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Identifying medication errors in surgical prescription charts
1Department of Health and Social Care, Faculty of Health and Social Care, The Open University, Milton Keynes.
Insights
Medication errors on children's prescription charts are common, with 301 errors found in a UK study. Reducing these errors is crucial to prevent adverse events in pediatric care.
Area of Science:
- Pediatric pharmacology
- Patient safety in healthcare
- Medication administration errors
Background:
- 200 million pediatric prescriptions issued annually in the UK.
- 1.5% prevalence of medication errors in pediatric prescriptions.
- Significant potential for harm due to prescription errors in children.
Purpose of the Study:
- To identify and quantify medication errors on surgical children's prescription charts.
- To analyze the types and frequency of errors.
- To assess the impact of prescription errors in pediatric surgical care.
Main Methods:
- Retrospective review of prescription charts.
- Study conducted over a four-month period.
- Involved 175 pediatric patients across two hospital sites.
Main Results:
- A total of 301 medication errors were identified.
- The most frequent error was prescription overwriting.
- Incorrect dates were the least common error type.
- No adverse events were documented as a direct result of the errors.
Conclusions:
- High prevalence of medication errors necessitates reduction strategies.
- Potential for serious adverse incidents if errors are not addressed.
- Computerized physician order entry (CPOE) systems proposed as a solution to mitigate errors.
Background:
Each year 200 million prescriptions for children and adolescents are issued in the UK, with a 1.5 per cent prevalence of errors.
Aim:
To identify and quantify medication errors on surgical children's prescription charts over a four-month period at two hospital sites.
Method:
Retrospective review of the prescription charts of 175 children at a children's hospital and a children's unit.
Results:
Errors totalled 301, the most common was overwriting of a prescription, the least common was incorrect dates. No resulting adverse events were recorded.
Conclusion:
The prevalence of errors needs to be reduced to avoid serious adverse incidents. Computerised physician order entry systems are discussed as a potential solution.
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