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This project has received funding from the European Union’s Horizon 2020
research and innovation programme under grant agreement No 101008548

The Hitriplus Objectives

Starting from its basic motivations, the HITRIplus Consortium has identified five strategic objectives to be achieved within the Project, aimed at the advancement of ion therapy research with ions heavier than protons

 

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To Integrate
To integrate, open up and broaden the leading European research infrastructure for the treatment with beams of heavy ions.
To Coordinate
To coordinate and strengthen the research programmes on heavy ion therapy of different European institutions
To Develop
To jointly develop novel technologies to improve the present and the next generation accelerators and their ancillary systems for heavy ion therapy in Europe
To Join
To establish a European multidisciplinary community for heavy ion therapy research, aiming at improving treatment strategies and modalities, and to extend this community towards South East Europe.
To Define
To define the main technical features and the scientific programme of a future pan-European research infrastructure for medical and radiobiological research with heavy ion beams
5 Project objectives

The Hitriplus Objectives

Starting from its basic motivations, the HITRIplus Consortium has identified five strategic objectives to be achieved within the Project, aimed at the advancement of ion therapy research with ions heavier than protons

 

To integrate

To integrate, open up and broaden the leading European research infrastructure for the treatment with beams of heavy ions.

To Coordinate

To coordinate and strengthen the research programmes on heavy ion therapy of different European institutions

To Develop

To jointly develop novel technologies to improve the present and the next generation accelerators and their ancillary systems for heavy ion therapy in Europe

To Joint

To establish a European multidisciplinary community for heavy ion therapy research, aiming at improving treatment strategies and modalities, and to extend this community towards South East Europe.

To Define

To define the main technical features and the scientific programme of a future pan-European research infrastructure for medical and radiobiological research with heavy ion beams

Consortium

The consortium consists of 2 major European heavy ion physics laboratories, 4 European ion therapy centres, 8 world-class research institutions, 5 leading universities, 3 innovative SME’s (two of which from SEE region). Their combined knowledge and background, grounded in experience of running four state-of-the-art treatment facilities and committed user communities, constitutes the core of this proposal.

 

 

Clinical and Research programmes

Transnational Access opens to scientific community the five European facilities providing ion beams

Clinical Access

Research Access

Clinical Access

Research Access

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