PhD Student Radiopharmaceutical Sciences
Post-Surgical Auger Electron Therapy of Prostate Cancer Patients with Localized Disease: Development and Assessment of a New Concept for High-Risk Patients (Interdisciplinary Doctoral project, 2017)
Viviane: My work at CRS revolves around the development and application of novel radiopharmaceuticals that target the prostate-specific membrane antigen (PSMA) for the treatment of prostate cancer. A focus of this project is the investigation of novel radionuclides such as terbium-161 that are characterized by the (co-)emission of Auger and conversion electrons suitable for the eradication of micrometastasis or even single cancer cells. Furthermore, we aim to improve the evaluation process by applying new in vitro methods and mouse models that are clinically more relevant than the current standards. Specifically, I am working with patient-derived xenograft models (PDX), which are mouse models transplanted with human tumor tissue. Employing these improved models for evaluation, our goal is to select the best novel radiopharmaceuticals for clinical translation.
Viviane: The implementation of novel techniques and models that were not yet established in the laboratory at CRS was challenging but also rewarding if successfully achieved. Moreover, the collaboration between groups from different scientific disciplines has been a challenge and at the same time a great opportunity. It is at times difficult to coordinate the different goals and priorities, but one also gains and learns a lot from each other.
Viviane: I am very proud of being part of this project in the research field of personalized medicine and in particular the radiopharmaceutical sciences, which are of high relevance for the future of medicine. Likewise, I am proud that I have the privilege to work closely with many outstanding researchers within the ETH Domain and with our collaborators from the Department of Urology at the University Hospital of Bern.
Viviane: I appreciate very much the fact that our work is interdisciplinary. The knowledge I am gaining from scientists from different fields outside of my own expertise is of great value to me. The interconnection of the groups and the facilities is another great aspect of the ETH Domain that enables this valuable interdisciplinary exchange.
Viviane: Like many researchers, I hope to be part of a research project that brings forward a treatment or innovation for the medical field that ultimately results in the improvement of human health and the quality of life of patients.