tailieunhanh - Expression profiling of resistance gene analogs from French bean (Phaseolus vulgaris L.) for the manifestation of rust (Uromyces phaseoli L.)

The resistant french bean genotype Arka Anoop and susceptible genotype Arka Sharath were used for expression profiling of RGAs for the manifestation of rust. Leaf tissue was collected from both resistant and susceptible genotypes which were challenged with rust spores separately at 15 DAI and 45 DAI and synthesized cDNA. The expression level of selected 10 RGA genes of french bean was measured in both resistant and susceptible genotype rust inoculated leaf tissues separately at 15 DAI and 45 DAI. At 15 DAI, in case of pathogen challenged leaf of resistant genotypes, the 9 COHFBRGA genes (COHFBRGA1 to COHFBRGA38 except COHFBRGA2) were up-regulated with a fold change range of to and COHFBRGA2 was down regulated with a fold change of . Whereas, at 30 DAI in the resistant genotype, all RGA genes were up-regulated with a fold change range of (COHFBRGA9) to (COHFBRGA25). In case of susceptible genotype, 5 RGA genes with the fold change ranged between and (15 DAI) and 7 RGA genes with (COHFBRGA38) to (COHFBRGA9) were down-regulated. Highest fold expression was found at 15 DAI in resistance genotype by COHFBRGA26 and lowest noticed in susceptible genotype at 30 DAI by COHFBRGA38. | Expression profiling of resistance gene analogs from French bean (Phaseolus vulgaris L.) for the manifestation of rust (Uromyces phaseoli L.)

• Sinh học
• French bean
• Arka Anoop
• Arka Sharath
• Rust and Expression analysis
• Phaseolus vulgaris L
• Manifestation of rust
• Nutrient management
• Valley conditions
• Yield and quality of French bean
• Integrated nutrient management
• Different concentrations of biofertilizers
• Yield of French bean
• French bean (Phaseolus vulgaris)
• Vegetative growth
• French bean (Phaseolus Vulgaris L )
• Growth parameters in French bean
• Rhizobium on growth parameters
• Pod yield
• French bean (Phaseolus vulgaris L
• French bean seeds
• Seed yield
• Seed quality
• Seed pelleting
• Seed yield in French bean
• Seed priming on yield
• Yield attributing characters
• Vegetable science
• Anthracnose resistance
• Germplasm screening
• SCAR markers
• Humic acid
• Seed production and quality
• Garhwal Himalayas
• Performance of French bean
• Seed production
• Acid soils
• Critical limit
• Bray’s per cent yield
• French bean in acid soils
• Yield attribute
• cv
• Arka Arjun)
• Rhizobium inoculation
• Varied levels of nitrogen
• Nitrogen and molybdenum
• T urticae
• Open field
• Field condition
• Tetranychus urticae koch
• French bean crop
• P enriched biocompost
• Soil properties
• Effect of vermicompost
• Genetic variability
• Genetic variability for structural
• Economic traits
• Total dry biomass
• North west Himalayas
• Evaluation of rhizobial isolates
• Evaluation of French bean
• Genotypes for growth
• Pod yield and quality
• Sub tropical condition
• Nutrient uptake
• Aluminium stress soil condition
• Soil properties and French bean
• Quality in French bean
• Seed pelleting on seed yield
• Influence of seed pelleting
• Fungicides against Colletotrichum lindemuthianum
• Anthracnose of French bean
• Poisoned food technique
• Colletotrichum lindemuthianum
• Maximum yield
• Pole type French bean
• Identify higher yielding genotypes
• MYMV and expression analysis
• Moong bean yellow mosaic virus
• Expression profiling
• Resistance gene analogs
• Drip irrigation
• Plastic colour mulches
• Water use efficiency
• Economics of French bean
• Genetic advance
• Path coefficient
• Character association in French bean
• Mung bean
• Induced mutation
• Mungbean yellow mosaic virus
• Mutant population
• Descriptive statistics analysis cost
• Cost returns and input
• Pattern for French bean cultivation
• Mysore district
• Primary data collected