Lecture 13

Front 1

Naturally Aquired Active Immunity

Back 1

After an injecton, the end result is memory T and B cells

Front 2

Naturally Aquired Passive Immunity

Back 2

Ab passes from Mother to Fetus and after birth, it gets to the baby via breast milk.

Front 3

Artificially Aquired Active Immunity

Back 3

Ag introduced by a VACCINE, body produces Ab as a specialized lymphocyte. SNAKE BIT VENOM

Front 4

Artificially Aquired Passive Immunity

Back 4

Preformed antibodies in immune serum are introduced via injection

Front 5

Gamma Globulin Shot

Back 5

Blood Protein that contains the most antibodies., treatment in disorders with ab dificiencies, transfers passive immunity

Front 6

Purpose of Vaccine in an individual

Back 6

to educate the adaptive immune system

Front 7

Purpose of Vaccine in a population

Back 7

if u vaccinate a large percentage of a population, it can't spread like wildfire

Front 8

HERD immunity

Back 8

80% of a population will protect it from the disease because there are not enough susceptible individuals to spread infection

Front 9

live organism w/ a less virulent version, like TB causing bacteria

Back 9

Attentuated Bacteria

Front 10

weakened pathogen, less virulent virus, capable of stimulating immune response, Sabin polio virus, mmr, chix pox

Back 10

Attentuated Virus vaccine

Front 11

Killing organism, then SHOWING THE ORGANISM, INFLUENZA, Rabies, Salk Polio

Back 11

Inactivated Whole Agent vaccine

Front 12

Tteanus, an activated toxin

Back 12

TOXOID vaccine

Front 13

A protein, an antigen, Hep B Vaccine, Protein found on it

Back 13

Protein subunit vaccine

Front 14

Uses polysacharide from capsule(AG) capable of a strong Ag from Ag from another to increase immune response against poor ag

Back 14

Polysacharide Vaccine type

Front 15

Binds poor ag onto carrier protein

Back 15

Conjugated Vaccine

Front 16

Naturally Aquired Active Immunity

Back 16

After an injecton, the end result is memory T and B cells

Front 17

Naturally Aquired Passive Immunity

Back 17

Ab passes from Mother to Fetus and after birth, it gets to the baby via breast milk.

Front 18

Artificially Aquired Active Immunity

Back 18

Ag introduced by a VACCINE, body produces Ab as a specialized lymphocyte. SNAKE BIT VENOM

Front 19

Artificially Aquired Passive Immunity

Back 19

Preformed antibodies in immune serum are introduced via injection

Front 20

Gamma Globulin Shot

Back 20

Blood Protein that contains the most antibodies., treatment in disorders with ab dificiencies, transfers passive immunity

Front 21

Purpose of Vaccine in an individual

Back 21

to educate the adaptive immune system

Front 22

Purpose of Vaccine in a population

Back 22

if u vaccinate a large percentage of a population, it can't spread like wildfire

Front 23

HERD immunity

Back 23

80% of a population will protect it from the disease because there are not enough susceptible individuals to spread infection

Front 24

live organism w/ a less virulent version, like TB causing bacteria

Back 24

Attentuated Bacteria

Front 25

weakened pathogen, less virulent virus, capable of stimulating immune response, Sabin polio virus, mmr, chix pox

Back 25

Attentuated Virus vaccine

Front 26

Killing organism, then SHOWING THE ORGANISM, INFLUENZA, Rabies, Salk Polio

Back 26

Inactivated Whole Agent vaccine

Front 27

Tteanus, an activated toxin

Back 27

TOXOID vaccine

Front 28

A protein, an antigen, Hep B Vaccine, Protein found on it

Back 28

Protein subunit vaccine

Front 29

Uses polysacharide from capsule(AG) capable of a strong Ag from Ag from another to increase immune response against poor ag

Back 29

Polysacharide Vaccine type

Front 30

Binds poor ag onto carrier protein

Back 30

Conjugated Vaccine

Front 31

DNA will encode Ag sequence expressed for some time period after the muscle exposed

Back 31

Experimental DNA types

Front 32

Combo Vaccine for 3 bacterial diseases

Back 32

DTaP diptheria, tetanus, and pertussis

Front 33

Combo Vaccine for 3 viral diseases

Back 33

MMR

Front 34

Ab titer

Back 34

measures ab in serum

Front 35

rising titer

Back 35

indicates an ongoing infection

Front 36

seroconversion

Back 36

development of specific abs to microorganisms in the serum due to an ongoing infection or immunization

Front 37

Involved SOLUABLE Ag, IgM OR IgG class ab's, detects AG in sample, uses known Abs specific to that AG

Back 37

Precipitation reaction

Front 38

INSOLUABLE Ag, uses large insoluable AH like Fungi or Bacteria to detect AB

Back 38

Direct agglutination

Front 39

Soluable Ag can be coupled w/ beads to detect specific pathogens and Ab's, latex beads

Back 39

Indirect agglutination

Front 40

Used to detect MONO, someviruses can clump RBC's

Back 40

Hemoglutination

Front 41

Direct Florescent AB staining

Back 41

used to id specific microorganisms,

Front 42

Indirect Florescant tests is used to demonstrate what? Uses a known AG bound to a slide, add sera, detects sera with a 2nd ab that recognizes a constant FC region on human Ab combined w/ FITC

Back 42

Presence of AB IN SERUM, tests for HIV

Front 43

Florescent activated cell sorter, used to id cells in a mixed sample, HIV tests, cd4+ T cells

Back 43

FACS

Front 44

ELISA

Back 44

Enzyme linked immunosorbant assay

Front 45

What method would YOU use to detect specifis Ab's in serum?

Back 45

Indirect ELISA-start w. known Ag, ends with ag-ab-ab complex, u see if finding took place with the second anti-human Ab, which produces a color change. (in a positive reaction, their is a color change)

Front 46

DNA will encode Ag sequence expressed for some time period after the muscle exposed

Back 46

Experimental DNA types

Front 47

Combo Vaccine for 3 bacterial diseases

Back 47

DTaP diptheria, tetanus, and pertussis

Front 48

Combo Vaccine for 3 viral diseases

Back 48

MMR

Front 49

Ab titer

Back 49

measures ab in serum

Front 50

rising titer

Back 50

indicates an ongoing infection

Front 51

seroconversion

Back 51

development of specific abs to microorganisms in the serum due to an ongoing infection or immunization

Front 52

Involved SOLUABLE Ag, IgM OR IgG class ab's, detects AG in sample, uses known Abs specific to that AG

Back 52

Precipitation reaction

Front 53

INSOLUABLE Ag, uses large insoluable AH like Fungi or Bacteria to detect AB

Back 53

Direct agglutination

Front 54

Soluable Ag can be coupled w/ beads to detect specific pathogens and Ab's, latex beads

Back 54

Indirect agglutination

Front 55

Used to detect MONO, someviruses can clump RBC's

Back 55

Hemoglutination

Front 56

Direct Florescent AB staining

Back 56

used to id specific microorganisms,

Front 57

Indirect Florescant tests is used to demonstrate what? Uses a known AG bound to a slide, add sera, detects sera with a 2nd ab that recognizes a constant FC region on human Ab combined w/ FITC

Back 57

Presence of AB IN SERUM, tests for HIV

Front 58

Florescent activated cell sorter, used to id cells in a mixed sample, HIV tests, cd4+ T cells

Back 58

FACS

Front 59

ELISA

Back 59

Enzyme linked immunosorbant assay

Front 60

What method would YOU use to detect specifis Ab's in serum?

Back 60

Indirect ELISA-start w. known Ag, ends with ag-ab-ab complex, u see if finding took place with the second anti-human Ab, which produces a color change. (in a positive reaction, their is a color change)