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| Nianli Sang, M.B., Ph.D. | |||||||||||||
Position(s): |
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Office: Stratton 318 Phone: (215) 895-1888 (Office) |
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| Educational Information
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Courses Taught BIO311: Metabolism |
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| Research Focus
Molecular oxygen is an absolute requirement for the metabolism of most organisms on the earth including all animals. Hypoxia-inducible factors 1 and 2 (HIF-1, HIF-2, and collectively, HIF) are heterodimeric nuclear transcription factors regulated by oxygen and various signaling pathways. It has been generally that they are the master regulators of angiogenesis, coupled glucose-oxygen metabolism and response to biological stresses, which are triggered by a variety of biological and pathological conditions ranging from early development, tumorigenesis, ischemic disorders, diabetes, aging and infectious diseases. My current research focuses on four intrinsically related issues: 1) To understand the cellular, molecular and biochemical bases underlying the regulation of HIF function in normal and tumor cells; 2) To understand the biochemical and pharmacological mechanisms underlying the repressive effects of chemotherapeutics on HIF activity; 3) To investigate the roles of HIF in the physiology and pathophysiology of endothelial cells and neurons, emphasizing on molecular, biochemical and cellular bases of human diseases; and 4) To explore potential application of the HIF system in novel diagnosis and therapies for human diseases.To view some of Dr. Sang's published work [...click here...] |
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Lab Staff Liang, Dongming, B.S., Research Technician Lao, Taotao, Ph.D. Candidate |
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Active Research Funding: R01-CA129494 08/01/2008-07/30/2013
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