Cancer Research UK RadNet Manchester

Established in 2019 and renewed in 2024, CRUK RadNet Manchester is a Radiation Research Centre of Excellence that is part of a UK-wide network. CRUK RadNet Manchester works in collaboration with The Christie NHS Foundation Trust and The University of Manchester to develop an integrated world-leading radiation oncology programme working towards individualised personalised physical and biological testing based on real-time outcomes and a mechanistic understanding of the tumour microenvironment, immune response, comorbidity and genomics.

RadNet Manchester builds on over a century of research into radiotherapy research across three research themes and two cross-cutting themes:

  • Radiation-induced local and systemic immune modulation
  • Tumour microenvironment, cancer evolution and therapy resistance
  • Inclusive and personalised radiotherapy for complex patients
  • Cross-cutting: research inclusivity and proton vs photon radiotherapy across all research schemes

Find out more about the activities of the Radiation Research Unit through the links below.

Cancer Research UK Manchester Centre - RadNet 2.0

About CRUK RadNet Manchester

Discover more about the Radiation Research Unit and our work to develop an integrated radiation oncology programme.

Cancer Research UK Manchester Centre - RadNet 2.0

RadNet Infrastructure and Facilities

Discover the radiation research facilities available to our researchers in Manchester.

Cancer Research UK Manchester Centre - RadNet 2.0

Research Activities

CRUK RadNet Manchester’s research activities cover three distinct work packages and four cross-cutting research hubs

Cancer Research UK Manchester Centre - RadNet 2.0

Radiotherapy BioAdaption

Discover the Radiotherapy BioAdaption research funded through the CRUK Manchester Centre that supports RadNet’s research programme.

Cancer Research UK Manchester Centre - RadNet 2.0

Governance

Discover how CRUK RadNet Manchester is governed, and how we interact with other centres across Manchester.