Cytological diagnosis of thyroid disease

M. Bronstein
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Abstract

Cytological diagnosis of various human diseases is widely used in modern medicine, especially for early preoperative diagnosis of tumors of different organs and tissues. A fine-needle aspiration puncture biopsy followed by microscopic examination of its cytogram is one of the integral parts of diagnostic cytology, including the diagnosis of thyroid diseases (thyroid gland). The methods used to verify various thyroid pathology options (palpation, ultrasound - ultrasound, scintigraphy, biochemical and immunological tests, etc.) do not always allow us to clarify the nature of pathological changes in the thyroid gland. For example, cold nodes (according to the scan) only in some cases turn out to be malignant neoplasms of the thyroid gland, like the bulk of nodular goiter in patients from regions endemic to goiter; in most cases there is no need for their prompt removal. And only a microscopic examination of thyroid puncture points, especially its nodular formations, allows you to clarify the diagnosis and make an adequate decision on the nature of the treatment measures. Thin-needle aspiration puncture biopsy of the thyroid gland is a non-invasive morphological diagnostic tool that allows you to make a correct diagnosis with almost 100% probability. At the same time, since the thyroid gland is an epithelial organ, in the structures of which the cells are closely “fused” with each other, cellular connections are broken with difficulty, which makes it extremely difficult to obtain informative material for subsequent microscopic examination. To facilitate the process of obtaining material on the needle, which is performed by puncture biopsy, in the Endocrinology Research Center of the Russian Academy of Medical Sciences, notches were started at a distance of about 0.5-0.7 cm from the sharp end of the needle (Candidate of Medical Sciences A.V. Antonov), which allows you to take material like a harpoon, without aspiration and receive a plentiful punctate. With ischemia of the punctured area of the gland, it is possible to obtain abundant punctate with virtually no impurity of peripheral blood (Ph.D. I.V. Panteleev). The material thus obtained is applied to a fat-free glass slide and a smear is obtained using a polished glass slide (similar to a blood smear). Air-dried strokes are stained according to May — Grunwald — Giemsa. Every year we examine from 1.5 to 2.5 thousand puncture biopsies from patients with various pathologies. The information content of the obtained material largely depends on the experience and skill of the surgeon. Scanty punctate, as a rule, is uninformative and can only describe the punctate without an opinion on the nature of pathological changes in the thyroid gland. Abundant cellular punctate from different points of the gland, especially if there is a suspicion of diffuse and / or combined pathology, makes it possible to make a final diagnosis.
甲状腺疾病的细胞学诊断
细胞学诊断在现代医学中广泛应用于人类各种疾病的诊断,尤其适用于不同器官和组织肿瘤的术前早期诊断。细针穿刺活检和显微细胞图检查是诊断细胞学的一个组成部分,包括甲状腺疾病的诊断。用于验证各种甲状腺病理选择的方法(触诊,超声-超声,闪烁成像,生化和免疫学测试等)并不总是允许我们澄清甲状腺病理变化的性质。例如,冷结节(根据扫描)只有在某些情况下才会被证明是甲状腺的恶性肿瘤,就像甲状腺肿特有地区的大部分结节性甲状腺肿患者一样;在大多数情况下,不需要立即切除。只有对甲状腺穿刺点进行显微镜检查,尤其是结节状的检查,才能明确诊断,并对治疗措施的性质做出适当的决定。甲状腺细针穿刺活检是一种非侵入性形态学诊断工具,可以使您以几乎100%的概率做出正确的诊断。同时,由于甲状腺是一种上皮器官,在其结构中,细胞彼此紧密“融合”,细胞连接难以断裂,这使得获得后续显微镜检查的信息材料极为困难。在俄罗斯医学科学院内分泌学研究中心,为了方便通过穿刺活检在针头上获取材料,在距针头尖端约0.5-0.7厘米的距离处开始切口(医学科学候选人A.V. Antonov),这使您可以像鱼叉一样获取材料,而无需吸入并获得丰富的点状。随着腺体穿刺区域的缺血,有可能获得丰富的点,几乎没有外周血的杂质(ph . I.V. Panteleev)。将由此获得的材料涂于无脂玻璃载玻片上,并使用抛光的玻璃载玻片获得涂片(类似于血液涂片)。风干的笔画根据May - Grunwald - Giemsa染色。每年,我们检查来自不同病理的患者的1.5万到2.5万穿刺活检。所获得材料的信息内容在很大程度上取决于外科医生的经验和技能。作为一种规则,稀疏的点状点是没有信息的,只能描述点状点,而对甲状腺病理变化的性质没有意见。来自腺体不同部位的大量细胞点状斑点,特别是当怀疑有弥漫性和/或合并病理时,使最终诊断成为可能。
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