The activities of INSPIRE are grouped into: Networking Activities (NA), Transnational Access (TNA) and Joint Research Activities (JRA) arranged in 10 interconnecting Work Packages.
WP1 Project Management
• Budget and continuous progress monitoring of Tasks, Milestones and Deliverables
• Coordination of INSPIRE, NA, TNA and JRA together with individual WP meetings
WP2 Access Gateway, QA and Standards
• Developed INSPIRE web site
• 3 audit, inter-comparison studies either published or being written up linking to JRA WP7, 8 and 10. Zoomorphic phantom for 3D printing developed
• QA and dosimetry of conventional and ultra-high dose rate (FLASH) proton beams
WP3 Training Users and Inspiring the Next Generation
• Online proton schools at CHRIS/ UNIMAN and PSI
• 2 international conferences Flash Radiotherapy and Particle Therapy (FRPT) organised and a third planned for Dec 2023
• Special webinar entitled “Proton Therapy across European regions, technological advances and the emerging field of heavy ion therapy” designed for policy makers currently being developed into a publication. Basis for the INSPIRE
Foresight study (WP4) feeds into EU project canSERV involves access to the TNA capabilities built during INSPIRE
WP4 Communication and Dissemination
• 109 open-access INSPIRE publications
• 7 INSPIRE Newsletters
• FRPT Dec 2021, 2022; AU hosted ESTRO in 2022
• Through collaborations with the ARIE Network, INSPIRE became involved in a large EU Horizon cancer infrastructure canSERV
WP5 Innovation and Sustainability
• IBA/UMCG developed the CAPTAIN database of NTCP models (now available Open Source)
• VARIAN developed new detector technology (WP10) for FLASH PBT. A first full beam monitors system tested on a clinical gantry at AU and is being used in the world’s first two FLASH PBT clinical trials FAST-01 and FAST-02. A commercial
product “FLEX”, developed for FLASH PBT research and a system is available for clinical use (although currently not CE marked)
• Varian worked via UHDpulse on modified dosimetry equipment for ultra-high dose rate proton beams. Varian also worked with GSI and THM Gießen on 3D printed range modulators for the delivery of Bragg peak FLASH
• TUD working with SME ADVACAM and UHDPulse. Initial experiments successful
• 5 patents filed
WP6 TNA
• 1,119.4 beams beam hours accessed by EU researchers
• All INSPIRE TNA providers demonstrated they are capable of delivering ultra high dose rate (FLASH) beams
WP7 Radiobiology
• Radiobiology inter-comparison experiments using phantom designed by GSI
• UNamur developed device for irradiating small animals and tested using the zoomorphic phantoms developed in WP10 using IBA gantry in Skandion and Varian gantry in UK. This is the subject of a patent application
• I-SEE developed web app for collecting/sharing data
• UNIMAN/CHRIS developed a customised hypoxia end station with robotic arm for high-throughput radiobiology experiments
• GSI developed a new small portable hypoxia chamber for in vitro irradiations in acute hypoxia. This is the subject of a patent application
• Drug radiation experiments undertaken by IFJ-PAN and LSMU. At IFJ-PAN the work has led to a patent application
WP8 Patient Selection and Data Sharing
• CAPTAIN database of NTCP models developed and available open access
• With UMCG, PSI studied inter-centre variability. A single nasopharynx case was selected so that the differences in planning and the use of the Dutch NTCP model could be studied
• PSI developing a fully automated treatment planning system using Machine Learning
WP9 Mathematical Simulation and Modelling for Proton Therapy
• UNIMAN/CHRIS developed mechanistic mathematical models of DNA damage and repair and combined with realistic DNA conformations using a HiC cell model. Work available Open Access through the TOPAS n-Bio (gold standard in the
field) and has been incorporated in to the research version of the Raysearch software
• TUD led an international benchmarking study which harmonised LET calculations
• Incorporation of normal tissue effects in the models in WP9 as part of the LET bench-marking exercise, this feeds in to NTCP models in WP8
WP10 Dosimetry, Robustness and Uncertainties
• VARIAN developed new detector technology for FLASH PBT
• UNIMAN/CHRIS investigating the parameter space for FLASH and integrated with spot scanning and treatment planning. PSI working on FLASH treatment planning and a new model of spatially varying dose-rate
• INSPIRE dosimetry audit led by NPI-CAS complete. Three different types of detector are being used and feeds into WP2
• TUD extended their the first-in-human validation of a prompt gamma device to 5 head and neck treatments
• SKANDION made measurements to characterise the field of secondary neutrons and gamma photons from clinically relevant irradiation
