New Atomic Sensors Revolutionize MRI Imaging
A groundbreaking development in MRI technology has emerged with the introduction of atomic sensors, enhancing the quality control of hyperpolarized molecules in real-time, SciTech Daily reported yesterday.
This innovation, spearheaded by researchers from IBEC and ICFO, utilizes optically pumped atomic magnetometers (OPMs) to monitor the magnetization of clinically relevant metabolites, significantly improving the visibility of these substances during scans.
Traditional methods of measuring hyperpolarization often diminish the magnetization of samples, limiting their effectiveness. The new OPM technique allows continuous, non-destructive observations throughout the hyperpolarization process, revealing previously unnoticed dynamics in molecular behavior.
This advancement not only promises to enhance MRI efficiency but also aims to integrate portable atomic sensors into clinical practices, potentially expanding metabolic MRI’s accessibility beyond specialized centers to hospitals worldwide. The implications of this technology extend beyond medical imaging, with applications in chemical processes and quantum computing. Researchers express excitement about the potential for further developments in magnetic sensing across various scientific fields.
