POPEYE project uses advanced computational tools for the optimization of midgut neuroendocrine tumors (MNETs) treatment, towards the personalization of 177Lu therapeutic protocols. MNETs constitute the largest group of gastrointestinal NETs and they are the second most-common small bowel malignancy. Establishing prognosis and guiding patients about the most appropriate course of therapy are both challenging. An interdisciplinary approach exploits established tools and novel developments to increase the early, effective diagnosis and the efficacy of 177Lu radionuclide therapy.
Project Coordination – Database – MC Simulations – Clinical Assessment
Dissemination – MC Simulations – Software Development
Image processing - Monte-Carlo simulations
MC Simulations – Clinical Assessment – GPU Programming
Techno-Science and Societal Transformation
The article “IDDRRA: A novel platform, based on Geant4-DNA to quantify DNA damage by ionizing radiation” was published in Medical Physics by POPEYE’s members (UPAT & BIOEMTECH). The article can be openly accessed on https://doi.org/10.1002/mp.14817 Read more…
POPEYE project was presented under the BIOEMTECH’s activities in the online OpenGATE collaboration technical meeting.
On July 28th, 2020 the POPEYE project had its kick-off meeting! Unfortunately, the meeting took place virtually cause of the Covid-19 pandemic. All the partners were attended to the meeting where the roadmap of the Read more…