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- Silene bungein. 暗色蝇子草
- In vitro Culture and Plantlet Regeneration of Catalpa bungei var. 金丝楸的离体培养和植株再生。
- Revision on the section Cucubaloideae of Chinese Silene. 中国蝇子草属蔓生组植物的修订.
- Objective:To study the constituents from Clerodendrum bungei. 目的:对臭牡丹进行化学成分的研究。
- Abstract Objective:To study the constituents from Clerodendrum bungei. 摘要目的:对臭牡丹进行化学成分的研究。
- The study on the taxonomy and the eco-geographical distribution of the genus Silene in Inner Mongolia. 内蒙古麦瓶草属植物分类研究及其生态地理分布.
- Abstract: The leaves of the Silene fortunei beared a type of mucilage hair,which was an uniseriate glandular hair with 3 cells. 摘 要： 蝇子草茎叶上着生粘液毛，它是由3个细胞构成的单列腺毛。
- A weedy Eurasian perennial herb(Silene vulgaris) having white flowers with deeply notched petals and a balloonlike, inflated calyx. 白玉草：一种蔓生欧亚多年生草本植物（白玉草麦瓶草属），开白色花朵，花瓣带有深凹口和气球状充气的花萼
- Objective:To study the anti-inflammatory, analgesic and anti-hypersensitive actions of extracts from Clerodendron bungei Steud. 目的:探讨臭牡丹提取物的抗炎、镇痛、抗过敏作用。
- Any of several plants of the genera Lychnis and Silene native chiefly to the Northern Hemisphere and having variously colored flowers with notched or fringed petals. 剪秋罗属植物一种剪秋罗属和麦瓶草属的主要生长于北半球的植物，长有各色的花朵，花瓣带槽或带须边。
- After the event, the local people turned the well into their grave by filling it with soil.Eventually seven rare Catalpa Bungei Trees grew up around the site. 嗣后，乡人以土填井掩埋，后来在井边长出七棵枝叶苍劲茂盛、奇特罕见的香花树。
- Cynanchum bungei Dcne. [医] 白首乌
- Silene forunei Vis. [医] 苍蝇花，蝇子草
- Silene L. [医] 麦瓶草属
- Cynanchum bungei Decne. 白首乌
- Catalpa bungei C. A. Mey. [医] 楸树
- Clerodendron bungei Steud. 臭牡丹
- Any of several plants of the genera Silene and Lychnis, native chiefly to the Northern Hemisphere and having white, pink, red, or purplish flowers and sticky stems and calyxes on which small insects may become stuck. 捕蝇草一种蝇子草属和剪秋罗属植物，原产地主要在北半球。开白色、粉红色、红色或紫色花朵，茎和花萼有粘性，会粘住小昆虫
- Don or Catalpa bungei C. Don 或楸 Catalpa bungei C.
- Results show that 90.7% of the 42 species examined are more or less colonized by AM fungi.In the roots of Erysimum bungei, Polygonatum sibiricum and Allium mongolicum, AM fungi is not detected. 结果表明：在调查的42种植物中，有90.;7%25的种类根系不同程度地受到AM真菌侵染，仅糖芥、玉竹、沙葱根系中没有观察到AM真菌结构。
