4.6.2.4 Genetic Define the term genetic 1–2 Brainstorm what the terms Use a model to describe engineering engineering. genetic engineering, genetic genetic engineering Information on modification and gene therapy techniques. Genetic Describe the process of genetically modified mean. engineering genetic engineering and its food can be found at involves modifying advantages. List examples of genetic Evaluate the use of genetic the genome of an engineering. HT: Describe in detail the engineering in agriculture organism to process of genetic Produce a leaflet for a doctor’s and medicine. introduce a desired engineering. surgery to explain how human characteristic. insulin is produced by bacteria Evaluate the use of genetic can be cut and discuss the advantages of engineering in medicine, eg from the this over porcine insulin. in gene therapy and chromosome of a production of hormones and Interpret information about human or other some vaccines. genetic engineering organism and techniques. Interpret information about transferred into the genetic engineering Research advantages and cells of other techniques. disadvantages of GM crops. organisms. What characteristics may be Make informed judgements HT: enzymes are modified? Produce a web page about the economic, social used to cut the or a table of benefits versus and ethical issues gene from a concerns for homework. concerning genetic chromosome; gene engineering and GM crops. Produce headline is inserted into a paragraphs to represent the vector, eg bacterial Explain advantages and views of organic farmers, plasmid or virus; disadvantages of genetic organisers, GM Research vector is used to engineering. scientists and students. insert gene into cell; cell then makes a new
4.6.2.4 Genetic engineering Genetic engineering involves modifying the genome of an organism to introduce a desired characteristic. can be cut from the chromosome of a human or other organism and transferred into the cells of other organisms. HT: enzymes are used to cut the gene from a chromosome; gene is inserted into a vector, eg bacterial plasmid or virus; vector is used to insert gene into cell; cell then makes a new Define the term genetic engineering. Describe the process of genetic engineering and its advantages. HT: Describe in detail the process of genetic engineering. Evaluate the use of genetic engineering in medicine, eg in gene therapy and production of hormones and some vaccines. Interpret information about genetic engineering techniques. Make informed judgements about the economic, social and ethical issues concerning genetic engineering and GM crops. Explain advantages and disadvantages of genetic engineering. 1–2 Brainstorm what the terms genetic engineering, genetic modification and gene therapy mean. List examples of genetic engineering. Produce a leaflet for a doctor’s surgery to explain how human insulin is produced by bacteria and discuss the advantages of this over porcine insulin. Interpret information about genetic engineering techniques. Research advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns for homework. Produce headline paragraphs to represent the views of organic farmers, organisers, GM Research scientists and students. Use a model to describe genetic engineering techniques. Evaluate the use of genetic engineering in agriculture and medicine. Information on genetically modified food can be found at
AQA-8464-SOW-IVE.DOCX