Skip to main content

Saturn Medic

Question Bank

Integrated Immunopathology, Immunodeficiency & Transplant — Hematopathology

Pathology Question Bank

Question Bank Pathology Hematopathology Integrated Immunopathology, Immunodeficiency & Transplant
Free preview — 5 of 30 Integrated Immunopathology, Immunodeficiency & Transplant questions. Create a free student account to unlock all 30 questions in this topic.
Create free account
Pathology Question Bank
Integrated Immunopathology, Immunodeficiency & Transplant
Hematopathology · Integrated Immunopathology, Immunodeficiency & Transplant · medium
Question 1 of 5
20% complete
0 s
Q1
Accuracy
No answers yet
Quick Tip
Question Navigator
Current
Correct
Incorrect
Unanswered

Integrated Immunopathology, Immunodeficiency & Transplant MCQs: practice questions

Sample Integrated Immunopathology, Immunodeficiency & Transplant multiple-choice questions from Hematopathology.

  1. A patient with chronic granulomatous disease is particularly susceptible to infections by:

    • A. Catalase-positive organisms
    • B. Only encapsulated viruses
    • C. Only anaerobic bacteria
    • D. Only fungi without catalase
    • E. Only spirochetes
  2. Chronic granulomatous disease is caused by defective:

    • A. AIRE
    • B. HLA class II expression
    • C. C1 esterase inhibitor
    • D. NADPH oxidase
    • E. Bruton's tyrosine kinase
  3. Myasthenia gravis is caused by antibodies directed against:

    • A. The acetylcholine receptor or related postsynaptic proteins
    • B. Type IV collagen
    • C. Double-stranded DNA
    • D. TSH only
    • E. PLA2R
  4. Poststreptococcal glomerulonephritis is an example of:

    • A. No immune mechanism
    • B. Type IV hypersensitivity
    • C. Type III hypersensitivity
    • D. Type I hypersensitivity
    • E. Type II hypersensitivity only
  5. A patient with SLE develops proteinuria and hematuria. The renal lesion is most likely:

    • A. Papillary necrosis
    • B. Minimal change disease only
    • C. Renal cell carcinoma
    • D. Hydronephrosis
    • E. Lupus nephritis
  6. Type II hypersensitivity can cause tissue injury through:

  7. Type I hypersensitivity requires prior sensitization and production of:

  8. Chronic transplant rejection commonly features:

  9. A child with recurrent infections has absent or severely reduced thymic tissue, hypocalcemia, and cardiac anomalies. The diagnosis is:

  10. Tuberculin skin testing is an example of:

  11. Familial Mediterranean fever predisposes to:

  12. Graft-versus-host disease occurs when:

  13. A patient with recurrent sinopulmonary infections and very low immunoglobulins has X-linked agammaglobulinemia. The underlying defect is in:

  14. Acute cellular transplant rejection is primarily mediated by:

  15. Systemic lupus erythematosus commonly produces immune-complex deposition in the:

  16. Autoimmune lymphoproliferative syndrome is associated with defective:

  17. Major target organs in acute graft-versus-host disease are:

  18. Dialysis-associated amyloidosis is associated with deposition of:

  19. A patient with severe combined immunodeficiency develops persistent opportunistic infections. The key pathologic problem is:

  20. AL amyloid is derived from:

  21. Anaphylaxis is caused by systemic:

  22. Graves disease is an example of antibody-mediated stimulation of:

  23. Common variable immunodeficiency is characterized by:

  24. Amyloid is defined by deposition of:

  25. Hyperacute transplant rejection results from:

  26. Severe combined immunodeficiency causes severe impairment of:

  27. Hashimoto thyroiditis is associated with antibodies against:

  28. Selective IgA deficiency most strongly predisposes to:

  29. Anti-dsDNA antibodies are particularly useful in SLE because they correlate with:

  30. AA amyloid is associated with:

SaturnMedic