Anps Exam 2 Lab

Front 1

T/F differences in skin pigmentation are due to varying numbers of melanocytes within each individual

Back 1

false. all people have roughly the same number of melanocytes; therfore, differences in skin pigmentation are due to the amount of melanin the melanocytes produce

Front 2

eccrine

Back 2

exercise sweat glands

Front 3

apocrine

Back 3

body odor sweat glands

Front 4

thick skin:

Back 4

found on palms of hand, soles of feet. do not contain hair follicles, contain all five epidermal strata

Front 5

thin skin:

Back 5

contains sebaceous lgands, does not include the stratum lucidum, contains hair follicles, found over most of the body

Front 6

the degree of skin pigmentation of a person is related to

Back 6

the amount of melanin production by a person's melanocytes

Front 7

the surface of red blood cells and a person with type B blood has

Back 7

B antigens

Front 8

the plasma of a person with type A blood has

Back 8

anti-B antibodies

Front 9

the surface of red blood cells in a person with type O blood has

Back 9

neither A antigens nor B antigens

Front 10

if the blood from individual with type AB blood is mixed with anti-A serum and anti-B serum

Back 10

the anti-A serum and the anti-B serum will show agglutination

Front 11

if a blood sample showed agglutination with anti-B solution and no agglutination with anti-A solution, the blood type would be

Back 11

B

Front 12

T/F antigens must be processed before they are recognized by a T cell receptor

Back 12

tru

Front 13

during antigen processing in a cell

Back 13

the antigen will be combined with either a class I MHC or Class II MHC

Front 14

which type of surface marker is present on every nucleated cell in your body and displays fragments fo proteins from within the cell

Back 14

MHC I

Front 15

which of the following cells work together to stimulate the production of antibodies

Back 15

antigen presenting cell, T helper cell, and B cell

Front 16

where does an antigen presenting cell, such as a macrophage, present the antigen to a T helper cell

Back 16

on its surface on a class II MHC

Front 17

a t helper cell becomes activated by a

Back 17

antigen presenting cell

Front 18

a T helper cell must become activated before it can stimulate a B cell to produce antibody T/F

Back 18

true

Front 19

T/F in antigen presenting cells, fragments from bacteria and viruses are presented attached to MHCII histocompatability complex

Back 19

true

Front 20

which cell produces antibodies

Back 20

the stimulated b cell, which turns into a plasma cell

Front 21

cytotoxic t cells (CD8+) recognize

Back 21

antigens and class I MHC

Front 22

which lymphatic organ involutes and becomes nonfunctional as aging occurs

Back 22

thymus

Front 23

which of the following is not a function of the lymph nodes

Back 23

production of red blood cells

Front 24

pharyngeal tonsils are

Back 24

also called adenoids and are found in the posterior nasopharynx

Front 25

the main function of the spleen is to

Back 25

filter blood

Front 26

difference between cellular and humoral immunity

Back 26

cellular immunity directly attacks pathogens and infected cells,w hile humoral immunity releases antibodies to do so

Front 27

accessory organs

Back 27

liver, pancreas, gallbladder, salivary glands, teeth

Front 28

what type of cell is located in the gastric glands of the fundus and body of the stomach and secretes HCl

Back 28

parietal cell

Front 29

what type of cell is locatd in the fundus and body and secretes pepsinogen

Back 29

chief cell