Advances of miRNA-mediated regulatory roles in plant-microbe interaction.
- Author:
Xiaoman LÜ
1
;
Wenyi ZHANG
1
;
Haihua ZHANG
1
;
Zongsuo LIANG
1
;
Haimin CHEN
1
Author Information
- Publication Type:Review
- Keywords: cross-kingdom regulation; miRNA; milRNA; plant-microbe interaction
- MeSH: Disease Resistance; MicroRNAs/genetics*; Microbial Interactions; Plants/genetics*
- From: Chinese Journal of Biotechnology 2022;38(5):1695-1705
- CountryChina
- Language:Chinese
- Abstract: There are many bidirectional communication and crosstalk between microbes and host plants. The plant-pathogen interaction directly affects the survival of host plants, while the interaction between plants and their probiotics benefits both. Plant miRNA responds quickly to pathogenic or beneficial microbes when they enter the plant tissues, while microbes also produce miRNA-like RNA (milRNA) to affect plant health. These means miRNA or milRNA is an important fast-responding molecular mediator in plant-microbe interactions, and these internal mechanisms have been better understood in recent years. This review summarized the regulatory roles of miRNA in plant-pathogens and plant-probiotics interaction. The regulatory role of miRNA in disease resistance of host plants during plant-pathogens interaction, and the regulatory role of miRNA in promoting host growth and development during plant-probiotics interaction, as well as the cross-kingdom regulatory role of milRNA in host plants, were discussed in-depth.
