Start Learning Free

Before You Begin

Question #45542

Difficulty: 8/10 | 🟢 Free

The Question

A 28-year-old female diagnosed with Rheumatoid arthritis is advised caution by her gynecologist when considering a Copper-releasing Intrauterine Device (IUD) for contraception. Based on the physiological mechanism of IUDs and the principles of autoimmunity, which of the following statements best explains the rationale behind this medical advice?

Options

  • A.

    Copper ions systemically suppress the cell-mediated immune response, leading to a complete failure of self-tolerance and rapid joint degeneration.

  • B.

    The IUD functions by inducing localized chronic inflammation and leukocyte infiltration, which may act as a trigger to exacerbate her pre-existing systemic autoimmune pathology.

  • C.

    Phagocytosis of sperms by macrophages in the uterus directly generates rheumatoid factors, leading to severe systemic joint inflammation.

  • D.

    Copper-releasing IUDs inhibit the release of local cytokines, thereby masking the symptoms of Rheumatoid arthritis and delaying necessary treatment.

Check Your Answer

Correct Answer

Step-by-Step Solution

Explanation

How the Examiner Thinks

Comparative_Analysis

Sharpen your ability to evaluate multiple scenarios and distinguish between competing potential answers.

Concepts Behind This Question

IUDs|Autoimmunity Principles|Leukocyte Infiltration

Why This Question Is Tricky

Common Mistakes

Conceptual Pivot: Students often memorize the NCERT line 'IUDs increase phagocytosis of sperms' without recognizing that this is fundamentally an inflammatory immune response.

The question tests the ability to synthesize Reproductive Health (mechanism of IUDs) with Human Health and Disease (autoimmunity and inflammation), requiring the student to distinguish between targeted local inflammation for contraception and generalized autoimmune pathology.

Quick Facts About This Question

Question Information

SubjectBiology
ChapterReproductive Health - Class 12
ConceptIUD Physiological Mechanism
Difficulty8
Cognitive Load5
Target Solve Time120 sec
AccessFree