Dr. Lalit Kumar SinghAkash Patel2023-10-152023-10-152023-08-10https://krishikosh.egranth.ac.in/handle/1/5810198904An experiment was conducted during kharif season of 2022-23 at Oilseeds Research Farm, Kalyanpur, Chandra Skekhar Azad University of Agriculture and Technology, Kanpur to study the test weight, percentage of moisture, dhal recovery, husk recovery, loss in processing, broken dhal, protein, methionine, tryptophan. The test weight ranged from 73.85 to 120.74g. Significantly highest test weight (120.74g) was observed in KA-17-1 and lowest test weight (73.85g) in UPAS-120.The dahl recovery in whole grain in certain genotypes/varieties of pigeon pea ranged from 68.15 to 77.56%. Pigeon pea variety AMAR recorded maximum dhal recovery of 77.56% in whole grain followed by NDA-1, KA-17-1, KA-12-1, TYPE-21, ICPL-15, AZAD, UPAS-120, MANAK, and PUSA ARHAR-16. The minimum dahl recovery (68.15%) was obtained in PUSA ARHAR-16. Certain genotypes/varieties of pigeon pea showed variation in husk per-cent from 11.05 to 14.35%. The variety AMAR gave lowest mean value of husk than the other genotypes/varieties of pigeon pea. Broken dhal recovery ranged from 4.75 to 8.52% and highest percentage was obtained in case of MANAK, whereas, the genotype/variety AMAR recorded lowest value for broken dhal per-cent. The lowest per-cent loss was obtained in AMAR (6.64%) whereas highest percent loss was recorded in pigeon pea genotype/variety PUSA ARHAR-16 (9.62%). Results revealed that the dhal protein content varied significantly from 21.05-24.76 per-cent, methionine content varied from 0.643 to 1.034 mg/16gN and tryptophan content varied from 0.63 to 0.86 mg/16gN) in certain genotypes/varieties of pigeon pea. Significantly highest protein content (24.76%), methionine content (1.034mg/16gN) in dahl and tryptophan content (0.86mg/16gN) was obtained in AMAR, respectively of maximum dahl recovery, lowest husk percentage, protein and methionine content in genotype/variety AMAR was superior mostEnglishPhysicobiochemical Evaluation of Certain Promising Varieties/Genotypes of Pigeon Pea (Cajanus cajan milisp. L.)Thesis