Clinical Trials Day 2026

Here's why clinical research will decide the future of European medicine

A radical transformation is taking place involving drugs, devices, artificial intelligence, health organisation, regulation, economics and geopolitics of health at the same time

by Antonio Gasbarrini*

Genetic research and Biotech science Concept. Human Biology and pharmaceutical technology on laboratory background. Radiologist using digital x-ray human body holographic scan projection 3D rendering. jittawit.21 - stock.adobe.com

6' min read

Translated by AI
Versione italiana

6' min read

Translated by AI
Versione italiana

On 20 and 21 May 2026 the Policlinico Universitario Agostino Gemelli IRCCS will host Clinical Trials Day, a two-day event dedicated to the future of clinical research, therapeutic innovation and data-driven medicine. It will not only be a scientific congress. Above all, it will be a moment of strategic reflection on what is happening to contemporary medicine: a radical transformation that simultaneously involves drugs, devices, artificial intelligence, healthcare organisation, regulation, economics and the geopolitics of health.

For many years, clinical trials were perceived as an activity confined to large academic centres, important but essentially parallel to everyday care. Today, this paradigm is definitely outdated. Clinical trials are becoming the very heart of access to innovation. In the coming years, for many patients, especially cancer, neurological and rare or complex chronic disease patients, entering a trial will often mean first - and sometimes only - access to the most advanced treatments available in the world. This is a historic change. Medicine is in fact experiencing one of the greatest accelerations in its history. Increasingly sophisticated therapies are emerging in oncology, neuroscience, immunology, cardiovascular medicine and gastroenterology: drug-conjugated antibodies, radioligands, engineered cells, gene therapies, RNA therapeutics, next-generation immunotherapies, smart devices, digital therapeutics, predictive algorithms, advanced robotics, continuous monitoring systems and integrated personalised medicine platforms. This revolution is changing the very concept of treatment. We no longer look only at the diseased organ but at the molecular, immunological, metabolic and digital profile of the patient. New technologies make it possible to identify extremely specific biological subgroups and to build customised treatments.

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But the more sophisticated medicine becomes, the greater the need for advanced clinical research. Innovations must be validated quickly, but also in a rigorous, safe and transparent manner. They must be tested in international networks, on large, well-characterised populations, with efficient regulatory systems and with infrastructures capable of guaranteeing methodological quality and compliance with Good Clinical Practice. In this scenario, the role of IRCCSs becomes central. IRCCSs represent an Italian peculiarity of enormous strategic value: facilities in which research, care and training coexist on a daily basis. This integration is fundamental because it allows innovations to be transferred rapidly from the laboratory to the patient's bedside. It is no coincidence that many of Italy's most important clinical trials originate within the IRCCS network. However, today this network must make a further quality leap. No centre alone can cope with the complexity of contemporary medicine. New trials require large numbers, multidisciplinary expertise, biobanks, genomic platforms, data science, bioinformatics, advanced imaging, regulatory expertise, statistical support, digital monitoring and international management capabilities. This is why collaboration between IRCCSs, universities, research centres and European networks is no longer optional: it is a national strategic necessity. Indeed, global scientific competition will increasingly be played out on the ability to build collaborative ecosystems. The United States has developed highly integrated models between universities, the biotech industry, venture capital and large hospitals. China is investing heavily in translational research platforms and artificial intelligence applied to health. Europe, on the other hand, risks progressive marginalisation if it fails to speed up decision-making processes, simplify procedures and strengthen its scientific networks.

One of the topics that will be discussed during the Clinical Trials Day is precisely the new geopolitics of medicine. Recent US policies inspired by the logic of the Most Favoured Nation Clause are redefining the balance of global access to innovative drugs. The real risk is that pharmaceutical companies will increasingly favour the US market in their initial distribution strategies, slowing down the arrival of innovations in Europe. This could have enormous consequences. Highly innovative therapies could become available in the US years in advance of European healthcare systems. In this context, participation in clinical trials could become, for many European patients, the main tool for early therapeutic access. This is a profound transformation that calls for political and organisational reflection.

If we want Italia to remain competitive, we have to be faster. Speed today does not mean superficiality. It means organisational capacity, regulatory quality, digitisation of processes, data interoperability, ethical and administrative speed, specialist skills and dedicated infrastructure. Modern clinical research cannot be sustained by the talent of individual researchers alone. It requires true organisational platforms. For this reason, Clinical Trial Offices, data managers, study coordinators, biostatisticians, monitors, regulatory experts, pharmacovigilance specialists, quality experts and all those professions that are often invisible but indispensable for conducting clinical trials in compliance with international GCP are taking on a decisive role.

The quality of a hospital's research today is not only measured by the number of scientific publications, but by its concrete ability to rapidly activate multi-centre trials, enrol patients, produce reliable data and participate in large international networks. In this context, artificial intelligence probably represents the greatest technological discontinuity in recent decades. AI is radically changing every stage of clinical research.It is changing the way patients eligible for a study are identified. Algorithms are already capable of analysing millions of clinical, radiological, genomic and laboratory data in extremely short timescales, identifying potentially trial-eligible patients who would otherwise never be intercepted. So-called AI-driven trial matching could revolutionise access to trials. Today, many trials fail to complete enrolment on time. One of the main causes is the difficulty in quickly identifying the right patients. AI can drastically reduce this problem by cross-referencing electronic medical records, imaging, molecular data and eligibility criteria in real time.

But the change will be even more profound. Artificial intelligence will also increasingly contribute to the design of clinical trials. It will be able to help build more efficient, adaptive and customised protocols. Models of 'synthetic control arms' are already being developed, in which control arms are partially constructed using real-world data derived from large clinical databases, reducing the number of patients receiving placebos or less effective standard therapies. Safety monitoring will also change radically. Wearable sensors, wearable devices, digital biomarkers and remote monitoring platforms will enable continuous patient monitoring, transforming the clinical trial from an episodic hospital event to a dynamic and distributed pathway.

This revolution also concerns medical devices. For years, clinical research was almost exclusively associated with drugs. Today, devices represent one of the most dynamic areas of biomedical innovation. Robotics, advanced imaging, augmented reality, 3D-printed personalised prostheses, smart implantable devices, AI-driven minimally invasive systems and digital platforms are redefining surgery, cardiology, neurology and rehabilitation medicine. However, device experimentation presents peculiar challenges. The pace of technological innovation is much faster than for drugs. The risk is that traditional regulatory systems cannot keep up with technological evolution. It therefore becomes necessary to build more dynamic evaluation models, while maintaining strict safety and efficacy standards. This also requires international networks. No European country can think of facing global competition alone. The trials of the future will be increasingly multicentre, transnational, based on common data platforms and shared standards. Italia has great clinical and scientific expertise. It has prestigious medical schools, top-level researchers, internationally recognised IRCCSs, and a clinical tradition of extraordinary value. But it must learn to work as a system. We need to invest in data interoperability, common digital platforms, regulatory harmonisation, advanced training, and the enhancement of research professionals.

It is also necessary to build a new culture of clinical trials. Too often, the trial is still perceived by citizens as something distant or experimental in a negative sense. In reality, large research hospitals are today the safest and most controlled places in contemporary medicine. Quality clinical research does not expose the patient to greater risks: on the contrary, it guarantees more intensive monitoring, multidisciplinarity, early access to innovation and structured pathways. This is why experimentation must become an integral part of the national health culture. We must train doctors who are capable not only of treating, but also of critically reading data, understanding research methodology, using digital tools, and dialoguing with AI systems while always maintaining the human relationship with the patient at the centre. The medicine of the future will inevitably be increasingly technological. But it will have to remain profoundly human. And this is precisely the most important challenge: to use data, algorithms and technologies not to replace the doctor, but to increase the capacity of medicine to be more precise, predictive, personalised and accessible.

The Clinical Trials Day was also created with this objective in mind: to show how research, care, universities, technology and organisation can converge into a single patient-oriented ecosystem. Because the future of medicine will not only depend on new molecules or new machines. It will depend on the ability of healthcare systems to integrate scientific innovation, ethics, organisational speed and international collaboration. Clinical research will no longer be an ancillary function of hospitals. It will become one of the main indicators of the quality of a health system and of a country's ability to guarantee its citizens fair and timely access to the medicine of the future.

*Scientific Director Fondazione Policlinico Universitario Gemelli IRCCS - Professor of Internal Medicine Università Cattolica del Sacro Cuore

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