tailieunhanh - Screening and identification of sources of salinity tolerance at seed germination stage in Indian soybean genotypes

Salinity has negative impact on plants such as poor germination, reduction in root length, reduction in shoot length and adverse effect on early seedling growth. In order to study the effect of salinity (NaCl 180 mM) on seed germination of soybean, an experiment was conducted to screen 82 diverse soybean genotypes. The results revealed that salinity stress caused by NaCl reduced both germination percentage and seedling growth of soybean varieties. Genotypes differed significantly in terms of tolerance to salinity. Mean seed germination of the 82 soybean genotypes under normal condition was whereas the mean seed germination under salt stress was . Out of 82 lines screened at 180mM NaCl, sixty six genotypes failed to germinate (0% germination). Only sixteen genotypes showed germination. The seed germination among these sixteen genotypes varied from per cent to 100per cent. Three genotypes Pusa 9712, PS-1572 and FT-ABYARA exhibited 100% seed germination. Whereas genotypes E-20, JS-20-19 and Bragg showed , and 80% seed germination respectively under salt stress. | Screening and identification of sources of salinity tolerance at seed germination stage in Indian soybean genotypes

• Sinh học
• Salinity tolerance
• Seed germination
• Glycine max L Merrill
• Identification of sources
• Seed germination stage
• Breeding for the salinity tolerance rice
• The salinity rice variety in Viet Nam
• Developing new rice varieties
• Evaluation of salinity tolerance
• Molecular markers analysis
• Climate change
• Abiotic stress
• Improving salinity tolerance in fruit crops
• Fruit crops
• Extreme environment
• Cyanobacterial isolates
• Rann of kutch for salinity tolerance
• Characterization of cyanobacterial isolates
• Plant Biology
• Salinity stress
• Energy partitioning
• Long term salinity stress
• Crop salinity tolerance
• Allotetraploid wheat
• Leaf water potential
• Nitric oxide
• Oxidative stress
• Salt tolerance
• Superoxide dismutase
• Agrobacterium transformation
• Physiobiochemical analysis
• Transgenic pigeon pea
• Confers salinity tolerance
• Dead box helicase confers salinity
• Tomato salt tolerance
• Chloride salinity
• Grafting irrigation
• Sulfate salinity
• Brassica species
• Cluster analysis
• Rapeseed mustard
• Comparative studies among brassica species
• Identify salinity tolerant genotypes
• In vitro response
• Promising sugarcane varieties
• Callus culture
• Tissue culture
• Somaclonal variation
• Brassica juncea
• Genetic diversity
• SSR markers
• Dendrogram and salinity tolerance
• Mustard [Brassica juncea (L
• )]
• BMC Plant Biology
• Abscisic acid
• Pyruvate transporters
• Lipo chito oligosaccharides
• Germination percentage
• Germination stress tolerance index
• Mean daily germination
• SOS signalling pathway
• Compatible solutes
• Next generation RNA Seq technology
• Salinity stress tolerance in plants
• Mitigate salt stress
• Generation mean analyses
• Complementary recessive epistasis
• Duplicate dominant epistasis
• Salinity tolerance in rice
• Yield in rice
• Agricultural science
• Forming plant growth promoting rhizobacteria
• Salinity tolerance in barley
• Bacillus amyloliquifaciens
• Plant growth promoting rhizobacteria
• Master's thesis of Applied Science
• Master's thesis
• Sensitive life stage
• Full life cycle
• Lumbriculus variegates
• BMC Genetics
• Genome wide association studies
• Seedling stage
• Candidate gene
• Temperate japonica
• Sugarcane genotypes
• Yield and juice quality
• Juice quality
• Promising sugarcane genotypes
• Arabidopsis thaliana
• Drought stress
• Transgenic Arabidopsis Thaliana
• GmNAC019 transcription factor in salinity
• Important analyzing parameters
• The assessment of salt tolerance in plants
• Salt tolerance in plants
• Gene function characterization
• Plant resistance
• Salinity responsive pathways
• BMC Genomics
• Aedes aegypti
• Arboviral diseases
• Coastal salinity
• Cuticle proteomics
• Gourd genotypes
• Watermelon citrullus lanatus
• Dry weight
• Ion regulation
• Leaf injury
• Mineral composition
• Plant growth
• Ber (Zizyphus mauritiana Lamk )
• Antioxidative defense
• Differentially expressed genes
• Full length transcripts
• Physiological shifts