<unk>  is not commonly used in diagnosis and evaluation of peripheral neuropathy but it may be helpful in the diagnosis of some kinds of peripheral neuropathy and other associated soft tissue damages. Normal nerves appear isointense to the surrounding tissue on T1- and T2-weighted (w)<unk> s, but upon injury the nerves become hyperintense and thus visible on T2-w<unk> . In certain instances,<unk>  may confer additional diagnostic advantages in peripheral neuropathy such as improved tissue characterization and imaging of deep or bone-encased structures. Interpretation of<unk>  of peripheral nerves requires availability of clinical differential diagnoses  and experience in performing studies.<unk>  may have some advantages in comparison to other non-invasive imaging methods of peripheral nerves imagings such as: Can be used to develop numerical nerve health standards for clinical applications, correlates with electrophysiology, correlates with axon count and myelination, has a high sensitivity and specificity, determines stage of nerve injury,<unk>  cannot examine long nerves in a single scan and cannot determine degree of nerve injury.
Peripheral neuropathy MRI
Peripheral neuropathy echocardiography and ultrasound
Peripheral neuropathy CT
Charcot-Marie-Tooth disease physical examination
Statin induced myopathy laboratory tests
Bartter syndrome physical examination
Multiple sclerosis physical examination
Multiple sclerosis MRI