1)Chinese gallnut aphid五倍子蚜
1.In this study,the 660 bp DNA sequences of the mitochondrial cytochrome C oxidase I gene(COI) from 19 individuals of ten Chinese gallnut aphid species were obtained using PCR method.五倍子蚜特指寄生在漆树科盐肤木属几种植物上形成五倍子虫瘿的一类蚜虫。
英文短句/例句
1.Phylogenetic Study of Chinese Gall Aphids (Homoptera: Aphididae);五倍子蚜虫(Homoptera: Aphididae)的系统发育研究
2.Production of gallnut is not simple to plant, but an ecological works of breeding gallnuts, which is complex.五倍子生产不是一个简单的种植业,而是一个以繁衍五倍子蚜虫为核心的系统生态工程。
3.Molecular Phylogeny and Coevolution of Chinese Gallnut Aphid and Its Host-plant Inferred from DNA Sequences五倍子蚜与寄主植物DNA序列系统发育关系及其协同进化
4.Population Genetic Polymorphism of Chinese Sumac Aphid Schlechtendalia Chinensis Based on ISSR Markers;基于ISSR分子标记的角倍蚜种群遗传多态性
5.A Study on the New Overwintering Hosts (2 Species of Mosses) for Chinese Gallnut Aphids湖南枣铁倍蚜和蛋铁倍蚜两种新冬寄主藓研究
6.This box is five times smaller than that one.这个盒子比那个盒子小五倍。
7.The sales of industrial electronic products have multiplied six times.工业电子产品销售额增加了五倍。
8.Guizhou Chinese Gallnut Development Co., Ltd.贵州五倍子发展有限公司
9.Pharamacokinetics Study of Compounds Chinese Gallnut;复方五倍子抗菌剂的药代动力学研究
10.Development Prospect and Countermeasure on Resources of Polygonatum Acuminatifolium in Zhushan County;竹山县五倍子资源的开发前景与对策
11.Development Potential and Countermeasures for Industrilization Development of Chinese Gallnut from Wufeng County五峰县五倍子发展潜力与产业化发展对策
12.Extraction Technology of Effective Ingredients in Galla chinesis and Terminalia chebula中草药五倍子、诃子有效成分提取工艺的研究
13.The spatial patterns of fundatrices of kaburagia rhusicola Takagi were studied.本文分析了肚倍蚜干母的空间分布型。
14.Genetic Diversity among Schlechtendalia chinensis Individuals Revealed by Cyt b Sequences角倍蚜mtDNA Cyt b基因遗传多样性分析
15.The Principles and Practices of the Agro-forestry Management onProduction of Chinese Gallnut营建五倍子复合生态系统的理论与实践
16.The inhibition of Chinese gallnut on bacteria in plaque biofilms五倍子对菌斑生物膜内细菌的抑制作用
17.The Preliminary Study of the Aqueous Extract of Chinese Gallnut for Root Canal Disinfection五倍子水提取物用于根管消毒的初步实验研究
18.The effects of Chinese gallnut on the vitality of oral plaque biofilms in vitro五倍子对口内菌斑生物膜活性影响的体外研究
相关短句/例句
Chinese gall aphids五倍子蚜虫
1.Ten operational taxonomic units from five genera of Chinese gall aphids were studied by means of numerical taxonomy.以来自五倍子蚜虫5个属的10个分类单元为材料,选取有翅孤雌蚜头部、胸部、腹部和附肢的直接测量特征23个,比例特征23个,性状转换为数值的特征16个共62个特征进行数值分析。
3)Gallnut[英]['g?:ln?t][美]['g?l,n?t]五倍子
1.Determination of tannic acid in gallnut by Br_2 oxidation;溴氧化法测定五倍子中单宁的研究
2.Research on Conditions of Tannase Production from Aspergillus Niger B0201 Under Solid-state Fermentation Using Gallnut黑曲霉B0201利用五倍子固体发酵产单宁酶的条件研究
3.Optimization of conditions of tannase production with Gallnut by unsterile fermentation using response surface methodology响应曲面法优化五倍子生料发酵产单宁酶的条件
4)Chinese gallnut五倍子
1.The inhibition of Chinese gallnut on bacteria in plaque biofilms;五倍子对菌斑生物膜内细菌的抑制作用
2.The effects of Chinese gallnut on the vitality of oral plaque biofilms in vitro;五倍子对口内菌斑生物膜活性影响的体外研究
3.To study the optimal process of the extraction of tannic acid from Chinese gallnut.从五倍子中提取单宁酸,通过正交实验优化筛选出最佳工艺。
5)Galla chinensis五倍子
1.Studies on Quality Standards of Galla Chinensis for Fufang Puhuang Changkang Capsules;复方蒲黄肠康胶囊中五倍子的质量标准研究
2.ESR Study on the DPPH Free Radicals Scavenging Effect of Polyphenols from Galla Chinensis;五倍子中多酚类物质对DPPH自由基清除作用的电子自旋共振研究
3.Comparative study on the inhibitory effect of Galla Chinensis、 bletille striata reichb.f and gentianaceae decoction against streptococcus mutans.;五倍子、白芨、龙胆草对变形链球菌影响的研究
6)chinese nutgall五倍子
1.Effect of chinese nutgall extract on biological activity of human periodontal ligament fibroblasts inhibited by Porphyromonas gingivalis membrane extracellular vesicles;五倍子水提取物对牙龈卟啉菌膜泡抑制牙周膜成纤维细胞生物活性的影响
2.Influence of Chinese nutgall extracts on the damage effect of lipopolysaccharide on the ultrastructure of human dental pulp cells;五倍子水提取物对内毒素损伤人牙髓细胞超微结构的影响
3.Effect of Chinese nutgall on experimental root caries demineralization;五倍子提取液对实验性根面龋再脱矿作用的影响
延伸阅读
五倍子蚜虫寄主苔藓五倍子蚜虫寄主苔藓gall aphid parasitix bryophyte wubeiziyoehongJlzhu taixian五倍子蚜虫寄主苔鲜(娜lanhidp~itixbry0Phyte)形成五倍子的蚜虫冬季寄生的寄主植物。五倍子是倍蚜虫类夏季寄生于盐肤木属(Rhus)植物叶上所形成的虫瘦之总称。据报道至今已知能形成五倍子的蚜虫有14种。这些蚜虫春夏季分别寄生在盐肤木(Rho chi~is)、青鼓杨(五产i璐Pota瓜-nii)及红鼓杨(Rhusp“n]“beois)3种树叶上,是为五倍蚜虫的夏季寄主。而这类蚜虫冬季则寄生在苔鲜植物上,至今已知可作五倍蚜虫冬寄主的苔鲜有37种,分属于7个科,即提灯鲜科(M垃aceae)、青醉科(Bracl ly任leciaceae)、灰鲜科(场pnaCeae)、绢鲜科(Entod切ltaceae)、羽鲜科(rnluidiaceae)、风尾鲜科(Fissidelll日Ceae)及蔓鲜科(Meteoriaceae)。但不是每种蚜虫均可寄生于这几十种苔鲜上,而是不同种之蚜虫各要求一定的冬寄主鲜类,这一专性寄生十分明显,如产量最高的角倍蚜C从五Z七JI犯翔五z八。chi~司至今已知的H种冬一寄主均为提灯醉科植物,其最佳冬寄主为侧枝甸灯鲜(2丫。乡门m瓜-uJn~艺加戒毓i)及湿地甸灯鲜(尸.ac“l“刀卫,参见彩图插页第58页)。而蛋铁倍蚜(Kab“ro召2口撇若以动已知的8种冬季主均为青鲜科植物(BrachytlleCiaceae)。而红小枣铁蚜(Me众毋呷人iselo和g记l动已知的5种冬寄主均为羽鲜属(跳uidiun:)植物(参见彩图插页第58页),从而估计同科的其他种鲜类可用作同种蚜虫冬寄主之替代种。 中国为五倍子的主产区,而今产量远不能满足国内及出口之需,故五倍子的人工繁殖及促进增产已成当务之急。五倍子的生产,必须有五倍蚜虫及其冬夏寄主三者并存,且配合适当,方可产结五倍子,此三要素中,盐肤木类分布广,适应性强,易成活。多种倍蚜虫的生活史已初步掌握,有充分时间将留种蚜虫运送到全国各地;而蚜虫的冬寄主—有关鲜类的是否存在,生长是否良好,则成为人工繁殖五倍子以及是否能促进增产的关键所在。为此有必要对全国五倍子蚜虫冬寄主苔鲜进行普遍调查、研究及试验,从中选出各种蚜虫的最佳冬寄主醉类,并加以人工繁殖,使蚜虫得以在其上过冬增殖,以达来年五倍子增产之目的。(黎兴江)
