Bio-integrative, fiber-reinforced fixation device in carpometacarpal (CMC) joint fusions following carpal boss removal: A case series

Claire Callan , Elizabeth Anne Ouellette , Marla Geltner , Anna-Lena Makowski
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Abstract

Purpose

The purpose of this case series is to provide insight into the surgical treatment of carpometacarpal (CMC) instability after carpal boss removal with the OSSIOfiber® trimmable fixation nail, a bio-integrative fixation device.

Methods

This review includes five patients who underwent CMC joint fusions post removal of symptomatic carpal boss presenting for surgical management from one board certified hand surgeon. Patient information, clinical images, and outcome scores are collected through retrospective chart review.

Results

There is evidence of CMC joint fusion at three months for all five subjects based on radiographic evidence. All subjects were pain free at 6 weeks post operation. Range of wrist motion was within normal limits for all subjects prior to surgery and again at 3 months for 4/5 subjects. No tissue reaction to the OSSIOfiber® trimmable bone nail was noted in the five subjects.

Conclusion

The outcome of the joints treated includes rate of CMC joint fusion at 3 months with no significant adverse events to the trimmable bone nail. Using a fiber-reinforced bio-integrative implant that integrates naturally within the bone may be a desired choice over using a metallic fixation device for many orthopedic hand surgeons.

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腕骨蝶骨切除术后腕掌关节(CMC)融合术中的生物一体化纤维增强固定装置:病例系列
目的本系列病例旨在深入探讨使用 OSSIOfiber® 可修剪固定钉(一种生物一体化固定装置)切除腕骨后对腕掌(CMC)不稳定性的手术治疗方法。通过回顾性病历审查收集了患者信息、临床图像和结果评分。结果根据影像学证据,所有五名受试者在三个月时都有 CMC 关节融合的证据。所有受试者在术后 6 周均无疼痛感。所有受试者在手术前的腕关节活动范围均在正常范围内,4/5 的受试者在术后 3 个月时腕关节活动范围也在正常范围内。五名受试者均未发现对 OSSIOfiber® 可修剪骨钉的组织反应。结论治疗关节的结果包括 3 个月时的 CMC 关节融合率,以及对可修剪骨钉无明显不良反应。对于许多手部整形外科医生来说,使用能与骨骼自然融合的纤维增强型生物整合植入物可能是一种理想的选择,而不是使用金属固定装置。
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