Potential applications of 7 Tesla magnetic resonance imaging in paediatric neuroimaging: Feasibility and challenges

Abstract

The integration of 7 Tesla magnetic resonance imaging (7 T MRI) in adult patients has marked a revolutionary stride in radiology. In this article we explore the feasibility of 7 T MRI in paediatric practice, emphasizing its feasibility, applications, challenges, and safety considerations. The heightened resolution and tissue contrast of 7 T MRI offer unprecedented diagnostic accuracy, particularly in neuroimaging. Applications range from neuro-oncology to neonatal brain imaging, showcasing its efficacy in detecting subtle structural abnormalities and providing enhanced insights into neurological conditions. Despite the promise, challenges such as high cost, discomfort, and safety concerns necessitate careful consideration. Research suggests that, with precautions, 7 T MRI is feasible in paediatrics, yet ongoing studies and safety assessments are imperative.

Keywords: 7 Tesla magnetic resonance imaging; Pediatric imaging; Feasibility; Challenges

Core Tip: 7 Tesla magnetic resonance imaging has the potential to revolutionize paediatric neuroimaging, offering unparalleled clarity and precision given that the necessary safety precautions and challenges are addressed. Its heightened sensitivity reveals subtle structural abnormalities, aids in epilepsy diagnosis, and provides deeper insights into conditions like neuro-oncology. Harnessing the power of ultra-high-field imaging may provide access to a new era of diagnostic accuracy and therapeutic planning for paediatric patients.