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World Neurosurg ; 87: 266-8, 2016 Mar.
Article in English | MEDLINE | ID: mdl-26704202

ABSTRACT

BACKGROUND: Catheter shearing is one of the most common complications of various neurosurgical modalities that use an intrathecal lumbar catheter. The sheared catheter fragment often can spontaneously migrate into the spinal canal; however, in some cases, the end of the fragment will remain outside the spinal canal. In this situation, the consulting neurosurgeons may try to retrieve the catheter fragment by approaching it directly through the catheter tract. This simple maneuver, however, can cause the fragment to slip into the spinal canal before it is secured, as we experienced recently in 2 cases. Because the fragment of the sheared catheter slipped while manipulating it within the catheter tract, we suggest that surgeons not approach the fragment along the tract to prevent it from migrating downward. METHODS: Using the operative findings of an illustrative case, we describe how to avoid downward migration of the catheter fragment when retrieving a sheared lumbar catheter. RESULTS: We found that the sheared catheter of a lumbar-peritoneal shunt was slowly slipping along with the pulsatile movement of cerebrospinal fluid within the catheter tract. We successfully retrieved the fragment by approaching it from outside the catheter tract. CONCLUSIONS: We propose that surgeons approach the fragment from outside of the catheter tract. One should keep in mind a simple phrase, 'Do not follow the tail', when retrieving the sheared lumbar catheter fragment.


Subject(s)
Catheters , Device Removal/methods , Foreign-Body Migration/prevention & control , Lumbar Vertebrae/surgery , Spinal Canal/surgery , Adult , Catheterization , Cerebrospinal Fluid Leak/etiology , Foreign-Body Migration/cerebrospinal fluid , Foreign-Body Migration/diagnostic imaging , Humans , Injections, Spinal , Lumbar Vertebrae/diagnostic imaging , Male , Microsurgery/methods , Neurosurgical Procedures/methods , Postoperative Complications/therapy , Radiography , Spinal Cord/diagnostic imaging
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