Abstract:The role of patients as key contributors in pharmacovigilance was acknowledged in the new EU pharmacovigilance legislation. This contains several efforts to increase the involvement of the general public, including making patient adverse drug reaction (ADR) reporting systems mandatory. Three years have passed since the legislation was introduced and the key question is: does pharmacovigilance yet make optimal use of patient-reported safety information? Independent research has shown beyond doubt that patients … Show more
“…Reports from patients are a well‐established source of information in drug safety 3. Despite patient participation gaining more and more attention worldwide, this does not necessarily mean that countries have fully embraced patient reporting 4, 5. More experience and sharing of information between countries is needed to fully understand its value.…”
AimsTo explore if there is a difference between patients and healthcare professionals (HCPs) in time to reporting drug–adverse drug reaction (ADR) associations that led to drug safety signals.MethodsThis was a retrospective comparison of time to reporting selected drug–ADR associations which led to drug safety signals between patients and HCPs. ADR reports were selected from the World Health Organization Global database of individual case safety reports, VigiBase. Reports were selected based on drug–ADR associations of actual drug safety signals. Primary outcome was the difference in time to reporting between patients and HCPs. The date of the first report for each individual signal was used as time zero. The difference in time between the date of the reports and time zero was calculated. Statistical differences in timing were analysed on the corresponding survival curves using a Mann–Whitney U test.ResultsIn total, 2822 reports were included, of which 52.7% were patient reports, with a median of 25% for all included signals. For all signals, median time to signal detection was 10.4 years. Overall, HCPs reported earlier than patients: median 7.0 vs. 8.3 years (P < 0.001).ConclusionsPatients contributed a large proportion of reports on drug–ADR pairs that eventually became signals. HCPs reported 1.3 year earlier than patients. These findings strengthen the evidence on the value of patient reporting in signal detection and highlight an opportunity to encourage patients to report suspected ADRs even earlier in the future.
“…Reports from patients are a well‐established source of information in drug safety 3. Despite patient participation gaining more and more attention worldwide, this does not necessarily mean that countries have fully embraced patient reporting 4, 5. More experience and sharing of information between countries is needed to fully understand its value.…”
AimsTo explore if there is a difference between patients and healthcare professionals (HCPs) in time to reporting drug–adverse drug reaction (ADR) associations that led to drug safety signals.MethodsThis was a retrospective comparison of time to reporting selected drug–ADR associations which led to drug safety signals between patients and HCPs. ADR reports were selected from the World Health Organization Global database of individual case safety reports, VigiBase. Reports were selected based on drug–ADR associations of actual drug safety signals. Primary outcome was the difference in time to reporting between patients and HCPs. The date of the first report for each individual signal was used as time zero. The difference in time between the date of the reports and time zero was calculated. Statistical differences in timing were analysed on the corresponding survival curves using a Mann–Whitney U test.ResultsIn total, 2822 reports were included, of which 52.7% were patient reports, with a median of 25% for all included signals. For all signals, median time to signal detection was 10.4 years. Overall, HCPs reported earlier than patients: median 7.0 vs. 8.3 years (P < 0.001).ConclusionsPatients contributed a large proportion of reports on drug–ADR pairs that eventually became signals. HCPs reported 1.3 year earlier than patients. These findings strengthen the evidence on the value of patient reporting in signal detection and highlight an opportunity to encourage patients to report suspected ADRs even earlier in the future.
“…For example, the users of the UK’s Yellow Card app can select MedDRA terms from a drop-down list to describe their ADR, ensuring that the reaction data are already coded when they are submitted to the MHRA. For the patient version, the MHRA is currently exploring ways to make this feature easier for patients to use with a patient-friendly MedDRA list that contains descriptions of medical concepts in layman’s terms [ 17 , 18 ]. Additionally, distinct questions could be presented to different types of users who may be more likely to be able to provide certain details; for example, a patient may be able to report that a medical product was purchased from an Internet pharmacy, whereas that patient’s HCP may not have that level of knowledge If different versions of a mobile app are needed to best meet the differing needs of multiple target groups, it is recommended that a single app prototype is developed with as many standard features as possible.…”
Section: Summary Of the Research And Recommendationsmentioning
Over a period of 3 years, the European Union’s Innovative Medicines Initiative WEB-RADR (Recognising Adverse Drug Reactions;
https://web-radr.eu/
) project explored the value of two digital tools for pharmacovigilance (PV): mobile applications (apps) for reporting the adverse effects of drugs and social media data for its contribution to safety signalling. The ultimate intent of WEB-RADR was to provide policy, technical and ethical recommendations on how to develop and implement such digital tools to enhance patient safety. Recommendations relating to the use of mobile apps for PV are summarised in this paper. There is a presumption amongst at least some patients and healthcare professionals that information ought to be accessed and reported from any setting, including mobile apps. WEB-RADR has focused on the use of such technology for reporting suspected adverse drug reactions and for broadcasting safety information to its users, i.e. two-way risk communication. Three apps were developed and publicly launched within Europe as part of the WEB-RADR project and subsequently assessed by a range of stakeholders to determine their value as effective tools for improving patient safety; a fourth generic app was later piloted in two African countries. The recommendations from the development and evaluation of the European apps are presented here with supporting considerations, rationales and caveats as well as suggested areas for further research.
“…These approaches usefully illuminate existing engagement activities in pharmacovigilance and risk minimisation, which are often beset by limitations in the impact of, and compliance with, safe use and risk minimisation advice, alongside underreporting of ADRs. Interrelated challenges of motivation, legitimacy [1,16,[48][49][50] and accuracy of risk management-related processes [9,11,17,18,20] are central here.…”
Section: Conceptualising and Defining Engagementmentioning
confidence: 99%
“…This has been argued for the European case [10], the USA [1] and more internationally via CIOMS [8]. In practice, pharmacovigilance is composed of structured processes, including aggregating adverse drug reaction (ADR) case reports [1,[11][12][13][14][15], reviewing pharmacoepidemiological and other study data, identifying and assessing new risks and making decisions [11,[16][17][18][19][20][21] on risk management strategies [22] and their implementation in healthcare [23][24][25][26]. While engagement is increasingly pursued in practice [27,28] and receives global attention [8], empirical research [16,29] into pharmacovigilance engagement remains in its infancy [7].…”
Background Engagement of patients and healthcare professionals is increasingly considered as fundamental to pharmacovigilance and risk minimisation activities. Few empirical studies of engagement exist and a lack of explicit conceptualisations impedes effective measurement, research and the development of evidence-based engagement interventions. Aims This article (1) develops a widely applicable conceptualisation, (2) considers various methodological challenges to researching engagement, proposing some solutions, and (3) outlines a basis for converting the conceptualisation into specific measures and indicators of engagement among stakeholders. Method We synthesise social science work on risk governance and public understandings of science with insights from studies in the pharmacovigilance field. Findings This leads us to define engagement as an ongoing process of knowledge exchange among stakeholders, with the adoption of this knowledge as the outcome which may feed back into engagement processes over time. We conceptualise this process via three dimensions; breadth, depth and texture. In addressing challenges to capturing each dimension, we emphasise the importance of combining survey approaches with qualitative studies and secondary data on medicines use, prescribing, adverse reaction reporting and health outcomes. A framework for evaluating engagement intervention processes and outcomes is proposed. Alongside measuring engagement via breadth and depth, we highlight the need to research the engagement process through attentiveness to texturewhat engagement feels like, what it means to people, and how this shapes motivations based on values, emotions, trust and rationales. Conclusion Capturing all three dimensions of engagement is vital to develop valid understandings of what works and why, thus informing engagement interventions of patients and healthcare professionals to given regulatory pharmacovigilance scenarios.
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