TAILIEUCHUNG - Bench mark values for grain iron content in finger millet (Eleusine coracana (L.) Gaertn.)

Finger millet is an excellent source of mineral elements specifically calcium and iron. The iron content in the ruling variety, GPU-28 is mg/100g. Identification of germplasm lines superior to GPU-28 would help in identifying nutritionally superior genotypes and also to serve as genetic resource for recombination breeding. For such screening, use of appropriate procedure and bench mark values are highly useful. Hence, the present study was conducted to confirm the estimation procedure and to arrive at bench mark values for grain iron content in popular varieties. The elemental analysis was carried out in two laboratories. The results of the study indicated a positive correlation between the two laboratories for iron content and confirmed the appropriateness of procedure used for digestion and AAS estimation. Among the varieties, the iron content was significantly superior in GPU-67 ( mg/100g) compared to the GPU-28 and hence, this variety and grain iron content can be considered as a variety with bench mark value for screening large number of germplasm lines. | Bench mark values for grain iron content in finger millet (Eleusine coracana (L.) Gaertn.)

• Sinh học
• Finger millet
• Bench mark values
• Grain iron content
• Eleusine coracana L Gaertn
• Germplasm lines
• Economics of finger millet
• Yield of finger millet
• Finger millet with different legumes
• Intercropping of finger millet
• Fermented milk
• Quality attributes
• Finger millet enriched probiotic fermented milk product
• Unmalted finger millet flour
• Nutritional composition of raw
• Malted and Popped finger millet
• Eleusine coracana
• Finger millet varieties ranged
• Nutrient uptake
• Finger millet (Eleusine coracana L Gaertn )
• Integrated nutrient management practices
• Genetic variability
• Heritability and genetic advances
• Quantitative characters
• Finger millet (Eleusine coracana (L
• ) Gaertn
• Cow urine
• Finger millet (Eleusine coracana L )
• Cropping system
• Organic nutrient management on productivity
• White finger millet
• Phytic acid
• Finger millet varieties
• Phytic acid content
• Selected white finger millet varieties
• Finger millet (Eleusine coracona)
• Evaluation of cleaner cum pearler
• Cleaner cum pearler for finger millet
• Storage quality of millets
• Genetic advance
• Genetic advance for quantitative characters
• Finger millet germplasm
• Low phosphorus and potassium soil
• Potassium soil
• Cob rind biochar
• Growth and of finger millet
• Levels of maize cob rind biochar
• Correlation coefficient
• Path analysis
• Main earhead length
• Variance for different characters in finger millet
• Eleven characters in finger millet
• Age of seedling
• Intensification system in finger millet
• Feasibilities of intensification system
• Organic manure
• Yield of finger milletyield
• Biofertilizers on growth of finger millet
• Performance of organic sources
• Azospirillum and biofertilizers
• Production potential
• Finger millet (Eleusine coracana L
• Gaertn)
• Blast disease
• Finger millet (Eleusine coracana) varieties
• Resistant to blast
• Blast (Magnaporthe grisea)
• SRI Finger millet
• Seed sorting
• Priming and treatment
• SRI Finger millet cultivation
• Cultivation principles adopted in SRI
• Potassium uptake
• Available nutrients
• Transplanted finger millet
• Potassium application
• Potassium uptake pattern
• Magnaporthe grisea
• Magnaporthe grisea isolates of finger millet
• Biochemical characteristics
• Qualitative traits
• Finger millet germplasm collected
• Morphological characterization
• Stages of development
• Finger millet Eleusine coracana
• Yield and yield contributing traits
• Cropping systems
• Sustainable production
• Crop management
• Finger millet based cropping systems
• Grain yield
• Test weight
• No of fingers
• Finger millet varieties (Eleusine coracana L )
• Sowing on finger millet varieties
• Ensuing economic gains
• Finger millet (Eleusine coracana L Gaertn)
• Spacing and nutrient levels
• Growth attributes
• Cultivated under guni planting method
• Red sandy loamy soil
• Divergence and variability
• Mid hills of Uttarakhand
• Divergence in finger millet accessions