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Objectives: The term Postlaunch Evidence Generation (PLEG) refers to evidence generated after the launch or licensing of a health technology. The aim of this paper is to provide an overview of the implementation of these practices in the European Union in order to explore cross-border cooperation opportunities. Methods: In December 2019, a survey composed of nine closed-ended questions with multiple choice answers about the PLEG practices in each country was sent to all twenty-five dedicated work package (WP5B) partners of the European Network of Health Technology Assessment (EUnetHTA) Joint Action 3. In addition to the survey, the national practices were discussed during a face-to-face meeting with WP5B partners. Results: Twelve Health TechnologyAssessment (HTA) bodies completed the survey. Of these, eleven reported procedures in place for official requests for PLEGs in their remit. In the large majority of cases, the requests are made at the time of the assessment/appraisal. Several agencies participate in the definition of the scope of the PLEG or review of its protocol. Data collection and analysis mainly lie with companies for pharmaceuticals, whereas it is more the responsibility of the HTA bodies for medical devices. Only one agency owns the data and is able to exchange them without asking permission. Conclusions: Most agencies recommend European collaboration on PLEG commence once the evidence gaps have been defined or during the production of the HTA report in the case of European joint assessment. [ABSTRACT FROM AUTHOR]

Objectives: The term Postlaunch Evidence Generation (PLEG) refers to evidence generated after the launch or licensing of a health technology. The aim of this paper is to provide an overview of the implementation of these practices in the European Union in order to explore cross-border cooperation opportunities. Methods: In December 2019, a survey composed of nine closed-ended questions with multiple choice answers about the PLEG practices in each country was sent to all twenty-five dedicated work package (WP5B) partners of the European Network of Health Technology Assessment (EUnetHTA) Joint Action 3. In addition to the survey, the national practices were discussed during a face-to-face meeting with WP5B partners. Results: Twelve Health TechnologyAssessment (HTA) bodies completed the survey. Of these, eleven reported procedures in place for official requests for PLEGs in their remit. In the large majority of cases, the requests are made at the time of the assessment/appraisal. Several agencies participate in the definition of the scope of the PLEG or review of its protocol. Data collection and analysis mainly lie with companies for pharmaceuticals, whereas it is more the responsibility of the HTA bodies for medical devices. Only one agency owns the data and is able to exchange them without asking permission. Conclusions: Most agencies recommend European collaboration on PLEG commence once the evidence gaps have been defined or during the production of the HTA report in the case of European joint assessment. [ABSTRACT FROM AUTHOR]

Introduction: A disruptive technology has been defined as an innovation that completely changes the way things are done. Early identification of potential disruptive health technologies has become a key point in the agenda of decision makers and health technology assessment (HTA) bodies. The PriTec tool is an automatically executable web application that was developed in 2009 by the Galician HTA Agency to facilitate decision-making regarding the selection of technologies for post-launch observation. The tool has been updated to allow scoring and ranking of technologies before their introduction into the healthcare portfolio. The aim of this work was to propose a framework for assessing the usefulness of the PriTec tool in relation to identifying possible disruptive innovations. Methods: To evaluate the applicability of the PriTec tool for distinguishing disruptive from non-disruptive innovations, we selected a few examples from prior acknowledged disruptive and non-disruptive innovations. These technologies were scored against the predefined criteria and the results were compared and analyzed globally and by type of domain. The PriTec tool assesses six domains of technologies: clinical condition, comparative effectiveness and safety, economic impact, implementation consequences, and dissemination speed. Results: Disruptive technologies (e.g., transcatheter aortic valve implantation or point-of-care tests) had higher weighted global scores than non-disruptive technologies. In the domain analysis, the scores for implementation consequences were higher for disruptive than for non-disruptive technologies. Both types of technologies had similar scores in the other domains. Conclusions: The PriTec tool seems to be useful for identifying potential disruptive technologies through its implementation domain. Further validation strategies are required to confirm the tool's applicability and to improve its accuracy in the field of health disruption. The tool could be used by governments, horizon scanning organizations, and HTA organizations to promote the evidence-based detection of disruptive technologies in clinical practice. However, it is advisable that the tool be further tested and validated in other contexts. [ABSTRACT FROM AUTHOR]

Introduction: The PriTec Tool is an automatically executable multicriteria web application developed in 2009 by the Galician Health Knowledge Agency (avalia-t; ACIS) for the prioritization of technologies susceptible of post-introduction observation or obsolescence. Currently, the tool has been updated and improved to support the selection process of technologies to be assessed for inclusion into the National Public Health Care Portfolio. The aim of this work is to present the updated version of the tool (PriTec Tool 2) with the new functionalities. Methods: The development of the tool was based on a mixed-method approach, comprising a systematic review, followed by a five-step process: (i) development of the preliminary proposal of prioritization criteria and domains; (ii) contextualization and validation of the criteria and domains by a multidisciplinary group of key stakeholders; (iii) assessment of validity, reliability and suitability of criteria; (iv) weighting of domains; and (v) evaluation of applicability, reliability and reproducibility of the tool. Results: The tool consists of 15 criteria categorized in 5 domains. The web application ranks the technologies through automatic computation of the weighted average of the different criteria and generates a comparative analysis of the individual or working group results. The application allows access to different options: working groups, case studies or technology comparison. It allows for individual prioritizations or managing working groups. When applied to prioritize the Spanish Network of Health Technology Assessment (HTA) Agencies yearly workplan it achieved an intraclass correlation coefficient of 0.71 (95% confidence interval 0.62, 0.88). Conclusions: The updated PriTec Tool-2 can be very useful to guide decision-making regarding the assessments that would be mostly needed to ensure health, equity and sustainability. The tool stands out for its simplicity and ease of application. It is acknowledged that the tool could be of great interest to policy makers, HTA bodies and other health decision-makers worldwide. [ABSTRACT FROM AUTHOR]

Introduction: The need for timely access to innovative technologies has placed a special focus on the development of policies and practices that can guarantee the availability whilst ensuring the safety of these technologies after launch or licensure. The aim of this paper is to present and discuss Post-Launch Evidence Generation (PLEG) practices among health technology assessment (HTA) bodies at the European level to explore cross-border collaboration opportunities. Methods: In December 2019, a survey composed of nine closed-ended questions with multiple choice answers about the PLEG practices in each country was sent to 25 partners of the European Network of Health Technology Assessment (EUnetHTA) Joint Action 3. In addition to the survey, the national practices were discussed during a face-to-face meeting with all partners of the dedicated work package. A quantitative analysis and a qualitative synthesis of the results was carried out. Results: Twelve HTA bodies completed the survey. Of these, 11 reported procedures in place for official PLEG requests. In nine of the agencies, the requests are made at the time of the assessment/appraisal. Data collection and analysis mainly lies with companies for pharmaceuticals (60%) while it is more the responsibility of the HTA body for medical devices (75%). Only one agency reported owning the data and being able to exchange the data without asking permission. During the face-to face discussions, it was acknowledged that PLEG practices differ between countries depending on the topic concerned, but most rely on the usage of registries (mainly disease registries) for data collection. Most agencies estimated that a European collaboration could take place. Conclusions: PLEG practices are in the remit of many European HTA bodies. Data sharing should be anticipated as only some own the data and can exchange them without asking permission. European collaboration on PLEG could commence once the evidence gaps have been defined or during the production of the HTA reports in the case of joint assessments. [ABSTRACT FROM AUTHOR]