The aim of this project is to provide methods and tools in high-resolution small animal PET for accurate quantitative data analysis. This includes the quantitative dynamic (4D) PET image acquisition and intelligent image segmentation methods for automated regions-of-interest definition. Furthermore we are concerned with partial volume correction methods to accurately measure tracer uptake in small structures and tracer kinetic modelling in small animal PET.
Faber, Cornelius Joachim | Clinic of Radiology |
Jiang, Xiaoyi | Professur für Praktische Informatik (Prof. Jiang) |
Schäfers, Klaus | European Institute of Molecular Imaging (EIMI) |
Faber, Cornelius Joachim | Clinic of Radiology |
Jiang, Xiaoyi | Professur für Praktische Informatik (Prof. Jiang) |
Schäfers, Klaus | European Institute of Molecular Imaging (EIMI) |
Law, Marilyn | Clinic for Nuclear Medicine |