Contact

Contact us for tailored
collaborations     
TRANSFORMDiscovery@imperial.ac.uk 

 

At the heart of Professor Rakesh Heer’s research group at Imperial College London lies a powerful commitment to transforming urological cancer care through science and innovation. As a practicing urological surgeon and academic leader, Professor Heer’s team bridges molecular discovery with surgical impact—bringing the lab bench closer to the bedside.

TRANSFORM: Trial of Randomised Approaches for National Screening FOR Men trial is a landmark, UK-wide prostate cancer screening initiative led and funded by Prostate Cancer UK. This groundbreaking study is designed to evaluate innovative screening methods with the goal of developing a reliable, targeted national screening programme for prostate cancer—something that currently does not exist.

Despite being the most common cancer in men in the UK, prostate cancer has long lacked an effective and equitable population-wide screening strategy. The current reliance on PSA (Prostate-Specific Antigen) testing has limitations in sensitivity and specificity, often leading to overdiagnosis or missed cases.

TRANSFORM seeks to revolutionize this by testing a range of advanced diagnostic tools, including MRI-based screening, biomarkers, AI-driven risk models, and genetic profiling, to determine which methods most accurately detect clinically significant cancers while minimizing harm from unnecessary interventions.

Key Features of the Trial:

  • Large-scale recruitment of men across diverse age groups, ethnic backgrounds, and risk profiles, including those at higher risk such as Black men and those with a family history.
  • Comparative evaluation of new screening strategies against traditional PSA testing.
  • Longitudinal design to assess long-term outcomes, including survival, quality of life, and healthcare efficiency.

Expression of Interest 
To submit an Expression of Interest (EOI) for the TRANSFORM Discovery (TD) samples and data, please complete this form.

As part of the ambitious TRANSFORM programme, TRANSFORM Discovery and the Bio-Digital Twin will fuel the next generation of precision prostate cancer screening and early detection.

Research Areas

Bio-Digital Twin

This will be a pioneering resource that integrates biological samples with high-resolution imaging, genetic data, and rich clinical information from thousands of men participating in the TRANSFORM trial. This repository enables researchers to create highly detailed "digital twins"—virtual representations of individuals—allowing for:

  • Deep phenotyping of prostate cancer and its precursors
  • AI-driven risk modelling and personalised screening strategies
  • Validation of novel biomarkers, including genomics, proteomics, and imaging markers
  • Accelerated translational research by providing open, high-quality, longitudinal datasets to scientists and innovators

This is will be of the most advanced and comprehensive resources of its kind, designed not just to support current research, but to future-proof screening innovations for decades.

TRANSFORM Discovery

TRANSFORM Discovery is a dedicated research arm designed to identify, develop, and evaluate new tools for early prostate cancer detection. It brings together experts in:

  • Molecular biology 
  • Imaging science
  • Artificial intelligence
  • Population health

 

 

 

 

 

 

 

 

 

Its mission is to rapidly test and validate cutting-edge diagnostics, including non-invasive tests, AI-assisted MRI interpretation, and genetic risk algorithms. These innovations will feed directly into the TRANSFORM screening trial and inform the UK’s roadmap toward a national screening programme for prostate cancer. The programme is open to collaboration and actively seeks to connect with companies developing and validating early detection biomarkers, fostering partnerships that can accelerate progress toward earlier and more accurate diagnosis.

Meet the Team

Professor Prabhakar Rajan

Professor Prabhakar Rajan

Ms Jahnavi Arora

Ms Jahnavi Arora

Ms Manveer Sroya

Ms Manveer Sroya