Abstract

Spinal cord stimulation (SCS) is an established therapy for neuropathic pain. Although SCS is found to be cost effective (1), hardware complications may distort the clarity of this benefit as well the outcome and compliance of the patient. The most frequent reported complications in SCS patients are lead migration and lead fractures (2). Aims for this abstract were: To analyze rate of lead migrations and fractures by different anchoring methods (1) and to assess the distribution of complications in the study population (2).

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