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- Rhus coriaria 西西里漆树
- Rhus chinensis Mill.var.roxburghii Rehd. 盐肤木
- Rhus chinensis Mill.var.roxburghii(DC.) Rehd. 盐肤木
- Rhus punjabensis Stew.var.sinica Rehd.et Wils. 红麸杨
- Grafting Techniques in Rhus succedanea L. 日本野漆树嫁接繁育技术初探。
- Cultivation Techniques in Rhus succedanea L. 日本黄栌栽培技术。
- Y.Wu et T.L.Ming[Rhus peniculata Wall.ex G. 拉丁植物动物矿物名：Terminthia peniculataC.
- Hotel du Port Rhu : Book Now - Pay on Check Out! 在网上预定您在欧洲的旅馆.
- The chromosome observation on 4 species in the genus Rhus. 几种盐肤木属植物的染色体观察.
- Book online the cheapest hotels in Rhu - low prices and high discounts. 网上预定在 Rhu 最便宜的酒店 - 价格优惠折扣多多。
- Studies of the components of Coriaria sinica MaximCoriaria sinica Maxim is a bush of Coriaria L. 本论文包括两部分，第一部分是马桑化学成分的研究，第二部分是熊果酸糖苷的合成。
- The coriaria lacton was injected into lateral ventricles of the epilepsy group rats to make the epilepsy animal model. 癫痫组用马桑内酯注入到大鼠侧脑室，制作癫痫动物模型；
- A small tree (Caesalpinia coriaria) of the West Indies and South America, having compound leaves and long pods. 鞣料云实，刺云实：生于西印度群岛和南美洲的一种小树（卷果云实云实属），有复叶和长荚
- The observation on chromosomes of Rhus verniciflua Stokes and the discovery of triploid lacquer tree. 漆树染色体观察及三倍体漆树的发现.
- OBJECTIVE To investigate the influence of the extracts of Szechwan Lovge Rhizome (Se)on the concentration of intracellular free calcium of neurons exposed to coriaria lactone. 目的 研究川芎醇提取物对马桑内酯致痫神经元胞浆内游离Ca2 + 浓度 ([Ca2 + ]i)的作用 ,寻找创新中药的理论基础。
- The content of total N and total P in rainfall could be increased by Pinus tabulaeformis and Rhus typhina. 油松、火炬能够增加降雨中总氮、总磷的含量。
- OBJECTIVE:To study on the relationship between the toxicity of parasitic plant Cuscuta japonica and the constituents of its parasitifer Coriaria sinica. 目的:研究大菟丝子所致中毒与其寄主马桑成分的关系。
- Rhus potaniinii Maxim is a fine nectar and pollen plant resource in the mountains and is a host plant of Chinese gall. 摘要青麸杨是山区优良的蜜粉源植物资源，也是五倍子蚜虫的寄主植物。
- CONCLUSION:The reason that caused the patients toxic is that the seeds of Cuscuta japonica contains the same toxic components as its parasitifer Coriaria sinica. 结论:大菟丝子引起中毒是因为含有与寄主马桑相同的毒性成分所致。
- It is then concluded that Rhus chinensis adapts to the karst drought environment with protection type. 这些特征表明，盐肤木采用以保护型为主的多种方式适应岩溶干旱环境。
