|
|
Investigator |
Research Focus |
| Abeliovich, Asa |
Using human embryonic stem cells to grow new neurons that release dopamine |
| |
| Accili, Domenico |
Diabetes-Islet transplantation |
| |
| Bank, Arthur |
Human globin gene regulation and gene therapy |
| |
| Barasch, Jonathan |
Renal development |
| |
| Burke, Robert |
Processes underlying the degeneration of neurons in Parkinson’s disease and related disorders |
| |
| Cairo, Mitchell |
Experimental immunology & therapeutics. Gene transfer in hematopoetic stem cell |
| |
| Christiano, Angela |
Skin and hair disorders |
| |
| Dauer, William |
Understanding the fundamental molecular and cellular mechanisms of diseases that disrupt normal motor control |
| |
| Dalla-Favera, Ricardo |
Identification of genetic lesions involved in pathogeneses of lymphoma |
| |
| Del Priore, Lucian |
Transplantation of stem cells, including tissue-derived progenitors, as a treatment for retinal degenerations |
| |
| Doetsch, Fiona |
Neural stem cells; Adult neurogenesis |
| |
| Efstratiadis, Argirish |
Genetics of growth; Diabetes |
| |
| Fischbach, Gerald |
Developmental neurobiology: molecular control of the formation and maintenance of synapses |
| |
| Fischbach, Ruth |
Issues re: of end of life, autonomy of the elderly, communication between patients and healthcare professionals, pain assessment and management |
| |
| Gogos, Joseph |
Genetic analysis of processing and integration of sensory information |
| |
| Goldman, James |
Tracing cell lineages in the developing mammalian CNS to study the origins of neurons and glia |
| |
| Gouras, Peter |
Epithelium transplantation to eliminate retinal diseases |
| |
| Greene, Lloyd |
Neuronal differentiation |
| |
| Gu, Hua |
Lymphocyte differentiation |
| |
| Hardy, Mark |
Diabetes-Islet transplantation |
| |
| Hen, Rene |
Serotonin receptors and behavior |
| |
| Herold, Kevan |
Diabetes-Islet transplantation |
| |
| Itescu, Sylviu |
Cardiovascular diseasesangiogenesis and cardiovascular disease, transplantation immunology, rheumatic and autoimmune diseases, host immune responses to biomaterials and devices |
| |
| Jessell, Thomas |
Understanding neural circuits/assembly; pathways for differentiation |
| |
| Kalishman, Jennifer |
Development of primate embryonic stem cell lines |
| |
| Leibel, Rudolph |
Diabetes and obesity |
| |
| Mason, Carol |
Cell-Cell Interactions in the Developing Brain |
| |
| Morris, Rebecca |
Skin carcinogeneses; Wound healing |
| |
| Oliver, Juan |
Analysis of molecular mechanisms involved in renal vascular development |
| |
| Pedley, Tim |
Role played by the ionic microenvironment in abnormal hippocampal and cortical excitability, identification of genes associated with human epilepsy syndromes |
| |
| Przedborski, Serge |
The molecular basis of neurodegeneration and therapeutic strategies |
| |
| Robinson, Richard B |
Cardiovascular diseases |
| Role, Lorna |
Cholinergic signaling in the CNS, differentiation and maintenance of neuron-neuron synapses |
| |
| Rose, Eric |
Cardiothoracic surgery; Adult and pediatric cardiac transplantation |
| |
| Rosen, Michael R |
The developmental biology of the heart |
| |
| Shelanski, Mike |
Cytoskeleton and neural development |
| |
| Toran-Allerand, C. Dominique |
|
| |
| Tsang, Stephen H. |
The Retina: an Easily Accessible Part of the Central Nervous System |
| |
| Vallee, Richard |
Motor proteins in neuronal migration and neurodegenerative disease |
| |
| Wichterle, Hynek |
ALS, neurogenic cells |
| |
| Winchester, Robert T |
Autoimmune diseases |
| |
| Zou, Yong-Rui |
Lymphoid cell fate and determination |
| |
