Craniospinal Magnetic Resonance Imaging |
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Page 266
... nerve IX , a posterolateral pars nervosa containing cranial nerves X and XI , and a variable third compartment that ... nerve ) of the glossopharyngeal nerve , forming a glomus tympanicum tumor ( 20 per cent to 30 per cent ) ; along the ...
... nerve IX , a posterolateral pars nervosa containing cranial nerves X and XI , and a variable third compartment that ... nerve ) of the glossopharyngeal nerve , forming a glomus tympanicum tumor ( 20 per cent to 30 per cent ) ; along the ...
Page 637
... nerve cell bodies that syn- apse with the fibers of the seventh cranial nerve and sensory and sympathetic fibers from other communicating nerves ( e.g. , max- illary nerve and sympathetic plexus via the vidian nerve ) . ' The third part ...
... nerve cell bodies that syn- apse with the fibers of the seventh cranial nerve and sensory and sympathetic fibers from other communicating nerves ( e.g. , max- illary nerve and sympathetic plexus via the vidian nerve ) . ' The third part ...
Page 638
... nerve pass through this foramen.5.6 The mandibular nerve gives off the medial pterygoid and the nervus spinosus nerves and divides into small anterior and larger posterior components . The smaller anterior division branches into two ...
... nerve pass through this foramen.5.6 The mandibular nerve gives off the medial pterygoid and the nervus spinosus nerves and divides into small anterior and larger posterior components . The smaller anterior division branches into two ...
Common terms and phrases
abnormalities acute AJNR angle appearance areas arrow arrowhead artery artifacts associated atrophy Axial blood body bone brain cause cell central cerebellar cerebral changes chronic clinical coil common contrast cord Coronal cyst decreased demonstrates dependent detection diagnosis differentiation disease disk echo edema effect enhancement et al evaluation field field strength Figure findings flow fluid focal gradient gray head hematoma hemorrhage hyperintense increased infarction injury intracranial involvement isointense lateral lesions less magnetic resonance imaging mass msec multiple nerve normal occur optic orbital owing patients phase posterior present produce pulse Radiology region relative result sagittal scan seen sensitive sequences short shows signal intensity sinus slice space spinal spine subacute subdural superior surrounding T1WI T2 relaxation T2WI TR technique third tion tissue tomography trauma tumor usually vascular ventricle white matter York