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Expansion du RCMN en une plateforme de données multimodales fondée sur la science ouverte
Aperçu du projet
Le Registre canadien des maladies neuromusculaires (RCMN) soutient la recherche et permet de suivre l’efficacité des traitements pour les troubles neuromusculaires (TNM), des affections rares et complexes qui touchent les nerfs et les muscles. Grâce à la collecte de données dans plus de 40 cliniques, auprès de plus de 5 800 patients à…
Projet en cours
Voir le projet et les chercheursAdvancing Brain Research Through Spatial Histology
Aperçu du projet
The Histology Innovation Platform at McGill University is a specialized facility that helps scientists study the brain at a cellular level to better understand neurological diseases like Alzheimer's, brain cancer, and epilepsy. Using advanced technologies, the platform allows researchers to explore how different brain cells interact and change in disease,…
Projet en cours
Voir le projet et les chercheursThe Douglas-Bell Canada Brain Bank: supporting human brain research in Canada and beyond
Aperçu du projet
The Douglas-Bell Canada Brain Bank (DBCBB; douglasbrainbank.ca), based at the Douglas Research Centre (McGill University affiliate), has become one of the most important brain banks in the world. Founded in 1980, the DBCBB currently houses and manages over 3,600 brains, as well as a large relational database containing demographic, clinical…
Projet en cours
Voir le projet et les chercheursThe Canadian Open Neuroscience Platform
Aperçu du projet
Many of the challenges faced by both basic and clinical neuroscientists, such as ensuring the reproducibility of important findings and the representation of underserved populations, can be tackled with Open Science approaches. To achieve these goals, we have built the Canadian Open Neuroscience Platform (CONP), which aims to make neuroscience…
Projet en cours
Voir le projet et les chercheursEthoLab: A platform for neurophysiological studies of natural behavior
Aperçu du projet
Systems neuroscience owes much of its success to an empirical tradition of using simplified laboratory settings that carefully control sensory stimuli, motor responses, or other task-relevant variables in order to identify the neural mechanisms underlying different behavioral functions. However, while this approach facilitates interpretation of neural signals, it potentially limits…