1.
Pathogentic Studies on Rotavirus Infection in Infant Golden Hamsters;
金黄地鼠乳鼠轮状病毒感染的致病机理研究
2.
Study on the Optimum Conditions of Caesarean Operation for Golden Hamster
金黄地鼠剖腹产子宫摘取适宜条件的研究
3.
Study on Biological Characters of CL Syrian Golden Hamsters
清洁级叙利亚金黄地鼠生物学特性研究
4.
ELECTRON MICROSCOPIC OBSERVATION ON NERVE FIBERS IN GOLDEN HAMSTER PARATHYROID GLAND
金黄地鼠甲状旁腺内神经纤维的电镜观察
5.
The establishment of the induced tongue carcinoma model in Syrian Golden Hamster and its cervical lymphnode metastasis.
金黄地鼠舌癌模型的建立及其颈淋巴结转移
6.
Effects of Low Zinc and Complementary Zinc on the Growth Development in Golden Hamster
低锌和补锌对金黄地鼠生长发育的影响
7.
Studies on Somatic Cell Nuclear Transfer and Its Related Problems in Golden Hamsters
金黄地鼠体细胞核移植及相关问题的研究
8.
Studies on Germinal Vesicle Chromatin Configuration of Golden Hamster Oocytes
金黄地鼠卵母细胞生发泡染色质构型的研究
9.
High-fat diet fed diabetic Syrian golden hamster induces kidney lesions
糖尿病金黄地鼠喂饲高脂食物诱发肾脏损伤
10.
Isolation, purification and functional identification of Syrian golden hamster islets
叙利亚金黄地鼠胰岛的分离、纯化与功能鉴定
11.
Pathogenicity of Different Leishmania spp. to Balb/c Mice and Golden Hamsters
不同种株利什曼原虫对Balb/c小鼠和金黄地鼠的致病性研究
12.
A fur ther study is needed to explore if golden hamster can be taken as animal model of spontaneous hyperproteinuria.
金黄地鼠能否作为自发性高蛋白尿实验动物模型，有待进一步研究。
13.
Effect of UDMH in inducing cell malignant transformation
偏二甲基肼对金黄地鼠胚胎细胞的恶性转化研究
14.
Conclusion The golden syrian hamster is an excellent experimental animal for cholelithiasis model for both cholesterol gallstone and pigment gallstone.
结论叙利亚金黄地鼠是研究两类胆石形成的良好实验动物之一。
15.
LOCALIZATION AND DISTRIBUTION OF TH IR NEURONS IN HAMSTER RETINA
酪氨酸羟化酶免疫反应神经元在金黄地鼠视网膜的定位和分布
16.
Identification, Verification and Functional Analysis of Differentially Expressed Genes in Hyperthermia Induced Neural Tube Defects of Golden Hamster;
高温致金黄地鼠神经管畸形差异表达基因的筛选、鉴定及功能研究
17.
Construction of Neural Tube cDNA Library and Screeniong of Genes Associated with NTDs Caused by Hyperthermia;
金黄地鼠神经管cDNA文库的构建及高温致畸相关基因的筛选
18.
Relationship between Retinoic Acid Receptors and Neural Tube Defects Induced by Excess Retinoic Acid;
维甲酸受体与维甲酸致金黄地鼠神经管畸形的相关性研究