1. [Immunity of a leguminous plant infected by nodular bacteria Rhizobium spp. F.]
- Author
-
Glyan'ko AK and Ischenko AA
- Subjects
- Fabaceae genetics, Fabaceae microbiology, Gene Expression, Lipopolysaccharides genetics, Lipopolysaccharides immunology, NADPH Oxidases genetics, NADPH Oxidases immunology, Plant Proteins genetics, Plant Proteins immunology, Plant Root Nodulation genetics, Plant Roots genetics, Plant Roots microbiology, Reactive Oxygen Species immunology, Reactive Oxygen Species metabolism, Rhizobium growth & development, Symbiosis genetics, Symbiosis immunology, Fabaceae immunology, Plant Immunity genetics, Plant Root Nodulation immunology, Plant Roots immunology, Rhizobium physiology
- Abstract
Recent studies of the immune system of leguminous plants infected with nodular bacteria (rhizobia) are summarized. The possibility of blocking the invasion of rhizobia into plant organs not affected by the primary infection is discussed. The concept of local and systemic resistance of the leguminous plant to rhizobial infection is introduced. The Nod factors of rhizobia are considered, as well as the plant receptors that interact with these factors upon the formation of symbiosis of the plant and bacteria. The role of bacterial surface exopolysaccharides in the suppression of the protective system of the plants is discussed. The innate immunity of leguminous plant cells is assumed to affect the formation and functioning of the symbiosis of the plant and the bacteria.
- Published
- 2017