Combining Implementation and Data Sciences to Accelerate Evidence Integration into Healthcare – ImpleMATE

Background The translation of research evidence into routine healthcare practice is often slow and inconsistent, even timely implementation can significantly improve patient outcomes. While implementation science offers strategies to close this gap, current approaches are frequently manual, fragmented, and poorly integrated within healthcare systems. To address these challenges, we propose ImpleMATE – an AI-assisted implementation science platform designed to streamline implementation efforts. Grounded in the Learning Health System (LHS) model, ImpleMATE aims to establish a continuous, data-driven cycle of learning and improvement in implementation practice. Methods ImpleMATE will be developed through a co-design and co-production approach rooted in human-centred design principles. Development will proceed through four key activities: (1) establishing a data processing pipeline and building an implementation-focused ontology; (2) creating and validating an AI system to extract implementation knowledge, structure the ontology, and support implementation solution delivery; (3) designing an interactive web application to deliver AI-assisted decision support and streamline implementation processes; and (4) developing an evaluation framework to assess platform’s effectiveness and plan for national integration. These activities align with three core components of the LHS model: converting data into knowledge, translating knowledge into practice, and feeding implementation process and outcome data back into the system for continuous learning. The platform will be underpinned by strong ethical and governance frameworks to ensure data privacy, transparency, and responsible AI use. Discussion ImpleMATE aims to transform the adoption of evidence-based innovations in healthcare by embedding trustworthy AI into the core of implementation practice. Through the integration of structured ontologies, real-time AI reasoning, and an interactive user interface, the platform will provide tailored solutions to support implementation efforts. Designed as a dynamic learning system, ImpleMATE will evolve with user input and real-world data, offering a scalable, ethically grounded solution to accelerate and enhance implementation across healthcare settings.

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Publication Details

Journal
F1000Research
Published
2026-09-10
DOI
https://doi.org/10.12688/f1000research.169999.3
Primary Topic
Health Policy Implementation Science
Type
article
Field-Weighted Citation Impact
0.00
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article

Combining Implementation and Data Sciences to Accelerate Evidence Integration into Healthcare – ImpleMATE

Débora Lanzeni, Frank Lin, Guillaume Fontaine, Luc Betbeder-Matibet et al.
F1000Research
Health Policy Implementation Science
article

Combining Implementation and Data Sciences to Accelerate Evidence Integration into Healthcare – ImpleMATE

Débora Lanzeni, Frank Lin, Guillaume Fontaine, Luc Betbeder-Matibet, Sarah Pink, Georgina Kennedy, Gabriella Tiernan, Thomasina Donovan, Chi Zhang, Nigel Lovell, J. Chan, Patrick Kin Man Tung, Jeannie Paterson, Susan Michie, Carolyn Mazariego, Andrew Milat, The ImpleMATE Network, Louisa Jorm, Stephanie Best, Janna Hastings, Natalie Taylor
article en

Abstract

Background The translation of research evidence into routine healthcare practice is often slow and inconsistent, even timely implementation can significantly improve patient outcomes. While implementation science offers strategies to close this gap, current approaches are frequently manual, fragmented, and poorly integrated within healthcare systems. To address these challenges, we propose ImpleMATE – an AI-assisted implementation science platform designed to streamline implementation efforts. Grounded in the Learning Health System (LHS) model, ImpleMATE aims to establish a continuous, data-driven cycle of learning and improvement in implementation practice. Methods ImpleMATE will be developed through a co-design and co-production approach rooted in human-centred design principles. Development will proceed through four key activities: (1) establishing a data processing pipeline and building an implementation-focused ontology; (2) creating and validating an AI system to extract implementation knowledge, structure the ontology, and support implementation solution delivery; (3) designing an interactive web application to deliver AI-assisted decision support and streamline implementation processes; and (4) developing an evaluation framework to assess platform’s effectiveness and plan for national integration. These activities align with three core components of the LHS model: converting data into knowledge, translating knowledge into practice, and feeding implementation process and outcome data back into the system for continuous learning. The platform will be underpinned by strong ethical and governance frameworks to ensure data privacy, transparency, and responsible AI use. Discussion ImpleMATE aims to transform the adoption of evidence-based innovations in healthcare by embedding trustworthy AI into the core of implementation practice. Through the integration of structured ontologies, real-time AI reasoning, and an interactive user interface, the platform will provide tailored solutions to support implementation efforts. Designed as a dynamic learning system, ImpleMATE will evolve with user input and real-world data, offering a scalable, ethically grounded solution to accelerate and enhance implementation across healthcare settings.

F1000ResearchVol. 14
University of Technology Sydney (AU), SIB Swiss Institute of Bioinformatics (CH), The University of Sydney (AU), New South Wales Department of Health (AU), Garvan Institute of Medical Research (AU), Queensland University of Technology (AU), The University of Melbourne (AU), ZHAW Zurich University of Applied Sciences (CH), University of St.Gallen (CH), Ottawa Hospital (CA), UNSW Sydney (AU), Prince of Wales Hospital (AU), Innovative Clinical Research (US), State Academic University of Humanities (RU), Institute for Medical Research (MY), Ingham Institute (AU), University of Applied Sciences St. Gallen (CH), Melbourne Health (AU), Melbourne Genomics Health Alliance (AU), University College London (GB), McGill University (CA), Monash University (AU), Victoria University (AU)
Openalex Percentile: Top 6%
Health Policy Implementation Science
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