Zonta Marco Antonio, Velame Fernanda, Gema Samara, Filassi Jose Roberto, Longatto-Filho Adhemar
Infectology Department, Faculty of Medicine, Federal University of Sao Paulo; Santo Amaro University, Brazil.
IN CITO - Citologia Diagnostica Lab, Sao Paulo, Brazil.
World J Oncol. 2014 Aug;5(4):166-174. doi: 10.14740/wjon844e. Epub 2014 Aug 25.
Breast cancer is the second cause of death in women worldwide. The spontaneous breast nipple discharge may contain cells that can be analyzed for malignancy. Halo Mamo Cyto Test (HMCT) was recently developed as an automated system indicated to aspirate cells from the breast ducts. The objective of this study was to standardize the methodology of sampling and sample preparation of nipple discharge obtained by the automated method Halo breast test and perform cytological evaluation in samples preserved in liquid medium (SurePath™).
We analyzed 564 nipple fluid samples, from women between 20 and 85 years old, without history of breast disease and neoplasia, no pregnancy, and without gynecologic medical history, collected by HMCT method and preserved in two different vials with solutions for transport.
From 306 nipple fluid samples from method 1, 199 (65%) were classified as unsatisfactory (class 0), 104 (34%) samples were classified as benign findings (class II), and three (1%) were classified as undetermined to neoplastic cells (class III). From 258 samples analyzed in method 2, 127 (49%) were classified as class 0, 124 (48%) were classified as class II, and seven (2%) were classified as class III.
Our study suggests an improvement in the quality and quantity of cellular samples when the association of the two methodologies is performed, Halo breast test and the method in liquid medium.
乳腺癌是全球女性第二大死因。自发性乳头溢液可能含有可用于恶性肿瘤分析的细胞。Halo乳腺细胞检测(HMCT)是最近开发的一种自动系统,用于从乳腺导管中吸取细胞。本研究的目的是规范通过自动方法Halo乳腺检测获得的乳头溢液的采样和样本制备方法,并对保存在液体培养基(SurePath™)中的样本进行细胞学评估。
我们分析了564份乳头液样本,这些样本来自20至85岁、无乳腺疾病和肿瘤病史、未怀孕且无妇科病史的女性,通过HMCT方法收集,并保存在两个不同的装有运输溶液的小瓶中。
方法1的306份乳头液样本中,199份(65%)被归类为不满意(0级),104份(34%)样本被归类为良性结果(II级),3份(1%)被归类为肿瘤细胞未确定(III级)。方法2分析的258份样本中,127份(49%)被归类为0级,124份(48%)被归类为II级,7份(2%)被归类为III级。
我们的研究表明,当将两种方法(Halo乳腺检测和液体培养基方法)结合使用时,细胞样本的质量和数量会有所提高。