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RECOMBINANT DNA AND BIOTECHNOLOGY.

RECOMBINANT DNA AND BIOTECHNOLOGY. Overview of recombinant DNA proceedures. Selection. Mutation. Restriction Enzymes. Vectors. PCR. TECHNIQUES OF GENETIC ENGINEERING. Transformation. Electroporation. Protoplast Fusion. Microinjection. Therapeutic applications of genetic engineering.

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RECOMBINANT DNA AND BIOTECHNOLOGY.

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  1. RECOMBINANT DNA AND BIOTECHNOLOGY.

  2. Overview of recombinant DNA proceedures. • Selection. • Mutation. • Restriction Enzymes. • Vectors. • PCR.

  3. TECHNIQUES OF GENETIC ENGINEERING. • Transformation. • Electroporation. • Protoplast Fusion. • Microinjection.

  4. Therapeutic applications of genetic engineering. • Insulin. • Growth hormone. • Tissue-plasmogen activator. • Subinit vaccines. • Gene therapy.

  5. Scientific Applications of genetic engineering. • Genetically Engineered Products For Medical Therapy. • Obtaining Information From DNA For Basic Research And Medical Applications. • Southern Blotting. • Gene Therapy and DNA Fingerprinting. • Polymerase Chain Reaction.

  6. AGRICULTURAL APPLICATIONS. • Ti Plasmid. • Genetically Engineered Rhizobium. • Genetically Engineered Pseudomonas fluorescens. • Bovine Growth Hormone(BGH).

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