117 results match your criteria: "and the Texas Heart Institute[Affiliation]"
SERIAL GRADED EXERCISE TESTING IN FOLLOW-UP OF CORONARY ARTERY BYPASS: A PRELIMINARY REPORT.
Cardiovasc Dis
January 1977
St. Luke's Episcopal Hospital-Clayton Foundation for Research Laboratory, and the Texas Heart Institute, Houston, Texas.
CONSIDERATIONS FOR INTRAOPERATIVE PACEMAKER AND LEAD SYSTEM ANALYSIS.
Cardiovasc Dis
January 1976
Biomedical Instrumentation Department of St. Luke's Episcopal Hospital, Texas Children's Hospital, and the Texas Heart Institute.
RADIOLOGIC CASE PRESENTATION.
Cardiovasc Dis
January 1976
Department of Radiology, Texas Children's Hospital, St. Luke's Episcopal Hospital and the Texas Heart Institute, Houston, Texas 77025.
FAILURE OF PULMONARY VENOUS ATRIOPLASTY TO RELIEVE PULMONARY VENOUS OBSTRUCTION FOLLOWING MUSTARD'S OPERATION.
Cardiovasc Dis
January 1976
Section of Cardiology, Department of Pediatrics, Baylor College of Medicine, and the Texas Heart Institute, Houston, Texas.
QUANTITATIVE ASSESSMENT OF LEFT VENTRICULAR ASYNERGY.
Cardiovasc Dis
January 1976
Clayton Foundation Cardiovascular Laboratory, St. Luke's Episcopal Hospital and the Texas Heart Institute, Houston, Texas.
Myocardial performance in the intact human heart can be assessed from the analysis of ejection phase indices. Accordingly, among 20 consecutive patients who were studied by means of biplane left ventricular cineangio-cardiography, 18 were selected solely on the basis of high quality angiograms. The characteristics of left ventricular contraction were expressed quantitatively by the systolic ejection fraction, the mean velocity of circumferential fiber shortening at the left ventriculalr equator, and at several chords, the mean velocity of shortening of the hemichords and the mean normalized systolic ejection rate.
View Article and Find Full Text PDFCARDIOVASCULAR NUCLEAR MEDICINE TECHNIQUES.
Cardiovasc Dis
January 1976
Nuclear Medicine Service St. Luke's Episcopal/Texas Children's Hospitals, and the Texas Heart Institute.
ECHOCARDIOGRAPHIC CASE PRESENTATION: Hypertrophic Obstructive Cardiomyopathy.
Cardiovasc Dis
January 1976
Division of Cardiology of St. Luke's Episcopal Hospital and the Texas Heart Institute, and the Clayton Foundation for Medical Research Noninvasive Laboratory, Houston, Texas.
RADIOLOGIC CASE PRESENTATION.
Cardiovasc Dis
January 1976
Department of Radiology, St. Luke's Episcopal and Texas Children's Hospitals, and the Texas Heart Institute, Houston, Texas 77025.
RADIOLOGIC CASE PRESENTATION.
Cardiovasc Dis
January 1975
Department of Radiology, St. Luke's Episcopal and Texas Children's Hospitals, and the Texas Heart Institute, Houston, Texas 77025.
RADIOLOGIC CASE PRESENTATION.
Cardiovasc Dis
January 1975
Department of Radiology, St. Luke's Episcopal and Texas Children's Hospitals, and the Texas Heart Institute, Houston, Texas 77025.
QUANTITATIVE SEGMENTAL ANALYSIS OF CONTRACTILITY IN THE PROLAPSED MITRAL VALVE SYNDROME MEASURED BY EJECTION INDICES(*).
Cardiovasc Dis
January 1975
Clayton Foundation Cardiovascular Laboratory and the Division of Cardiology of St. Luke's Episcopal Hospital and the Texas Heart Institute, Houston, Texas.
RADIOLOGIC CASE REPORT.
Cardiovasc Dis
January 1975
Department of Radiology, St. Luke's Episcopal and Texas Children's Hospitals, and the Texas Heart Institute, Houston, Texas 77025.
AUDIBLE ATRIAL FLUTTER: REPORT OF TWO CASES AND REVIEW OF THE LITERATURE.
Cardiovasc Dis
January 1975
Heart Sounds Laboratory and the Division of Adult Cardiology, St. Luke's Episcopal Hospital and the Texas Heart Institute, Houston, Texas.
RADIOLOGIC CASE PRESENTATION.
Cardiovasc Dis
January 1974
Department of Radiology, St. Luke's Episcopal and Texas Children's Hospitals, and the Texas Heart Institute, Houston, Texas 77025.
NUCLEAR-FUELED CIRCULATORY SUPPORT SYSTEMS IV: RADIOLOGIC PERSPECTIVES.
Cardiovasc Dis
January 1974
Thermo Electron Research and Development Center, Waltham, Massachusetts and the Texas Heart Institute of the St. Luke's Episcopal and Texas Children's Hospitals, Houston, Texas.
If an implantable artificial heart can be developed, it should prove beneficial to a significant group of patients. A variety of energy sources, such as biologic, electromagnetic, and nuclear, are under evaluation. Currently, biologic fuel cell technology is not sufficiently advanced to permit its extrapolation to the power levels required for implantable circulatory support systems.
View Article and Find Full Text PDFLEIOMYOSARCOMA OF THE FEMORAL VEIN.
Cardiovasc Dis
January 1974
Department of Pathology, St. Luke's Episcopal Hospital, Houston, Texas 77025 and the Texas Heart Institute, Houston, Texas 77025.
RADIOLOGIC CASE PRESENTATION.
Cardiovasc Dis
January 1974
Department of Radiology, St. Luke's Episcopal and Texas Children's Hospitals, Houston, Texas 77025 and the Texas Heart Institute, Houston, Texas 77025.