Cole W G
Department of Paediatrics, Royal Children's Hospital, Melbourne, Victoria, Australia.
Am J Med Genet. 1993 Jan 15;45(2):270-4. doi: 10.1002/ajmg.1320450225.
The early surgical management of severe osteogenesis imperfecta (OI) was studied in three children with autosomal recessive type III form of this disease. Each child had similar clinical and radiographic features at birth. The spine, pelvis, and thorax were osteoporotic but were well formed and free of major fractures. In contrast, the peripheral skeleton was severely affected with numerous new and old fractures. Conservative treatment of fractures was undertaken with a foam mould for the torso and limbs and additional support was provided for specific unstable painful fractures. However, fractures continued due to the extreme bone fragility and deformities. Surgical correction of deformities and internal splinting of the long bones with intramedullary rods was commenced between 18 months and 5 years of age. The shafts of the long bones were extremely fragile and lacked cortical bone. The osteotomies were undertaken with a scalpel. The fracture rate diminished rapidly but the non-extending rods needed shortening or replacing within 2 to 3 years. The combination of external and internal fixation and electric wheel chairs greatly reduced the frequency of fractures and facilitated the general care and development of these 3 children with a severe form of OI.
对三名患有常染色体隐性III型成骨不全症(OI)的儿童进行了严重成骨不全症早期手术治疗的研究。每个孩子出生时都有相似的临床和影像学特征。脊柱、骨盆和胸部骨质疏松,但形态良好,无主要骨折。相比之下,外周骨骼受到严重影响,有大量新旧骨折。采用躯干和四肢泡沫模具对骨折进行保守治疗,并对特定不稳定疼痛骨折提供额外支撑。然而,由于骨骼极度脆弱和畸形,骨折仍持续发生。在18个月至5岁之间开始对畸形进行手术矫正,并用髓内棒对长骨进行内固定。长骨干极其脆弱,缺乏皮质骨。截骨术用手术刀进行。骨折率迅速下降,但未延长的髓内棒需要在2至3年内缩短或更换。外固定和内固定相结合以及电动轮椅大大降低了骨折频率,促进了这三名重症OI患儿的日常护理和发育。