Chandler C L, Uttley D, Archer D J, MacVicar D
Department of Neurosurgery, Atkinson Morley's Hospital, London, UK.
Br J Neurosurg. 1994;8(4):409-14. doi: 10.3109/02688699408995107.
Titanium cranioplasty has been used in our unit for reconstruction of cranial defects following trauma, tumour resection and bone loss due to postcraniotomy infection. It has previously been assumed that imaging to assess recurrence of disease progression after cranioplasty would be severely compromised in the presence of metallic material. Titanium is a non-ferrous metal of low atomic number, which is relatively radiolucent and allows exceptionally clear images to be obtained without significant degradation of image quality, on CT and magnetic resonance (MR) imaging. Cases are presented that demonstrate the use of CT contrast cisternography and MR imaging after titanium cranioplasty. On the basis of its strength, biocompatibility and excellent handling characteristics, allied to its suitability for all post-operative imaging techniques, we conclude that titanium plate is the material of choice for cranioplasty.
在我们科室,钛质颅骨修补术已用于创伤、肿瘤切除术后颅骨缺损的重建以及开颅术后感染导致的骨质缺损。此前人们一直认为,在存在金属材料的情况下,用于评估颅骨修补术后疾病进展复发情况的影像学检查会受到严重影响。钛是一种低原子序数的有色金属,相对射线可透过,在CT和磁共振(MR)成像上能获得异常清晰的图像,且图像质量不会显著下降。本文展示了钛质颅骨修补术后使用CT脑池造影和MR成像的病例。基于其强度、生物相容性和出色的操作特性,以及适用于所有术后成像技术,我们得出结论,钛板是颅骨修补术的首选材料。