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Dr. Renzo Cecere

Academic title(s): 
  • Associate Professor of Surgery,  
  • Director, Division of Cardiac Surgery 
  • Surgical Director, Heart Failure & Thoracic Transplant Program 
  • Director, Mechanical Cardiac Assistant Program 
Dr. Renzo Cecere
Contact Information
Email address: 
renzo.cecere [at] mcgill.ca
Department: 
Surgery
Division: 
Cardiac Surgery
Degree(s): 

MD, FRCSC 

Area(s): 
Innovation
Location: 
º£½ÇÉçÇø Health Centre (MUHC - Glen) - Royal Victoria Hospital
Graduate supervision: 

Currently supervising students

Group: 
Currently Recruiting
M.Sc. Students
M.Sc. Non-Thesis projects
Ph.D. Students
Research areas: 
Surgical Outcomes and Quality
Regenerative Medicine
Medical Technology
Precision Health
Areas of expertise: 

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Current research: 

My research involves the use of stem cell-based therapies for cardiac repair and regeneration after a myocardial infarction. The identification of an appropriate stem cell source for cardiac repair applications is currently under investigation. Furthermore, the use of bioactive scaffolds remains a promising avenue to improve current regenerative approaches. My most recent work investigates the regenerative potential of the secretome derived from stem cells, rather than using the cells themselves as a novel avenue for regenerative medicine. The results of this work will improve patient outcomes after a heart attack occurs by reducing the progression of the disease to heart failure. 

Clinical Interests: 
  • Surgery for heart failure
  • Adult and pediatric heart transplantation
  • Mechanical heart assist
Areas of interest: 

Dr. Cecere’s research program focuses on the prevention of cardiac disease and cardiac repair 

Biography: 

Dr. Cecere works to develop a post coronary bypass surgery follow-up interactive program on Alexa to improve patient quality of life. The program will be able to offer a daily patient health assessment which will provide for a faster and more accurate follow-up. 

The use of artificial intelligence (AI) in digital health tools can allocate the use of health resources where it is needed most and improve medical decision-making. The use of an intelligent triage system might be able to handle uncertainty and gaps in knowledge, post-surgery follow-up of a patient. This will personalize health assessment services to meet patient needs post-surgery. 

Selected publications: 

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