60 likes | 235 Views
Perspectives Radiation Oncology. Improvement of radiation techniques IMRT Protons / Carbon ions Image guided radiotherapy Biological treatment planning Targeted therapies Antibodies / small molecules / siRNA /etc. Tailored therapy Translational research to identify predictive markers.
E N D
Perspectives Radiation Oncology • Improvement of radiation techniques • IMRT • Protons / Carbon ions • Image guided radiotherapy • Biological treatment planning • Targeted therapies • Antibodies / small molecules / siRNA /etc. • Tailored therapy • Translational research to identify predictive markers
Comparison of dose distributions: Photons vs. Protons 1-portal technique 4 -portal technique 100 80 60 40 20 0 100 80 60 40 20 0 TARGET % Dose % Dose TRAGET 0 10 20 30 40 0 10 20 30 40 depth [cm] depth [cm] Photons Photons Protons (multiple Bragg Peaks) Protons (ein Bragg Peak) Protons (multiple Bragg Peaks) Sum Photons / Protons
Comparison of dose distributions: Photons vs. Protons IMRT Protons Miralbell et al. 2000
PET IUDR Proliferation 70 Gy PTV Biologic Target Vol. (BTV) CTV 77 Gy PET F-Miso / FAZA Hypoxia 84 Gy MR / MRS Cholin / Citrat Tumorlast Biologic treatment planning Biologic treatment planning based on PET-CT and IMRT
Perspectives Radiation Oncology • Improvement of radiation techniques • IMRT • Protons / Carbon ions • Image guided radiotherapy • Biological treatment planning • Targeted therapies • Antibodies / small molecules / siRNA /etc. • Tailored therapy • Translational research to identify predictive markers