Texas Health Presbyterian Hospital Dallas


Texas Health Presbyterian Hospital Dallas is a teaching hospital and tertiary care facility in the United States, located in the Vickery Meadow area of Dallas, Texas. It is the flagship institution of 29 hospitals in Texas Health Resources, the largest healthcare system in North Texas and one of the largest in the United States. The hospital, which opened in 1966, has 875 beds and around 1,200 physicians. The hospital is the largest business within Vickery Meadow. In 2008, the hospital implemented a program in which critical care physician specialists are available to patients in the medical and surgical intensive care units 24 hours a day, eliminating ventilator-associated pneumonia, central line infections and pressure ulcers. The hospital has maintained an active internal medicine residency training program since 1977, and hosts rotating medical students from University of Texas Southwestern Medical Center.

Ebola virus outbreak

In 2014, the hospital was thrust into the national spotlight as the site of the first Ebola case diagnosed in the United States. One patient, Thomas Eric Duncan, who allegedly told healthcare workers there that he had recently traveled from Liberia, was not initially diagnosed with Ebola, but sent home. When he continued to become sicker he returned to the hospital, where his Ebola was correctly diagnosed, but he died of the disease. Two nurses who had treated this patient, Nina Pham and Amber Joy Vinson, subsequently contracted Ebola. Ms. Vinson had flown from Dallas to Ohio and back before she was diagnosed with Ebola, potentially exposing a number of other people to the disease in the meantime.

Notable patients

Exteriors of the 1966 hospital building were used extensively in the original nighttime drama Dallas. the building represented the fictional Dallas Memorial Hospital during on location filming and in establishing shots during Seasons 2, 3 & 4 of the series which included record high rated episodes related to Who shot J.R.? storyline.