1) malabaricane triterpene
臭椿类三萜
1.
Progress in the study of marine malabaricane triterpenes;
海洋臭椿类三萜(malabaricane triterpenes)的研究进展
2) Ailanthus altissima Swingle
臭椿
1.
Study on Extraction of Effective Components of Ailanthus altissima Swingle with Isolation Technology of Thin-layer Chromatography;
薄层色谱分离技术提取臭椿有效成分的研究
2.
This paper studied the preliminary research of biology characteristics of 8 provenance of the Ailanthus altissima Swingle.
对臭椿的8个种源的种子生物学特性变异进行了初步研究,测定指标包括种子形态、千粒重、净度、含水率、发芽率、发芽势、平均发芽速度和活力指数。
3) Ailanthus altissima
臭椿
1.
Antiviral effect of Ailanthus altissima and Brucea javanica on tobacco mosaic virus;
臭椿和鸦胆子抗烟草花叶病毒作用研究
2.
Determination and discussion of the trace elements in different parts of Ailanthus altissima;
臭椿树不同药用部位元素的测定与分析
3.
Physiological Response of Ailanthus altissima Seedling Under the Osmotic Stress;
臭椿幼苗对渗透胁迫的生理响应
4) Ailanthus altissima (Mill.) Swingle
臭椿
1.
Development of Stamens and Formation of Male Gametophyte of Ailanthus altissima (Mill.) Swingle;
臭椿雄蕊的发育和雄配子体的形成
2.
Ailanthus altissima (Mill.
臭椿Ailanthus altissima(Mill。
5) tree of heaven
臭椿
1.
Selection of good clones of tree of heaven;
臭椿优良无性系选择的研究
2.
This paper introduces briefly the distribution and ecological characteristics of the tree of heaven, probes into the planting techniques and utility values of the tree of heaven, and points out that the tree of heaven should be the first selection of the tree species for Taiyuan City s greening.
简述了臭椿树的分布及生态学特性,就臭椿树的栽培技术和利用价值进行了探讨,并指出臭椿应为太原市绿化中的首选树种。
3.
The paper reviewed the progress on biological control of tree of heaven prospected the strategy in management of the weed in China.
本文对利用天敌昆虫和病原菌控制美国“杂草树”—臭椿为害的可行性进行了报道。
6) Triterpenoids
三萜类
1.
The Content of Triterpenoids in Pleurotus tuber-regium (Fr.) Sing Determined by Colorimetry;
比色法测定菌核侧耳中三萜类成分的含量
2.
The latest papers published on chemical and pharmacological studies on licorice have been reviewed in this paper, in which the new constituents of flavonoids and triterpenoids as well as their structures, physical constants, plant resources are summarized.
本文对近年发表的有关甘草属植物化学和药理学研究文献进行了综述,其中包括了得自本属植物的新的黄酮类、三萜类成分。
3.
The review indicates that the triterpenoids are the main constituents of Alisma orientalis.
对泽泻的萜类化学成分进行了整理,三萜类成分为其主要成分。
补充资料：臭椿
臭椿 Ailanthus altissima；tree of heaven 苦木科臭椿属落叶乔木。又称椿树。因叶基部腺点发散臭味而得名。木材可供建筑、制人造板等；叶可养樗蚕；根皮、茎和种子可供药用；是荒山造林、庭园和工矿区绿化树种。树高达30米。羽状复叶，互生，小叶近基部具少数粗齿，齿端有腺点。雌雄同株或异株。圆锥花序顶生，花小，杂性，白绿色。翅果，扁平，长椭圆形（见图）。在中国，南自广东、广西，向北直到辽宁南部，共跨22个省区均有分布，黄河流域是分布中心。喜光。不耐严寒。对土壤要求不严，但在重粘土和积水区生长不良。对pH值的适宜范围5.5～8.2。对氯气抗性中等，对氟化氢及二氧化硫抗性强。生长快，根系深，萌芽力强。播种育苗一般在春季，但不宜过早，以防晚霜。通常用低床或垅作育苗。栽植造林多在春季。在干旱多风地区也可截干造林。立地条件较好的阴坡或半阴坡也可用直播造林。
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参考词条