How should a nurse document the presence of thick, creamy yellow discharge on a patient’s dressing?
Purulent drainage
Serosanguineous drainage
Serous drainage
Sanguineous drainage
The Correct Answer is A
Choice A rationale:
Thick, creamy yellow discharge is a hallmark characteristic of purulent drainage. This type of drainage is commonly referred to as pus and is indicative of an infection within the wound. It is composed of white blood cells, dead bacteria, cellular debris, and inflammatory cells, giving it its characteristic opaque, thick, and yellowish appearance.
Purulent drainage is a significant clinical finding that requires prompt attention and intervention. Early identification and management of wound infections can prevent complications such as abscess formation, cellulitis, sepsis, and delayed wound healing.
Accurate documentation of purulent drainage is essential for communication among healthcare providers, monitoring wound progress, and guiding treatment decisions.
Choice B rationale:
Serosanguineous drainage is a mixture of serous fluid (clear, thin, and watery) and blood. It often appears pink or slightly red and is commonly observed in the early stages of wound healing or after dressing changes. While it may contain a small amount of blood, it lacks the thick, creamy consistency and yellow color that are characteristic of purulent drainage.
Choice C rationale:
Serous drainage is clear, thin, and watery, resembling plasma. It is a normal part of the wound healing process and is often seen in the early inflammatory stage. It does not contain the thick consistency or yellow coloration that are indicative of purulent drainage.
Choice D rationale:
Sanguineous drainage is composed primarily of fresh blood. It is bright red in color and typically indicates active bleeding within the wound. It does not exhibit the thick, creamy consistency or yellow hue that are characteristic of purulent drainage.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A rationale:
Incorrect. Patients who develop tolerance to a medication do not typically maintain a stable dose over time. Instead, they often require increasing doses to achieve the same effect.
Physiological adaptation: The body adapts to the presence of the medication, leading to a decreased response over time. This adaptation can occur at various levels, including receptor downregulation, changes in enzyme activity, or alterations in neurotransmitter release.
Individual variability: The rate and extent of tolerance development vary significantly among individuals, influenced by factors such as genetics, age, overall health, and medication type.
Choice B rationale:
Incorrect. Impaired liver or kidney function can affect drug metabolism and elimination, but this is not the primary mechanism of tolerance.
Metabolic impairment: Liver or kidney dysfunction can lead to drug accumulation in the body, potentially increasing the risk of side effects or toxicity. However, this does not necessarily cause tolerance, which is a specific phenomenon of decreased responsiveness to the medication's effects.
Choice C rationale:
Correct. This statement accurately describes the hallmark characteristic of tolerance.
Dose escalation: As tolerance develops, patients often require higher doses of the medication to achieve the same therapeutic effect. This can lead to a cycle of increasing doses and potential risks of adverse effects.
Clinical implications: Tolerance is a significant consideration in medication management, as it can affect treatment efficacy, adherence, and the risk of side effects.
Choice D rationale:
Incorrect. Tolerance can develop even when patients adhere strictly to their prescribed medication regimen. It is a physiological phenomenon that is not solely dependent on patient behavior.
Adherence vs. tolerance: While non-adherence can contribute to treatment failure, it is not the underlying cause of tolerance.
Correct Answer is A
Explanation
Step 1: Convert the prescribed dose to milligrams. 400 mcg = 0.4 mg (since 1 mg = 1000 mcg)
Step 2: Compare the prescribed dose to the pill strength. The prescribed dose is 0.4 mg.
The pill strength is 0.4 mg.
Step 3: Determine the number of pills needed.
Since the prescribed dose and pill strength are equal, only one pill is needed to administer the correct dose.
Rationale for Choice A:
Correct: One pill of 0.4 mg will provide the exact dose of 400 mcg that has been prescribed.
Direct match: The pill strength matches the prescribed dose, eliminating the need for any calculations or adjustments.
Therapeutic equivalence: Administering one pill ensures that the patient receives the intended amount of medication to achieve the desired therapeutic effect.
Adherence to prescription: Conforms to the healthcare provider's instructions, promoting accurate and safe medication administration.
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