Ashcraft M W, Van Herle A J
Head Neck Surg. 1981 Mar-Apr;3(4):297-322. doi: 10.1002/hed.2890030406.
For the differentiation of benign from malignant thyroidal disease, ultrasound displays anatomic but not histologic features. Other visualization techniques can be used including isotope scanning (radioiodine, 99m technetium, 241 americium fluorescence, 131 cesium, 67 gallium, 75 selenomethionine, 201 thallium, 32 phosphorus, 99m Tc-bleomycin, 197 mercury, 133 xenon), thermography, x-ray techniques (plain films, computed tomographic scan, xeroradiography, chest x-ray barium swallow, lymphography, angiography), and thyroid hormone suppression. Needle biopsy can be done by core biopsy (Vim-Silverman and drill biopsy), large needle biopsy for histologic processing and fine needle aspiration for cytologic interpretation. The latter is the safest, most reliable, and most cost-effective technique currently available to differentiate between benign and malignant thyroidal disease and has great promise for the future.
对于甲状腺疾病良恶性的鉴别,超声显示的是解剖特征而非组织学特征。还可采用其他可视化技术,包括同位素扫描(放射性碘、锝99m、镅241荧光、铯131、镓67、硒代蛋氨酸75、铊201、磷32、锝99m-博来霉素、汞197、氙133)、热成像、X线技术(平片、计算机断层扫描、干板X线摄影、胸部X线吞钡检查、淋巴造影、血管造影)以及甲状腺激素抑制试验。针吸活检可通过芯针活检(Vim-Silverman活检和钻取活检)、用于组织学处理的大针活检以及用于细胞病理学诊断的细针穿刺进行。细针穿刺是目前鉴别甲状腺疾病良恶性最安全、最可靠且最具成本效益的技术,并且在未来很有前景。