Doris Taylor

Doris Taylor FACC, FAHA
Doris Taylor in 2012
Born	San Francisco
Nationality	American
Institutions	Duke University, Texas Heart Institute
Alma mater	Mississippi University for Women, University of Texas Southwestern Medical Center
Known for	regenerative medicine

Doris Anita Taylor, Ph.D., FACC, FAHA is an American scientist working in regenerative medicine and tissue engineering. She is Director, Regenerative Medicine Research and Director, Center for Cell and Organ Biotechnology at the Texas Heart Institute in Houston, Texas.

Taylor was born in San Francisco and lived in Germany with her parents and two siblings, where her father was in the military. When Taylor was 6 years old, her father was diagnosed with cancer, and the family moved to Texas to seek medical treatment. Experiencing her father's death from cancer, and caring for her brother, who has schizophrenia, led her to a career in medical research.

Taylor earned her B.S. from Mississippi University for Women in Biology and Physical Sciences and earned her PhD in Pharmacology from the University of Texas Southwestern Medical Center, Dallas, Texas. She did her post-doctoral studies at Albert Einstein College of Medicine in the Bronx, New York, where she first worked with tissue engineering, growing heart muscle cells in the laboratory.

She was on the faculty of Duke University from 1991 to 2007, on the faculty of the University of Minnesota from 2003 to 2012, and joined the Texas Heart Institute in 2012. As of 2014 she retains an adjunct professor role at University of Minnesota and is an adjunct professor at Texas A&M University.

In 2008, Taylor's team published a paper in Nature Medicine showing that her team could create beating rat hearts using tissue engineering; the work was called a "landmark". The lab first stripped the cells away from a rat heart (a process called "decellularization") and then injected rat stem cells into the decellularized rat heart.

Taylor also is conducting research which has uncovered differences in the underlying framework of male and female hearts and other vital organs.