QUIZ DISCUSSION - VWO
QUIZ DISCUSSION : VWO
CHAPTER 10 & 1 1 - TESTWEEK QUIZ
LESSONS 1-7
TOTAL: 38 POINTS
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Items in this lesson
QUIZ DISCUSSION : VWO
CHAPTER 10 & 1 1 - TESTWEEK QUIZ
LESSONS 1-7
TOTAL: 38 POINTS
Slide 1 - Slide
True or False
1p - 1. - A red nose is a symptom for the common cold.
1p - 2. - Pregnant woman are not allowed pasteurised milk.
1p - 3. - Pathogens are organisms that cause bacterial infections.
1p - 4. - Salmonella is caused by bacteria and causes food poisoning.
1p - 5. - Viruses multiply by sexual reproduction so a virus can be eradicated (uitgeroeid) by killing all male viruses.
Slide 2 - Slide
Article immune system
‘The immune system is the body’s defence force. It protects against infections which
might enter the body. The potential invaders include bacteria and viruses. The two basic defences are cells and chemicals. The best known action of defence cells is the ingesting and killing off microbes. The best known chemical defence is the antibodies - proteins specially made to match with the surface of an invading microbe. Once covered with antibodies, the microbe becomes easier to destroy. So how do the invaders ever win?
Part of the answer is that the chemical defenders take some time to become effective. When the body is infected for the first time by a particular microbe, there is a race between the multiplying microbes and the multiplying cells producing the antibodies. Given time, the body usually wins; eventually enough antibodies are formed to overcome the invaders. But if the initial invasion force is large, or the immune system is weak, the battle may be lost.'
Slide 3 - Slide
1p - 6. What triggers our body’s immune system?
A antigens
B foreign antigens
C antibodies
D foreign antibodies
Slide 4 - Slide
1p - 7. Which immune cells are spoken of in the following segment? “The best known action of defence cells is the ingesting and killing off microbes.”
A T- helper cells
B T- killer cells
C B- cells
D Phagocytes
Slide 5 - Slide
1p - 8. Which immune cells are spoken of in the following segment? “the multiplying cells producing
the antibodies.”
A B-cells
B plasma cells
C memory cells
Slide 6 - Slide
1p - 9. Which cells are our absolute final defence in case all else fails?
A T- helper cells
B T- killer cells
C B- cells
D Phagocytes
Slide 7 - Slide
1p - 10. Which cells activate the cells that produce the antibodies?
A T- helper cells
B T- killer cells
C Phagocytes
D B- cells
Slide 8 - Slide
Basics pathogens
Slide 9 - Slide
Question 11 - 4 points
image A - fungus
image B - virus
Image C - bacterium
Image D - parasite
EXTRA - worms
IMAGE
Slide 10 - Slide
Question 12 - 4 points
image A - Can be multicellular and unicellular
image B - Use our own mitoses to reproduce.
Image C - Can reproduce .... ideal circumstances
Image D - Are multicellular.
EXTRA - You can get them from dirty toilet seats.
IMAGE
Slide 11 - Slide
Question 13 - 4 points
image A - ringworm
image B - HIV
Image C - E-coli
Image D - tapeworms
IMAGE
Slide 12 - Slide
Case study
Tim has prepared a special meal for his family. He cut the chicken into small pieces and made sure that the chicken was cooked properly (by cutting it again when it was cooked to double check), he then made a salad to go with the chicken. The next day several people are sick. The following questions will be about this case study.
Slide 13 - Slide
1p - 14. Which pathogen has most likeley made the people sick?
A e-coli
B ebola
C salmonella
D legionella
Slide 14 - Slide
4p - 15. Explain in details and steps how you think the people could have gotten sick.
1 pnt: answer must contain the word cross contamination.
possible explanations of cross contamination:
1 pnt - not washing hands after handling raw chicken
1 pnt - not washing the knife after handling raw chicken
1 pnt - not washing the cutting board after handling raw chicken
Slide 15 - Slide
4p - 16. Explain in details what treatments would be best advised.
1 pnt: answer must contain the word hydration
other possible treatments:
1 pnt - drink plenty of fluids
1 pnt - try to eat light food to keep food down
1 pnt - watch the body temperature, if the fever stays to high or too long go to the doctor.
Slide 16 - Slide
Immunisation
Slide 17 - Slide
4p - 17. Explain on the molecular and cellular level what will happen when the patient stops taking this medication.
1p - the phagocytes will recognise the antigen on the transplanted kidney as being foreign.
1p Helper T-cells will activate B-cells
1p - B cells will produce specific antibodies
1p - the antibodies will bind the cells of the kidney and kill them
article
When a person’s kidney doesn't function properly over a long period of time, the person might be eligible for a kidney transplant. In this case a kidney from a close relative or other matching donor will replace the patient’s own kidney. Although the transplanted kidney works excellent, the patient still has to take immunosuppressant for the rest of his life.
Slide 18 - Slide
3p - 18. Explain which type of immunitsation results in memory cells.
1p Passive immunity is caused by injection with antibodies
1p Active immunity is caused by a pathogen or a vaccin.
1p only active immunity will activate T-cells and B-cells resulting in memory cells
article
Immunisation, is the process by which an individual's immune system becomes fortified against an infectious agent.
