Complex diseases like neurological disorders, rare pediatric conditions, chronic kidney diseases, sepsis, and complications from maxillofacial surgery are putting pressure on the global healthcare system. As the volume of medical data grows, ranging from imaging and physiological signals to electronic health records, there is an increasing need for more precise and personalized approaches to diagnosis […]

Au Canada, plus de 90 000 personnes sont atteintes de la sclérose en plaques. Cette maladie neurodégénérative et auto-immune, médiée par l’inflammation, touche le système nerveux central. Les lésions, principalement de la matière blanche, sont à l’origine de perturbations de la transmission de l’influx nerveux entre le système nerveux central et le reste du corps. […]

As populations age, many older adults face increasing difficulty moving safely and comfortably through their cities due to challenges such as limited walking endurance, steep slopes, poor lighting, and the need for regular rest. This project aims to improve pedestrian route planning by developing and comparing methods that generate routes adapted to older adults’ needs, […]

Le traumatisme crânio-cérébral léger (TCCL) constitue un enjeu majeur de santé publique : les enfants de 0–6 ans sont particulièrement vulnérables, alors que la majorité des travaux se concentre sur les plus âgés, suggérant que les TCCL induisent des altérations cérébrales persistantes au-delà de 3 mois post-blessure. La thèse de V.Chouquet étudie ces altérations cérébrales […]

Le diabète de type 2 est une maladie chronique en forte augmentation qui touche des millions de personnes et représente un défi majeur pour les systèmes de santé. Il résulte de l’interaction de plusieurs facteurs, dont la génétique, l’état de santé, le mode de vie et l’environnement. Une détection tardive peut entraîner des complications graves, […]

We will validate TATOM (Tumor-on-a-chip assembly to observe metastasis), a miniature human-on-a-chip platform mimicking cancer metastasis for drug testing. Through customer discovery and market analysis by initially interviewing critical parties in the sector. Through these interviews, we will assess commercial viability, identify user needs, and finally refine the business model to accelerate translation to clinic […]

The Interactive Multisensory Physical Movement (IMPM) model addresses a critical and growing gap in pediatric neurodevelopmental care. It offers a rigorously designed, non-pharmacological therapeutic approach for autism spectrum disorder (ASD) and attention deficit hyperactivity disorder (ADHD). Current treatments often focus on short-term symptom management, have adverse side effects, and produce limited long-lasting improvements in social […]

This project explores how international teaching programs between Canadian universities and Antiguan schools can be designed in ways that are fair, respectful, and beneficial for everyone involved. The research focuses on the Antigua Champions for Health (ACH) program, where Canadian student-teachers work with Antiguan schools to support health and physical education. By listening to both […]

This project focuses on improving how we detect Alzheimer’s disease early by measuring lesser-known, protective forms of the amyloid-ß protein—Aß34, Aß37, and Aß38—in blood and cerebrospinal fluid. These shorter forms are thought to help clear the harmful ones that build up in the brain and cause damage. Using a highly sensitive method called single molecule […]

For decades, dentistry relied on manual processes to create restorations and appliances—methods that are prone to human error, inconsistency, and lengthy production times. 3D printing of dental resins is a transformative technology that is changing how restorations and prostheses are made. 3D printing can integrate with intraoral scanners and CAD/CAM systems to create end-to-end digital […]

This research project aims to develop an innovative blood test for earlier detection of an important subtype of lung tumors, known as neuroendocrine neoplasms (NENs). Unfortunately, these tumors are too often diagnosed late and are difficult to treat. Our approach is to exploit a specific characteristic of neoplasms: tumor cells adapt the way they generate […]

This project aims to democratize access to advanced surgical navigation by developing an open-source, AI-enabled training and guidance system for ultrasound-guided kidney procedures. Built entirely within the free 3D Slicer platform, the system combines real-time tracking and deep-learning segmentation to help trainees and clinicians visualize kidney structures and plan safer, more precise punctures. The collaboration […]