Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
8687253 | NeuroImage | 2018 | 47 Pages |
Abstract
Our findings show that the primary clinical advantages of 7T magnets, which include higher signal-to-noise ratio, higher contrast-to-noise ratio, smaller voxels and stronger susceptibility contrast, may increase lesion conspicuity, detection and characterization compared to low field 1.5T and 3T. However, low field which detects a plethora of intracranial pathology remains the mainstay for diagnostic imaging until limitations at 7T are addressed and further evidence of utility provided.
Keywords
CAAT1 weighted imagingUltra-high-field MRITBIT2WICNRDTIMTSGRESNRSWITraumatic brain injuryMild traumatic brain injurycerebral amyloid angiopathyamyotrophic lateral sclerosismesial temporal sclerosisElectroencephalogramALSEpilepsySusceptibility weighted imagingdiffusion tensor imagingIntracranial tumorMultiple sclerosisCavernous malformationSignal-to-noise ratioEEGGradient echo
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Authors
Emmanuel C. Obusez, Mark Lowe, Se-Hong Oh, Irene Wang, Jennifer Bullen Jennifer Bullen, Paul Ruggieri, Virginia Hill, Daniel Lockwood, Todd Emch, Doksu Moon, Gareth Loy, Jonathan Lee, Matthew Kiczek, Manoj Massand Manoj Massand, Volodymyr Statsevych,