Academic lecture

• Lyngholm, Erlend; Lühr, Armin; Tian, Liheng et al. (2024). Utilizing a neural network machine learning model for data-driven proton relative biological effectiveness modelling. (external link)
• Lyngholm, Erlend; Stokkevåg, Camilla Hanquist; Lühr, Armin et al. (2023). In vitro Data Selection Strongly impact RBE model predictions. (external link)
• Henjum, Helge; Handeland, Andreas Havsgård; Tjelta, Johannes et al. (2022). Influence of beam pruning techniques on LET and RBE in proton arc therapy. (external link)

Academic article

• Garrido Hernandez, Guillermo; Henjum, Helge; Winter, Rene Mario et al. (2024). Interim ¹⁸F-FDG-PET based response-adaptive dose escalation of proton therapy for head and neck cancer: a treatment planning feasibility study. (external link)
• Lyngholm, Erlend; Stokkevåg, Camilla Hanquist; Lühr, Armin et al. (2024). An updated variable RBE model for proton therapy. (external link)
• Henjum, Helge; Dahle, Tordis Johnsen; Mairani, Andrea et al. (2023). Combined RBE and OER optimization in proton therapy with FLUKA based on EF5-PET. (external link)
• Henjum, Helge; Tjelta, Johannes; Fjæra, Lars Fredrik et al. (2023). Influence of beam pruning techniques on LET and RBE in proton arc therapy. (external link)
• Garrido Hernandez, Guillermo; Henjum, Helge; Høiskar, Marte Kåstad et al. (2022). Hypoxia adapted relative biological effectiveness models for proton therapy: a simulation study. (external link)
• Henjum, Helge; Dahle, Tordis Johnsen; Fjæra, Lars Fredrik et al. (2021). The Organ Sparing Potential of Different Biological Optimization Strategies in Proton Therapy. (external link)
• Dahle, Tordis Johnsen; Rusten, Espen; Stokkevåg, Camilla Hanquist et al. (2020). The FLUKA Monte Carlo code coupled with an OER model for biologically weighted dose calculations in proton therapy of hypoxic tumors. (external link)

Letter to the editor

• Tjelta, Johannes; Ytre-Hauge, Kristian Smeland; Lyngholm, Erlend et al. (2023). Dose exposure to an adult present in the treatment room during pediatric pencil beam scanning proton therapy. (external link)
• Handeland, Andreas Havsgård; Lægdsmand, Peter MT.; Toussaint, Laura et al. (2023). Linear energy transfer-inclusive brainstem necrosis risk models applied to an independent paediatric proton therapy cohort. (external link)

Poster

• Handeland, Andreas Havsgård; Lægdsmand, Peter MT.; Toussaint, Laura et al. (2023). Robustness evaluation of linear energy transfer in proton therapy of paediatric brain tumours. (external link)
• Handeland, Andreas Havsgård; Indelicato, Daniel J.; Henjum, Helge et al. (2023). Linear energy transfer based optimisation to minimise normal tissue complication probability in paediatric ependymomas. (external link)
• Tjelta, Johannes; Ytre-Hauge, Kristian Smeland; Henjum, Helge et al. (2023). Radiation-induced cancer risk from neutrons in pediatric proton therapy and field angle dependence. (external link)
• Henjum, Helge; Tjelta, Johannes; Fjæra, Lars Fredrik et al. (2023). Influnce of LET and RBE from including pruning techniques in proton arc therapy. (external link)
• Tjelta, Johannes; Ytre-Hauge, Kristian Smeland; Henjum, Helge et al. (2023). Radiation exposure to a parent-in-the-treatment-room during pencil beam scanning proton therapy. (external link)
• Tjelta, Johannes; Ytre-Hauge, Kristian Smeland; Parodi, Katia et al. (2023). The neutron contribution in pediatric proton therapy depends on field angle configuration . (external link)
• Handeland, Andreas Havsgård; Lægdsmand, Peter MT.; Toussaint, Laura et al. (2023). First application of an LET-inclusive NTCP model for brainstem necrosis following paediatric proton therapy in an independent cohort. (external link)

See a complete overview of publications in Cristin.