tailieunhanh - Identifying of mungbean resistance genotypes against mungbean yellow mosaic virus, anthracnose and cercospora diseases under natural condition in Tripura

One hundred one genotypes/lines of mungbean germplasm were screened against MYMV, cercospora and anthracnose under natural field conditions at Tripura centre lembucherra. The germplasm was categorized in to resistant and susceptible depending upon severity of disease. The present investigation aimed to identify stable both MYMV, cercospora and anthracnose resistant lines with high yielding through screening under natural condition. The experimental material consisted of 101germplasm lines screened under field condition. Results revealed that most of the genotypes studied were categorized as resistant to moderately resistant. In spite of the variable response to MYMV, Cercospora and Anthracnose TRCM131-1, TRCM83-2- 3, TRCM1-9-3, TRCM3-1-6, TRCM2-4-2, TRCM5-6-2, TRCM3-6-1, TRCM2-4-3, TRCM81-2-1, TRCM1-8-2, TRCM7-1-3, TRCM3-5-1, TRCM13-4-3, TRCM13-4-1, TRCM2-1-2, TRCM83-2-10 best genotypes with higher yield would be utilized as donors to develop resistant lines and these will be advanced for multilocational yield trial for selection as promising variety. | Identifying of mungbean resistance genotypes against mungbean yellow mosaic virus, anthracnose and cercospora diseases under natural condition in Tripura

• Nông nghiệp
• Yellow mosaic virus
• Mungbean resistance genotypes
• Mungbean yellow mosaic virus
• Cercospora diseases under natural condition
• Cercospora and anthracnose
• Pole bean
• Biocontrol agents
• Integrated approach
• Yellow mosaic virus in pole beans
• Management of yellow mosaic virus
• Whitefly population
• Correlation and regression
• Mungbean yellow mosaic virus incidence
• Vector population for development
• Yellow mosaic disease forewarning
• Nghiên cứu tạo cây đậu tương
• Cây đậu tương
• Bean yellow mosaic virus
• Soybean mosaic virus
• Phản ứng PCR
• Đậu tương chuyển gen
• Greengram [Vigna radiata (L
• ) Wilczek]
• Blackgram CO5
• Greengram genotypes were screened
• Phylogen etic analysis
• RTPCR and recombination
• Group IV infecting gladiolus
• Yellow mosaic virus belongs
• Yellow mosaic virus disease
• Monogenic dominance
• Soybean (Glycine max L Merr )
• Yellow mosaic virus disease resistance
• Highly resistant soybean varieties
• Chemical insecticides
• Comparative evaluation
• Comparative evaluation of botanicals
• Yellow mosaic virus of Mungbean
• Mungbean yellow mosaic India virus
• Coat protein
• Phylogenetic analysis
• Nucleotide sequence identity
• SSR markers
• Bulk segregant analysis
• Blackgram (Vigna mungo (L ) Hepper)
• Molecular markers linked
• Yellow mosaic virus resistance
• Mungbean (Vigna radiata L )
• Evaluation of mungbean
• Cultivars for resistance
• Mungbean yellow mosaic virus MYMV
• NBS LLR marker assisted screening
• Resistance genotypes
• Mungbean genotypes
• Screening of mungbean
• Mungbean varieties against whitefly
• Disease severity was recorded
• Molecular marker
• Resistant gene analogous marker
• Yellow mosaic virus resistant genotypes
• Yellow mosaic virus resistant genotypes in greengram
• Average plant yield
• Coat protein gene
• Sequence comparision
• Horse gram yellow mosaic Virus
• DNA A component
• Sequence comparison
• IPM module
• Yellow vein mosaic virus
• Mid central table
• Mid central table land zone
• Management of yellow vein mosaic virus
• Yellow vein mosaic virus incidence
• Studies on the performance
• Morphological characterization
• Morphological characterization of okra
• Genotypes for yield
• Yellow vein mosaic viruses
• Citrus yellow mosaic virus
• Citrus ring spot virus
• Molecular detection
• Duplex PCR in sweet orange
• Indian citrus ring spot virus
• Shoot and fruit borer
• Okra genotypes for shoot
• Fruit borer
• Yellow vein mosaic virus disease
• Curl virus disease over environments
• Screening of soybean genotypes
• Soybean genotypes
• Soybean yellow mosaic virus disease
• Viruliferous whiteflies
• Artificial virus inoculation method
• Phytolacca americana
• Antiviral protein
• Zucchini yellow mosaic virus
• Pokeweed antiviral protein
• Ribosome inactivating protein
• Moth bean germplasm
• Genotype by environment
• Biplot analysis
• Cultivar development
• Cucumis sativus L
• Molecular markers
• Cucurbit crops including cucumber
• Amplified fragment length polymorphism
• Sequence related amplified polymorphism
• Green gram
• Mungbean yellow mosaic virus resistance
• Green gram (Vigna radiata (L
• ) Wilczek)
• Vector population was high
• Natural field condition