Available in English and Spanish, this e-newsletter separates fact from fiction on over 40 heart topics by Texas Heart Medical Group's Dr. Stephanie Coulter.
Available in English and Spanish, this e-newsletter separates fact from fiction on over 40 heart topics by Texas Heart Medical Group's Dr. Stephanie Coulter.
Available in English and Spanish, this e-newsletter separates fact from fiction on over 40 heart topics by Texas Heart Medical Group's Dr. Stephanie Coulter.
Available in English and Spanish, this e-newsletter separates fact from fiction on over 40 heart topics by Texas Heart Medical Group's Dr. Stephanie Coulter.
Available in English and Spanish, this e-newsletter separates fact from fiction on over 40 heart topics by Texas Heart Medical Group's Dr. Stephanie Coulter.
The Cardiovascular Pathology Research department at Texas Heart Institute (THI) works to conduct original research and to support THI research investigators with core lab services. Additionally, the department provides specialized pathology and histology services including Transmission Electron Microscopy (TEM) and Low and High Vacuum Scanning Electron Microscopy (SEM) with Elemental Analysis on a fee-for-service basis to medical companies, institutions and investigators outside of THI.
As a vital part of the Institute’s overall cardiovascular research team, THI’s cardiovascular pathologists work to provide researchers with critical information they need to progress their studies forward.
Pamela Potts, Administrative Director
Email: ppotts@texasheart.org
Phone: (832) 355-6524
Our GLP Compliant Laboratory for preclinical studies has a CLIA Certificate of Compliance for Transmission Electron Microscopy (TEM) clinical services. The lab supports Histology and Electron Microscopy studies involving stents, valves, aneurysm coils, pacing leads, endovascular devices and lasers.
One of our longest-standing research departments, the Cardiovascular Surgery Research Laboratories seek to advance medical knowledge and develop new ways to repair and replace diseased organs to enhance and extend life. Researchers in this department have been involved in the development of nearly every mechanical circulatory support device in use today.
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