摘要
目的探讨VACORA旋切系统在乳腺良性病灶诊治中的应用价值。方法在超声实时监控下，利用VACORA旋切系统对经超声检查诊断为良性的93例患者共122个乳腺病灶进行旋切治疗，并随访分析。结果所有乳腺病灶均被准确定位并切除，经病理确诊119个为良性，有3个病灶为不典型增生，建议外科处理。良性病灶中，纤维腺瘤72个，乳腺腺病39个，导管内乳头状瘤4个，导管炎症2例，导管上皮增生1例，淋巴结1个。8例患者术中有血液沿引导针流出，经对针道加压后出血停止；10例患者术后1d复查可见小血肿形成，术后3～6个月复查时，血肿完全消失，局部未见残留病灶，皮肤切口不明显。有3例良性病灶1个月后复查可见原来部位仍见低回声灶，可能为病灶残留。结论超声引导下利用VAc0RA旋切系统对乳腺良性病灶可进行准确定位并切除，且具有安全、微创、美观、并发症少等优点，值得进一步推广。
Objective To study the clinical value of VACORA vacuum-assisted rotation system in the treatment of benign breast lesions. Methods Under the screening of dynamic ultrasound, 122 beast lesions in 93 patients diagnosed as benign lesions from ultrasound were treated with VACORA vacuum assisted rotation system, and all the patients were examined for follow-up. Results All the lesions were totally rotated and 119 lesions demonstrated to be benign and 3 lesions were atypical hyperplasia from pathologic examination. In the benign lesions, 72 cases were demonstrated to be fibroadenoma, 39 cases were demonstrated to be fibrosis adenosis,4 cases were intraductal papilloma, 2 cases were duct inflammation, 1 case was epithelial hyperplasia of the duct and 1 case was lymphode. In 8 cases,bleeding was seen along the needle tract,which was stopped after compression. Small hematoma was formed in 10 patients in the second day of follow up, which was disappeared in the 3 to 6 months of the follow-up. And all patients had no remnant lesions in the local area and the incisions were not clear in the skin 3 to 6 months of the follow-up. Hypoechoic focuses were detected out at the original location in the 3 benign cases, which were possibly residual focuses. Conclusions Benign breast lesions could be clearly resected with VACORA rotation system under the screening of ultrasound, which is safe, minimal invasive, prosthetic, and has little complications.
出处
《中华超声影像学杂志》
CSCD
北大核心
2009年第5期411-413,共3页
Chinese Journal of Ultrasonography
关键词
超声检查
乳腺肿瘤
外科手术
微创性
VACORA真空辅助旋切系统
Ultrasonography, mammary
Breast neoplasms
Surgical procedures, minimal invasive
VACORA vacuum-assisted rotation systm
