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- A G Filler, F A Howe, C E Hayes, M Kliot, H R Winn, B A Bell, J R Griffiths, and J S Tsuruda.
- Department of Neurological Surgery, University of Washington, Seattle 98195.
- Lancet. 1993 Mar 13; 341 (8846): 659-61.
AbstractRadiological methods exist for generating tissue-specific images of bone, vessels, lymphatics, abdominal viscera, and the central nervous system, but there has been no reliable means to generate a clinical image of a nerve. We present the first "image neurogram" and report a method for producing such images by use of commercial magnetic resonance imaging systems. The image depicts a human nerve in situ in relation with a nerve graft, wherein the nerve is rendered in isolation much like a vessel appears in isolation in a subtraction angiogram.
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