Immune System Flashcards

1
Q

genetic ability of a species to provide defense against a certain pathogens

A

species resistance

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2
Q

body’s first line of defense

A

mechanical: skin
chemical: mucus, sebum, urine, enzymes

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3
Q

what type of barriers does the respiratory system have?

A

mechanical and chemical: coughing and ciliated mucous mambranes

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4
Q

advantages of fever

A

increase metabolism of certain cells, increases phagocytosis, reduction in iron available for iron

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5
Q

disadvantages of fever

A

increased heart rate, dehydration, increased caloric demand, seizures

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6
Q

if skin is broken, pathogens may enter the internal structures and causes disease

A

inflammatory response

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7
Q

WBCs will “gobble up” foreign material

A

phagocytosis

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8
Q

lymphatic system

A

extracellular fluid flowing through lymph vessels and nodes

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9
Q

engulf, kill and breakdown foreign particles

A

macrophages

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10
Q

proteins that are produced in response to viruses, endotoxins, and certain bacteria and activates NK cells

A

interferon

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11
Q

biochemical cascade of 20 proteins which help clear pathogens which binds to invading cells and creates holes

A

complement

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12
Q

produce antibodies, originate and mature in the bone marrow, humoral immunity

A

B-Cells

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13
Q

interact with pathogen directly, formed in bone marrow, matures in thymus, cell-mediated immunity, programmed for self-recognition

A

T-cells

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14
Q

humoral immunity

A

some B-cell clones become plasma cells, some clones become memory cells

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15
Q

crosses placenta to protect fetus, makes up 75-80 % of all immunoglobulins

A

IgG

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16
Q

largest immunoglobulin, 7-10%, activates complement

A

IgM

17
Q

breast milk, mucus, saliva, resists enzymatic digestion, inhibits organisms from adhering to tissues

A

IgA

18
Q

associated with hypersensitivity reactions (allergies)

A

IgE

19
Q

small amount in serum, not really sure what it does

A

IgD

20
Q

occurs as results of genetic factors that influence the developing animal before birth, NK cells and macrophages

A

Innate Immunity

21
Q

occurs after animal is born, may be natural or artificial (vaccines), T and B cells

A

acquired immunity

22
Q

occurs every time an animal is exposed to a pathogen

A

natural immunity

23
Q

occurs from deliberate exposure to a pathogen (vaccines)

A

artificial immunity

24
Q

antibodies are formed in one infected animal and transferred to another animal that is not infected

A

passive immunity

25
Q

animals own immune system encounters a pathogen and produces an immune response

A

active immunity

26
Q

immunity chart

A

immunity =adaptive and innate
adaptive =natural and artificial
natural = passive (maternal, active (infection
artificial= passive (antibody transfer) and active (immunization)

27
Q

an immunogen is a

A

vaccine

28
Q

insoluble aluminum salts increase immune system and antibody levels

A

adjuvants

29
Q

even normal cells can provoke the formation of autoantibodies which can destroy normal tissue

A

autoimmune reaction

30
Q

adverse response by the body to an antigen causing tissue damage

A

hypersensitivity

31
Q

immediate hypersensitivity, maybe minor and local or severe and generalized mast cells produce histamine and heparin

A

type 1 (anaphylactic)

32
Q

occurs when antibody binds to antigen present on surface of cells, may result in cell lysis and phagocytosis

A

type 2 (cytotoxic)

33
Q

antigen antibody complexes released into tissues to cause acute inflammation (joints, skin, kidneys, lungs and brain)

A

type 3 (immune complex)

34
Q

takes more than 12 hours to develop, lesions commonly occur when antigen contacts the skin

A

type 4 (cell-mediated immune response)

35
Q

3 major components to prevent disease

A

husbandry, vaccinations or prevention, and sanitation