this, individuals with Autism Spectrum Disorder (ASD) often face challenges in this area. Previous research suggests that differences in how the brain processes sensory information may contribute to these…

Projet en cours

Voir le projet et les chercheurs

Uncovering the nanoscale underpinnings of cognitive decline

  • Type de programme

    Capacity building grants

  • Domaine de recherche

    Neurodegeneration

  • Disease Area

    Other

  • Compétition

    Future Leaders in Canadian Brain Research

  • Province

    Québec

  • Date de Début

    2023

  • Montant total du financement

    $100,000

Aperçu du projet

Even in the healthy brain, ageing is commonly associated with cognitive decline. The factors that could explain large inter-individual differences in the progression of the decline are still poorly understood. In this project, we propose to use a multidisciplinary strategy, including behavioral tests, optical microscopy, electrophysiology, and artificial intelligence, to…

Projet en cours

Voir le projet et les chercheurs