首页> 外文期刊>Nuclearmedicine >Colour-coded duplex-sonography versus scintigraphy: Can scintigraphy be replaced by sonography for diagnosis of functional thyroid autonomy? [99mTc-Szintigraphie versus Farbduplex- Sonographie: Kann zur Diagnose der funktionellen Schilddrüsen - autonomie auf die Szintigraphie verzichtet werden?]
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Colour-coded duplex-sonography versus scintigraphy: Can scintigraphy be replaced by sonography for diagnosis of functional thyroid autonomy? [99mTc-Szintigraphie versus Farbduplex- Sonographie: Kann zur Diagnose der funktionellen Schilddrüsen - autonomie auf die Szintigraphie verzichtet werden?]

机译:彩色双工超声与闪烁​​显像:可以用超声替代闪烁显像以诊断功能性甲状腺自主性吗? [99mTc闪烁显像与彩色双工超声检查:可以不使用闪烁显像诊断甲状腺功能自主性吗?

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Since the development of colour coded duplex- sonography (ccds), several attempts have been made to implement this technique for diagnosis of focal lesions in the thyroid. There are controversial discussions on whether ccds might replace thyroid scintigraphy in diagnosis of hyperfunctional thyroid nodules. Aim of this study was the comparison of ccds and thyroid scintigraphy in diagnosis of functional thyroid autonomy. Patients, material and methods: 192 patients with thyroid nodules 10mm detected by conventional sonography underwent thyroid scintigraphy. Additionally, these patients were subjected to ccds of the thyroid. In total, 286 thyroid nodules were examined by scintigraphy, ccds and blood tests. Results: Thyroid scintigraphy showed 67% of thyroid nodules as hyperfunctional, 19% indifferent and 14% as hypofunctional. Mean 99mTc uptake of hyperfunctional nodules was 2.19%, of indifferent nodules 1.12% and of hypofunctional nodules 1.06% respectively. The ccds allowed perinodular measurement of flow speed (hyperfunctional: 0.23 ± 0.1 m/s; hypofunctional: 0.22 ± 0.1; indifferent: 0.21 ± 0.09), resistance index (hyperfunctional: 1.21 ± 1.16; hypofunctional: 0.62 ± 0.48; indifferent: 0.93 ± 1.02) and pulsatility index (hyperfunctional: 0.97 ± 0.45; hypofunctional: 0.84 ± 0.4; indifferent: 1.04 ± 0.6) in all nodules as well as intranodular measurement in some of the nodules (24% in hyperfunctional, 2% in indifferent and 15% in hypofunctional nodules). Statistic analysis of the obtained ccds data did not show any practically relevant correlations (p0.05) with 99mTc uptake, basal TSH, fT3 or fT4. Conclusion: Thyroid scintigraphy cannot be replaced by ccds for diagnosis of functional thyroid autonomy. Reliable diagnostics still require a combination of thyroid scintigraphy, sonography and blood tests.
机译:自从彩色双工超声(ccds)的发展以来,已经进行了数种尝试来实施这种技术来诊断甲状腺局灶性病变。关于CCDS在诊断甲状腺功能亢进结节中是否可以代替甲状腺闪烁显像术存在争议。本研究的目的是比较ccds和甲状腺闪烁显像在诊断功能性甲状腺自主性中的作用。患者,材料和方法:常规超声检查发现192例甲状腺结节> 10mm的患者行甲状腺闪烁显像。另外,这些患者接受了甲状腺ccds。通过闪烁显像,ccds和血液检查,总共检查了286个甲状腺结节。结果:甲状腺闪烁显像显示甲状腺结节功能亢进的占67%,冷漠占19%,功能减退占14%。高功能结节的平均99mTc摄取为2.19%,冷漠结节的平均摄取为1.12%,低功能结节的平均摄取为1.06%。 ccds可以进行周长测量流速(超功能:0.23±0.1 m / s;低功能:0.22±0.1;无差异:0.21±0.09),阻力指数(超功能:1.21±1.16;功能不足:0.62±0.48;无差异:0.93± 1.02)和所有结节的搏动性指数(超功能性:0.97±0.45;功能低下:0.84±0.4;无关紧要:1.04±0.6)以及某些结节内的结节内测量(功能亢进的为24%,漠不关心的为2%和15%在功能低下的结节中)。对获得的ccds数据的统计分析未显示与99mTc摄取,基础TSH,fT3或fT4的任何实际相关性(p> 0.05)。结论:ccd不能替代甲状腺闪烁显像诊断功能性甲状腺自主性。可靠的诊断仍需要结合甲状腺闪烁显像,超声检查和血液检查。

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