Chapter 17, Study Guides

Front 1

Name 2 Branches of Adaptive immunity

Back 1

1. Humoral
2. Cell Mediated

Front 2

Name components of Humoral Immunity

Back 2

B Cells, BCS, and Antibodies

Front 3

Name 4 components of Cell mediated Immunity

Back 3

T-Cells, TCR,, CTL, and Helper T Cells

Front 4

BCR stands for:

Back 4

B Cell Receptor

Front 5

In Humoral Immunity, Antibodies are the ____?

Back 5

Main Effector Molecule.

Front 6

In Cell Mediated Immunity, T Cells can only see pathogens through TCR.
True Or False?

Back 6

True. T Cells can only see pathogens through TCR

Front 7

TCR Cells Help

Back 7

Regulate

Front 8

Antigen defintion and example

Back 8

Polysacharide recognized by the immune system , such as a cell wall or flagella

Front 9

A subset of a particular Ag, where an Ab or TCR actually binds onto the Ag.

Back 9

Epitope

Front 10

Soldiers on a Reconnosance Mission, Fact or Information gatherers.

Back 10

Antigen Presenting Cells

Front 11

Name 2 Branches of Adaptive immunity

Back 11

1. Humoral
2. Cell Mediated

Front 12

Name 2 jobs of APC's

Back 12

1. They process and display Ag
2. They Educate T Cells

Front 13

Name components of Humoral Immunity

Back 13

B Cells, BCS, and Antibodies

Front 14

Dendritic Cells and Microphages are examples of?

Back 14

APC's

Front 15

Name 4 components of Cell mediated Immunity

Back 15

T-Cells, TCR,, CTL, and Helper T Cells

Front 16

MHC class I presents:

Back 16

Antigens from the INSIDE of the Cell

Front 17

BCR stands for:

Back 17

B Cell Receptor

Front 18

MHC Class II presents:

Back 18

Antigens from the OUTSIDE of the cell

Front 19

In Humoral Immunity, Antibodies are the ____?

Back 19

Main Effector Molecule.

Front 20

MHC Class I is recognized by:

Back 20

CTL (cyto-toxic T Cells)/CD8 + T-Cells

Front 21

In Cell Mediated Immunity, T Cells can only see pathogens through TCR.
True Or False?

Back 21

True. T Cells can only see pathogens through TCR

Front 22

TCR Cells Help

Back 22

Regulate

Front 23

Antigen defintion and example

Back 23

Polysacharide recognized by the immune system , such as a cell wall or flagella

Front 24

A subset of a particular Ag, where an Ab or TCR actually binds onto the Ag.

Back 24

Epitope

Front 25

Soldiers on a Reconnosance Mission, Fact or Information gatherers.

Back 25

Antigen Presenting Cells

Front 26

Name 2 jobs of APC's

Back 26

1. They process and display Ag
2. They Educate T Cells

Front 27

Dendritic Cells and Microphages are examples of?

Back 27

APC's

Front 28

MHC class I presents:

Back 28

Antigens from the INSIDE of the Cell

Front 29

MHC Class II presents:

Back 29

Antigens from the OUTSIDE of the cell

Front 30

MHC Class I is recognized by:

Back 30

CTL (cyto-toxic T Cells)/CD8 + T-Cells

Front 31

MHC Clas II cells are recognized by:

Back 31

T-Helper Cells/CD4

Front 32

Plasma Cells

Back 32

Plasma Cells Secrete antibodies into circulation

Front 33

Fab area of a typical antibody molecule does this.

Back 33

Binds Antigens

Front 34

Monomer, Protects Baby, can activate compliment, the most plentiful (80%) Can Cross placenta, Most Stable, like 1/2 life of 23 days.

Back 34

IgG

Front 35

Pentamer, 5 binding sites, First Ab made during an infection, 2nd site that can activate compliment, or classical, pathway, Can be found on surface of B Cells, Good At Glutenation

Back 35

IgM

Front 36

Dimer, found in secretionsand mucous, breast milk

Back 36

IgA

Front 37

Monomer, Can be found on surface of B Cells surface, blood , and lymph, presence on surface of B cells helps inititiation of immune response

Back 37

IgD

Front 38

Monomer, Allergic Reactions

Back 38

IgE

Front 39

Effects of Ab Binding

Back 39

1. Aglutination
2. Nuetralization
3. Activation of Compliment
4. Opsonization
5. Ab-Dependant (ADCC)

Front 40

MHC Clas II cells are recognized by:

Back 40

T-Helper Cells/CD4

Front 41

Agglutination

Back 41

Reduces number of infectious units to be dealt with.

Front 42

Plasma Cells

Back 42

Plasma Cells Secrete antibodies into circulation

Front 43

Nuetralization

Back 43

When Ab binds, it prevents pathogens from binding and causing infection

Front 44

Activation of Compliment

Back 44

Causes inflamation and Lysis

Front 45

Fab area of a typical antibody molecule does this.

Back 45

Binds Antigens

Front 46

Monomer, Protects Baby, can activate compliment, the most plentiful (80%) Can Cross placenta, Most Stable, like 1/2 life of 23 days.

Back 46

IgG

Front 47

Opsonization

Back 47

Bacteria is Coated w/ Ab, receptors notice it right away (Bulls Eye for Microphages & Nuetraphils)

Front 48

Pentamer, 5 binding sites, First Ab made during an infection, 2nd site that can activate compliment, or classical, pathway, Can be found on surface of B Cells, Good At Glutenation

Back 48

IgM

Front 49

Ab dependant (ACDD)

Back 49

NK cells recognize FC, Portion of an Ab bound to a bacteria, realeases an enzyme, and kills it.

Front 50

Dimer, found in secretionsand mucous, breast milk

Back 50

IgA

Front 51

AB Titer

Back 51

The relative amount of an antibody in a serum

Front 52

Monomer, Can be found on surface of B Cells surface, blood , and lymph, presence on surface of B cells helps inititiation of immune response

Back 52

IgD

Front 53

Monomer, Allergic Reactions

Back 53

IgE

Front 54

Effects of Ab Binding

Back 54

1. Aglutination
2. Nuetralization
3. Activation of Compliment
4. Opsonization
5. Ab-Dependant (ADCC)

Front 55

Agglutination

Back 55

Reduces number of infectious units to be dealt with.

Front 56

Nuetralization

Back 56

When Ab binds, it prevents pathogens from binding and causing infection

Front 57

Activation of Compliment

Back 57

Causes inflamation and Lysis

Front 58

Opsonization

Back 58

Bacteria is Coated w/ Ab, receptors notice it right away (Bulls Eye for Microphages & Nuetraphils)

Front 59

Ab dependant (ACDD)

Back 59

NK cells recognize FC, Portion of an Ab bound to a bacteria, realeases an enzyme, and kills it.

Front 60

AB Titer

Back 60

The relative amount of an antibody in a serum