What is the goal of treatment for the client diagnosed with cardiogenic shock?
Control dysrhythmias and decrease the heart rate
Decrease cardiac workload and increase systemic perfusion
Improve oxygen exchange and decrease urinary output
Decrease the blood pressure and respiratory rate
The Correct Answer is B
A. Control dysrhythmias and decrease the heart rate
Controlling dysrhythmias is important, but decreasing heart rate is not always the goal, as a compensatory tachycardia may be necessary for perfusion.
B. Decrease cardiac workload and increase systemic perfusion
Cardiogenic shock results from impaired cardiac output. The goal is to reduce the heart’s workload (e.g., by reducing afterload) while improving systemic perfusion.
C. Improve oxygen exchange and decrease urinary output
Oxygenation is important, but decreased urinary output indicates poor renal perfusion and worsening shock, which is not a goal of treatment.
D. Decrease the blood pressure and respiratory rate
In cardiogenic shock, blood pressure is already low. The goal is to maintain adequate perfusion, not to further reduce BP.
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Related Questions
Correct Answer is C
Explanation
A. Respiratory rate 24 and bloody drainage in the NG tube
While an increased respiratory rate and bloody drainage are concerning, they may not indicate an immediate life-threatening situation compared to the other options.
B. Client is oriented to name and place but not the date
This suggests some level of confusion or altered mental status, which is important but not necessarily an immediate threat.
C. Blood pressure 40/48 and urine output of 24 mL/hour
This indicates severe hypotension and inadequate perfusion, which are signs of ongoing shock and possibly continued internal bleeding. Immediate intervention is critical.
D. Hypo-active bowel sounds and tachycardia
Hypo-active bowel sounds and tachycardia are concerning and suggestive of shock, but they are not as immediately life-threatening as severely low blood pressure and low urine output.
Correct Answer is B
Explanation
Parkland Formula:
Total fluid requirement (ml)=4×Body weight (kg)×Total body surface area burned (%TBSA)
= 4×70×70
=19,600mL (total for 24 hours)
Fluids in first 8 hours: 19,600mL÷2
=9,800mL
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