How community pharmacy pharmacogenomics testing services around the world can inform their design and delivery in the UK

Introduction: Pharmacogenomics (PGx) reduces the need for 'trial-and-error' prescribing and the chances of adverse reactions, and improves patient outcomes. With the cost of PGxtesting falling rapidly, in line with the cost of other testing within the NHS, it is already being deployed by community pharmacists outside the UK. Aim: To learn from experiences of PGx delivery in community pharmacies in other countries to inform the set up and design of future UK pharmacy services. Method: A five-stage scoping review methodological framework was deployed. The research question was identified and the relevant studies were selected from databases, using the search terms'pharmacogenomics' OR 'pharmacogenetics' AND 'community pharmacy'. A data-extraction tool was used to collect the data, which was subsequently charted into categories, including barriers, enablers, patient-orientated outcomes and recommendations for future research. The results were then collated, summarised and reported. Results: From the 15 papers reviewed, it was noted that community pharmacy-based PGx services are becoming increasingly widespread, having been implemented in the United States, Canada, the Netherlands and Cyprus. Enablers for implementation of a PGx testing service in a community pharmacy setting included patient interest, pharmacist willingness and confidence to deliver the service, the service being comparable to existing pharmacy services (e.g. vaccination programmes) and prescriber acceptance of the results. Barriers included education and training of pharmacists, access to appropriate clinical resources, lack of patient-friendly resources and time capacity. Conclusion: Community pharmacy-led PGx services have been reportedin several different countries. For such services to work well, they need patient interest, pharmacist engagement and training, available supporting information for pharmacists and prescriber acceptance of recommendations for any changes to patient prescriptions.

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Figshare
Published
2025-03-11
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1
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Pharmacogenetics and Drug Metabolism
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How community pharmacy pharmacogenomics testing services around the world can inform their design and delivery in the UK

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Pharmacogenetics and Drug Metabolism
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How community pharmacy pharmacogenomics testing services around the world can inform their design and delivery in the UK

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Abstract

Introduction: Pharmacogenomics (PGx) reduces the need for 'trial-and-error' prescribing and the chances of adverse reactions, and improves patient outcomes. With the cost of PGxtesting falling rapidly, in line with the cost of other testing within the NHS, it is already being deployed by community pharmacists outside the UK. Aim: To learn from experiences of PGx delivery in community pharmacies in other countries to inform the set up and design of future UK pharmacy services. Method: A five-stage scoping review methodological framework was deployed. The research question was identified and the relevant studies were selected from databases, using the search terms'pharmacogenomics' OR 'pharmacogenetics' AND 'community pharmacy'. A data-extraction tool was used to collect the data, which was subsequently charted into categories, including barriers, enablers, patient-orientated outcomes and recommendations for future research. The results were then collated, summarised and reported. Results: From the 15 papers reviewed, it was noted that community pharmacy-based PGx services are becoming increasingly widespread, having been implemented in the United States, Canada, the Netherlands and Cyprus. Enablers for implementation of a PGx testing service in a community pharmacy setting included patient interest, pharmacist willingness and confidence to deliver the service, the service being comparable to existing pharmacy services (e.g. vaccination programmes) and prescriber acceptance of the results. Barriers included education and training of pharmacists, access to appropriate clinical resources, lack of patient-friendly resources and time capacity. Conclusion: Community pharmacy-led PGx services have been reportedin several different countries. For such services to work well, they need patient interest, pharmacist engagement and training, available supporting information for pharmacists and prescriber acceptance of recommendations for any changes to patient prescriptions.

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How community pharmacy pharmacogenomics testing services around the world can inform their design and delivery in the UK · Figshare (2025) | TGRS Research Map | TGRS