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Human Microecology and Infection Immunity and its Intervention Research

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Qiang Wang

Qiang Wang

Wuhan University of Science and Technology, School of medicine, Hubei Province Key Laboratory of Occupational Hazard Identification and Control, Institute of Infection; Immunology and Tumour Microenvironment

Wang Qiang, President of the school of essential medicine, School of medicine, Wuhan University of science and technology, concurrently serves as the standing member of the tumor and microecology Professional Committee of China Anti-Cancer Association, the standing member of the immunology branch of the Chinese society of traditional Chinese medicine and the vice-chairman of the youth committee, the standing director of the 10th Council of Hubei immunology society, and the chairman of the tumor and microecology special committee of Hubei immunology society, 2015 / 2016 visiting scholar, MD Anderson Cancer Centre, University of Texas, USA. His research interests include infection immunity, tumors, and microecology. In the past three years, his research achievements have published more than 20 papers in internationally renowned journals as the first or corresponding author, of which ESI has highly cited 4; One paper was rated as the top 100 high-value papers in the field of infectious diseases in China in 2020 by the international scholar library, ranking No. 68; Another one was selected as the top 100 paper in 2021 by scientific reports magazine. In the early days of the epidemic, Wang Qiang, as the first deputy editor in chief, participated in the compilation of the New Coronavirus pneumonia prevention manual, which was selected by the Ministry of science and technology of the People's Republic of China as the "national excellent science popularization work in 2020".

Collection Overview

Research on the relationship between human microecology (gut flora, respiratory flora, vaginal flora, etc.) and infection immunity, especially respiratory flora and respiratory allergic and infectious diseases, is the frontier and relatively few in the world, which has great potential to solve clinical problems, and the research field is cutting-edge and novel. In particular, papers on the study of human microbiota and infection immunity are solicited, and research on the establishment of stable normal microflora through different intervention methods to prevent or assist in the treatment of diseases and their mechanisms.

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2025

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