System and method for generating a traveling field free line
- MPI Scanning of 2D & 3D volumes without specimen displacement
- Large field of view and accurate scanning times for MPI applications
- Novel encoding concept enables rapid 3D imaging
Magnetic Particle Imaging (MPI) is a promising tomographic modality for the direct visualization of magnetic particle (MNP) distributions in 3D. It relies on the nonlinear magnetization response of MNPs to time-varying magnetic fields and can provide imaging with high good spatial resolutions (~mm) and high temporal resolutions (~ms) in pre-clinical scanner concepts. Since MPI is a tracer-based and radiation-free modality, it is of high interest for clinical applications, e.g. cardio-vascular intervention. However, until now, technical hurdles have been too high to realize an MPI scanner suitable for clinical applications. Particularly, upscaling proven MPI designs to human-size is technical quite complex and results in heavy and large MPI systems not suitable for clinical environment so far.
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The inventive concept provides a novel approach for the generation of the dynamic magnetic fields required for rapid and sensitive 3D imaging. A compact coil design allows more compact pre-clinical systems as well as lightweight human-sized systems. The combination of proven concepts, e.g., traveling wave concept for scanning huge field of views in short time or field-free line encoding for high sensitive data acquisition, provides novel MPI scanner concepts with a wide field of possible applications in (pre-)clinical environment.
- Small animal studies
- Tumor diagnostic or cardiac imaging