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- Trimeresurus elegans 竹叶青
- Trimeresurus Xinghuacun scenic park there. 风景名胜有杏花村竹叶青公园。
- 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;
- Trimeresurus stejnegeri, and other major drug-Xuexun. 竹叶青等主要含血循毒。
- 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。
- The karyotypes of 3 species of Trimeresurus sensu lato were reported. 报道3种烙铁头蛇的核型。
- 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。
- The ultrastructure of the ventral scales of Trimeresurus stejnegeri was observed by means of atomic force microscopy. 摘要用原子力显微镜观察了竹叶青蛇腹鳞表面的超微结构;
- A list of genera, which divided from Trimeresurus (sensu lato), and their species are also presented. 本文对这近一年来的最新进展进行概括和报道。
- In this paper, we present current advances in the systematics of Trimeresurus (sensu lato) since 2004, with emphasis on the changes on nomenclature. 摘要2004年以来,广义竹叶青蛇的系统学研究取得了较大的进展。
- Trimeresurus liquor is re-Fen products, from Shanxi Xinghuacun Fen Plant Co., Ltd. production, with a long history of brewing. 竹叶青酒是汾酒的再制品,由山西杏花村汾酒厂股份有限公司生产,酿造历史悠久。
- The projections from nucleus laminaris (NL) to the pons and midbrain in Emberiza elegans were studied with anterograde HRP tracing techniques. 用HRP顺行追踪法研究黄喉?延髓层状核向脑桥及中脑的投射.
- In search of the fountain of youth: studying the mechanisms of aging in C. Elegans. 探索青春的源泉:秀丽线虫衰老机制的研究。
- After the cubes are heated to pasteurize their surfaces, Actinimucor Elegans and other Mucor species are added. 小块经加热对表面进行巴氏杀菌后,加入Actinimucor Elegans和其它毛霉
- The experimental results show that the ultrastructure of ventral scales of Trimeresurus stejnegeri is formed with a periodical arrangement of microfibrils, micropits and pits. 试验结果表明:竹叶青蛇腹鳞的超微结构由三角形微凸体、微孔和凹坑周期排列而成;