Ultra high field mri applications beyond the brain the clinical use of mri at ultra high field strengths 7 t and higher has been mostly restricted to the brain the main reason for this restriction is the shortened wavelength of the radiofrequency used for excitation and detection of the nuclear magnetic resonance signals in mri and mrs. 1 introduction magnetic resonance imaging mri is a versatile technique to image changes in brain anatomy and function since its clinical emergence in the beginning of the eighties magnetic field strength for clinical mri has increased from 05 t to a wide use of 30 t in current clinical practice today. High field brain mri use in clinical practice editors view affiliations ugo salvolini tommaso scarabino local sales tax included if applicable learn about institutional subscriptions chapters table of contents 19 chapters about about this book table of contents search within book high field strength mri 30 t or more in . The current document outlines consensus recommendations for a standardized brain tumor imaging protocol btip along with the scientific and practical justifications for these recommendations resulting from a series of discussions between various experts involved in aspects of neuro oncology neuroimaging for clinical trials. To date except for the larger striato pallidal complex there are no reliable imaging markers of small deep nuclei major improvement of the spatial resolution resulting from the use of ultra high field mri systems offers new perspectives of imaging of these deep structures
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