[The use of modern scintigraphic methods for the control of thyroid gland function in small laboratory animals].

Zeitschrift fur Versuchstierkunde Pub Date : 1989-01-01
G Hanauer, G L Fängewisch, S F Grebe
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Abstract

In the present investigation modern scintigraphic methods like scanner- and gamma camera-techniques have been used for the first time to diagnose the thyroid function of small laboratory animals. Both methods have been tested on completely or partially iodine-resected rats. Because the results concerning the gamma camera could be quantified they could be compared to those of the gamma counter as a reference method. Assuming a linear relationship between both methods a correlation coefficient of r = 0.97 (n = 32) could be calculated. The capacity of both the scanner and the gamma camera was high enough to show even small amounts of residual thyroid tissue. Therefore both methods are extremely suitable for the diagnosis of the thyroid function. Using them as a control of the iodine-resection of the thyroidea a control group of animals is not necessary and, therefore, less animals are required. With regard to the narcosis of heavily hypothyroid animals it must be noted that the usually pentobarbital dosage must at least be reduced by one third.

[应用现代闪烁成像方法控制小实验动物甲状腺功能]。
在本研究中,首次使用扫描仪和伽玛相机技术等现代扫描技术诊断小实验动物的甲状腺功能。这两种方法都在完全或部分切除碘的大鼠身上进行了试验。由于有关伽马照相机的结果可以量化,因此可以将其与作为参考方法的伽马计数器的结果进行比较。假设两种方法之间存在线性关系,相关系数r = 0.97 (n = 32)。扫描仪和伽马照相机的容量都足够高,甚至可以显示少量残留的甲状腺组织。因此,这两种方法都非常适用于甲状腺功能的诊断。用它们作为碘切除甲状腺的对照动物是没有必要的,因此,需要较少的动物。关于严重甲状腺功能减退动物的麻醉,必须注意通常戊巴比妥的剂量必须至少减少三分之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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