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Adherence to standard medication infusion concentrations and its impact on paediatric intensive care patient outcomes
Michele L Cree1, Christian F Stocker2, Quyen M Tu1
1Lady Cilento Children's Hospital, Pharmacy Department, Australia; Lady Cilento Children's Hospital, Paediatric Intensive Care Unit, Australia.
Insights
High compliance with drug error reduction systems (DERS) using standard concentrations in paediatric intensive care units (PICU) is feasible. This practice does not negatively impact patient fluid balance outcomes.
Area of Science:
- Pediatric critical care medicine
- Pharmacology
- Patient safety
Background:
- Drug error reduction systems (DERS) are crucial for medication safety in pediatric intensive care units (PICUs).
- Standardizing medication concentrations is a key component of DERS.
Purpose of the Study:
- To assess compliance with DERS for medication infusions in a PICU.
- To evaluate the effect of using standard concentrations on daily fluid balances in pediatric patients.
Main Methods:
- A prospective audit of patients in a tertiary level PICU over 10 days.
- Data collected included patient weight, diagnosis, medication infusions, adherence to standard concentrations, and fluid balance.
- Renal support, including diuretic use, was also recorded.
Main Results:
- 98% of medication infusions adhered to standard concentrations and DERS.
- Despite high compliance, 2% of infusions did not use DERS or standard concentrations, and 2% of patients had unlabeled syringes.
- No significant impact of standard concentrations on daily fluid balance was observed; 90% of patients maintained a minimal positive fluid balance.
Conclusions:
- Implementing DERS with standard concentrations in PICU is achievable and safe.
- High compliance with DERS and standard concentrations does not adversely affect patient fluid balance.
Aim:
To review compliance with the DERS, and to evaluate the impact on daily fluid balances as a standard outcome in paediatric intensive care.
Method:
A prospective audit of patients admitted to our tertiary level PICU over a 10day period. The audit tool collated information on patient's weight, diagnosis, medication infusions, whether standard concentrations were selected, daily fluid balance, target fluid balance, and renal support including use of diuretics.
Results:
Seventy-seven (84%) of patients weighed less than 10kg. On average, there were seven medication infusions per patient and 98% of the medication infusions adhered to standard concentrations for medication infusions and DERS. In 2% of medication infusions staff opted not to use the DERS, or selected non-standard concentration, and 2% of patients had no labels on the syringe. 90% of patients had a minimal positive balance of 0.5mL/kg/h, averaged over 24h; 48% of patients received renal support and 16% of patients were 24h post cardiac surgery, where a negative fluid balance was recorded. It is standard practice post cardiac surgery to receive diuretics. Standard concentrations did not have a significant impact on patients' daily fluid balance.
Conclusions:
The use of standard concentrations and short infusions in PICU using DERS is feasible & achievable as demonstrated by high compliance, and does not have a negative impact on patient outcome, especially fluid balance.
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