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    Home > Active Ingredient News > Study of Nervous System > Repatriation! Harvard Medical School professor Ma Qiufu joined Westlake University

    Repatriation! Harvard Medical School professor Ma Qiufu joined Westlake University

    • Last Update: 2022-11-25
    • Source: Internet
    • Author: User
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    Recently, the official website of Westlake University updated information shows that Ma Qiufu, who has previously worked at Harvard Medical School for many years, joined Westlake University as a chair professor in the fall of 2022 and served as the director of the university's Systematic Physiology and Bioelectronic Medical Research Center
    .

    According to the official website of Westlake University, Ma Qiufu received a bachelor's degree from Fudan University in 1987 and a doctorate from UCLA in 1994, and completed postdoctoral training
    at Bristol-Myers S&P and Caltech from 1994 to 1998.
    He became an assistant professor at the Dana-Farber Cancer Institute and the Department of Neurobiology at Harvard Medical School in early 1999 and a full professor
    in 2011.
    Professor Ma Qiufu was a CUSBEA Fellow in 1988 and a Pew Young Scholar
    in 2000.
    In the fall of 2022, he joined Westlake University as a chair professor and served as the director of the
    Center for Systems Physiology and Bioelectronic Medicine.

    Ma Qiufu has been studying pain pathways
    .
    His research includes three phases, neurodevelopment, spinal cord circuit mapping, and acupuncture mechanism
    .
    As a postdoc, he discovered the mammalian neuronal determinant Neurogenin
    .
    After the genome sequence was published in 2001, he led several laboratories at Harvard Medical School to map the expression of 1200 transcription factors in the developing nervous system
    .
    Through this atlas, two major transcription factors (Runx1 and Tlx3)
    that control the development of peripheral and central nociceptive sensory neurons were identified.
    Over the past decade, his lab has made pioneering contributions
    to mapping the pathways through which pain is transmitted in the spinal cord by translating developmental knowledge into new genetic and anatomical tools.
    In recent years, his lab has begun to study the scientific basis behind acupuncture practice, discovering that electroacupuncture can drive specific somatosensory neuro-autonomic reflex pathways in specific body parts, providing new ideas
    for the treatment of systemic inflammation that has remained unresolved until now.
    See: Nature: Ma Qiufu's research team at Harvard Medical School reveals the biology behind acupuncture

    At Westlake University, Ma Qiufu's laboratory will systematically map the somatosensory and autonomic reflex pathway, explore how nerve signals regulate various immune cells and tissue cells, optimize various physical stimulation parameters including acupuncture to activate specific anti-inflammatory nerve pathways, and seek new ideas and breakthroughs
    for the treatment of chronic diseases including pain, enteritis, and brain diseases.

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