University of Toronto Faculty of Medicine - Hospitals and Research

Hospitals and Research

The Faculty of Medicine operates a health network that comprises twelve teaching hospitals with significant emphasis on tertiary care, including medical treatment, research and advisory services to patients and clients from Canada and abroad. A core member of the network is the University Health Network, which itself consists of three specialized hospitals: Toronto General Hospital for cardiology and organ transplants; Princess Margaret Hospital for oncology as the home of the Ontario Cancer Institute; and Toronto Western Hospital for neuroscience and musculoskeletal health. In total, medical students at the University of Toronto Faculty of Medicine have access to approximately 20 Toronto hospitals during their medical education. (See also, Biodiscovery Toronto)

The Hospital for Sick Children is the pediatric medical centre specializing in treatments for childhood diseases and injuries. The other full affiliates of the Faculty of Medicine are Bloorview Kids Rehab, Baycrest Centre for Geriatric Care, the Centre for Addiction and Mental Health, Mount Sinai Hospital, St. Michael's Hospital, Sunnybrook Health Sciences Centre, Toronto Rehabilitation Institute and Women's College Hospital. Physicians in the medical institutes have cross-appointments to faculty and supervisory positions in the Faculty of Medicine and other university departments. Core rotations may also involve community hospitals, which include North York General Hospital, St. Joseph's Health Centre, Toronto East General Hospital, Credit Valley Hospital and Markham Stouffville Hospital.

In 2005, the Terrence Donnelly Centre for Cellular and Biomolecular Research opened a new research facility consisted of approximately 20,550 gross square metres / 221,120 square feet laboratory and teaching facilities on 10 open concept floors. The facility houses about 400 diverse research specialists, including molecular and developmental biologists, geneticists, computer scientists, chemists and bioengineers. The facility received the 2006 Royal Institute of British Architects (RIBA) International Award and the 2006 Ontario Association of Architects Award of Excellence. It cost approximately $105 million, a large portion of the which were donated by philanthropist and lawyer, Terrence Donnelly. Other funding sources include the Canada Foundation for Innovation, Government of Ontario, Ontario Innovation Trust, University Infrastructure Investment Fund I’Anson Fund and private donations from University of Toronto alumni.

The Terrence Donnelly Centre for Cellular and Bimolecular Research is located in U of T campus on 160 College St. W. The site is a rectangular elongating from south to north and it is surrounded by historical buildings from its south east and west. The site was formerly used as parking lot, service area and pathway to the medical building. Designed and constructed between 2001 and 2005 by the German firm Behnisch Architekten and architectsAlliance of Toronto with their main goal focusing on collaborative ethics and sustainable design.

The CCBR rises above the neighboring buildings where aluminum and glass work together to create a glass tower which is standing on a concrete ground plane. The building is mainly a research facility with no lecture rooms. It is divided into two programmatic spaces. First is the public space located in the ground plane, and the second is the research facility. Three winter gardens are places in different levels across the building giving the researchers fresh air and nice space to work in. Unlike usual structure, each façade of the CCBR tells a different story. The south façade is a high performance curtain wall with double glazing separated by 800mm. this façade integrates inside of it high technological louvers system, together they work to maximize daylight, minimize heat gain/ loss, maximize natural ventilation and control wind. On the east façade colorful glazing are taking place in a sequence of the DNA bar code. Also, in the west façade when looked from distance the patterned ceramic glass represents the double stranded helix of the DNA molecule. Finally, with the use of social spaces, technology and sustainability the CCBR raises the standards of laboratories environment worldwide.

MaRS Discovery District is an affiliated corporation that was established to help commercialize the faculty's life science and medical research through partnerships with private enterprises.