OBJECTIVES: Investigate whether percutaneous spinal cord stimulator (SCS) leads migrate significantly during a 3-day trial, and determine whether the skin anchoring method influences lead migration. MATERIAL AND METHODS: Twenty patients were prospectively enrolled. Ten leads were anchored with suture and tape and 10 were anchored with tape only. A standardized X-ray protocol of lead position was obtained immediately following lead placement and upon completion of the trial. RESULTS: Using a standardized method, SCS leads were measured and movement was calculated. The average movement for leads anchored with tape only was 8.72 mm (SD=5.77), inferiorly; while movement for leads anchored with suture and tape was 24.49 mm (SD=11.3), inferiorly. A t-test revealed a significant difference between the groups (t=3.9, P=0.001). CONCLUSIONS: Percutaneous SCS trial electrodes migrate significantly, inferiorly, during a 3-day trial. Anchoring the trial electrodes to the skin with a suture and tape results in significantly greater inferior migration when compared with anchoring the lead with tape only. Wiley Periodicals, Inc.
OBJECTIVES: Investigate whether percutaneous spinal cord stimulator (SCS) leads migrate significantly during a 3-day trial, and determine whether the skin anchoring method influences lead migration. MATERIAL AND METHODS: Twenty patients were prospectively enrolled. Ten leads were anchored with suture and tape and 10 were anchored with tape only. A standardized X-ray protocol of lead position was obtained immediately following lead placement and upon completion of the trial. RESULTS: Using a standardized method, SCS leads were measured and movement was calculated. The average movement for leads anchored with tape only was 8.72 mm (SD=5.77), inferiorly; while movement for leads anchored with suture and tape was 24.49 mm (SD=11.3), inferiorly. A t-test revealed a significant difference between the groups (t=3.9, P=0.001). CONCLUSIONS: Percutaneous SCS trial electrodes migrate significantly, inferiorly, during a 3-day trial. Anchoring the trial electrodes to the skin with a suture and tape results in significantly greater inferior migration when compared with anchoring the lead with tape only. Wiley Periodicals, Inc.
Authors: N Shaparin; K Gritsenko; P Agrawal; S Kim; S Wahezi; A Gitkind; J Hascalovici; A Vydyanathan; J Bernstein; A Dizdarevic; N Mehta; A Kaufman Journal: Pain Res Manag Date: 2019-06-09 Impact factor: 3.037