Advances have been made in the study of plant immune mechanisms.

Plants are always faced with the threat of multi-microorganism infestion, forming a multi-layered defense mechanism in the long-term interaction with microorganisms.
pathogenic microorganisms through a variety of strategies to overcome the plant multi-layered immune mechanism, causing disease.
of the world's major food crops as a result of crop pests and diseases, threatening food security.
to reduce crop pests and diseases, the application of chemical pesticides to the environment to bring a burden, threatening human health.
understanding of plant immune mechanism is an important basis for developing green and efficient crop disease prevention and control technology.
September 8, fellow of the American Academy of Sciences, fellow of the Howard Hughes Institute of Medicine in the United States, Professor Dong Xinying of Duke University of the United States, Researcher Zhou Jianmin of the Institute of Genetics and Developmental Biology of the Chinese Academy of Sciences, Gitta Coaker, Professor of the University of California, Davis, and Zhang Jie, researcher of the Institute of Microbiology of the Chinese Academy of Sciences, published a prospective summary paper entitled "The Institute of Environmentalistics: From From The Holistic Holistic point of View" online at the MOLECULAR PLANT.
thesis systematically summarizes the research progress of plant multi-level immunity and defense mechanisms, including plant extracellular immunity, such as pore immunity, root immunity and intercellular immunity;
the paper looks forward to the unresolved cutting-edge scientific problems in the study of plant immune mechanism and the potential value of plant immune basic research in the expansion and improvement of crop disease resistance.
understanding and in-depth analysis of plant immune mechanisms can guide the sustainable growth of agricultural production.
use of broad-spectrum resistance mechanisms and different plant resistance genes is of great potential for crop disease resistance improvement.
Through the basic research of plant immunity, understanding how plants naturally regulate the immune response, analyzing the activation mechanism and signaling network of immune and disease-resistant genes will provide theoretical guidance and technical support for the prevention and control of some very destructive plant diseases.
Zhang Jie is the first author of the thesis, Dong Xinying is the author of the paper newsletter, Zhou Jianmin and Gitta Coaker are co-authors of the paper.
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