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Faculty
| Congenitial Diaphragmatic Hernia (CDH) |
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DNA replication and expression |
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Cardiovascular biology |
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Chromatin |
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| Burns Blaxall | Heart failure and b(beta)-adrenergic receptor signaling |
Signal transduction, transcription |
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Immunoglobulin genes |
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Chromatin, Gene Regulation |
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Post-transcriptional gene regulation |
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Bone development and remodeling |
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Viral vectors |
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Yeast molecular biology |
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Retrotransposable elements |
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Immune response |
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Programmed cell death |
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Tumor antigens |
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Drosophila population genetics |
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Neuronal development |
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Central nervous system |
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Nuclear transport |
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Yeast cell cycle |
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Glycosyltransferases in C. elegans |
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Chromatin |
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WNT signaling, mouse genetics |
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Signal transduction, metabolism and aging |
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Craniofacial development |
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Cancer Stem cells in the hematopoietic system |
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Molecular genetics of mammalian sensory organ development |
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HIV |
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Molecular basis of multi-Step carcinogenesis |
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Drosophila development |
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Genetic Susceptibility and Neurodegeneration in Glaucoma |
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NF-kappaB |
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RNA metabolism in human disease |
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Glial development |
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Stem cell biology |
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Chondrocyte and bone biology |
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Lung developmental biology |
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Mouse genetics/analysis of genes involved in salivary gland function |
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Hematopoietic development |
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Yeast and Mouse Models for the Study of Human Disease |
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Hematopathology |
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RNA processing |
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Astrocyte Development and White Matter Disease |
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Neural development in C. elegans |
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Cerebrovascular Disorders |
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Stress signaling, Inflammatory Diseases |
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Yeast genetics |
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RNA Editing |
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TGF-b regulation |
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| Microtubule motor transport | |
Evolutionary genetics |
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| Lei Xu, Ph.D. | Mechanism of metastasis |
Cell cycle regulation |
News
The University of Rochester has announced the founding of the
Rochester Institute for Stem Cell Research and Regenerative Biology
and of the
University of Rochester Center for Genomics and Systems Biology.


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