melia

The paper introduces the situation of researching and exploiting for chinese traditional medicine ingredients of Melia plant .

本文对楝属植物中药用成分的研究开发现状作一概述。

Situation of Research and Development of Melia Plant as Chinese Medicine

楝属植物中药用成分的研究开发

Melia trees have been used widely in various fields .

楝（属）植物具有广泛的使用价值。

Effects of Different Calcium on Seed Germination of Melia azedarach under Salt Stress

氯化钠胁迫下不同钙盐对苦楝萌发的缓解效应

Research on Seedling Growth Rhythm and Nursery Techniques of Melia azedarach

楝树育苗技术及苗木生长规律研究

The Phenological Division of Distribution area in China for Melia azedarach

苦楝中国分布区的物候区划

Solvent Extraction to Reduce Acid Value of the Seed Oil from Melia azedarach to Make Biodiesel

苦楝籽油溶剂萃取降酸工艺对生物柴油质量的影响

Factors influencing vitreous shoots of fine Melia azedarach clones in vitro

苦楝优良无性系试管苗玻璃化的影响因素

Influence of Melia azedarach seed coarse extract on biological activity of rice weevil

苦楝籽粗提物对玉米象生物活性的影响

The Research on Genetic Diversity by ISSR Analysis and Genetic Variation Laws of Medicinal Melia Azedarach

药用苦楝遗传多样性ISSR分析和遗传变异规律研究

Microwave technique applied in the polysaccharides in fruit of melia azedarach has been obtained for the first time .

首次运用微波技术从地产苦楝果实中提取出多糖，反应速度加快。

Studies on the Bioactivity of Botanical Insecticides of the Melia to Chinese Rice Grasshopper

楝属植物质杀虫剂对中华稻蝗生物活性研究（Ⅰ）拒食作用

Effects of the Extract of the Fruit of Melia azedarach by Water on Maize Root and Seedling Growth

苦楝果实水提取物对玉米幼苗生长及根系的影响

Breeding of superior provenances and superior individuals of Melia azedarach for high toosendanin content

苦楝素含量高的苦楝优良种源及单株选育研究

Studies on Phenotypical Characteristics Gradient Variation of Melia azedarach

苦楝表型性状梯度变异的研究

Research on the Techniques of Growth Repletion of Melia azedarach ′ s Flooded Seedlings

楝树幼苗水淹后生长恢复技术

Germination Characteristics of Fraxinus velutina and Melia azedarach Seeds in Saline Land

盐碱地绒毛白蜡和苦楝种子抗盐萌发机理

Study on the total alkaloids in fumitory and melia toosendanin and their combinations

延胡索与川楝子配伍中总生物碱含量变化的研究

Screening of antifungal activity on phytopathogenic fungi of endophytic fungus from Melia azedarach

苦楝内生真菌抗植物病原真菌活性菌株的筛选

Their food were mainly the fruits of such 7 plants as Cinnamomum camphora , Melia azedarach , etc.

食物主要是香樟，苦楝等7种植物的果实。

Conclusion : Fumitory coupled with melia toosendanin has remarkable influence on the content of alkaloids in fumitory .

结论：川楝子与延胡索配伍，对其生物碱的含量有显著的影响。

The compositions of polysaccharide from Melia azedarach fruit and MP1 were also determined and quantified by GC-MS and IR spectrum .

借助气质联用仪，对苦楝粗多糖和组分MP1进行了成分分析。

Study on insect-resistance mechanism of several tree species (ⅵ) & Experiments of bioactive material in simulated forest stands of Ailanthus altissima and Melia azedarach

几种抗虫树种的化学成分分析及其抗虫机理的研究（Ⅵ）&臭椿、苦楝生物活性物质（标样）林分模拟试验

Objective : To determine the total alkaloids in fumitory and its combination with the melia toosendanin and study on the rationality of their combinations .

目的：测定延胡索及其与川楝子配伍中总生物碱的含量熏研究中药配伍的合理性。

We stayed at the Melia Varadero Resort .

我们住在苦巴拉德罗度假村。

A relative of mahogany called Melia volkensii , which produces high-value timber , would benefit semi-arid areas such as those in East Africa , for example .

ICRAF为具体的地区推荐了树木种类。例如，一种叫做Meliavolkensii的桃花心木的亲属将使东非等地的半干旱地区受益，它能产生一种价值很高的木材。

For japonica rice , the grains of most varieties were short and coarse in length and shape . INFLUENCE OF MELIA AZEDARACH SEED COARSE EXTRACT ON BIOLOGICAL ACTIVITY OF RICE WEEVIL

绝大多数粳稻品种的米粒属短、粗类型。苦楝籽粗提物对玉米象生物活性的影响

Differences in Morphological Characteristics and Seeding Quality of Melia azedarach Seeds from Different Provenances Provenance Variation in Growth , Stem-Form and Wood Density of Masson Pine at 24-Year-Old and the Provenance Division

不同种源苦楝种子形态特征和播种品质差异研究24年生马尾松生长、形质和木材基本密度的种源变异与种源区划

To develop the inartificial ecotypic pesticides , the dissertation focuses on the research of extraction and separation of the active substances in the barks and the fruits of Melia toosendan Sied .

为了探索天然生态农药开发利用，本论文对本地特有的天然植物资源&川楝树的树皮和果实中的有效成分进行了专门的提取和分离研究。

A good clone of big Melia toosendan that has strong cold resistance and fast growth has been selected through multi-site and years ' test . Its volume growth exceeds that of the control by 30.99 % - 194.16 % .

通过对川楝无性系多年多点测试，选出了抗寒性强、生长快的大号川楝优良无性系，其材积生长量超过对照3099%～19416%。