Samuel Swenson, Mozart Queiroz Neto, Deborah J Hall, Robin Pourzal, James Kohler, Joseph Buckwalter
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引用次数: 0
Abstract
Background: The Lane plate was one of the first widely used bone plates, utilized in the first decades of the twentieth century. Here we present the results of a retrieval analysis on a Lane plate, and a review of the history of these plates. Our patient underwent plating of her femur with a Lane plate in 1938. She developed a sciatic nerve palsy, managed surgically later that year by Dr. Arthur Steindler at the University of Iowa. Her femur healed, her nerve recovered, and she did well until 2020, at age 94, when she presented to the University of Iowa with a draining sinus that appeared to communicate with the plate. She underwent irrigation and debridement with hardware removal. The plate was sectioned, and its composition and structure characterized.
Methods: We retrieved hard copies of the patient's archived medical records from 1938, which document in detail the treatments performed by Dr. Steindler. The plate was analyzed using scanning electron microscopy (SEM) to characterize the surface of the plate. A cross section was taken from the plate, and the composition of the alloy was determined using energy dispersive x-ray spectroscopy (EDS). A review of the literature surrounding early plating techniques was conducted.
Results: Our patient recovered from her surgery and soon returned to her baseline state of health. Intraoperative cultures grew C. acnes. Analysis of the surface of the plate demonstrated significant corrosion, and the crystal structure seen on SEM suggested a strong alloy that is prone to corrosion. Analysis of the cross section with EDS demonstrated an alloy containing 94.9% iron, 1.7% aluminum, 1.2% chromium, and 1.1% manganese.
Conclusion: The Lane plate was introduced around 1907 by Sir William Arbuthnot Lane, a British surgeon, and was one of the first widely used devices for the plating of fractures. Given that this patient was likely one of the last to be treated with a Lane plate, this may be the final opportunity for such a retrieval analysis. Level of Evidence: IV.
背景:Lane钢板是最早广泛使用的骨板之一,在20世纪的头几十年被广泛使用。在这里,我们提出了一个检索分析的结果对莱恩板,并回顾了这些板的历史。我们的病人于1938年用Lane钢板对股骨进行了钢板植入。她患上了坐骨神经麻痹,同年晚些时候由爱荷华大学的亚瑟·斯坦德勒医生进行了手术治疗。她的股骨愈合了,神经也恢复了,直到2020年,94岁的她向爱荷华大学(University of Iowa)提交了一个似乎与钢板相通的引流窦。她接受冲洗和清创术并取出硬体。对该板进行了切片,并对其组成和结构进行了表征。方法:我们检索了1938年患者病历档案的硬拷贝,其中详细记录了斯坦德勒医生所做的治疗。利用扫描电子显微镜(SEM)对板材表面进行了表征。采用能量色散x射线能谱仪(EDS)测定了合金的成分。本文对早期电镀技术的相关文献进行了综述。结果:我们的病人从手术中恢复,并很快恢复到她的基线健康状态。术中培养生长痤疮杆菌。对板材表面的分析显示出明显的腐蚀,SEM上的晶体结构表明这是一种易于腐蚀的强合金。EDS分析表明,该合金含有94.9%的铁、1.7%的铝、1.2%的铬和1.1%的锰。结论:Lane钢板是在1907年由英国外科医生William Arbuthnot Lane引入的,是最早广泛应用于骨折钢板的设备之一。考虑到该患者可能是最后接受Lane钢板治疗的患者之一,这可能是进行此类检索分析的最后机会。证据等级:四级。
期刊介绍:
Any original article relevant to orthopaedic surgery, orthopaedic science or the teaching of either will be considered for publication in The Iowa Orthopaedic Journal. Articles will be enthusiastically received from alumni, visitors to the department, members of the Iowa Orthopaedic Society, residents, and friends of The University of Iowa Department of Orthopaedics and Rehabilitation. The journal is published every June.