甲状腺细针穿刺细胞学细胞阻断剂的制备资源贫乏环境下的成本效益方法

Hiroshani Hansamali Kulatunga, Ajith Aloka Pathirana, N. Fernando, B. Gamage, A. Epa, Asanga Sampath, C. Sosai, B. Seneviratne
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摘要

在过去的三十年中,甲状腺肿瘤的发病率增加了两倍,目前占特定人群的7%。然而,有趣的是,甲状腺癌的发病率很低,约占甲状腺肿瘤患者的5-10%。术前对甲状腺结节的快速诊断是决定肿瘤预后的重要因素。一种广泛使用的诊断方法是直接观察细针抽吸标本。然而,仅使用这种方法,许多报告的病例由于术前诊断错误而导致不必要的手术和再手术事件。细针穿刺涂片的细胞结构差,组织结构丧失,细胞形态学特征差导致错误诊断。细胞阻断技术是一种较好的术前诊断方法,克服了直接涂片的缺陷,因为它能集中细胞并保留组织结构。此外,可以从单个细胞块制备具有相同细胞结构的多个切片,从而允许使用更先进的技术,如免疫组织化学和分子诊断。细胞阻断技术加强了细针穿刺标本对肿瘤的诊断。细胞块技术与细针抽吸结合使用,灵敏度可达95-100%左右,提示每个FNAC标本都应尽可能进行细胞块制备。
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Cell Block Preparation for Fine Needle Aspiration Cytology of Thyroid; Cost Effective Method in a Resource Poor Setting
Over the past thirty years thyroid tumor incidence has triplicated and it is currently 7% of a given population. However, interestingly the thyroid cancer incidence is quite low and is approximately 5-10% of the thyroid tumor patients. Expeditious diagnosis of the thyroid nodules at the pre surgery stage is important to determine the tumor prognosis. A Widely used diagnostic approach is the direct observation of the fine needle aspiration specimens. However, using only this method many reported cases of unnecessary surgeries and re-operative incidents due to false diagnosis at the preoperative stage have been observed. Poor cellularity, loss of tissue architecture, poor cytomorphologic features in fine needle aspiration smears leads to incorrect diagnosis. Cell block technique is a better diagnostic approach at the pre-operative stage to overcome the pitfalls in direct smears as it concentrates the cells and preserve tissue architecture. Further, multiple sections with same cellularity can be prepared from a single cell block allowing the use for more advanced techniques like immunohistochemistry and molecular diagnosis. Cell block technique strengthen the diagnosis of tumors by fine needle aspiration specimens. Combined use of cell block technique with fine needle aspiration can reach to a sensitivity of about 95-100% suggesting that every FNAC specimen should be subjected to cell block preparation whenever possible.
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