结论CB和CD活性的下降是过量碘导致的甲状腺胶质潴留的重要原因之一。
Conclusion: The decreased activities of CB and CD were one of reasons of thyroid colloid retention resulted from iodine excess.
临近上皮细胞的胶质内可见清晰空泡，此处上皮组织细胞活跃，甲状腺激素分泌增多，形成扇形的胶质边缘。
Note the clear vacuoles in the colloid next to the epithelium where the increased activity of the epithelium to produce increased thyroid hormone has led to scalloping out of the colloid.
镜下，正常甲状腺由滤泡构成。这些滤泡内衬上皮，充满胶质。
Normal thyroid seen microscopically consists of follicles lined by a an epithelium and filled with colloid.
镜下，正常甲状腺由滤泡构成。 这些滤泡内衬上皮，充满胶质。
Normal thyroid seen microscopically consists of follicles lined by a an epithelium and filled with colloid.
补碘及补碘补锌组甲状腺细胞高度、滤泡直径、胶质含量和超微结构与对照组相一致。
The height of epithelium, the diameter of follicle, the contents of glue and the morphology of ultra-structure of thyroid in Zn-supplementation groups were similar to that in control group.
结果HO和HI组小鼠甲状腺出现胶质样肿大、绝对质量和相对质量增加。
Results in HO and HI, colloid goiter was encountered and the absolute and relative weight of thyroid increased.
结果，实验组鸡的增重显著高于对照组（P<0.01），其甲状腺滤泡上皮细胞及滤泡腔内胶质均呈现功能活动旺盛的构相。
The results showed that there was significant difference (P<0.01)ir. the body weight between the broilers of group supplied with light and the control group.
结果，实验组鸡的增重显著高于对照组（P<0.01），其甲状腺滤泡上皮细胞及滤泡腔内胶质均呈现功能活动旺盛的构相。
The results showed that there was significant difference (P<0.01)ir. the body weight between the broilers of group supplied with light and the control group.
应用推荐