Inheritance & EvolutionHigh Exam FrequencyAQAEdexcelOCRWJEC
Genetic Engineering
Genetic modification, gene therapy, and biotechnology applications
What you'll cover
- Genetic engineering techniques
- Gene therapy applications
- GMO crops and benefits/risks
- Ethical considerations
Study this topic
1Deep Dive2Key Facts3Comparison4How It Works5Definitions6Misconceptions7Memory Aid8Higher Tier9Exam Focus10Summary11Exam Tips
What is Genetic Engineering?
Examples of Genetic Engineering
GM Crops: Benefits and Concerns
How It Works: Restriction Enzymes, Ligase, and Vectors
Key Definitions
Common Misconceptions
Memory Aids
Higher Enzyme Steps and Ethical Debate on GM Crops
Exam Focus
Knowledge Organiser
Exam Tips: Genetic Engineering
Sample Flashcards
What is genetic engineering?
The direct modification of an organism's genome by inserting a gene from another organism (or a modified gene) to give it a new or altered characteristic. The resulting organism is called a genetically modified (GM) organism.
How is insulin produced using genetic engineering?
The human insulin gene is inserted into bacterial plasmids. The bacteria are grown in large fermenters and produce human insulin protein. This insulin is then purified for use by diabetics. Before this, pig or cow insulin (slightly different) was used.
Sample Questions
Which of the following is a benefit of genetic engineering?
A genetic engineer uses a gene from one organism to introduce a desirable characteristic into another organism. This process is an example of which type of genetic engineering?
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