Eur J Hosp Pharm. 2021 Mar;28(2):71-75. doi: 10.1136/ejhpharm-2019-001863. Epub 2019 Jun 11.
OBJECTIVES: Approximately 10% of the general population are reported to have a penicillin allergy, but more than 90% of these patients are able to tolerate penicillins after formal assessment. Patients with penicillin allergy labels have poorer health outcomes and incorrect labels impact negatively on healthcare systems. Identifying patients with incorrect penicillin allergy labels (those who can safely take penicillin) has the potential to benefit patients and healthcare systems. This study explores barriers and enablers towards identifying and removing incorrect penicillin allergy labels in inpatients ('delabelling').
METHODS: Two focus groups were completed with a total of 17 doctors, nurses and pharmacists at a 750-bed district general hospital in England.
RESULTS: Thematic analysis identified four main themes: managing penicillin allergic patients, environmental barriers, education for patients and staff and a future delabelling process. Staff reported that identifying and delabelling incorrect penicillin allergy records was a complex task and not a priority during the acute presentation. Participants felt confident removing erroneous allergy records if the patient was able to describe the reaction. Balancing time to confirm and delabel with competing duties was felt to be a challenge. Revisiting the discussion with the patient when time was less pressured was offered as a solution to the problem. The lack of provision to translate uncertainty about allergy status in the electronic health record was mentioned as a barrier to accurate documentation of allergy history. Ensuring all patient records were amended to reflect the new allergy status was identified as a challenge. A delabelling process involving nurses, doctors and pharmacist was discussed.
CONCLUSIONS: Delabelling patients with erroneous penicillin allergy labels was recognised as a complex problem. A patient pathway involving nurses, doctors and pharmacist is likely to be the optimal method to safely delabel patients.