Albright A Leland, Turner Michael, Pattisapu Jogi V
Department of Neurosurgery, University of Pittsburgh, Pennsylvania, USA.
J Neurosurg. 2006 Apr;104(4 Suppl):233-9. doi: 10.3171/ped.2006.104.4.233.
In March 2004, a multidisciplinary conference, "ITB Therapy Best Practice Forum," was held in Minneapolis, Minnesota. The goal of the conference was to develop recommendations for techniques to implant intrathecal baclofen (ITB) pump and catheter systems more effectively and with fewer complications. The authors present the techniques for optimal pump and catheter implantation, including subfascial pump placement; insertion of the Tuohy needle in an oblique, paramedian trajectory; and positioning of the catheter tip at levels commensurate with the therapeutic indication: approximately T10-12 for spastic diplegia, C5-T2 for spastic tetraparesis, and C1-4 for generalized secondary dystonia. Techniques to minimize the incidence of cerebrospinal fluid leakage are described, including the identification of preoperative occult hydrocephalus and the use of a suture ligature around the Tuohy needle at its exit site from the fascia. Techniques to minimize surgery-related infection are also detailed; most involve the use of iodine solutions multiple times intraoperatively. Techniques to insert intrathecal catheters during spinal fusion are addressed, particularly the technique of inserting the catheter cephalad to the fusion site. Panel members advocate the aforementioned techniques to improve the efficacy of and decrease the morbidity associated with ITB therapy.
2004年3月,一场多学科会议“鞘内注射巴氯芬(ITB)治疗最佳实践论坛”在明尼苏达州明尼阿波利斯市召开。该会议的目标是制定相关建议,以更有效地植入鞘内注射巴氯芬(ITB)泵和导管系统,并减少并发症。作者介绍了最佳泵和导管植入技术,包括在筋膜下放置泵;以斜向、旁正中轨迹插入Tuohy针;以及将导管尖端置于与治疗指征相符的水平:痉挛性双侧瘫约为T10 - 12,痉挛性四肢轻瘫为C5 - T2,全身性继发性肌张力障碍为C1 - 4。文中描述了将脑脊液漏发生率降至最低的技术,包括术前隐匿性脑积水的识别以及在Tuohy针从筋膜穿出部位使用缝线结扎。还详细介绍了将手术相关感染降至最低的技术;大多数技术涉及术中多次使用碘溶液。文中讨论了在脊柱融合术中插入鞘内导管的技术,特别是将导管插入融合部位上方的技术。专家组成员提倡上述技术,以提高ITB治疗的疗效并降低其相关发病率。