Quiz 11
問題一覧
1
Thymus
2
B-cells
3
Filtering the blood and removing old red blood cells
4
White pulp
5
Lymph nodes filter lymph and facilitate immune responses, while MALT are clusters of lymphocytes found in mucous membranes that contribute to localized immune protection
6
B-cells
7
Neutrophils
8
Eosinophils
9
T-cells
10
Basophils
11
Monocytes
12
Releasing histamine and other mediators during allergic reactions
13
Directly destroying virus-infected cells and tumor cells
14
Release of histamine to destroy the pathogen
15
Directly engulfing and digesting pathogens
16
It multiplies into a clone of cells specific to that antigen
17
Selection of specific lymphocytes by binding to an antigen
18
Random recombination of gene segments (V, D, J) during lymphocyte development
19
They ensure a faster and more potent response upon subsequent exposures to the same antigen
20
Positive selection ensures that T cells can recognize self-MHC molecules, while negative selection eliminates T cells that bind too strongly to self-antigens
Quiz 1
Quiz 1
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Quiz 13
ユーザ名非公開 · 20問 · 1年前Quiz 13
Quiz 13
20問 • 1年前問題一覧
1
Thymus
2
B-cells
3
Filtering the blood and removing old red blood cells
4
White pulp
5
Lymph nodes filter lymph and facilitate immune responses, while MALT are clusters of lymphocytes found in mucous membranes that contribute to localized immune protection
6
B-cells
7
Neutrophils
8
Eosinophils
9
T-cells
10
Basophils
11
Monocytes
12
Releasing histamine and other mediators during allergic reactions
13
Directly destroying virus-infected cells and tumor cells
14
Release of histamine to destroy the pathogen
15
Directly engulfing and digesting pathogens
16
It multiplies into a clone of cells specific to that antigen
17
Selection of specific lymphocytes by binding to an antigen
18
Random recombination of gene segments (V, D, J) during lymphocyte development
19
They ensure a faster and more potent response upon subsequent exposures to the same antigen
20
Positive selection ensures that T cells can recognize self-MHC molecules, while negative selection eliminates T cells that bind too strongly to self-antigens