The Immune System Flashcards

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1
Q

What are the two main types of immune hypersensitivity?

A

Allergy, and autoimmune disease. (Think rheumatoid arthritis)

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2
Q

Define cytokine storm.

A
  1. Systematic inflammatory response due to abnormally high levels of cytokines.
    Or
  2. When body reacts so strongly to a pathogen (or immune system thinks it’s a pathogen) that the whole body responds very violently which can lead to organ failure and death.
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3
Q

Define cytokine

A

Immune signaling molecule.

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4
Q

Explain how vaccines work in 4 steps.
1. Injection
2. Immune response to that in the moment
3. Immune response after.
4. Immune response when in use again.

A
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5
Q

Explain how mRNA vaccine work. Part 1: The set up

A
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6
Q

Explain how mRNA vaccine work. Part 2: what happens directly after the set up? (First immune response)

A
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7
Q

Explain how mRNA vaccine work. Part 3: the secondary immune response and set up for the finale.

A
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8
Q

Explain how mRNA vaccine work. Part 4: The attack

A
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9
Q

Damage may be taken in 2 forms in which both the immune system responds to. What are those two general categories? What are specific examples?

A
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10
Q

What are the active components of the immune system? (2)

A

White blood cells and Secreted substances

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11
Q

Define immune effectors.

A

stuff that does stuff to attack pathogens → the immune system’s specialists in violence

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12
Q

What are the 4 steps in the immune response. (Step 3 technically 2 different things!)

A
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13
Q

In terms of timing of response, how quickly do these levels of immunity respond.
Barriers
Innate immunity
Adaptive immunity

A
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14
Q

There are three types of barriers in the immune system. What are they and give examples of each of them.

A
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15
Q

There are two categories of innate immunity. What are they and give examples of each.

A
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16
Q

There are two categories of adaptive immunity immune response. What are those categories and give examples of each.

A
17
Q

Explain at least 3 differences between innate immunity and adaptive immunity.
What is the key distinction?

A
18
Q

Match the arrows to:
T cell receptors
B lymphocytes
T lymphocytes
Memory cells
Specific immunity
Phagocytes

A
19
Q

Explain how innate and adaptive immunity work together.

A
20
Q

Immune cells are what type of cell? (Broad)

A
21
Q

Name the 3 type of lymphocytes. Hint: lymphocytes are adaptive immunity. (Except 1… in this class)

A
22
Q

Name the three types of granulocytes. (2 do the same thing for our purpose)

A
23
Q

Name the 3(technically 4), phagocytes.

A

Monocytes: are in the circulation; they differentiate as macrophages or dendritic cells when they exit the circulation and enter the tissues
macrophages: are large phagocytes that reside in tissues and scavenge debris
Dendritic cells: they ingest pathogens in tissues then travel to lymph nodes

24
Q

Explain phagocytosis (3 steps)

A
25
Q

Define apoptosis.

A

Programmed cell death

26
Q

What do NK cells do (are “looking for”)?
How do they do it? (What mechanism do they use to identify target)

A
27
Q

Define what the C-reactive protein is. And how it works.

A

Generally bind and help phagocytes respond to the pathogen.

28
Q

What are the two main soluble factors we’ve learned about?

A

C-reactive protien and Histamine, (and complement but they kinda require other factors)

29
Q

Define what an Opsonin is.

A
30
Q

Histamine is a soluble factor:
How is Histamine released?
What is it?
What does it promote?

A
31
Q

Complement is a soluble factor:
Where is it produced?
How is it activated?
What does it do when activated?

A
32
Q

What are signs of inflammation?
What is chemically going on in the pathway to incite inflammation? 4 steps.

A
33
Q

Summary slide:

A