Updated: Sun, 10/06/2024 - 10:30

From Saturday, Oct. 5 through Monday, Oct. 7, the Downtown and Macdonald Campuses will be open only to McGill students, employees and essential visitors. Many classes will be held online. Remote work required where possible. See Campus Public Safety website for details.


Du samedi 5 octobre au lundi 7 octobre, le campus du centre-ville et le campus Macdonald ne seront accessibles qu’aux étudiants et aux membres du personnel de l’Université McGill, ainsi qu’aux visiteurs essentiels. De nombreux cours auront lieu en ligne. Le personnel devra travailler à distance, si possible. Voir le site Web de la Direction de la protection et de la prévention pour plus de détails.

Dusica Maysinger

Academic title(s): 

Professor Emerita, Department of Pharmacology & Therapeutics

Dusica Maysinger
Contact Information
Address: 

McIntyre Medical Sciences Building
3655 Prom. Sir-William-Osler
Room 1314
Montreal, QC, H3G 1Y6

Email address: 
dusica.maysinger [at] mcgill.ca
Phone: 
514-398-1264
Department: 
Pharmacology and Therapeutics
Area(s): 
Neurochemistry
Degree(s): 

Doctorate (PhD) University of Southern California, Los Angeles, USA; Postdoctoral training in neurochemistry at the Max-Planck-Institute, Munchen, Germany, University of Oxford,UK, McGill University, Canada. Other professional training: Karolinska Institut, Stockholm, Sweden (microdialysis); Cell Biology and Anatomy, Heidelberg, Germany (neuroscience).

Current research: 

The “leitmotiv" of my research is the establishment of nanoparticles-based diagnostics and nano-delivery systems for therapeutic agents that will promote cell survival, neuronal growth and differentiation. I am particularly interested in the mechanisms that underlie the nanoparticle-cell interactions and signaling pathways involved in these processes. In the last several years our focus has been on the role of glia, particularly microglia, in the elimination OF nanostructured materials from, and their delivery to, sites of injury. We anticipate that our cell biological investigations of drug-polymer-cell interactions will have biomedical applications, especially in the fields of diagnosis and treatment. My main scientific contributions are in revealing the mechanisms of cell death by nanostructures and roles of organelles in cell adaptation and functional repair.

Selected publications: 
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