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Anschutz Medical Campus in Aurora

A Health Sciences City

Anschutz Medical Campus is one of the nation’s newest health care campuses. Innovative architecture fosters collaboration among students, researchers and clinicians and extends to two world-class campus hospitals: University of Colorado Hospital and The Children’s Hospital.

The campus consists of three zones:

  • Education towers with facilities for training future physicians, researchers and other health professionals
  • Research towers 
  • Clinical-care including the University of Colorado Hospital and The Children's Hospital, which are the School of Medicine's primary adult and pediatric hospital partners.

The facts

    • More than 500,000 patients a year served
    • Industry partners located in the adjacent Colorado Science and Technology Park at Fitzsimons
    • Site totals 227 acres of land including clinical, research and education zones
    • Development investments of $2 billion will ultimately attract more than $4 billion in facility-related funding
    • At present, 3.4 million gross square feet of education, patient care and research space
    • A model across the nation for the successful redevelopment of a decommissioned army facility

The Name

In 2006, in recognition of a series of gifts totaling $91 million by The Anschutz Foundation, the University of Colorado Denver announced that its Aurora campus would be named the Anschutz Medical Campus. The new name recognizes the significant contributions made by the foundation to the university and University of Colorado Hospital. The foundation donated an additional $15 million to create a Health and Wellness Center, designed to foster a new culture of health promotion and disease prevention on a campus that includes hospitals, research facilities and a complete set of health sciences programs, from nursing to medicine to public health.

A Research Track Record

School of Medicine researchers have a proven record of success and expertise in innovation, discovery and commercialization of therapies, drugs and medical devices. With a reputation for delivering results, our 2,000 outstanding faculty members have already begun translating basic sciences into medical breakthroughs that are helping people around the world:

    • First to develop a classification and numbering system for human chromosomes
    • First to identify a genetic factor that converts normal cells into cancer cells
    • First to learn that lymphocytes are preprogrammed to respond to antigens, the foundation of modern immunology
    • First to learn how a human cancer gene functions
    • First to learn that naturally occurring proteins in the blood prevent the AIDS virus from reproducing and spreading to healthy cells
    • Identifier of the first gene that carries the risk of schizophrenia
    • Identifier of key molecular mechanisms in the failing human heart that have led to successful development of effective therapies