PURPOSE: To address whether the translational research chain has influenced clinical practice in radiation oncology. METHODS AND MATERIALS: Merits and limitations of the various steps of the translational chain, i.e., in vitro studies, animal experiments, biomathematical modeling, Phase I and II trials, and randomized Phase III trials are briefly reviewed. The process and value of translational research in radiation oncology are addressed using dose fractionation and the time factor in tumors as examples. RESULTS: The examples show that translational research may indeed change clinical practice in radiation oncology. However, it takes several decades and considerable efforts to define and test new strategies. The "translational process" is by no means unidirectional but a continuing multiway dialog among basic scientists, applied scientists, clinical scientists, and clinical oncologists. CONCLUSION: Translational research works in radiation oncology, and it is difficult to conceive a better alternative for future improvement of therapy. The slow speed of the translational process indicates that there is a need for improving the various steps of the translational network and the interaction as a whole. Massive investments in one part of the network are likely to be at least partly wasted unless the other links are strengthened as well.
PURPOSE: To address whether the translational research chain has influenced clinical practice in radiation oncology. METHODS AND MATERIALS: Merits and limitations of the various steps of the translational chain, i.e., in vitro studies, animal experiments, biomathematical modeling, Phase I and II trials, and randomized Phase III trials are briefly reviewed. The process and value of translational research in radiation oncology are addressed using dose fractionation and the time factor in tumors as examples. RESULTS: The examples show that translational research may indeed change clinical practice in radiation oncology. However, it takes several decades and considerable efforts to define and test new strategies. The "translational process" is by no means unidirectional but a continuing multiway dialog among basic scientists, applied scientists, clinical scientists, and clinical oncologists. CONCLUSION: Translational research works in radiation oncology, and it is difficult to conceive a better alternative for future improvement of therapy. The slow speed of the translational process indicates that there is a need for improving the various steps of the translational network and the interaction as a whole. Massive investments in one part of the network are likely to be at least partly wasted unless the other links are strengthened as well.
Authors: Melanie Oppelt; Michael Baumann; Ralf Bergmann; Elke Beyreuther; Kerstin Brüchner; Josefin Hartmann; Leonhard Karsch; Mechthild Krause; Lydia Laschinsky; Elisabeth Leßmann; Maria Nicolai; Maria Reuter; Christian Richter; Alexander Sävert; Michael Schnell; Michael Schürer; Julia Woithe; Malte Kaluza; Jörg Pawelke Journal: Radiat Environ Biophys Date: 2015-01-20 Impact factor: 1.925