IV Hydration Infusion Procedure - Patient Stuart Russo
Verification and Order Details
- Date/time not explicitly stated, but session is for IV hydration.
- Patient: Stuart Russo
- Patient ID: 99,251
- Date of birth: '47
- Allergies: None
- Order: Normal saline, 1000 mL, to be administered over 12 hours
- Expires on bag: November 22
- Clinician(s): Laura and Claire
Roles and Communication
- Team-based care: two clinicians (Laura and Claire) collaborating
- Open invitation for questions: "If you've got any questions, please don't hesitate to let us know"
- Verifying patient identity and order before proceeding
IV Line Priming and Setup
- Prepare to prime the IV line and connect to patient via infusion pump
- Steps to prime the line:
- Remove the blue cap from the IV set
- Spike the IV bag and allow fluid to fill the chamber
- Slowly open the roller clamp to prime the line, watching for bubbles
- Ensure line is kept clean and not dropped on the floor
- Observations during priming:
- Fluid returning through the line confirms proper priming
- After priming:
- Close the roller clamp and hang the IV bag
Verification of Order and Materials
- Re-check the order against patient and bag:
- Saline: 1000 mL
- Schedule: 12 hours (twelve hourly rate)
- Patient: Stuart Russo
- Confirm patient identity and DOB as listed
- Check bag integrity and expiry: Expires November 22
- Confirm no known allergies
Preparing and Administering Normal Saline Flush
- Hand hygiene: Clean hands prior to handling cannula and IV lines
- Expiry check: Ensure saline expiry is appropriate
- Draw up normal saline for flushing cannula
- Remove any air bubbles from syringe
- Re-check that there are no air bubbles in the syringe prior to connection
IV Pump Setup and Fluid Calculation
- Connect IV line to the IV pump
- Program the pump for the total volume: 1000 mL
- Program the programmed rate according to the order: 12 hours
- Pump interpretation in the transcript: set to administer over 12 hours
- Basic drug/flow calculation (if applicable):
- If calculating rate for a continuous infusion: the rate is given by
- ext{Rate} = rac{V}{t}
- For this order: $$ ext{Rate} = rac{1000 ext{ mL}}{12 ext{ h}} \