Research Investigators
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Principal InvestigatorInstitution |
Research Interests |
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University of Colorado Denver |
zebrafish, embryogenesis, patterning, neural development |
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University of California, Los Angeles |
beta cell regeneration, cell cycle regulation, embryogenesis |
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The University of North Carolina at Chapel Hill |
Primary interest: large-scale multi-center trials focused on prevention and treatment of diabetes and its complications. Secondary interest: collaborative research (T1 translation) in diabetes |
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Hebrew University |
DNA methylation, DNA replication, epigenetics, genome, transgenic mouse models, chromatin structure, gene expression |
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University of Chicago |
molecular imaging, PET, SPECT, optical imaging |
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UT Southwestern Medical Center |
Developmental biology, organogenesis, angiogenesis/vasculogenesis, stem cell differentiation
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Harvard Medical School |
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University of Massachusetts Medical School |
Diabetes; embryo; development; beta cell; insulin |
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Hebrew University-Hadassah Medical School, Ein Kerem |
Tissue dynamics, Organ size control, Stem cells, Pancreas development, Beta cell regeneration |
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Oregon Health & Science University |
Intracellular signals |
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Institute of Genetics and Molecular and Cellular Biology (IGBMC) |
Genetic control of pancreatic and intestinal endocrine cells differentiation |
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EPFL |
Mechanisms of organ formation in the endoderm. Endocrine cell development. |
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University of Massachusetts Medical School |
autoimmune diabetes, Transplantation tolerance, beta cell regeneration, humanized mice |
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Oregon Health & Science University |
metabolic liver diseases, molecular genetics of Fanconi Anemia, hepatic and pancreatic stem cells |
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Vanderbilt University |
Endocirne islet cell differentiation and functional maintenance, adult pancreatic progenitor during regeneration, cell marking and cell lineage |
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The University of Chicago |
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Vrije Universiteit Brussels |
The biology of the pancreatic (pre)beta-cell. Recombinant adeno- and lentivirus construction to analyze differential gene expression. |
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University of Geneva Medical School |
pancreas development; beta cell development and generation |
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University of Pennsylvania |
Transcriptional Regulation of Pancreas, Liver and Gut Development in Mammals, Microarray, Transgenic Models |
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The University of Chicago |
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McEwen Centre for Regenerative Medicine/University Health Network |
embryonic hematopoietic and vascular systems |
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Seattle Children's Research Institute |
Computational Biology, Systems Biology, Data Analysis & Integration, Proteomics, Health Informatics |
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Beckman Research Institute of the City of Hope |
Committing ES Cells to Pancreatic Cells; Purification and In Vitro Expansion of Pancreatic Beta-cell Progenitors. |
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University of Texas Southwestern |
pancreatic gene transcription, transcriptional control of organogenesis, pancreatic development |
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Hagedorn Research Institute |
Our main focus with the BCBC is to generate novel antibody tools for important factors/markers for the different stages of pancreatic maturation. Such reagents will be made available through the Antibody Core. |
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Harvard University |
autoimmune diabetes, pluripotent stem cells, directed differentiation, disease modeling |
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Vanderbilt University |
Pancreas Development, Mouse Models, Genetic Engineering of Mouse ES Cells, Insulin Secretion |
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University of Colorado |
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Max-Planck Institute |
mouse ES cells, endocrine pancreas, Parkinson disease, Midbrain development, in vitro differentiation of ES cells |
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Harvard / HHMI |
Microarray, Mouse/Human Stem Cell, Embryonic Development, Islet Cells, Pancreas Development |
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University of Utah |
Notch, Wnt, lineage-tracing, metaplasia, mouse |
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Vanderbilt University |
Molecular Imaging |
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University of Chicago |
see: http://www.kovlerdiabetescenter.org/ |
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Vanderbilt University |
diabetes, islet function, islet transplantation, vascularization |
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university of chicago |
MRI Beta cell function Islet transplantation |
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University of California at San Diego |
Genetic control of pancreatic cell differentiation, using mouse as a model system. |
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INSERM |
Diabetes |
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University Hospital Bergmannsheil |
PET, SPECT, beta cell mass, imaging, bioluminscence, radioligands |
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Lund University |
pancreas development, human embryonic stem cells, beta cell differentiation, morphogenesis, epithelial-mesenchymal interactions, cell adhesion, cell migration, blood vessels |
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Hagedorn Research Institute |
Pancreatic development. Promoter and transcription factor analyses. |
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University of Chicago |
Molecular In Vivo Imaging, Receptor Imaging, Dopamine Transporter Imaging, Neurosciences |
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The Jackson Laboratory |
Humanized mouse model for studying diabetes, bone development, autoimmunity |
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University of California, San Francisco |
The Stainier lab is taking a genetic approach in zebrafish to study vertebrate endoderm, heart and blood vessel formation and function. We are working with several mutations that affect distinct aspects of endodermal and/or cardiovascular development. |
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University of Pennsylvania |
Organogenesis, Development, Notch, Size Regulation, Morphogenesis |
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Vanderbilt University |
Control of insulin gene transcription and islet development |
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University of Pittsburgh |
Cell Cycle Control Himan Beta Cell |
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University of Pennsylvania |
Bioinformatics |
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Oregon Health & Science University |
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Columbia University |
Genetic Differentiation of Endocrine Pancreatic Cells |
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University of Munich (LMU) |
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Vanderbilt University |
Molecular embryology/vertebrate embryogenesis/transcription factors/intercellular signaling |
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University of Toronto |
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University of Pennsylvania School of Medicine |
specification of pancreatic progenitors, endocrine progenitors, beta cells cell signaling, chromatin, and transcriptional mechanisms |
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The University of North Carolina at Chapel Hill/Howard Hughes Medical Institute |
Epigenetics, reprogramming, stem cells, iPS cells, chromatin, transcription, islet transplantation, transdifferentiation
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