| Name | Research Interest | |
|---|---|---|
|
Kaveh Ashrafi |
Genetics of fat regulation and neurobiology of feeding behavior | |
| |
||
|
Harold S. Bernstein |
Stem cells, cardiac muscle, skeletal muscle, cell cycle regulation | |
| |
||
|
Brian L Black |
Cardiac and skeletal muscle development, differentiation, and function | |
| |
||
|
Paul D Blanc |
Epidemiology of occupational lung disease, Asthma outcomes and Occupational toxicology | |
| |
||
|
Elias H Botvinick |
Nuclear medicine, nuclear cardiology, PET/CT, MRI, CT, cardiac cardiology, echocardiology, nuclear magnetic resonance, cardiovascular imaging, stress testimg, heart, myocardial perfusion, scintigraphy, coronary, sychrony, sychronization | |
| |
||
|
Homer A Boushey |
Bronchial hyperreactivity in asthma. Effects of viral infection on airway function. Regulation of airway mucous secretion and vascular permeability. | |
| |
||
|
V Courtney Broaddus |
Role of apoptosis in asbestos-induced malignancy. Molecular interaction of asbestos fibers with mesothelial cells, specifically with regard to the role of cell surface adhesion receptors. | |
| |
||
|
Frances M Brodsky |
REGULATION AND FUNCTION OF CLATHRIN-MEDIATED MEMBRANE TRAFFIC | |
| |
||
|
James K Brown |
Protease signaling | |
| |
||
|
Benoit G Bruneau |
Heart development, congenital heart disease, chromatin, embryogenesis, transcription | |
| |
||
|
George H Caughey |
Regulation of lung and airway function by mast cell, leukocyte and epithelial proteases | |
| |
||
|
Harold A Chapman |
Antigen presentation by MHC class II molecules important to immunity and autoimmunity and extracellular matrix remodeling important to cell migration and tissue repair | |
| |
||
|
Israel F Charo |
Structure and Function of Chemokine Receptors | |
| |
||
|
Kanu Chatterjee |
Diagnosing and managing coronary artery disease, heart failure and pulmonary hypertension. | |
| |
||
|
Pao-Tien Chuang |
Cell-cell signaling during mammalian development and in postnatal physiology | |
| |
||
|
Ronald I Clyman |
Cardiology, Cell Biology, Developmental Biology, Neonatology, Neonatal Cardiology | |
| |
||
|
Bruce R Conklin |
Engineering Hormone Signaling Pathways In Vivo | |
| |
||
|
Michael S Conte |
Aortic reconstruction, carotid artery disease, lower extremity arterial occlusive disease, diabetic vascular disease | |
| |
||
|
Shaun R Coughlin |
Signaling mechanisms in cardiovascular biology and disease, thrombin signaling | |
| |
||
|
Rik M Derynck |
Transmembrane TGF-a and TGF-b receptor signaling in cell proliferation and differentiation. | |
| |
||
|
Leland G Dobbs |
Pulmonary alveolar epithelial development and response to injury, development of biomarkers for the measurement of lung injury | |
| |
||
|
Mark D Eisner |
Epidemiology and health outcomes of obstructive lung disease Key words: asthma, COPD, epidemiology, indoor air pollution, environmental tobacco smoke, secondhand smoke, passive smoking, disability, severe asthma, health outcomes |
|
| |
||
|
Joanne N Engel |
Bacterial Pathogen-Host Cell Interactions | |
| |
||
|
David J Erle |
Asthma, allergy and inflammation; functional genomics | |
| |
||
|
John Vincent Fahy |
Mechanism oriented studies of airway disease in human subjects | |
| |
||
|
Robert V Farese |
Cell Biology of Energy Metabolism | |
| |
||
|
Christopher J Fielding |
Cholesterol, high density lipoprotein (HDL), caveolae, signaling, lipid-binding, atherosclerosis, cholesterol-binding proteins, plasma membrane | |
| |
||
|
Jeffrey R Fineman |
Endothelial regulation of the pulmonary circulation during normal development and during the development of pediatric pulmonary hypertension disorders. Endothelial dysfunction in pediatric pulmonary hypertension |
|
| |
||
|
David G Gardner |
Cardiovascular endocrinology, natriuretic peptides, natriuretic peptide receptors, vitamin D, nuclear hormone receptors, growth and hypertrophy in cardiovascular system and kidney, obesity-related cardiomyopathy. | |
| |
||
|
Zev Jordan Gartner |
||
| |
||
|
Stanton A Glantz |
Mechanics of cardiac function (experimental and theoretical); environmental tobacco smoke and tobacco control policy | |
| |
||
|
Warren M Gold |
Pulmonary physiology, exercise physiology, pulmonary vascular obstruction, early diagnosis, dyspnea, asthma, COPD, diffusing capacity. | |
| |
||
|
Michael Gropper |
Transfusion related acute lung injury, acute respiratory failure, acute respiratory distress syndrome, sepsis, ventilator associated pneumonia, resuscitation, mechanical ventilation, critical care outcomes | |
| |
||
|
William Grossman |
Diastolic function of the left ventricle | |
| |
||
|
Samuel Hawgood |
Structure and function of surfactant apoproteins | |
| |
||
|
Arthur C Hill |
Vascular biology, biomimetics, and New Technology in Cardiovascular Surgery. | |
| |
||
|
Julien I Hoffman |
Pathophysiology of myocardial ischemia | |
| |
||
|
Holly A Ingraham |
||
| |
||
|
Lily Y Jan |
Studies of potassium channels | |
| |
||
|
David J Julius |
||
| |
||
|
Yuet W Kan |
The mechanisms of globin production and exploring novel ways of inserting genes into mammalian cells; investigating newer approaches for fetal diagnosis of genetic disorders | |
| |
||
|
John P Kane |
Structure and function of lipoproteins; genetic determinants of arteriosclerosis | |
| |
||
|
Joel S Karliner |
Cardioprotection | |
| |
||
|
Thomas B Kornberg |
Developmental regulation | |
| |
||
|
Theodore W Kurtz |
Molecular Genetics of Complex Disease, Genetic Models of Hypertension and the Metabolic Syndrome, Transcription Modulating Drugs | |
| |
||
|
Pui-Yan Kwok |
Genetic analysis of complex traits, DNA technology development | |
| |
||
|
Stephen C Lazarus |
Role of inflammation in asthma and COPD, mucus hypersecretion. | |
| |
||
|
Randall J Lee |
Arrhythmias, radiofrequency catheter ablation, implantable cardioverter/defibrillators, genetics, gene therapy, tissue engineering, stem cells, cell transplantation, biopolymers, antibodies, myocardial reconstruction/regeneration | |
| |
||
|
Wendell A Lim |
Signal transduction, synthetic biology, systems biology, structural biology, protein-protein interactions, cell motility, MAP kinase cascades, GTPase pathways | |
| |
||
|
Robert W Mahley |
I. Plasma lipoprotein metabolism • Hepatic and intestinal origin of plasma lipoproteins; • Apolipoprotein structure and function, especially apolipoprotein (apo) E and apoB; • Characterization of cell surface receptors for lipoproteins; • Role of the liver in cholesterol homeostasis. II. Relationship of plasma lipoproteins to the development and progression of atherosclerosis • Role of diet in progression of coronary artery heart disease; • Effect of apoE production in the artery wall on inhibition of atherogenesis. III. Role of apoE in the nervous system • Effect on peripheral nerve injury and repair; • Role in the pathogenesis of Alzheimer’s disease; • Effect on neuronal cytoskeleton. IV. Turkish Heart Study • Director of epidemiological study to determine the risk factors responsible for coronary artery disease in Turkey; • Characterization of genetic polymorphisms responsible for low HDL-C levels and metabolic syndrome in Turks; • Co-director of physician continuing education program for Turkish doctors and medical students in the area of cardiovascular disease. |
|
| |
||
|
Mary J. Malloy |
Molecular mechanisms in lipoprotein metabolism; genetic basis of metabolic disorders of lipoproteins and of arteriosclerosis | |
| |
||
|
Michael J Mann |
1. Molecular/cellular biology and molecular genetics of atherosclerosis and heart failure. 2. Development of hybrid surgical and molecular/cellular therapies for heart disease. 3. Stem and progenitor cell transplantation for cardiovascular regeneration. 4. Cardiovascular tissue engineering. 5. Reduction to clinical practice of current methods in genetic, molecular and cellular disease intervention. 6. Novel targeted molecular therapies for lung cancer. 7. Molecular profiling of cancers for personalized medicine. 8. Development of novel methods of in vivo/ex vivo gene therapy and gene transfer. 9. Novel approaches to therapeutic neovascularization for coronary and peripheral ischemic disease. 10. Cardiovascular cell cycle biology. 11. Myocardial gene therapy. |
|
| |
||
|
Gail R Martin |
Function of the FGF family in early mammalian development; establishment of the vertebrate body plan during gastrulation | |
| |
||
|
Michael A Matthay |
Alveolar epithelial transport under normal and pathologic conditions. Resolution of pulmonary edema Mechanisms of Acute Lung Injury |
|
| |
||
|
Donald M Mcdonald |
Angiogenesis; cancer; chronic inflammation; endothelial cells; vascular remodeling | |
| |
||
|
Takashi Mikawa |
Morphogenesis, development, body axis, patterning, cell-to-cell communication, cell architecture, cell fate diversification, cardiovascular system, cardiac conduction system, central nervous system, haemodynamics, growth factor signaling. |
|
| |
||
|
Daniel L Minor |
Membrane proteins; potassium channels, calcium channels | |
| |
||
|
Keith E Mostov |
Polarized epithelial membrane traffic and epithelial morphogenesis. | |
| |
||
|
Jay A Nadel |
Signaling mechanisms in airway epithelium | |
| |
||
|
Jeffrey E Olgin |
Cardiac Electrophysiology, Arrhythmias, Mechanisms, Remodeling, Cardiac Fibrosis, Atrial Fibrillation, Cardiac Ablation, Mouse models, animal models, mouse electrophysiology, optical mapping, atrial fibrillation ablation, clinical trials. | |
| |
||
|
David Pearce |
Epithelial biology as it relates to cardiovasculare function: hypertension, fluid and electrolyte regulation. | |
| |
||
|
Jean-Francois Pittet |
Molecular mechanisms of acute lung injury; molecular mechanisms of coagulation derangements after severe trauma. | |
| |
||
|
Rita F Redberg |
||
| |
||
|
Jeremy F. Reiter |
Signaling, primary cilium, stem cell, Hedgehog, Wnt | |
| |
||
|
Steven D Rosen |
Sulfated Sugars in Biological Processes | |
| |
||
|
David H Rowitch |
Developmental biology, neural tube, CNS cell cycle control and tumorigenesis, cell fate specification, gliogenesis, oligodendrocyte differentiation and myelination, Sonic Hedgehog signaling, transcription factors, Olig bHLH proteins, multiple sclerosis, cerebral palsy, brain cancer. | |
| |
||
|
Melvin M Scheinman |
Mechanisms of cardiac arrhythmias. Cardiac electrophysiology. Catheter ablation of arrhythmogenic foci. | |
| |
||
|
Nelson B Schiller |
Dr. Schiller specializes in the use of echocardiography in the diagnosis and treatment of heart disease. His research interests center around the quantitation of left ventricular function by quantitative two-dimensional echocardiography and Doppler. |
|
| |
||
|
Robin M. Shaw |
Cardiac Electrophysiology, Ion Channels, Arrhythmia, Sudden Cardiac Death, Heart Failure | |
| |
||
|
Dean Sheppard |
In vivo function of integrins and molecular basis of lung diseases | |
| |
||
|
Kevan M Shokat |
DESIGN OF DRUGS TO TREAT CARDIOVASCULAR DISEASE, CANCER, AND AUTOIMMUNE DISEASES. | |
| |
||
|
Paul C Simpson |
Molecular & cellular mechanisms of myocardial hypertrophy and heart failure Adrenergic receptors, signaling, and drug development |
|
| |
||
|
Matthew L Springer |
Angiogenesis, VEGF, stem cells, progenitor cells, gene therapy, heart failure, myocardial infarction, coronary artery disease, cardiac regeneration, peripheral artery disease, vascular injury, nitric oxide, flavanols, skeletal muscle myoblasts, secondhand smoke | |
| |
||
|
Deepak Srivastava |
Developmental biology, pediatric cardiology, congenital heart defects, organogenesis, human genetics, stem cells, cardiac repair | |
| |
||
|
Didier Y. R. Stainier |
Vertebrate organ formation/cardiovascular development/endoderm, liver, pancreas and gut development and regeneration/stem cell differentiation/lipid transport and metabolism | |
| |
||
|
David F Teitel |
Pediatric cardiology, developmental cardiovascular physiology, cardiac mechanics, pediatric interventional cardiac catheterization, computer technology in cardiology, heart center administration, medical education, digital technology in learning, bioinformatics. |
|
| |
||
|
Mark E Von Zastrow |
Subcellular organization and dynamics of receptor-mediated signaling systems in eukaryotic cells. | |
| |
||
|
Rong Wang |
Arteriogenesis, Arterial Venous Hierarchy, Arterial Venous Differentiation, Arteriovenous Malformations, Hemodynamics, Biomechanics, Vessel Graft, Collateral Vessel Formation, Vascular Disease, Vascular Imaging, Neovascularization, Angiogenesis Factor, Angiogenesis Inhibitors, Vascular Developmental, Vascular Physiology, Critical Limb Ischemia, Gene Expression Regulation, Tumor Angiogenesis, Hepatocellular Carcinoma, Breast Cancer, Notch, EphrinB2, Vascular Progenitor and Stem Cells, Mouse Genetics, Modeling Vascular Disease, Cell Biology, Molecular Pathogenesis of Vascular Diseases, Vessel Dilation, Microcirculation. |
|
| |
||
|
Orion D Weiner |
Cell polarity, chemotaxis, actin cytoskeleton, cell signaling, cell migration, microscopy, biochemistry, neutrophils, systems biology, self-organization, inflammation, Rac, PI3Kinase, WAVE complex. | |
| |
||
|
Arthur Weiss |
Cell Surface Molecules and Molecular Events Involved in Lymphocyte Activation | |
| |
||
|
Ethan J Weiss |
Coagulation, thrombosis, hemostasis, fibrinolysis, genetics, platelet, sexual dimorphism, sex hormone signaling. | |
| |
||
|
Zena Werb |
Extracellular communication in development and disease | |
| |
||
|
Prescott G Woodruff |
Genomics, Asthma, Chronic Obstructive Pulmonary Disease, Stereology, Epidemiology, Clinical Trials, Medical Education | |
| |
||
|
Allison Wanting Xu |
Hypothalamic regulation of energy balance, obesity and type 2 diabetes | |
| |
||
|
William L Young |
Integrative physiology of the cerebral circulation with special reference to cerebral vascular malformations and occlusive cerebrovascular disease; angiogenesis-related aspects of cerebral hemorrhagic disease; clinical physiology of systemic and cerebral circulatory manipulation during neuroanesthetic management | |
| |
||
|
Ann Zovein |
Vascular development, diversity of endothelial lineages, vascular contributions to stem cell niches including hematopoietic stem cell emergence | |
| |
||
