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Autoimmunity and Transplantation Quiz

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

What is the main genetic factor in autoimmunity?

a)

Fc receptors

b)

ABO blood group

c)

Rh factor

d)

HLA genes

2.

Which HLA class is primarily associated with CD4 T-cell–driven autoimmunity?

a)

HLA-I (A, B, C)

b)

HLA-II (DR, DQ, DP)

c)

HLA-IV

d)

HLA-III

3.

Which HLA type is associated with myasthenia gravis, Graves disease, and SLE?

a)

HLA-DR4

b)

HLA-A

c)

HLA-DR3

d)

HLA-DQ

4.

What is the memory hook for HLA-DR4 in rheumatoid arthritis?

a)

DRives diseases

b)

4 walls in a Rheum

c)

Gas pedal glued down

d)

Dairy Queen → gluten gut

5.

Which sex is more likely to develop autoimmune diseases?

a)

Men

b)

Children

c)

Women

d)

Both equally

6.

What is the mechanism of Type II-like autoimmunity?

a)

Antibodies against cells/ECM

b)

Complement activation

c)

Immune complexes

d)

Autoreactive T cells

7.

Which autoimmune disease is Type III-like?

a)

Celiac disease

b)

Rheumatoid arthritis

c)

SLE

d)

Myasthenia gravis

8.

What is the main mechanism in Type IV-like autoimmunity?

a)

Immune complexes

b)

Complement activation

c)

Autoreactive T cells

d)

Antibodies against ECM

9.

What type of autoantibodies are found in myasthenia gravis?

a)

Neutralizing

b)

Agonistic

c)

Complement-binding

d)

Antagonistic

10.

What is the result of autoantibodies binding ACh receptors in myasthenia gravis?

a)

Muscle weakness

b)

Joint inflammation

c)

Hyperthyroidism

d)

Skin blistering

11.

What type of autoantibodies are found in Graves disease?

a)

Agonistic

b)

Complement-binding

c)

Neutralizing

d)

Antagonistic

12.

What is the result of autoantibodies binding TSH receptors in Graves disease?

a)

Skin blistering

b)

Muscle weakness

c)

Hypothyroidism

d)

Hyperthyroidism

13.

What structures form in Hashimoto’s thyroiditis due to lymphocyte infiltration?

a)

Tertiary lymphoid structures

b)

Fibrotic nodules

c)

Primary lymph nodes

d)

Granulomas

14.

What is the initial target of autoantibodies in pemphigus?

a)

Cadherins in tight junctions

b)

EC5 domain of desmoglein

c)

EC1 domain of desmoglein

d)

EC2 domain of desmoglein

15.

What type of epitope spreading occurs in SLE?

a)

Intramolecular and intermolecular

b)

Intramolecular only

c)

No epitope spreading

d)

Intermolecular only

16.

What is the primary mechanism of IVIG in autoimmunity?

a)

Flooding Fc receptors

b)

Enhancing complement activation

c)

Blocking T-cell activation

d)

Neutralizing cytokines

17.

Which HLA type is primarily involved in Type I diabetes?

a)

HLA-A

b)

HLA-DR4

c)

HLA-DR3

d)

HLA-DQ

18.

What is the main mechanism in rheumatoid arthritis?

a)

Autoantibodies to surface antigens

b)

Immune complexes in vessels

c)

CD8 T cells killing β-cells

d)

CD4 T cells in synovium

19.

What is the main mechanism in celiac disease?

a)

CD4 T cells vs gluten peptides

b)

CD8 T cells vs β-cells

c)

Immune complexes in vessels

d)

Autoantibodies to surface antigens

20.

What is the main problem in hyperacute rejection of transplants?

a)

T-cell activation

b)

Fibrosis

c)

Pre-formed antibodies

d)

Ischemia

21.

What type of rejection involves donor T cells attacking recipient tissues?

a)

Chronic rejection

b)

Hyperacute rejection

c)

GVHD

d)

Acute rejection

22.

What is the main mechanism in chronic rejection?

a)

Direct T-cell attack on graft

b)

Immune complexes vs graft HLA-I

c)

Complement activation

d)

Pre-formed antibodies

23.

What is the role of alloreactive T cells in acute rejection?

a)

Direct pathway

b)

Fibrosis

c)

Indirect pathway

d)

Complement activation

24.

What is the role of immunosuppressants before transplantation?

a)

Block chronic rejection

b)

Limit hyperacute/acute rejection

c)

Increase T-cell activation

d)

Enhance complement activation

25.

What is the main mechanism of ischemia during transplantation?

a)

Complement activation

b)

Immune complex deposition

c)

Hypoxia and tissue damage

d)

T-cell activation