EDUCATION

Our programs focus on the evolution of cardiothoracic surgery, and we are recognized leaders in the education of cardiothoracic surgical residents and fellows

RESEARCH

We are dedicated to the principles of vision, perseverance, and rigorous scientific investigation and a commitment to conduct well-conceived, cutting-edge research
 

CLINICAL CARE

Patients and referring physicians have access to the broadest range of treatments, allowing the best choice based on the most current therapies available
 

The Department of Cardiothoracic Surgery at Stanford University Medical Center takes pride in the rich tradition of excellence and pioneering firsts that have made it one of the top cardiac and thoracic programs in the nation. Our long and distinguished legacy of research dates back to the late 1950s — our most notable triumphs being the first adult human heart transplant in the United States, the world's first successful adult human combined heart-lung transplant, the first successful use of a ventricular device as a bridge to transplantation, the first thoracic aortic stent graft, and the development of the first integrated platform for minimally invasive heart surgery.

Our Department is comprised of three divisions:

internationally renowned for surgical leadership and expertise and a record of more than 30,000 cardiac procedures
 

highly reputed for the management of patients with lung cancer, emphysema, esophageal cancer, and mediastinal diseases

one of the largest specialized pediatric cardiovascular surgery programs in the US, acclaimed for its contributions to improving survival from lethal cardiac malformations

Together, the Department of Cardiothoracic Surgery continues to improve patient health
through continual scientific innovation, revolutionary operative care, and exemplary surgical education.

Resident Applicants

Integrated CT Surgical Program
(for Medical Students)

General Thoracic Track
(for Surgery Residents)

Featured News

Ngan Huang, PhD, invited to participate Biomedical Engineering Society's 2017 Young Innovator program

Her work generating blood vessels using stem cells and three-dimensional scaffolds will be featured in a special issue of the Cellular and Molecular Bioengineering journal and in a panel at the 2017 BMES Conference.