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Dr. Zhang's research focuses on the role of BRCA1 in breast cancer development and the function of transcription elongation in cardiac physiology
Dr. Wang studies the molecular and cellular mechanisms, especially those related to renal sodium transport, involved in salt-sensitive hypertension and aldosterone escape. She also studies the role of mitochondrial function in renal epithelial cells following anoxic injury.
Dr. Wang's research interest is to study the anesthetic and analgesic modulation of central cardio-respiratory autonomic regulation and the cellular and molecular mechanisms by which anesthetics produce their effects in the brainstem.
Dr. Zheng's research interest is in identifying target genes regulated by the Hh signal and thus to understand the molecular mechanisms employed by the Hh signaling pathway in regulating cell-cell interactions (I). She is interested in developing novel reagents and experimental approaches combined…
My interest includes pharmacoepidemiology, health outcome research, and medical informatics. I have been dedicated to addressing health and health care disparities among the VA populations since 2013. My collaboration with experts in different disciplines on several NIH- and Pharma-funded projects…
Research examines medical student education, leadership development programs, and residency selection.
Dr. Yanfen Hu's research focuses on elucidating the underlying mechanism by which BRCA1 suppresses development of breast and ovarian cancers in women.
The George Washington University (GW) academic medical enterprise capped off the GW School of Medicine and Health Sciences’ Bicentennial celebration by honoring those who make GW Medicine exceptional with the annual GW Medicine Faculty and Staff Recognition event, March 27.
We all need healing and support. Together we can manage our heightened stress levels and nourish our sense of community. As health professionals, you are experiencing higher levels of anxiety, stress, and depression than normal. Evidence shows that effective wellness programming and strong…
The occupational therapy doctoral student will represent GW’s Class of 2025, sharing a message of curiosity, authenticity and empowerment.