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Zorluk: ZorPhysiological Adaptation

An adult client who underwent a percutaneous liver biopsy three hours ago is being monitored on the medical-surgical unit. The nurse compares the client's current assessment findings with the baseline data obtained immediately upon arrival to the unit.

Assessment ParameterBaseline (Arrival)Current (3 Hours Post-Biopsy)
NeurologicalAwake and alertRestless and anxious
SkinWarm and dryCool and pale
Blood Pressure134/78 mm Hg114/92 mm Hg
Heart Rate74 beats/min112 beats/min
Respiratory Rate14 breaths/min24 breaths/min
Oxygen Saturation98% on room air94% on room air

Based on these findings, which of the following is the most accurate interpretation of the client's condition?

  1. The client is exhibiting early compensatory signs of hemorrhagic shock, as evidenced by the narrowed pulse pressure and restlessness.Cevap
  2. B
    The client is displaying an expected physiological stress response to the invasive procedure, indicating the need for continued routine observation.
  3. C
    The client is demonstrating hyperventilation-induced respiratory alkalosis, requiring the nurse to coach the client to breathe slower.
  4. D
    The client is exhibiting signs of uncontrolled acute pain from the procedure, prioritizing the immediate administration of prescribed opioid analgesics.

Cevap

The client is exhibiting early compensatory signs of hemorrhagic shock, as evidenced by the narrowed pulse pressure and restlessness.
The client's assessment reveals a significantly narrowed pulse pressure (from 56 mm Hg to 22 mm Hg), mild tachycardia, tachypnea, and cool, pale skin. Following a highly vascular procedure like a percutaneous liver biopsy, these are definitive indicators of the compensatory stage of hemorrhagic shock. The body activates the sympathetic nervous system to maintain cardiac output and perfuse vital organs through systemic vasoconstriction (which increases diastolic pressure, narrows the pulse pressure, and cools the skin) and an increased heart rate. Restlessness is an early neurological indicator of decreased cerebral blood flow. Identifying these subtle trends is critical to intervene before the client progresses to decompensated, hypotensive shock.

Adım Adım Çözüm

1
Analyze the baseline and current vital signs to identify critical hemodynamic trends.
The pulse pressure has significantly narrowed from 56 mm Hg to 22 mm Hg. The heart rate increased by 38 bpm, and the respiratory rate increased by 10 breaths/min.
Calculating the pulse pressure is essential for detecting the subtle, early physiological changes of shock before profound hypotension occurs.
2
Evaluate the physical assessment findings in the context of the recent invasive procedure.
The client had a liver biopsy (a procedure with a high bleeding risk) and has transitioned from having warm, dry skin to cool, pale skin, alongside new-onset restlessness.
These assessment changes indicate activation of the sympathetic nervous system, peripheral vasoconstriction, and decreased cerebral perfusion.
3
Synthesize the data to determine the most accurate clinical interpretation and priority.
The combination of a narrowed pulse pressure, tachycardia, peripheral vasoconstriction, and altered mentation in a high-risk postoperative client points directly to early compensatory hemorrhagic shock.
Accurate interpretation prevents the dangerous error of dismissing critical deterioration as normal postoperative pain, anxiety, or primary hyperventilation.

Anahtar Kavram

Early Recognition of Compensatory Shock
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Konular

Physiological Adaptation

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