Completed Public Health & Healthcare Cancer

UK CEiRSI - The UK's Centre of Excellence on In-silico Regulatory Science and Innovation - Pilot Phase

In plain English

AI plain-English summary

A new UK centre will develop the standards and tools needed to let regulators approve drugs and medical devices based on computer simulations rather than just human or animal trials. Current testing and approval processes rely heavily on physical trials, which are slow, expensive, and often fail. A typical pharmaceutical product takes eight years to reach market, with 30% of its costs going to testing. High failure rates also mean patients can suffer from ineffective or unsafe products. While computational modelling—known as in-silico technology—has shown it can predict how a medical product will behave more reliably and cheaply than many physical tests, regulators have not yet accepted evidence from these simulations. This centre aims to break that deadlock by creating the technical standards, validation methods, and best practices that regulators need to trust computer-generated evidence. If successful, the centre could fundamentally change how medical products are tested. Patients would benefit from fewer product recalls and failures, and faster access to new treatments. The UK’s pharmaceutical and medical technology industries would gain a competitive edge, with reduced development costs and shorter timelines for bringing innovations to market.

View original technical description
Effective and robust medical technology and pharmaceutical testing and approval processes are critical to public protection, enhanced health and wellbeing. However, existing human and animal trials have high failure rates and can frequently lead to negative consequences for patients. They also add time and cost to the delivery of new treatments and devices (typically eight years and 30% of costs for a pharmaceutical product). A growing body of evidence suggests that ln-silico Technologies {i.e. computational modelling and simulation techniques used across medical product R&D lifecycles) could radically improve medical product testing, trials and assessment processes, providing significantly increased reliability while reducing time and costs. This would directly benefit patients by reducing failure and recall rates for new medical products, and would generate economic growth by stimulating innovation in businesses developing pharmaceuticals and medical technologies. However, the use of evidence from in-silico technologies has not yet been integrated into regulatory processes. Our aim is to address this deadlock by establishing a UK Centre of Excellence on in-silico Regulatory Science and Innovation (UK CEiRSI) to develop tools, standards, and best practices for integrating evidence from computational models into the regulatory process.

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Researchers

Alejandro Frangi (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

UK Centre of Excellence in in-silico Regulatory Science and Innovation supporting the Entire Product Lifecycle in Life and Health Sciences – A network of enabling national capabilities
Centre of Excellence for Regulatory Science and Innovation in AI & Digital Health Technologies (CERSI-AI)
CLinical Evaluation & Assessment for REgulation of Diagnostic tests
CERSI for the Digital Transformation of Medicines Development and Manufacturing
CLEARED (CLinical Evaluation & Assessment for REgulation of Diagnostic tests) Implementation Phase

Original classification

Intramural

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