May 4, 2020
Jochen Franke, Product Manager Magnetic Particle Imaging, System Engineering & Integration, Bruker BioSpin MRI, Germany. The scope of the first part of this seminar is to present an overview of signal generation and spatial encoding schemes used nowadays in Magnetic Particle Imaging. State-of-the-art MPI scanner topologies will be identified ranging from classical Field-Free-Point and Field-Free-Line systems and hybrid imaging systems. A brief description of magnetic field components with their field requirements and their functionality will be highlighted. With the help of block diagrams, MPI system components of classical signal chains will be described and characterized. The second part of this tutorial covers the basic introduction of state-of-the-art reconstruction techniques used in Magnetic Particle Imaging. With this overview, advanced techniques such as enlarged field of view or multi-color reconstruction will be discussed. The third part deals with outstanding scientific achievements in the field of MPI and their potential medical applications. From real-time biomedical applications to image guided actuation, a vivid summary of latest results gathered on the Bruker MPI system technology will be provided.