PPT-Transgenic Plants

Insights into Pharmaceutical Biotechnology and Molecular Farming Huma Mehreen Sadaf 10arid1824 Contents Background History of Medicinal Plants Plant Molecular farming Potential Benefits Claimed For PMF. Plants. (Genetically . modified organisms (plants). Genetically engineered . plants) . Why create transgenic plants? . When there is no naturally occurring genetic variation for the target trait..  . I. Selective Breeding. 1.) . Selective breeding . = The process by which desired traits of certain plants and animals are selected and passed on to their future generations.. Breed only those plants or animals with desirable traits. Traditional and Transgenic Methods and Applications for Insect Resistance in Plants. Some history. 1792: ‘Underhill’ wheat reported to show some resistance to Hessian fly. 1830s: ‘Winter . Majetin. Plants. (Genetically . modified organisms (plants). Genetically engineered . plants)) . Why create transgenic plants? . When there is no naturally occurring genetic variation for the target trait..  . chromosome. Foreign DNA. cytoplasm. nucleus. Inheritance. Mendalian. or . non-. mendalian. : . non-. mendalian. manner of inheritance is indicative of . transgene. instability. Faithful expression or . 1.) . Selective breeding . = The process by which desired traits of certain plants and animals are selected and passed on to their future generations.. Breed only those plants or animals with desirable traits. chromosome. Foreign DNA. cytoplasm. nucleus. Inheritance. Mendalian. or . non-. mendalian. : . non-. mendalian. manner of inheritance is indicative of . transgene. instability. Faithful expression or . Genetic manipulation strategies in environmental biotechnology Presented By : * shahzaib khan *WAQAR ALI Contents What is Environmental Biotechnology Genetic Manipulations strategies In Plants In Animals for accumulation of SA. PART 1. SUMOylated. SIZ1 protein . (does not control or . does control) its SUMO E3 . ligase. activity under the heat stress (or SA accumulation).. Alternatively, (Un). SUMOylated. Dr. Kamal Kumar Gupta. Mice from Dr. Ralph L. . Brinster's. Giant . M. ouse Experiment . T. he human . growth hormone gene was expressed in the liver of mice. Knockout Mouse. A . mouse in which a gene affecting hair growth has been knocked . Applications. UNIT. TOPIC. FACULTY. Unit I. Microbial biotechnology . Genetic manipulation, Engineering microbes for the production of antibiotics, enzymes, insulin, growth hormones, monoclonal antibodies, microbes for clearing oil spills. modified organisms (plants). Genetically engineered . plants)) . Why create transgenic plants? . When there is no naturally occurring genetic variation for the target trait..  . Examples: . Glyphosate herbicide resistance in soybean, corn . Agrobacterium. -mediated . transformation. Transgenic Plants. Transgenic plants are those plants, which carry additional, stably integrated and expressed foreign gene from trans species.. A genetically modified organism (GMO) is an animal, plant, or microbe whose DNA has been altered using genetic engineering techniques.. 1. 2. 3. 4. Ti Plasmid & T-DNA transfer. . Herbicide . Resistant . Insect Resistant . Drought/Stress resistant. Delayed . ripening. 5. Gene transfer in plants. Viral . transduction. Major Four.