Adaptable Coil Array Technology and Self-adaptive Imaging for Multi-functional Magnetic Resonance Diagnostics.

• Forschungsstelle: INNOSUISSE
• Projektnummer: 9157.1;5 PFLS-LS
• Projekttitel Englisch: Adaptable Coil Array Technology and Self-adaptive Imaging for Multi-functional Magnetic Resonance Diagnostics.

Kurzbeschreibung (Deutsch)

Adaptable Coil Array Technology and Self-adaptive Imaging for Multi-functional Magnetic Resonance Diagnostics.

Kurzbeschreibung (Englisch)

Adaptable Coil Array Technology and Self-adaptive Imaging for Multi-functional Magnetic Resonance Diagnostics.

Abstract (Deutsch)

Development of adaptable coil array technology and self-adaptive data acquisition for Magnetic Resonance diagnostics to enable time-resolved, truly volumetric coverage of both anatomy and function with high efficiency, during free breathing of the patient and with minimal user interaction. The core of the development concerns the design of software to control the novel adaptable array technology together with data acquisition to facilitate unparalleled performance of Magnetic Resonance imaging of organ function.

Abstract (Englisch)

Development of adaptable coil array technology and self-adaptive data acquisition for Magnetic Resonance diagnostics to enable time-resolved, truly volumetric coverage of both anatomy and function with high efficiency, during free breathing of the patient and with minimal user interaction. The core of the development concerns the design of software to control the novel adaptable array technology together with data acquisition to facilitate unparalleled performance of Magnetic Resonance imaging of organ function.