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- Ultrastructure of Spermatozoa of Eumeces elegans 蓝尾石龙子精子的超微结构
- Keywords Digestive tract;Endocrine cells;Immunohistochemistry;Eumeces elegans; 消化道;内分泌细胞;免疫组织化学;蓝尾石龙子;
- Comparison of Karyotypes of Different Geographical Populations of Eumeces elegans 不同地理居群蓝尾石龙子染色体组型的比较
- EFFECTS OF FOOD AND REPRODUCTION ON ENERGY STORAGE IN BLUE-TAILED SKINK, EUMECES ELEGANS 食物和繁殖对蓝尾石龙子储能的影响
- Sexual dimorphism in head size and food habits in the blue-tailed skink Eumeces elegans 蓝尾石龙子的头部两性异形和食性
- Eumeces elegansn. 蓝尾石龙子
- Stephania elegans Hook.f.et Thoms. 雅致千金藤
- Chemical constituents of Gelsemium elegans Benth. 胡蔓藤化学成分的研究。
- Total alkaloids from Gelsemium elegans Benth. 钩吻总生物碱
- Human caenorhabditis elegans death gene，CED-... 人美丽线虫凋亡基因（CED-3）试剂盒；
- Ultrastructural Studies on Spermiogensis of Eumeces chinensis[J]. 引用该论文 胡健饶;陈汉民;张永普;计翔.
- There are images of Otus elegans botelensis in photo gallery. 摄影艺廊中有兰屿角枭之照片，欢迎参观。
- A n elegan t handw rit ing, like the elegan thand that w ro te it. 优美的字迹,就像写字的那只优美的手。
- C. elegans REC-8 is the likely worm ortholog of yeast Rec8. 线虫REC-8已被证明是参与减数分裂的重要姐妹染色单体粘连蛋白。
- C. elegans are tiny nematode worms that are widely used in scientific research. 秀丽隐杆线虫是一种广泛用于科学研究的线虫。
- Ontogenetic Changes in Sexual Dimorphism in Head Size and Food Habits in the Chinese Skink, Eumeces Chinensis. 中国石龙子个体发育过程中头部两性异型和食性的变化。
- So the thesis investigates the tectum of Gekko gecko and Eumeces chinensis (Gray), and the fiber. 它们的行为均高度依赖视觉,其视觉系统包括离顶盖通路、离丘脑通路和副视系统。
- These results indicate that there are some differences between the tectorial structure of nocturnal Gekko gecko and diurnal Eumeces chinensis. 这些结果表明夜行性蛤蚧和昼行性中国石龙子在视觉系统中，其顶盖结构存在差异。
- Embryo law layered retina Chinese alligator, depending on the cone and rod cell differentiation process and reptiles lizards, Eumeces similar. 扬子鳄胚胎视网膜分层规律、视锥与视杆细胞的分化进程与爬行动物蜥蜴、石龙子相似。
- Eumeces chinensis from a Lishui population consumed a broad range of annelid, molluscan and arthropod invertebrates covering more than 30 families. 丽水分布的中国石龙子(Eumeces chinensis)摄入的食物均为无脊椎动物，分别属于环节、软体和节肢动物，涉及30余科。
