When monitoring a client’s abdominal incision, the practical nurse (PN) observes a large amount of sanguineous drainage on the dressing. Which client data collection should the PN complete first?
A.
Temperature.
B.
Pain scale.
C.
Bowel sounds.
D.
Blood pressure.
The correct answer and Explanation is :
The correct answer is D. Blood pressure.
When a large amount of sanguineous drainage (bloody drainage) is observed on a client’s abdominal incision, the primary concern is the potential for hemorrhage, which is a serious postoperative complication. Hemorrhage can lead to significant blood loss, causing hypovolemia and potentially leading to shock if not identified and treated quickly. Monitoring the client’s vital signs, particularly blood pressure, is crucial to assess for signs of this condition.
Blood pressure should be checked first because a drop in blood pressure can indicate that the client is losing a significant amount of blood. Hypotension, or low blood pressure, occurs when there isn’t enough circulating blood volume to maintain adequate perfusion to the organs. Along with a tachycardic (increased heart rate) response, it is one of the earliest signs of compensatory mechanisms in the body trying to maintain homeostasis.
Other client data, such as temperature, pain scale, and bowel sounds, while important for overall care, do not directly indicate or provide immediate information about the client’s hemodynamic status in this acute situation.
- Temperature is useful to monitor for infection, but infection is a more chronic condition that develops over time, whereas hemorrhage requires urgent attention.
- Pain scale is important for the client’s comfort and well-being but does not help in the immediate assessment of the seriousness of the drainage or risk for hemorrhage.
- Bowel sounds may be assessed to monitor gastrointestinal function after surgery, but they are not relevant to this acute issue.
In summary, blood pressure is the most critical assessment at this moment to determine if the client is experiencing hemodynamic instability due to blood loss.