Research Achievements

SNo. Achievements
1 Development of high yielding soybean varieties NRC 2, NRC 12, NRC 7, NRC 37 and NRC 86. Out of these, NRC 7, NRC 37 and NRC 86 are under seed chain.
2 Development and commercialization of trypsin inhibitor free soybean genotypes NRC 101 and NRC 102. These genotypes need not to be boiled before mixing with wheat for preparing soy fortified flour. Kunitz trypsin inhibitor genotype in the background of JS 97-52 and NRC 7 have also been developed.
3 Identification and commercialization of IC 210, a high oleic acid genotype with 42% oleic acid content against that of 24% found in regular soybean.
4 Soybean genotypes with null lipoxygenase-2 ( the principal contributor to off-flavour) have been developed
5 Collection, maintenance, evaluation and conservation of soybean germplasm. Presently, we maintain a collection of 4591 accessions and supply to users.
6 Identification of germplasm accessions for high oil content, high oleic acid content, high protein, rust resistance, YMV tolerance, photo-insensitivity, long juvenility, drought tolerance, rhizoctonia root rot resistance, girdle beetle, defoliators.
7 Identification of molecular markers linked to YMV resistance in Glycine max as well as Glycine soja.
8 Identification of QTLs for 100 seed weight, pods per plant and seed yield per plant.
9 Development of Multi parent Advanced Generation Intercross (MAGIC) and Nested Association Mapping (NAM) populations.
10 Development of infectious clones for screening of soybean varieties through agroinfection.
11 Standardization of thin layer polymer coating for effective delivery of fungicides, insecticides and other growth promoting chemicals.
12 Identified three new potential novel bacterial strains e.g., Paenibacillus mucilaginosus and Bradyrhizobium daqingense and B. liaoningense were isolated and identified from root nodules of three drought tolerant lines e.g., EC 538805, PK472 and EC 538828 respectively. These strains are being evaluated for abiotic stress tolerance traits for further evaluation on soybean.
13 Identified Glomus intraradices (Rhizophagus irregulariae) as most predominant AM species harbouring in the rhizosphere of soybean, wheat and maize crops from a long-term soybean-based cropping system.
14 Optimized a method for extraction and enhanced recovery of glomalin (glycoprotein secreted by AM fungi) which is crucial part in plant growth, nutrient uptake, soil carbon sequestration and carbon mitigation.
15 Identified and evaluated three bacterial strains i.e. Bacillus aryabhattai MDSR 14 (JF792521) Acinetobacter calcoaceticus BK-5 (JF792523) and Pseudomonas moselli DKH-3 (JQ773432) capable of solubilizing zinc and phosphorus and mineralizing phytate; enhancing zinc accumulation in seeds up to 34% higher compared to without inoculation. Also solubilizes inorganic phosphates and mineralizes phytate.
16 Development of computer softwares to facilitate soybean research (Germplasm information system, Varietal identification system, Data management systems for breeding and agronomy multi-location AICRPS data and Disease diagnosis system).