Following three days of nausea, vomiting, and diarrhea, an older adult is admitted with severe dehydration. After two attempts, the nurse secured venous access using a 24-gauge IV catheter and began infusing 0.9% normal saline at 150 mL/hour. Minutes later, the client reports pain at the IV site. Which intervention should the nurse implement first?
Assess the IV site for blood return.
Stop the 0.9% normal saline infusion.
Establish IV access in a different extremity.
Select a different gauge IV needle.
The Correct Answer is B
Choice A reason: Assessing blood return checks patency, but pain suggests infiltration or phlebitis, where saline leaks into tissues. Stopping the infusion prevents further tissue damage, as extravasation causes swelling or necrosis, especially in dehydrated elderly clients, making assessment secondary to halting infusion.
Choice B reason: Stopping the saline infusion is the priority, as pain at the IV site suggests infiltration or phlebitis, with fluid irritating tissues or veins. Halting infusion prevents damage, allowing safe assessment and management, critical in fragile elderly veins, ensuring no further harm during rehydration.
Choice C reason: Establishing new IV access is necessary post-infiltration but not first. Pain indicates ongoing tissue irritation from saline leakage, requiring immediate infusion cessation to prevent damage. Stopping the infusion ensures safety before reattempting access, critical in dehydrated patients needing fluid replacement.
Choice D reason: Selecting a different gauge needle is irrelevant, as the 24-gauge catheter is placed, and pain indicates infiltration, not size. Stopping the infusion prevents extravasation, which risks compartment syndrome in elderly clients, making this less immediate than halting the infusion for safety.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Positioning the sterile field at hip level maintains sterility but is not specific to uncircumcised clients. Cleaning the meatus before retracting the foreskin prevents infection by removing bacteria first. This is secondary, per infection control and catheterization procedure standards in nursing practice.
Choice B reason: Cleaning the meatus before retracting the foreskin removes bacteria, reducing infection risk in uncircumcised clients. This sequence ensures sterility before exposing sensitive areas, critical for preventing urinary tract infections, per evidence-based catheterization and infection control protocols in urological nursing care.
Choice C reason: Wiping the meatus in backward strokes is incorrect, as circular strokes from meatus outward are standard to avoid contamination. Cleaning before retracting the foreskin is critical for infection prevention. This violates sterile technique, per catheterization and infection control standards in nursing.
Choice D reason: Advancing the catheter before inflating the balloon is standard but not specific to uncircumcised clients. Cleaning the meatus first addresses foreskin-related infection risks. Balloon inflation timing is universal, per indwelling catheter insertion and urological care protocols in nursing practice.
Correct Answer is B
Explanation
Choice A reason: Protein and albumin reflect nutritional or liver status but are unaffected by enoxaparin, a low-molecular-weight heparin inhibiting factor Xa. These do not monitor anticoagulation effects or complications like bleeding. CBC is critical, as enoxaparin increases bleeding risk, requiring platelet and hemoglobin monitoring to detect serious hematological issues.
Choice B reason: Enoxaparin, an anticoagulant, heightens bleeding risk and can cause thrombocytopenia. Monitoring CBC, especially platelets and hemoglobin, detects heparin-induced thrombocytopenia (HIT) or hemorrhage. This ensures early identification of complications, allowing timely intervention to prevent severe bleeding or thrombosis, making CBC the most critical test for safe administration.
Choice C reason: BUN and creatinine assess renal function, relevant for renally cleared drugs, but enoxaparin is primarily liver-metabolized. Renal monitoring is secondary unless severe impairment exists. CBC is more urgent, as enoxaparin’s anticoagulant effect increases bleeding risk, necessitating hematological surveillance to prevent life-threatening complications.
Choice D reason: Electrolytes like potassium or sodium are not directly affected by enoxaparin’s action on the coagulation cascade. Imbalances may occur in critical illness but are not primary concerns. CBC monitoring for bleeding or thrombocytopenia is critical, as enoxaparin’s anti-Xa activity poses hematological risks requiring immediate attention.
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