Quiz 2 Flashcards

(81 cards)

1
Q

Mechanism for dealing with exogenous or endogenous injuries

A

Inflammatory process

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2
Q

What are the two broad categories of the inflammation process?

A

Acute
Chronic

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3
Q

What is the underlying cause in many diseases?

A

Inflammation

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4
Q

What are characteristics of acute inflammation?

A

Abrupt onset
Short duration
Exudative reaction
Painfull

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5
Q

What are the cardinal signs of acute inflammation?

A

Redness
Heat
Edema
Pain
Loss of function

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6
Q

What are characteristics of chronic inflammation?

A

Longer duration
Proliferative response
Usually not painfull

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7
Q

What are the 4 phases in the inflammatory response process?

A

Initiation
Amplication
Destruction
Termination

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8
Q

What phase/stage is this in the inflammatory response process?
“activated when the injury happens; changes to structure of small blood vessels; loss of fluid from blood; movement of white blood cells to area”

A

Initiation
Stages 1-5

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9
Q

What phase/stage is this in the inflammatory response process?
“more and different types of white blood cells are moved to injured area with goal to phagocytize all foreign material”

A

Amplication
Stage 5

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10
Q

What phase/stage is this in the inflammatory response process?
“white blood cells neutralize the area and clean up debris”

A

Destruction
Stage 6-7

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11
Q

What phase/stage is this in the inflammatory response process?
“inflammatory process is inhibited or stopped”

A

Termination
Stage 8

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12
Q

active during initial stages: life expectancy 6-9 hours

A

Granulocytes

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13
Q

first to arrive and most active; goal is to eliminate or neutralize the initial cause

A

Polymorphonuclear neutrophil (PMN’S)

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14
Q

play a role with inflammation in allergic reactions

A

Eosinophil and Basophils (contain histamine)

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15
Q

more active during later stages; life expectancy several months

A

Agranulocytes

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16
Q

circulate within blood until they become “fixed” then differentiate with macrophage for specific tissue

A

Monocyte

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17
Q

found in lymph system; play role in immunity; primary responder in viral infection

A

Lymphocytes

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18
Q

created in bone marrow; has histamine in granules in cytoplasm’s that break open in response to stimulus

A

Mast cells

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19
Q

What are the “recruiters”?

A

Chemical mediators

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20
Q

Direct the actions of the cells that are part of the inflammatory process

A

Chemical mediators

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21
Q

responsible for dilation of blood vessels and vascular permeability

A

Histamine

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22
Q

response to platelet activating factor; also increases vascular permeability

A

Serotonin

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23
Q

causes aggregation of platelets

A

Platelet activating factor

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24
Q

vasodilation, vascular permeability, increased feeling of pain, play a role in elevating temperature, responsible for tissue destruction in perio disease

A

Prostaglandins

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25
vascular permeability and bring inflammatory cells to area
Leukotrienes
26
numerous effects on all stages of the inflammatory process; produce fever, increase need for sleep, increase adherence tissue destruction in perio disease
Cytokines
27
“punches a hole” in cell membrane of microbes targeted for destruction
Complement system
28
triggers other two systems; responsible for blood coagulation; blood changes from liquid to gel
Clotting system
29
forms bradykinin which causes vasodilation, increases permeability and pain
Kinin system
30
Fever
Pyrexia
31
Increase in white blood cells
Leukocytosis
32
Inflammation in lymph nodes
Lymphadenopathy
33
What are the 4 outcomes of acute inflammation?
Chronic inflammation Abscess formation Resolution Healing
34
Characterized by tissue destruction and unsuccessful attempts to heal
Chronic inflammation
35
Blood poisoning
Septicemia
36
 Occurs when pyogenic organisms are introduced to the tissues  Triggers out first responders
Abscess formation
37
 Inflammatory process was not triggered by a traumatic injury  No tissue damage  Stimulus is neutralized, inflammation resolves
Resolution
38
Through regeneration and repair
Healing
39
o Body restored to before injury structure, form, and function o Stimulus initiating inflammatory response is completely removed o Injured tissue replaced with same type of tissue
Regeneration
40
What are the two types of fibrous repair?
Primary & secondary intention
41
Wound margins are clean and held together with structures, bandages, or pressure
Healing by primary intention
42
* Loss of tissue is significant, and wound edges are not brought together * Healing begins at base of injury and works toward surface
Healing by secondary intention
43
formation of new blood vessels
Angiogenesis
44
Excessive scar formation
Keloid
45
o Blood clot dislodged and bone surface exposed o Painful o Necrosis of bone o Granulation tissue
Alveolar osteitis - dry socket
46
What products produced during the inflammatory process activate the immune system?
Cell and chemical products
47
What are the goals of the immune system?
 Prevent foreign substances from entering body  Establish immunity or resistance to disease-producing agents
48
Produces the cells
Bone marrow
49
Educates the cells
Thymus
50
Filters old/damaged red blood cells and initiates an immune response
Spleen
51
Initiates an immune response, processes some cells, remove foreign substances
Lymphatic vessels
52
Waldeyer ring
Oral pharyngeal area
53
What are the cells of the immune system?
Lymphocytes Macrophages
54
What are the immune system triggers?
Antigens Hapten
55
The agent that triggers the immune response
Antigen
56
Can only become antigenic if combined with a larger human protein from skin, blood, or other tissue
Hapten
57
-Natural -Nonspecific immunity -Functions immediately -Requires no exposure -Goal to neutralize agent
Innate immunity
58
-Adaptive -Specific immunity
Acquired immunity
59
Patient becomes infected, and the body naturally produces antibodies
Naturally active acquired immunity
60
Antibodies produced by one individual are passed to another (mother to baby)
Naturally passive acquired immunity
61
What immunity is a vaccination?
Artificially active acquired immunity
62
What immunity would be from an injection of antibodies?
Artificially passive active immunity
63
What are the two interactive components of the immune response system?
Humoral & Cell-mediated immunity
64
* Antibody-mediated * Involved B-cells
Humoral immunity
65
o Differentiate into plasma cells and produce antibodies o Can become memory cells o Develop in bone marrow o Activated by T-helper cells
B-cells
66
-Involves T-cells -Natural killer cells -Macrophages
Cell-mediated immunity
67
only antibody able to cross placenta; most common
IgG
68
largest; first produced in response to antigen; stimulates production of IgG
IgM
69
found in secretions including breast milk
IgA
70
recognizes antigens
IgD
71
triggers release of histamine; causes the body to have an allergic reaction
IgE
72
When the immune system does not function properly
Immunopathology
73
What are the three categories for immunopathology?
Hypersensitivity reaction Autoimmune disease Immune deficiency disease
74
o Immediate reaction to previously encountered antigen o IgE formed in response to antigen attaches to mast cells o Second contact with allergen causes release of histamine from mast cells
Type I reaction
75
What are the two basic forms of type I reactions?
Systemic Atopic
76
Antibodies bind to antigen bound on a cell surface causing destruction of cells and cell to malfunction
Type II reaction
77
o Antigen/antibody complexes deposited in a particular part of the body and initiate the inflammatory response o Can be exogenous or endogenous antigens o Include some autoimmune diseases
Type III reaction
78
o T-cell mediated, no antibodies o Response is not immediate (24-48+ hours)
Type IV reaction
79
o Loss of ability to distinguish self from non-self o Immune system damages or destroys cells as non-self o Many remissions and exacerbations o Genetic predisposition
Autoimmune disorder
80
o Immune system fails to function o Allows for opportunistic infections
Immune deficiency disorder
81
What are the two categories of immune deficiency disorders?
Primary - Congenital Secondary - Acquired