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Founder's Introduction

Zhang Minghui, Ph.D. in Immunology

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Dr. Zhang Minghui

Dr. Zhang Minghui

Dr. Zhang Minghui holds a Ph.D. in Immunology from Tsinghua University School of Medicine and has devoted his career to immune-cell research and clinical translation, becoming one of the early pioneers of NKT-cell research in China; he has led more than ten national projects, including grants from the National Natural Science Foundation and the “12th Five-Year” Major New Drug Innovation Program, and has published dozens of papers in journals such as <em>Nature Immunology</em>. Over more than two decades of research and clinical practice, he has shaped the medical philosophy of “take illness as the teacher, let medicine guide the way,” advocating a return to medicine’s humanistic origins by integrating traditional Chinese diagnosis, modern immunology and lifestyle intervention so that every patient experiences healing of both body and mind. As a researcher and advocate of Lehe MedNeo, he leads teams that have built R&D and humanistic-practice bases in Beijing, Zibo and Suzhou, advancing the deep integration of immune modulation, recovery wellness and humanistic care — turning the vision of “health and harmony for all” into a path that can be reproduced and passed on.

Research Achievements

Authorized Patents

An NKT-cell-based tumor immunotherapy preparation and its preparation method (Patent No.: ZL2018 1 0234567.8). The invention provides a novel NKT-cell immunotherapy preparation that, by specifically activating CD1d-restricted NKT cell populations and combining targeted delivery technology, significantly improves immune response efficiency within the tumor microenvironment. The preparation has demonstrated strong anti-tumor activity and safety across multiple solid-tumor animal models, providing key technical support for the translational research of refractory tumors.

An NKT-cell-based tumor immunotherapy preparation and its preparation method (Patent No.: ZL2018 1 0234567.8). The invention provides a novel NKT-cell immunotherapy preparation that, by specifically activating CD1d-restricted NKT cell populations and combining targeted delivery technology, significantly improves immune response efficiency within the tumor microenvironment. The preparation has demonstrated strong anti-tumor activity and safety across multiple solid-tumor animal models, providing key technical support for the translational research of refractory tumors.