Genetic technology is a field of biology that involves the study and modification of genes. Genes are made of DNA and control the characteristics of living organisms. By changing genetic material, scientists can improve or add specific traits. This technology is widely used in medicine to produce insulin and vaccines, and in agriculture to develop high-yield and pest-resistant crops. Genetic technology helps improve human life but must be used responsibly due to ethical and safety concerns.
Genetic technology
A set of tools used to study, copy, or change DNA to solve problems or improve traits.
Genetic engineering
Directly adding, removing, or changing genes to produce specific outcomes in an organism.
CRISPR (basic idea)
A precise tool that cuts DNA at a chosen spot so changes can be made carefully.
Medical uses
Producing insulin, testing genetic diseases, and studying how genes cause illness.
Agricultural uses
GM crops can resist pests, reduce chemical use, and improve yield when used responsibly.
Ethics and safety
Research needs approval, consent, and long-term safety checks for people and nature.
This image illustrates key aspects of genetic technology, such as DNA manipulation and gene editing processes.
- Helps produce medicines like insulin and vaccines.
- Improves crop strength and reduces pesticide use.
- Speeds up research on genetic diseases.
- High cost and long testing timelines.
- Ethical concerns about fairness and consent.
- Environmental risks if misused.
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