Engaging Healthcare Stakeholders to Accelerate Translation
Engaging Healthcare Stakeholders to Accelerate TranslationA central ambition of COST Action TETRA — The mETamaterial foRmalism approach to recognize cAncer (CA23125) is to bridge the gap between fundamental research and future healthcare applications. Achieving this goal requires close interaction not only among physicists, engineers, mathematicians and biologists, but also with clinicians, healthcare researchers, eHealth specialists, medical technology experts and other stakeholders who understand real-world diagnostic needs.
TETRA therefore promotes healthcare stakeholder engagement as an integral part of its interdisciplinary research strategy.
Physics & Engineering → Biology & Medicine → Healthcare Translation
TETRA brings together complementary expertise across the translational pathway:
This interaction helps ensure that the theoretical and technological concepts developed within TETRA remain connected to meaningful biomedical questions.
Connecting TETRA with eHealth Expertise
An example of this engagement is TETRA's interaction with the Center for eHealth Applications and Services at the Foundation for Research and Technology – Hellas (FORTH).
Dr. Maria Makridaki from the Center for eHealth Applications and Services participated in the TETRA Summer School in Spetses, contributing expertise from the eHealth and biomedical technology perspective.
Such participation is important for TETRA because it creates opportunities for dialogue between researchers developing new physical and computational approaches to tissue characterization and specialists working closer to healthcare applications.
Why Stakeholder Engagement Matters
Healthcare stakeholders can help TETRA researchers identify clinically relevant challenges, understand requirements for future diagnostic technologies, evaluate potential translational pathways and recognize barriers that may arise when moving research concepts toward healthcare environments.
At the same time, TETRA provides stakeholders with access to emerging research in metamaterial formalism, quantitative tissue characterization, advanced imaging, electromagnetic biomarkers and physics-informed artificial intelligence.
The exchange therefore works in both directions:
Building a Translational Research Community
TETRA aims to progressively expand engagement with:
-clinicians and medical researchers;
-hospitals and healthcare institutions;
-cancer research centres;
-eHealth organizations;
-biomedical imaging specialists;
-medical technology companies;
-AI and digital-health researchers;-
-patient-oriented research organizations;
-policymakers and innovation stakeholders.
By involving these communities in workshops, Training Schools, scientific meetings, dissemination activities and collaborative projects, TETRA can strengthen the pathway from fundamental research toward potential application.
Toward Quantitative and Personalized Healthcare
The long-term TETRA vision extends beyond improving biomedical images. It seeks to investigate whether biological tissues can be characterized through quantitative material fingerprints derived from their electromagnetic, optical, structural and biochemical properties.
Healthcare stakeholder engagement is essential for determining how such information could eventually complement established diagnostic approaches.
The envisioned pathway is:
TETRA does not seek to replace established clinical diagnostics. Instead, its research explores how quantitative physical information about tissue could ultimately complement existing imaging, pathology and clinical decision-making methods.
From Collaboration to Impact
By creating sustained interaction between fundamental scientists and healthcare-oriented stakeholders, TETRA is building an interdisciplinary environment in which scientific innovation can be evaluated in the context of real healthcare challenges.
This engagement strengthens the Action's potential to generate new collaborations, translational research projects, follow-on funding, innovative diagnostic concepts and long-term partnerships between physics, engineering and medicine.
Connecting Physics with Healthcare
Through stakeholder engagement, TETRA is working to ensure that advances in metamaterial science and quantitative tissue characterization are connected to the ultimate objective: creating knowledge that can contribute to better healthcare.