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- According to its orientation of the Cinnamomum glanduliferum, the number of the population was largest on the north, smallest on the south and medium on the east and west. 在方位上，黄圆蹄盾蚧在云南樟树冠北面枝叶的虫口数量最多，东、西面次之，南面的最少。
- camphor tree(Cinnamomum glanduliferum) 云南樟
- Cinnamomum glanduliferumn. 云南樟
- Cinnamomum pedatinervium Meissn. [医] 野桂
- Cinnamomum tamala Nees et Eberm. 三条筋树
- Cinnamomum camphora ( Linn. ) P. 樟树
- Isolation of Genomic DNA from Cinnamomum cassia Presl. 中药肉桂基因组DNA的提取。
- Study on numerical chemotaxonomy of Cinnamomum in Hubei Province. 湖北樟属数量化学分类研究.
- Cinnamomum camphora (Linn) Preslis, a fine tree in garden greening. 摘要香樟是优良的园林绿化树种。
- Figure 2. UPGMA dendrogram based on ISSR bands of three Cinnamomum species. 图二;三种肉桂ISSR遗传变异分析之归群分析(UPGMA)树状图.
- There are much safrole in eight sorts of Cinnamomum Trew plants' ethereal oil. 在八种樟属植物精油中含有较多的黄樟素。
- Objective To clone new panallergen genes from pollen of Cinnamomum camphora. 目的从樟树花粉中克隆泛变应原基因。
- A tropical Asian evergreen tree(Cinnamomum cassia) having aromatic bark used as a substitute for cinnamon. 肉桂树一种亚洲常绿热带乔木（山扁豆属肉桂树），有可作肉桂皮替代品的芳香树皮
- A tropical Asian evergreen tree(Cinnamomum cassia)having aromatic bark used as a substitute for cinnamon. 肉桂树一种亚洲常绿热带乔木（山扁豆属肉桂树），有可作肉桂皮替代品的芳香树皮
- A tropical asian evergreen tree (Cinnamomum cassia) having aromatic bark used as a substitute for cinnamon. 一种亚洲常绿热带乔木(山扁豆属肉桂树),有可作肉桂皮替代品的芳香树皮。
- Neonate larvae were fed leaves of Liquidambar formosana Hance and Cinnamomum camphora Presl. 本研究目的在探讨这两种水青蛾对枫香及樟树的取食及利用之情形。
- A tropical Asian evergreen tree (Cinnamomum cassia) having aromatic bark used as a substitute for cinnamon. 一种亚洲常绿热带乔木(山扁豆属肉桂树)有可作肉桂皮替代品的芳香树皮。
- A new method of extracting cinnam aldehyde from Cinnamomum cassia Presl bark was put forward. 用少量乙醇溶液润湿肉桂皮,然后加入热水,使渗透到肉桂皮微孔内的乙醇溶液沸腾,强化提取过程。
- A doubtful bacillus cereus strain was isolated from spicery additive of Cinnamomum cassia powder. 从送检的待出口食用香料添加剂-桂粉中分离一株出疑似蜡样芽胞杆菌。
- Results: 34 and 19 peaks were isolated from Ultramicro-powder and Common Grinding Powder of Cinnamomum respectively. 结果:经气相色谱-质谱联用技术,从肉桂普通粉中分离出34个峰,从肉桂超微粉中分离出19个峰,并且确认了所含的全部化合物。
