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Published on: October 24, 2019
Incident reports versus direct observation to identify medication errors and risk factors in hospitalised newborns
David Palmero1,2, Ermindo R Di Paolo3, Corinne Stadelmann4
1Department of Pharmacy, Lausanne University Hospital, Lausanne, Switzerland. David.Palmero@chuv.ch.
Insights
Newborns in hospitals experience frequent medication errors, with direct observation revealing significantly more errors than caregiver reports. Premature infants and those with multiple prescriptions face higher risks, highlighting the need for process simplification.
Area of Science:
- Neonatal care
- Patient safety
- Medication management
Background:
- Newborns in hospital settings are highly vulnerable to medication errors.
- Understanding the causes and risk factors of medication errors is crucial for improving medication safety.
Purpose of the Study:
- To compare voluntary incident reports with direct observation for identifying medication errors in newborns.
- To identify risk factors associated with medication errors to inform preventive strategies.
Main Methods:
- A clinical pharmacist identified medication errors through direct observation and analyzed data from the incident reporting system.
- Rates, types, and severity of medication errors were assessed, along with related variables.
- Statistical analysis identified significant risk factors for medication errors.
Main Results:
- Direct observation identified 383 medication errors, while caregivers reported only two.
- Prescription errors (38.4%), administration errors (45.4%), and preparation errors (16.2%) were the main types.
- Gestational age under 32.0 weeks (p=0.04) and the number of prescribed drugs (p<0.01) were significantly associated with medication errors.
Conclusions:
- Caregiver reporting significantly underrepresents the actual incidence of medication errors in newborns.
- Inattention was a primary cause of errors, suggesting simplification of medication processes can enhance safety.
- Very preterm newborns (gestational age <32.0 weeks) and polypharmacy increase the risk of medication errors.
Abstract:
Newborns are often exposed to medication errors in hospitals. Identification and understanding the causes and risk factors associated with medication errors will help to improve the effectiveness of medication. We sought to compare voluntary incident reports and direct observation in the identification of medication errors. We also identified corresponding risk factors in order to establish measures to prevent medication errors. Medication errors identified by a clinical pharmacist and those recorded in our incident reporting system by caregivers were analysed. Main outcomes were rates, type and severity of medication error, and other variables related to medication errors. Ultimately, 383 medication errors were identified by the clinical pharmacist, and two medication errors were declared by caregivers. Prescription errors accounted for 38.4%, preparation errors for 16.2%, and administration errors for 45.4%. The two variables significantly related to the occurrence of medication errors were gestational age < 32.0 weeks (p = 0.04) and the number of drugs prescribed (p < 0.01).Conclusion: Caregivers underreported the true rate of medication errors. Most medication errors were caused by inattention and could have been limited by simplifying the medication process. Risk of medication errors is increased in newborns < 32.0 weeks and increases with the number of drugs prescribed to each patient. What is Known: • Newborns in hospitals are particularly susceptible to medication errors. • Identification and understanding the reasons for medication errors should help us to establish preventive measures to reduce the occurrence of such errors. What is New: • Direct observation of the medication process, though time consuming, is essential to accurately assess the frequency of medication errors, which are underreported by caregivers. Most medication errors are caused by inattention and could be limited by simplifying the medication process. • The risk of medication errors was significantly increased in very preterm newborns (< 32 weeks) and when the number of prescription per patient increased.
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