The nurse is caring for a client with a history of depression who is prescribed a selective serotonin reuptake inhibitor (SSRI). Which side effect should the nurse monitor for?

Choice A reason: Arterial blood gases assess oxygenation and acid-base balance, critical for diagnosing respiratory distress severity. However, this diagnostic measure does not immediately relieve airway obstruction. Clearing secretions is prioritized to restore ventilation, as hypoxia can rapidly cause tissue damage or cardiac arrest in acute respiratory distress.

Choice B reason: Suctioning removes airway secretions, directly addressing breathing difficulty. Secretions obstruct airways, reducing oxygen delivery to alveoli and impairing gas exchange. Immediate suctioning restores patency, enhances ventilation, and prevents hypoxia, making it the priority intervention to stabilize the client’s respiratory function in acute distress.

Choice C reason: PRN analgesia addresses pain, which is not indicated as the primary issue. Pain relief does not resolve airway obstruction or improve breathing. Administering analgesia prematurely could mask respiratory symptoms, delaying critical airway management and potentially worsening hypoxia by neglecting the underlying obstruction.

Choice D reason: An antipyretic reduces fever, improving comfort but not addressing breathing difficulty. Fever is secondary, and treating it does not restore airway patency or oxygenation. Airway management is prioritized in respiratory distress to prevent hypoxia and ensure effective gas exchange before managing fever symptoms.

Choice A reason: An IgE-mediated (Type I) hypersensitivity reaction, like anaphylaxis, occurs post-bee sting, with rapid onset of rash, shortness of breath, hypotension, and tachycardia. IgE antibodies trigger mast cell degranulation, releasing histamine, causing vasodilation, bronchoconstriction, and systemic symptoms, matching the client’s acute presentation.

Choice B reason: Cell-mediated (Type IV) hypersensitivity involves T-cells, causing delayed reactions like contact dermatitis, not rapid systemic symptoms. Bee sting reactions are immediate, driven by IgE, not T-cells. Rash, hypotension, and respiratory distress indicate anaphylaxis, not a delayed cell-mediated response.

Choice C reason: Autoimmune responses involve self-directed antibodies, as in lupus, not triggered by external allergens like bee stings. The client’s acute rash, hypotension, and respiratory distress suggest an IgE-mediated anaphylactic reaction, not an autoimmune process, which is unrelated to acute allergen exposure.

Choice D reason: Type II hypersensitivity involves antibody-mediated cytotoxicity, as in transfusion reactions, not allergen-induced systemic symptoms. Bee sting reactions are IgE-driven, causing immediate anaphylaxis with rash and hypotension, not cytotoxic damage, making Type II inappropriate for the client’s acute presentation.