AI Tool Identifies Aggressive Cancer Cells
A new AI tool developed by Jun Ding identifies the most aggressive cancer cells and predicts patient outcomes.
Publications
View news items and posts from some of our respiratory research publications. For a complete publication list, please go here: https://meakinsmcgill.com/publications/
Rethinking Tuberculosis Care in Nunavik: Inuit Voices Call for Change
New study by Faiz Ahmad Khan reveals how Inuit communities in Nunavik experience tuberculosis care and calls for more culturally safe, community-led approaches to improve outcomes.
New Injectable Gel Shows Promise for Repairing Swallowing Muscles
A new injectable gel boosts stem cell survival and could advance regenerative treatments.
Rapid Diagnostic Test Will Dramatically Change How Antibiotics are Prescribed
Dao Nguyen co-develop a 36-minute diagnostic test to rapidly identify bacteria and antibiotic susceptibility.
A Hidden Clue to Lifelong Health: The Height-GaP
Study by Ben Smith introduces height-GaP, a simple measure linking early-life growth adversity to adult mortality risk, revealing how childhood conditions shape lifelong health.
Decade of Discovery in Trained Immunity: A Landmark eLife Focus Issue
A major eLife Focus Issue highlights 10+ years of trained immunity research, featuring key contributions from Meakins scientists
Expanding TB Prevention Could Save Millions of Lives
Study by Jonathon Campbell shows that scaling up existing TB screening and preventive treatments will save lives and costs
New Injectable Hydrogel Offers Hope for Voice Loss Treatment
Nicole Li-Jessen develops biomaterials for vocal tissue and muscle reconstruction and developed an injectable hydrogel that could restore damaged vocal cords
AI Tool DOLPHIN Uncovers Hidden Disease Markers Inside Single Cells
Jun Ding and team have developed DOLPHIN, an AI tool that goes beyond gene-level analysis to detect overlooked disease markers
AI and Wearables can Spot Infections Before Symptoms Start
Dennis Jensen developed the first wearable system to can predict early inflammation from infections