An 87-year-old patient recovering from abdominal surgery has a continuous intravenous infusion to supply nutrients and antibiotics. What complication should you suspect when signs and symptoms of redness, warmth, and pain at the infusion site are reported?
Hematoma
Phlebitis
Speed Shock
Thrombosis
The Correct Answer is B
A. Hematoma: A hematoma typically results from bleeding into the tissue, causing swelling and bruising at the infusion site, but it doesn't usually cause warmth or pain in the same way as phlebitis.
B. Phlebitis: Phlebitis is inflammation of the vein, commonly caused by an IV catheter or medication, and it often presents with redness, warmth, pain, and swelling at the infusion site. It is the most likely complication here.
C. Speed Shock: Speed shock occurs when a medication or fluid is administered too rapidly, causing symptoms such as dizziness, chest tightness, and hypotension, not localized symptoms like redness and pain at the infusion site.
D. Thrombosis: Thrombosis refers to the formation of a blood clot within a vein, which can cause swelling, warmth, and discomfort but would also likely involve more significant blockage and would be associated with reduced blood flow, not just localized redness and pain.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. Urine specific gravity 1.034: High urine specific gravity (greater than 1.030) indicates concentrated urine, which is a sign of dehydration. This suggests the kidneys are conserving water due to a lack of fluid.
B. Distended neck veins: Distended neck veins usually indicate fluid overload or hypervolemia, not dehydration.
C. BP 146/94 mm Hg: While elevated blood pressure could be a sign of various conditions, it is not a typical indicator of dehydration. Dehydration often leads to low blood pressure.
D. Bounding pulse: A bounding pulse is often associated with fluid overload or fever and does not indicate dehydration. In dehydration, the pulse may be weak or thready.
Correct Answer is ["100"]
Explanation
To calculate the IV flow rate, the following formula is used:
Flowrate(gtt/min) = Volume /Time× Dropfactor(gtt/mL)
Given:
- Volume = 100 mL
- Time = 60 minutes
- Drop factor = 60 gtt/mL
Flowrate(gtt/min)= 10060× 60
=1.67×60
=100gtt/min (rounded to the nearest whole number)
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