Complete the following sentence using the dropdown lists.
dropdown involves a developmental failure somewhere in the body such as the bone marrow or
thymus. Immunodeficiency predisposes a person to the development of dropdown and dropdown
The Correct Answer is {"dropdown-group-1":"A","dropdown-group-2":"A","dropdown-group-3":"C"}
A. Primary immunodeficiency involves a developmental failure in the bone marrow or thymus, impairing immune system development. This aligns with the question, as primary immunodeficiencies, such as severe combined immunodeficiency or DiGeorge syndrome, result from genetic defects affecting lymphocyte development, crucial for meeting physiological needs in Maslow’s hierarchy.
B. Secondary immunodeficiency results from external factors like infections or malnutrition, not developmental failure in the bone marrow or thymus. This does not fit the question, as it lacks a congenital basis.
C. Autoimmune disorders arise from immune system dysfunction attacking self-tissues, not developmental failure in immune organs. This is unrelated to the question’s focus on developmental defects.
D. Infections are a consequence of primary immunodeficiency due to impaired T-cell or B-cell function, increasing susceptibility to recurrent bacterial, viral, or fungal infections. This fits the question, as immunodeficiency predisposes individuals to infections.
E. Allergies result from immune overreactions to harmless substances, not a direct consequence of developmental immune defects. This does not align with the question’s focus on immunodeficiency outcomes.
F. Autoimmune diseases involve immune attacks on self-tissues, not a primary outcome of developmental immune failure. This is incorrect for the question’s context.
G. Malignancies are a known complication of primary immunodeficiencies, as impaired immune surveillance increases cancer risk, particularly lymphomas or leukemias. This aligns with the question’s focus on outcomes of immunodeficiency.
H. Chronic pain is not a direct result of immunodeficiency or developmental failure in the bone marrow or thymus. This does not fit the question’s scope.
I. Recurrent infections are a hallmark of primary immunodeficiency, as defective immune components fail to protect against pathogens. This aligns with the question, as it directly results from immune system developmental failure.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
Choice A reason: Hypoparathyroidism causes hypocalcemia due to low parathyroid hormone, reducing bone resorption and calcium absorption. Hypercalcemia requires increased calcium mobilization, which hypoparathyroidism prevents, making this choice incorrect for a person at risk of hypercalcemia.
Choice B reason: Chronic renal failure typically causes hypocalcemia due to impaired vitamin D activation and phosphate retention, binding calcium. Hypercalcemia is rare unless overtreated with calcium supplements, making this choice incorrect for typical renal failure scenarios.
Choice C reason: Low plasma albumin reduces bound calcium, lowering total serum calcium, not causing hypercalcemia. Free calcium may remain normal, but total calcium decreases, making this choice incorrect for a person at risk of hypercalcemia.
Choice D reason: Bedbound, immobile individuals are at risk for hypercalcemia due to increased bone resorption from lack of weight-bearing activity. Osteoclasts break down bone, releasing calcium into the blood, causing hypercalcemia, making this the correct choice.
Correct Answer is A
Explanation
Choice A reason: Poison ivy causes a type IV (cell-mediated) hypersensitivity reaction, where T-cells react to urushiol, triggering a delayed inflammatory response. This leads to dermatitis with itching and rash, making this the correct choice.
Choice B reason: Allergic hypersensitivity is a broad term, often referring to type I (IgE-mediated) reactions, like anaphylaxis. Poison ivy involves T-cell-mediated delayed hypersensitivity, not immediate allergic responses, making this choice incorrect.
Choice C reason: Immune complex hypersensitivity (type III) involves antigen-antibody complexes causing tissue damage, as in lupus. Poison ivy reactions are T-cell-driven, not immune complex-mediated, making this choice incorrect for the reaction.
Choice D reason: Cytotoxic hypersensitivity (type II) involves antibodies attacking cell surface antigens, as in hemolytic anemia. Poison ivy causes a T-cell-mediated skin reaction, not antibody-driven cytotoxicity, making this choice incorrect.
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