Following are the research activities performed at Agricultural Biotechnology Research Institute, Faisalabad
-
Codon optimization, characterization and expression analysis of genes for crop improvement
-
Detection and quantification of Bt toxin in various parts of cotton plant
-
Pollen tube pathway mediated genetic trnasformation for herbicide tolerant gene in cotton
-
Optimization of regeneration protocol for lentil
-
Genetic transformation and expression analysis for drought tolerance in sugarcane
-
Integration of modified gt gene in sugarcane and wheat
-
Application of genetic engineering to improve oil quality inBrassica juncea
-
Application of genetic engineering to improve harvest index inbrassica juncea
-
Testing of Biotech crops
-
Control of Bacterial Leaf Blight (BLB) in Rice through management and resistant varieties
-
Identification of rust and karnal bunt resistance genes in advance lines of wheat
-
Identification of DNA markers for resistance against Burewala virus disease in upland Cotton
-
Validation of DNA markers for sex determination in jojoba
-
Rust resistance gene pyramiding in wheat using linked DNA markers
-
Identification of resistant genotypes for ascochyta blight in chickpea for marker-assisted selection
-
Application of molecular markers for the detection of resistant genotypes against tomato mosaic virus in tomato
-
Evaluation of genetic diversity rice somalclone
-
Micropragation of olive through shoot tip culture
-
Development of olive plants through stem cuttings
-
Exploitation of somaclonal variation in Wheat for yield improvement
-
Development of rust resistant somaclones of Wheat genotypes V-05BT014 and Seher-06
-
Maintenance & utilization of Wheat genepool for crossing & use in tissue culture
-
Somaclonal variation studies in Wheat regenerations (R1 – R6)
-
Preliminary Wheat yield trials (A-trials)
-
Regular Wheat yield trials (B-trials)
-
Micro-plot Wheat yield trials (Irrigated &Rainfed)
-
Development of drought tolerant Wheat plants through tissue culture
-
Effect of different media for callus induction and optimization of proficient regeneration system in Rice
-
Screening of Wheat advance lines of ABRI against rusts
-
Screening of advanced Wheat material against rusts at SARS, Kaghan
-
Screening of Sugarcane somaclones/lines against Red Rot under field conditions
-
Micropropagation of Potato variety SH-5 and their screenings through ELISA
-
Use of Calliclonal variation for Sugarcane improvement
-
Inducing salt tolerance in Wheat through somaclonal variation
-
In-vitro studies in Sugarcane for inducing salt tolerance
-
Combined application of Diazotroph + L-Tryptophan and Phosphate solubilizing microbes (PSM) for improving the growth and yield of Wheat
-
Use of Phytohormones and Biofertilizers for improving the growth and yield of Cotton
-
Improvement in Rice yield through Biofertilizers
-
Use of Phytohormones and Diazotroph bacterial inoculum for improving the growth and yield of Sugarcane
-
Isolation and screening of Agrobacterium spp
-
Synergism of seed priming in Wheat crop to beneficial microbes in glass house and field conditions
-
Response of Wheat to different levels of Humic Acid and PGPR
-
Antifungal activity of biofertilizers against Leaf Rust in Wheat
-
Effect of compost andRhizobiumon growth and nodulation of Chickpea in normal and saline soils
-
Response ofRhizobiumand Humic Acid on growth and yield of Chickpea
-
Effect ofRhizobiumand nitrogen fertilizer on Brassica yield
-
Response of Oat Fodder quality to Phosphorus solubilizer bacteria
-
Mobilization of Copper and Boron in Rice through PGPR inoculation
-
Effect of Azotobacter Sp.on the yield of Rice
-
Effect ofRhizobiumas PGPR in Rice to increase its yield
-
Role of Gibberellins andAzotobacter sp.on the growth and yield of Maize
-
Growth promotion potential ofRhizobiumsp. for improving maize fodder yield
-
Response of Guar toRhizobium andPGPRinoculation
-
Combined effect of compost and Rhizobiumon growth and nodulation of Mung Bean in normal and saline soils
-
Role of L-Tryptophan on the efficacy of Rhizobiuminoculation for improving the growth and yield of Mung
-
Impact of physiological precursors and endophytes for the promotion of Sorghum and Pearl Millets
-
Response of Sorghum to different levels of Humic Acid and PGPR
-
Association ofAzotobacterandBacillusspecies for the promotion of Cotton
-
Interactive effect ofRhizobiumand PGPR inoculation on Berseem
-
Effect ofRhizobiumand phosphate solubilizer inoculation on nodulation and yield of Lentil
-
Wheat response to PGPR under water stress conditions
-
Potential of free living microbes to enhance the yield and nutrient use efficiency of Barley