Year 10 Biotechnology Research Scaffold

Year 10 Biotechnology Research Scaffold (10 Marks) (C) Use the following scaffold to assist you in the research of your allocated Biotechnology.

Student Name: Angela Ozigbo Teacher Name: Mrs Luke Class: 10E.

Complete the following table to assist you in your research and prepare you for the in-class task Qu. Areas of research Your response 1 Name of your allocated Biotechnology (KU: LW15) The name of your allocated Biotechnology is Insulin 2 Define the term “Biotechnology” (KU: LW15) The study of biological systems, live creatures or parts of them to create various new things is referred to as "biotechnology." 3. Define your allocated Biotechnology (KU: LW15). The pancreas naturally secretes insulin, which gives energy in the shape of glucose. …show more content…
Outline a real life example of your allocated Biotechnology, describing its use. Humulin, regularly known as human insulin, is a type of insulin that helps individuals with diabetes control their glucose (blood sugar) levels. Patients with diabetes have either type 1 or type 2 diabetes, which is characterised by insufficient insulin production or wasteful use of the insulin that's created by the body. They can control their blood sugar levels by injecting humulin, which serves the same purpose as normally produced insulin. 8. Explain, using cause and effect language, the 2 benefits of your allocated Biotechnology for society. Better Health For Diabetes: The use of health recombinant technology to produce human insulin such as Humilin provides patients with a reliable and consistent source of insulin as a result the health outcomes for diabetic outcomes have drastically increased. It has reduced the risk of allergic reactions and other side effects that would be considered with animal-derived …show more content…
The advent of recombinant DNA technology has reduced the reliance on animal slaughter, thus alleviating the negative impacts on resource distribution, waste generation, and land utilization. Moreover, in the manufacturing of insulin using recombinant DNA technology, procedures that could lead to unfavorable consequences, such as land usage and resource allocation, are significantly reduced.

11. Assess the impact of your allocated Biotechnology on society and the environment. In your assessment, you must include; Data which shows the impact your allocated Biotechnology has had on society and the environment A judgement LW(PADI:7WS) 2 disadvantages & 1 advantage, outweigh, significantly highly affected & limited in its effectiveness.

Insulin has an enormous role in modern medicine, which they fulfil remarkably. The introduction of insulin revolutionised the treatment of diabetes internationally, and the quality of life for diabetic patients was enhanced. Through INsulin that was produced using recombinant technology, patients can regulate their glucose levels leading to overall more productive and energetic

Show More

Related Documents: Year 10 Biotechnology Research Scaffold

Essay about Nanotech 1AC