Ligustrum相关论文
Studies on anti-stroke chemical constituents and quality control methodof Ligusticum sinense Oliv.cv
Objective: To study the chemical constituents of Lgusticum sinense Oliv.cv.Chaxiong.Methods: The chemical constituents w......
女贞树(Ligustrum lucidum Ait)是白蜡虫的优良寄主之一。近年来,白蜡生产迅速发展,寄主资源远远不能满足生产的需要,但在白蜡生......
虫白蜡,又名白蜡,川蜡,中国蜡,是雄性白蜡虫寄生在女贞树(Ligustrum lucidum Ait)或白蜡树(Fraxinus chinensis Roxb)上的分泌物,......
Themethods of vegetation ecology were used to analyze the community structure of Hefei Ring Park, andspecies composition......
研究盐分胁迫下植物根系的分布及生长特性对沿海防护林树种的筛选具有重要意义。以8年生女贞(Ligustrum lucidum)、洋白蜡(Fraxinu......
Rooftop gardening or green roof establishment, one of the methods of afforestation for urban greening, has many benefits......
目的 观察泰脂安对高胆固醇血症兔血脂和主动脉内膜中巨噬细胞的影响,以探讨泰脂安在调脂和抗动脉粥样硬化中的作用.方法 给16只新......
几年来我院应用冬青(Ligustrum sinense Lour.)玉米朊制剂治疗烧伤、烫伤,证明具有疗效好、副作用少、药源广、制作简单等优点。......
中药同名导物、同物异名的情况较普遍,如不注意,不但使药物功效张冠李戴,造成混乱,而且直接影响临床疗效。女贞与冬青的混淆,较为......
阜阳市局 ￡4a 局长——_MINtkMMtgj’＃lnH＄B——q.M——D收束志不他只邀狲位J则【科校为先导推动地租工作.B为广为戳民U用凶盼引眯B.......
我室在寻找降糖药物过程中,从中草药女贞(Ligustrum Iucidum A:f)植物的果实(女贞子)中,提取出一种无色棱形晶状体(暂命名为女贞......
星绒天蛾Dolbina tancrei Staudinger是为害白蜡虫寄主树——白蜡树FraxinusChinensis Roxb.和女贞树Ligustrum lucidum Sit.的害......
目的:明确目前苦丁茶商品的原植物,为苦丁茶资源开发和质量控制提供依据。方法:系统整理关于苦丁茶原植物的记载;收集全国苦丁茶主......
[Objective] To compare the chemical components of volatile oil from small leaves Ku-Ding-Cha which belonged to the famil......
- Five new monoterpenoid glycosides named ligurobustosides E (1), F (2), I (3), J (4) and K (5) were isolated from the l......
This study aimed to trace sources and quantitatively analyze the specnuezhenide content of circular Fructus Ligustri Luc......
AIM: To investigate the anti-obesity and antibacterial effects of Ligustrum robustum(L. robustum) in vivoand in vitro an......
叶气孔的开闭,关系到植物同外界进行气体交换,对光合作用、呼吸作用和蒸腾作用均有很大影响。本研究系用木本植物女贞(Ligustrum l......
大叶女贞(Ligustrum lucidum)是木犀科的常绿小乔木,树高8-10米,胸径达25-30厘米米,叶片卵形或卵状披针形,革质.7月份在小枝先端......
金叶女贞(Ligustrum vicaryi)为木樨科女贞属优良的色叶树种,是由卵叶女贞的变种金边女贞(L.ovalifolium var.aureomarginatum)与......
Light Regulation to Chlorophyll Synthesis and Plastid Development of the Chlorophyll-Less Golden-Lea
Ligustrum vicaryi L.is a hybrid of Ligustrum ovalifolium Hassk.var.aureo-marginatum and Ligustrum vulgale L.,and display......
随着野生天然保健品的兴起,一种频临灭绝的珍稀植物茶——苦丁茶,日益成为人们青睐的保健饮料。近几年来,消费量日趋增大,出口内......
茶、咖啡、可可为当前世界上的三大饮料。除此而外,有关学者及消费者通常把不含酒精而具有特殊药理作用和饮用价值的以植物为原料......
苦丁茶是一种在民间被广泛饮用的植物药茶,在我国已有2000年的饮用历史。进入20世纪,苦丁茶只在我国南方少数村落的房前屋后被保......
The random amplified polymorphic DNA marker (RAPD) was applied to detect the genetic relationships and diversity among 2......
余庆小叶苦丁茶,属木犀科粗壮女贞(Ligustrum robustum),与云南、四川、浙江、广西、广东、海南等地苦丁茶是完全不同的品种。木犀......
[Objective] To compare the cold-resistance capabilities of four Ligustrum cultivars. [Method] Based on semilethal low te......
In this study,we choose the street green space in Bayi District,Mainling Town of Mainling County and Zhamu Town of Bomê......
To analyze the basic conditions of constant colored-leaved tree species in Tibet, this study applied the “biological fi......
Testing four proposed barcoding markers for the identification of species within Ligustrum L.(Oleace
DNA barcoding is a biological technique that uses short and standardized genes or DNA regions to facilitate species iden......
缨鞘钩瓣叶蜂（Macrophya pilotheca）在浙江丽水危害小蜡（Ligustrum sinense）和金叶女贞（L.vicaryi）,1 a发生1代,幼虫6龄,以老熟幼虫在土......
目的:对川滇腊树叶子的化学成分进行研究.方法:溶剂提取,用色谱法分离,用MS,IR,UV,NMR鉴定结构.结果与结论:分离鉴定了4个化合物,......
研究了河南女贞属野生植物及栽培植物9种2变种。根据其资源价值的不同，分为园林观赏物种、中草药、蜜粉源等，并在合理利用与保护女贞......
报道了山西树木种类的一新记录——蜡子树（Ligustrum molliculum），标本采自山西夏县泗交镇没底沟，分别保存于山西农业大学林学院标本室......
女贞(Ligustrum lueidum Ait.),别名又称大叶女贞,为我市城市绿化常用作绿篱的常绿大灌木。近年来,由于女贞叶蜂的危害,常造成片叶......
山西品粉蚧（Peliococcus shanxiensisWu）,是一种严重危害小叶女贞（Ligustrum quihouicarr）和金叶女贞（Ligustrum vi-caryi）的新害虫,在陕......
笔者在近期工作中发现果种类中药有掺假现象，现参考有关文献，介绍其简易识别方法如下。1女贞子中混有小蜡女贞子为木犀科植物女贞Lig......
AIM: To investigate the anti-obesity and antibacterial effects of Ligustrum robustum(L. robustum) in vivoand in vitro an......
女贞子是木犀科植物女贞Ligustrum lucidumAit．的果实。在我国资源丰富，华东、华南、西南及华中各地均产。具有滋补肝肾、明目乌发之......
