Mapping the Future of Particle Radiobiology in Europe: The INSPIRE Project

Nicholas T. Henthorn, Olga Sokol, Marco Durante*, Ludovic De Marzi, Frederic Pouzoulet, Justyna Miszczyk, Pawel Olko, Sytze Brandenburg, Marc Jan van Goethem, Lara Barazzuol, Makbule Tambas, Johannes A. Langendijk, Marie Davidkova, Vladimir Vondracek, Elisabeth Bodenstein, Joerg Pawelke, Antony J. Lomax, Damien C. Weber, Alexandru Dasu, Bo StenerlowPer R. Poulsen, Brita S. Sorensen, Cai Grau, Mateusz K. Sitarz, Anne-Catherine Heuskin, Stephane Lucas, John W. Warmenhoven, Michael J. Merchant, Ran I. Mackay, Karen J. Kirkby

*Corresponding author for this work

Research output: Contribution to journalReview articlepeer-review

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Particle therapy is a growing cancer treatment modality worldwide. However, there still remains a number of unanswered questions considering differences in the biological response between particles and photons. These questions, and probing of biological mechanisms in general, necessitate experimental investigation. The "Infrastructure in Proton International Research" (INSPIRE) project was created to provide an infrastructure for European research, unify research efforts on the topic of proton and ion therapy across Europe, and to facilitate the sharing of information and resources. This work highlights the radiobiological capabilities of the INSPIRE partners, providing details of physics (available particle types and energies), biology (sample preparation and post-irradiation analysis), and researcher access (the process of applying for beam time). The collection of information reported here is designed to provide researchers both in Europe and worldwide with the tools required to select the optimal center for their research needs. We also highlight areas of redundancy in capabilities and suggest areas for future investment.

Original languageEnglish
Article number565055
Number of pages13
JournalFrontiers of Physics
Publication statusPublished - 6-Oct-2020


  • proton therapy
  • radiotherapy
  • radiobiology
  • beamline
  • irradiation
  • RBE

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