James T. Willerson Science Seminar | Darren Woodside, PhD

THI Denton A. Cooley Auditorium 6770 Bertner Avenue, Houston, Texas

Darren Woodside, PhD Vice President for Research Texas Heart Institute About the James T. Willerson, MD, Cardiovascular Science Seminar Series The James T. Willerson, MD, Cardiovascular Seminar Series is a multi‐institutional program organized by the Texas Heart Institute, MD Anderson Cancer Center, Baylor College of Medicine and The University of Texas Health Science Center at...

Faculty & Fellows Leadership Breakfast with Dr. Vivian Ho

THI Board Room C540A 6770 Bertner Avenue, TX, United States

Special cardiology faculty & fellows breakfast in honor of Dr. Vivian Ho, our distinguished Cardiology Grand Rounds speaker. The breakfast will be located in the Texas Heart Institute Denton A. Cooley Executive Board Room between 9:30 and 11:00 am.

THI Grand Rounds | Vivian Ho, PhD

THI Denton A. Cooley Auditorium 6770 Bertner Avenue, Houston, Texas

Vivian Ho, PhD James A. Baker III Institute Chair in Health Economics and Professor of Economics Rice University   Live Webcasting To participate in the live webcast, and to obtain credit on your transcript, log in from any computer, phone or table to participate in the Live Webcasting service provided by Baylor St. Luke’s Medical Center....

19th Texas Update In Cardiovascular Advancements

THI Denton A. Cooley Auditorium 6770 Bertner Avenue, Houston, Texas

Course Director: James T. Willerson, MD Over the past decade, physicians and scientists have worked diligently to find ways to combat the various physiological and behavioral risk factors and the genetic alterations associated with cardiovascular disease. This one-day symposium features lectures and discussions by distinguished faculty who provide current information on the status and future directions...

Cath Conference Series | Michael Harms, MD

The Texas Heart Institute 6770 Bertner Avenue, Houston, TX, United States

Michael Harms, MD Location: Cath Lab Admin (O609C) www.texasheart.org/RSC