1 results about "Relative conductivity" patented technology

The application discloses genes LpCbDR3 In the application of improving the salt tolerance and forage quality of rye grass, transgenic RNAi- LpCbDR3 The crude protein content and fat of the rye grass are significantly improved, and the ADF, NDF and Ash contents are significantly reduced. LpCbDR3 The transgenic rye grass has a significantly improved chlorophyll content compared with the control group, which indicates that chlorophyll is degraded under the salt stress condition, and the transgenic plant can reduce the chlorophyll decomposition rate. LpCbDR3 The relative conductivity (EL) is significantly reduced, which indicates that the transgenic plant has a low ion permeability of leaf cell membrane and a low damage degree of cell membrane compared with the control group, and the harm of salt stress to the plant is alleviated. LpCbDR3 The forage quality and salt tolerance of perennial rye grass can be improved.