多学科方法治疗恶性骨肿瘤

L. Marinca, D. Pop, O. Moraru, I. Stoica
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摘要

摘要介绍。在骨水平有两种类型的肿瘤病变:原发性肿瘤和骨转移。这些病变会导致骨骼结构强度下降,从而可能导致骨折。骨科治疗的目的是切除肿瘤,减轻症状,恢复肢体功能。骨科治疗分为肿瘤切除和肢体重建两个阶段。这类病变的治疗需要广泛的术前检查,以确定肿瘤的局部和总体范围,并进行手术以促进切除。案例演示。我们报告一个58岁的男性病例,三年前被诊断为透明细胞肾癌并接受肾切除术治疗。手术后两个月,患者开始报告髋部中度疼痛,并逐渐加重。患者于2018年12月首次在foi医院就诊,当时放射学检查发现右股骨粗隆区病理性骨折。这应该是先前手术的肾细胞癌的骨转移。MRI检查显示存在一个大的多叶骨肿瘤,结构不均匀,大小为80/ 72/ 82 mm,向邻近软组织延伸。全骨显像未见其他病变,腹部MRI检查未见肿瘤复发或腹部转移。血管计算机断层扫描显示,从股深动脉分支可见明显的肿瘤血管化。由于已知的大量出血的病变,血管造影与栓塞也进行了。栓塞是用PVA颗粒完成的,缺乏栓塞后负荷。栓塞后三周进行的血管计算机断层扫描显示肿瘤大小缩小。2018年3月,患者接受了骨切除术和G.M.R.S.肿瘤假体重建。切除是在一个复杂的团队中进行的,包括两名血管外科医生。病理检查证实为肾细胞癌骨转移。结果。术后1周,手术伤口愈合,患者无疼痛,并逐渐恢复活动能力。结论。这种肿瘤病理的手术治疗是困难的,涉及多学科的方法,包括肿瘤学、骨科、血管外科和病理学等学科。这也意味着放射学和介入放射学的重要贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multidisciplinary Approach in the Treatment of Malignant Bone Tumors
Abstract Introduction. There are two types of tumor lesions at bone level: primary tumors and bone metastasis. These lesions cause a decrease in the structural strength of the bone that may lead to fracture. The goal of the orthopedic treatment is to resect the tumor, alleviate symptomatology, and restore the function of the limb. The orthopedic treatment consists of two phases: tumor resection and limb reconstruction. Treatment of such lesions implies extensive preoperative investigations to determine the local and general extent of the tumor and procedures aimed to facilitate resection. Case presentation. We present the case of a 58-year-old male, diagnosed with clear cell renal carcinoma three years before and treated by nephrectomy. Two months after surgery, the patient started reporting moderate pain in the hip, which gradually intensified. He was first seen in Foişor Hospital in December 2018 when a pathologic bone fracture in the trochanteric region of the right femur was discovered at the radiologic exam. This was supposed to be a bone metastasis from the previously operated renal cell carcinoma. The MRI investigation showed the presence of a large, polylobed bone tumor with an inhomogeneous structure, sized 80/ 72/ 82 mm extending in the adjacent soft tissue. Bone scintigraphy of entire skeleton revealed no other lesions and abdominal MRI exam revealed neither the recurrence of the tumor or the presence of abdominal metastasis. Significant vascularization of the tumor, from branches of the deep femoral artery, was evidenced on the Angio Computer Tomography. Due to the known profuse bleeding of such lesions, an angiography with embolization was also performed. Embolization was done with PVA particles, with a lack of post-embolization load. The Angio Computer Tomography scan performed at three weeks after embolization showed a reduction in size of the tumor. In March 2018 patient underwent bone resection and reconstruction with a G.M.R.S. tumor prosthesis. Resection was performed in a complex team involving also two vascular surgeons. The pathology exam confirmed it was a renal cell carcinoma bone metastasis. Results. At one week after the surgical procedure, the operative wound was healing, the patient had no pain, and he was gradually regaining ambulation. Conclusion. Surgical treatment of such neoplastic pathology is difficult and involves a multidisciplinary approach consisting of disciplines such as oncology, orthopedics, vascular surgery, and pathology. It also implies a significant contribution from radiology and interventional radiology.
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