Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
History of biotechnology wikipedia , lookup
Biotechnology wikipedia , lookup
Homeostasis wikipedia , lookup
Introduction to evolution wikipedia , lookup
Ecological resilience wikipedia , lookup
History of biology wikipedia , lookup
Anatomical terms of location wikipedia , lookup
Human impact on the nitrogen cycle wikipedia , lookup
Hyperthermia wikipedia , lookup
B7 Quiz Questions B7.1 Peak performance – the skeletal system 1. What is the role of the skeleton? 2. How do muscles move bones? 3. Draw a synovial joint and label each part with its function. 4. What specific properties do the ligaments, cartilage and tendons have to allow them to function effectively 5. What type of medical information or lifestyle history need to be disclosed before an exercise regime is started? 6. Describe how a person’s heart rate changes during exercise and the recovery period. 7. Describe what body mass index (BMI) is used to measure. 8. Calculate your own BMI 9. Why does any assessment of progress need to take into account the accuracy of the monitoring technique and the repeatability of the data obtained? 10. List the common injuries that can be caused by excessive exercise. 11. Describe the symptoms and basic treatments for a sprain. 12. Describe the role of the physiotherapist in treatment of skeletal-muscular injury. Module B7: Further Biology B7.2 Peak performance – circulation 1. Explain what is meant by a double circulatory system. 2. Why is the heart known as a double pump? 3. What does blood carry to muscles and away from muscles? 4. List the components of blood and their functions. 5. Describe and name the main structures and blood vessels of the heart. 6. Describe the function of valves in the heart and veins. 7. What is the function of tissue fluid? Module B7: Further biology B7.3 Peak performance - energy balance 1. To maintain a constant body temperature, briefly state the relationship between heat gained (including heat released during respiration) and heat lost. 2. What do temperature receptors in the skin detect? 3. What do temperature receptors in the brain detect? 4. Where in the brain do you find the processing centre which receives information from the temperature receptors, and sends instructions to trigger the effectors automatically. 5. Name two effectors involved in temperature regulation. 6. Describe what happens to the body at high temperatures. 7. During exercise the body produces more sweat. What negative effect can this have on the body? 8. Describe what happens to the body at low temperatures. 9. Explain with examples that some effectors work antagonistically, which allows a more sensitive and controlled response. 10. What type of foods are quickly absorbed into the blood stream, causing a rapid rise in the blood sugar level? 11. Which type of diabetes is more likely to arise because of poor diet or obesity? 12. Which type of diabetes arises when the pancreas stops producing enough of the hormone, insulin? And which type of diabetes develops when the body no longer responds to its own insulin or does not make enough insulin? 13. Describe how each type of diabetes can be controlled. 14. Explain how a diet high in fibre and complex carbohydrates can help to maintain a constant blood sugar level. 15. Describe the role of exercise in maintaining a healthy body mass. 16. Name the diseases associated with an unhealthy diet. Module B7: Further Biology B7.4 What can we learn from natural ecosystems? 1. What is a perfect ‘closed loop’ system? 2. Why is an ecosystem describes as a type of ‘closed loop’ system? 3. Name examples of waste products in natural ecosystems. 4. Describe how these waste products may become food or reactants for animals, plants and microorganisms in the ecosystem, include the role of the digestive enzymes of Microorganisms. 5. Find a diagram of a ‘closed loop’ system on the storage and movement of chemicals through an ecosystem, either water, carbon, nitrogen or oxygen. 6. Explain why no ecosystem is a perfect ‘closed loop’ system. 7. In stable ecosystems, the output (losses) must be balanced by gains eg ………………. 8. Why do some organisms produce large quantities of reproductive structures, including eggs, sperm, pollen, flowers and fruit? 9. Why in stable ecosystems, is the production of large quantities of these reproductive structures not wasteful? 10. Describe the role of vegetation in stable ecosystems such as rain forests 11. Explain how vegetation reduces soil erosion. 12. What things do humans depend on natural ecosystems to provide? 13. Describe how human systems do not ‘close the loop’. Include bioaccumulation in food chains 14. Describe the process of eutrophication. 15. Describe two environmental effects of removing biomass from natural ‘closed loop’ ecosystems for human use. 16. Explain the impact of replacing vegetation in natural ecosystems with agricultural crops and livestock. 17. Explain how human can be sustainable with their use of natural resources. 18. Why does the use of crude oil not fulfil the requirements of a ‘closed loop’ system? 19. What solutions will allow us to sustainably harvest natural resources such as timber and fish? 20. Describe the role of sunlight as a sustainable source of energy for natural ecosystems and sustainable agriculture 21. Discuss the tensions between conserving natural ecosystems and the needs of local human communities. odule B7: Further Biology B7.5 New technologies 1. Describe the features of bacteria that make them ideal for industrial and genetic processes. 2. List the products made when bacteria and fungi are grown on a large scale (fermentation). 3. What is genetic modification? 4. Describe the main steps in genetic modification. 5. Describe two applications of genetic modification. 6. Describe the steps in the use of DNA technology in genetic testing. 7. In nanotechnology, applications are based on structures that are small, about how same are they? 8. Describe the application of nanotechnology in the food industry. 9. Describe applications of stem cell technology in tissue and organ culture. 10. Describe the role of biomedical engineering in replacement of faulty heart valves and pacemakers.