A nurse on the Medical-Surgical unit is assessing a patient's wound dressing, and observes a watery light red-pink drainage. The nurse should document this drainage as which of the following?
Sanguineous.
Serous.
Purulent.
Serosanguineous.
The Correct Answer is D
Choice A rationale:
Sanguineous. Sanguineous drainage is typically bright red and consists of fresh blood. It indicates active bleeding from the wound. In this case, the drainage described is not bright red but rather light red-pink, suggesting that it is not purely sanguineous.
Choice B rationale:
Serous. Serous drainage is thin, watery, and typically clear or slightly yellowish in color. It is a normal part of the wound healing process and is not indicative of active bleeding. However, the drainage described in the question is light red-pink, which is not consistent with serous drainage.
Choice C rationale:
Purulent. Purulent drainage is thick, often opaque, and can range in color from yellow to green. It indicates the presence of infection in the wound. The description of watery light red-pink drainage does not align with the characteristics of purulent drainage.
Choice D rationale:
Serosanguineous. Serosanguineous drainage is a combination of serous and sanguineous fluids. It appears as a thin, watery drainage that is pink-tinged due to the presence of a small amount of blood. This description matches the observed drainage in the question. Serosanguineous drainage is common during the initial stages of wound healing and is considered a normal part of the process.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A rationale:
Applying a moisture barrier ointment helps protect the skin from the effects of moisture exposure due to urinary incontinence. Prolonged exposure to urine can lead to skin breakdown, irritation, and infection. A moisture barrier ointment creates a protective barrier, reducing the risk of skin damage.
Choice B rationale:
Requesting a prescription for an indwelling urinary catheter is not typically the first intervention to prevent skin breakdown in clients with urinary incontinence. Catheters carry their own set of risks, including infection, and should be considered after other interventions have been explored.
Choice C rationale:
Repositioning the client every 8 hours is important for preventing pressure ulcers but may not be sufficient to prevent skin breakdown due to urinary incontinence. Clients with urinary incontinence should be repositioned more frequently to address the effects of moisture.
Choice D rationale:
Checking the client's skin every 8 hours is an important step, but it alone may not effectively prevent skin breakdown. Incontinence-associated dermatitis can develop quickly, so it's essential to implement protective measures like using a moisture barrier ointment.
Correct Answer is ["B","C","E"]
Explanation
Choice A rationale:
The choice "Rectus Femoris" is not the correct answer. The rectus femoris is a muscle located in the thigh and is not a common site for intramuscular injections due to its location and proximity to important structures.
Choice B rationale:
The correct answer is "Vastus Lateralis." Choice B is the correct answer. The vastus lateralis muscle is located on the lateral aspect of the thigh and is a suitable site for intramuscular injections. It is often used in infants and young children or in adults who have limited deltoid muscle mass.
Choice C rationale:
The correct answer is "Dorsogluteal." Choice C is the correct answer. The dorsogluteal muscle, located in the buttocks, has historically been used for intramuscular injections. However, it's important to note that due to the proximity of the sciatic nerve and the potential for incorrect injection technique, this site is used less frequently now.
Choice D rationale:
The choice "Lower abdomen" is not the correct answer. The lower abdomen is not a recommended site for intramuscular injections due to the risk of injuring underlying structures and the potential for subcutaneous injection instead of intramuscular.
Choice E rationale:
The correct answer is "Deltoid." Choice E is the correct answer. The deltoid muscle, located in the upper arm, is commonly used for intramuscular injections, especially for vaccines and smaller medication volumes. However, it has a limited muscle mass and may not be suitable for larger injection volumes.
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