A nurse is preparing to administer a prescribed intravenous (IV) piggyback dose of a reconstituted antibiotic. The client has a continuous primary IV infusion of sodium chloride running via an electronic infusion pump. Arrange the following steps in the correct chronological order to safely prepare and initiate the secondary IV piggyback infusion. All steps must be used.
- 1Reconstitute the antibiotic powder in the vial with the prescribed sterile diluent and gently agitate until fully dissolved.
- 2Inject the reconstituted medication into the secondary IV fluid bag and gently rotate the bag to mix the solution.
- 3Spike the secondary IV bag with the secondary tubing, prime the line to clear all air, and close the roller clamp.
- 4Scrub the primary IV tubing Y-site port located above the infusion pump with an antiseptic wipe.
- 5Attach the secondary tubing to the upper Y-site, lower the primary fluid bag using an extension hanger, and fully open the secondary roller clamp.
Cevap
The correct sequence for IV piggyback setup is to first reconstitute the medication, inject it into the secondary dilution bag, prime the secondary tubing, asepticize the proximal Y-site port, and finally connect the tubing while lowering the primary fluid bag.
Establishing a secondary IV piggyback infusion requires a precise chronological workflow to ensure pharmacological safety and mechanical function. The medication must first be reconstituted from its powder form and then injected into the secondary bag for proper dilution. Before connecting anything to the patient's existing line, the secondary tubing must be spiked and primed to eliminate air. Aseptic technique dictates scrubbing the proximal Y-site port (above the pump, to ensure the pump regulates the rate) before attachment. Finally, the mechanical principles of gravity-fed infusion require lowering the primary fluid bag so the higher secondary bag exerts greater hydrostatic pressure, ensuring the pump draws the medication first.
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Anahtar Kavram
Safe intravenous piggyback (IVPB) administration requires sequential reconstitution, dilution, line priming, aseptic connection at a proximal port, and gravity-assisted flow prioritization.