Sancheti K H, Pradhan Chetan, Patil Atul, Puram Chetan, Bharti Parkalp, Sancheti Parag, Shyam Ashok
Sancheti Institute for Orthopaedic and Rehabilitation, Shivajinagar, Pune India.
Sancheti Institute for Orthopaedic and Rehabilitation, Shivajinagar, Pune India; Indian Orthopaedic Research Group, Thane, India.
Injury. 2017 Aug;48 Suppl 2:S61-S65. doi: 10.1016/S0020-1383(17)30496-5.
Femoral diaphyseal non-unions present difficult scenario to manage. There are multiple options but most of them still report varying incidences of failure. We combined the principles of augmented plating and exchange nailing and aim to study the effectiveness of this technique.
A retrospective study at a tertiary trauma centre was conducted. Seventy patients (60 men, 10 women), average age 40.7±15.27 years (range 18-81 years) with diaphyseal femoral fracture non-unions treated between July 2010 and January 2015 were reviewed. The average interval between first and the last surgery was 18.07±17.65 months (range 4-96 months). Forty six patients had hypertrophic non-union and 24 patients had atrophic non-union. Twenty one patients had undergone a prior surgery for non-union, 13 dynamisation, 4 bone grafting, 1 augmented plating and 3 exchange nailing. Non-unions were treated with implant removal, freshening of bone edges and exchange K-nailing and augmented plating. Autologous bone grafting and raising of osteoperiosteal flaps was done in all cases. Outcome measures were radiographic evidence of fracture union at minimum three out of four cortices, knee range of motion as compared to opposite knee, and study of complications.
All patients demonstrated radiographic evidence of fracture union with an average time of 16.77±2.38 weeks (range 12-26 weeks). Mean knee range of motion of unaffected limb was 126±9.76° (range 90-140°) while in operated limb it was 121.1±11.36° (range 80-140°), p>0.01. Patients with hypertrophic non-unions, prior surgery for non-union and supra- or infra-isthmal non-unions had shorter union time. Two patients had superficial infection which was managed by superficial debridement and two patients had pain at proximal nail tip site which was managed by anti-inflammatory medication. None of the patients required additional surgery for implant removal.
Exchange K nailing with Bone graft and additional plating technique for non-union diaphyseal femur fracture achieved good union rates with minimal complication. In our series none of the patient required revision and the technique probably will further minimise the revision rates compared to current options for non-union femur.
股骨干骨不连的治疗颇具挑战性。虽有多种治疗方法,但多数仍有不同程度的失败率。我们结合了增强钢板固定和交锁髓内钉置换的原则,旨在研究该技术的有效性。
在一家三级创伤中心进行了一项回顾性研究。对2010年7月至2015年1月间收治的70例股骨干骨折骨不连患者(60例男性,10例女性)进行了回顾,平均年龄40.7±15.27岁(范围18 - 81岁)。首次手术与末次手术的平均间隔时间为18.07±17.65个月(范围4 - 96个月)。46例为肥大性骨不连,24例为萎缩性骨不连。21例患者曾因骨不连接受过一次手术,其中13例动力化处理,4例植骨,1例增强钢板固定,3例交锁髓内钉置换。骨不连采用取出内固定物、修整骨边缘、交锁髓内钉置换及增强钢板固定治疗。所有病例均进行了自体骨移植和骨膜瓣掀起。观察指标包括至少四个皮质中有三个出现骨折愈合的影像学证据、与对侧膝关节相比患侧膝关节的活动范围以及并发症研究。
所有患者均有骨折愈合的影像学证据,平均愈合时间为16.77±2.38周(范围12 - 26周)。未受影响肢体的膝关节平均活动范围为126±9.76°(范围90 - 140°),而手术肢体为121.1±11.36°(范围80 - 140°),p>0.01。肥大性骨不连、曾因骨不连接受过手术以及峡部以上或以下骨不连的患者愈合时间较短。2例患者发生浅表感染,经浅表清创处理;2例患者在近端钉尖部位疼痛,经抗炎药物治疗。所有患者均无需额外手术取出内固定物。
交锁髓内钉置换联合植骨及附加钢板技术治疗股骨干骨折骨不连,愈合率良好,并发症最少。在我们的系列研究中,无一例患者需要翻修,与目前治疗股骨干骨不连的方法相比,该技术可能会进一步降低翻修率。