Arenaria的例句大全

Compounds and 5 are the major anti-tumor compositions of S. arenaria.

本文首次阐述了化合物5对上述肿瘤细胞的抑制活性.

Compounds 1, 2,4 and 5 are the major anti-tumor compositions of S arenaria.

本文首次阐述了化合物1,2, 4,5对上述肿瘤细胞的抑制活性.

Infrared Spectrum and Gas Chromatography Analysis of the Polysaccharides Separation from Arenaria kansuensis Maxim

雪灵芝多糖的分离以及红外光谱和气相色谱分析

Evaluation of Assessment Methods to Rapidly Identify Resistance to Meloidogyne Arenaria in Greenhouse Screening of Peanut

花生对根结线虫病抗性温室快速鉴定方法

Successful development of SCAR-based PCR assays that can sensitively diagnose a single nematode of M. incognita, M. javanica and M. arenaria is reported for the first time.

本研究的创新点在于国内外首次研制成功了灵敏度达单条线虫的用于南方、爪哇和花生根结线虫检测和鉴定的特异性PCR引物和方法。

The population dynamics of Meloidogyne arenaria infecting peanut

花生根结线虫侵染花生的群体动态

Study on the bottom sowing culture for May arenaria

砂海螂底播增养殖的研究

The results indicated that: Root total biomass of Artemisa arenaria was changed in different sand land types. The root biomass order is moving sands land ( 122.43 g)> fencing sands land ( 106.35 g)> semi-fixed sands land ( 90.15 g).

结果表明，沙蒿根系总生物量在不同类型沙地上有所变化，其排序为流动沙地（122.43g）>封育沙地（106.35g）>半固定沙地（90.15g）；

About 1.1 kb for 3 M. arenaria populations;

3个花生根结线虫种群的扩增产物约为1.1kb；

Samples were Meloidogyne arenaria race 2, accounting for 17.95%.

7份为花生根结线虫2号小种，占1795%。

The results showed that on mobile sand, Hedysarum scoparium had the widest niche breadth, followed by Artemisia arenaria.

结果表明：在流动沙地上花棒的生态位宽度最大，其次是沙蒿；

Cd and Pb Tolerance of Rhizosphere Bacteria of Arenaria orbiculata in Lead-zinc Mine Area Isolated by Different Media

不同培养基分离的铅锌矿区圆叶无心菜根际细菌镉铅耐性研究

Arenaria, race 2, developes well on soybean "Custer" at 25.7 ( SD 1,3)℃ in greenhouse. It takes about 33-44 days to complete one life cycle.

花生根结线虫2号小种在25.7（SD1.3）℃温室内大豆品种Custer上能良好发育，完成一个生活周期需要33&34天；

EFFECT OF OXAMYL ON THk DEVELOPMENT OF THE NEMATODE, Meloidogyne arenaria

万强对花生根结线虫发育的影响及防治效果

Chemical constituents from a tibetan medicine Arenaria kansuensis ⅰ

藏药甘肃蚤缀的化学成分研究Ⅰ

Studies on pathogenicity of Meloidogyne arenaria Chitwood on Peanut

花生根结线虫对花生的致病性研究

By the method of whole digging sampling, the ecological characteristics of roots of Artemisa arenaria were studied in different types sands land in arid desert area.

用全挖取样法研究了干旱荒漠区不同类型沙地上沙蒿种群的根系生态特征。

10 entries of tobacco germplasm were evaluated for resistance to M. arenaria race 2 in field experiments.

经田间试验测定10份烟草种质资源对花生根结线虫2号小种的抗病性，CF954对花生根结线虫2号小种表现中抗。

In the range of 0~ 40 cm soil layer, in different type sands land 75% roots biomass of Artemisa arenaria were existed.

从根系分布深度看，在不同类型沙地上，沙蒿根系生物量集中分布在0~40cm土层中，占75%以上；

Optimization of Extraction Technology of Total Saponins from Arenaria kansuensis Maxim by Mathematical Model

雪灵芝总皂甙提取工艺及其数学模型研究