Zhu Jiang, Cong Han, Zhang Xiaotong, Dong Xiaoya, Zhao Song, Hu Chaolu, Maimo Jude Ranchu, Wang Yawen, Zhang Kai, Wang Jianli, Li Pengyu, Ma Rong
Department of Breast Surgery, General Surgery, Qilu Hospital of Shandong University, Jinan, 250012, China.
Department of Immunology, School of Basic Medical Science, Shandong University, Jinan, 250012, China.
Sci Rep. 2025 Feb 4;15(1):4175. doi: 10.1038/s41598-025-88456-9.
Conventional smear cytology (CSC) is a specific method used for breast tumor diagnosis in patients with nipple discharge. However, CSC tends to miss diagnose or even misdiagnose due to contaminating blood cells and other impurities. Thus, it is critical to develop more accurate and sensitive methods for clinical evaluation. Using nipple discharge collected directly from patients without aspiration, we performed liquid-based cytology (LBC) to analyze 111 collected samples for cytological evaluation for the first time. Following centrifugation to remove blood cells and protein contaminants, the sample of each nipple discharge was analyzed by light microscopy. In parallel, CSC was performed for comparison. Our results showed LBC has better diagnostic sensitivity than CSC (40.00% vs. 22.22%, [Formula: see text] = 6.636, P = 0.01). The specificity was improved (LBC 100% vs. CSC 95.2%) and area under the curve was also enhanced (AUC=0.700 vs. AUC=0.587). Moreover, LBC images have a cleaner background, clearer field of view, uniform cell arrangement, and improved colour contrast, with an overall image quality significantly better than CSC. Therefore, LBC provides a new and better diagnostic method for early detection of breast tumors with nipple discharge.
传统涂片细胞学检查(CSC)是用于乳头溢液患者乳腺肿瘤诊断的一种特定方法。然而,由于血细胞和其他杂质的污染,CSC容易漏诊甚至误诊。因此,开发更准确、更灵敏的临床评估方法至关重要。我们首次使用直接从患者身上采集的未经抽吸的乳头溢液进行液基细胞学检查(LBC),对111份采集样本进行细胞学评估。在离心去除血细胞和蛋白质污染物后,通过光学显微镜对每份乳头溢液样本进行分析。同时,进行CSC检查以作比较。我们的结果显示,LBC的诊断敏感性优于CSC(40.00%对22.22%,[公式:见正文]χ² = 6.636,P = 0.01)。特异性有所提高(LBC为100%,CSC为95.2%),曲线下面积也有所增加(AUC = 0.700对AUC = 0.587)。此外,LBC图像背景更干净、视野更清晰、细胞排列更均匀、色彩对比度更高,整体图像质量明显优于CSC。因此,LBC为乳头溢液性乳腺肿瘤的早期检测提供了一种新的、更好的诊断方法。