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根瘤

na.nodule; 【植】root nodule
网络root tubercle; Tubercle; Nodules

根瘤

英-汉网络释义

根瘤

root nodule

医学英语 ... Root nodule bacteria 根瘤菌 Root nodule 根瘤 Root， tooth 齿根 ...

root tubercle

生物学词汇英语翻译(Q-Z) ... root tip 根头 root tubercle 根瘤 root vegetables 根菜 ...

Tubercle

丝锁气压计_馆档网 ... "束管冷却器"," Tube cooler" "根瘤"," Tubercle" "丛薄"," Tuft" ...

Nodules

一、菌根(Mycorrhiza)和根瘤(Nodules) 二、植物的微生物病害--植物病原体三、植物的真菌病害第三节微生物与动物的相互作 …

nodulation

...有通常所需的细菌的存在下，已经成功触发豆科植物形成根瘤（nodulation）——一种关键的固定氮过程。

phylloxera

不过19世纪遭受牙根瘤(phylloxera)感染后，这里变为了勃艮第地区议会院，现如今这里又重变回庄园的中心。酒庄的酿造厂建 …

Nodle

...植物供应真菌养份，真菌协助植物吸收水份和无机盐类根瘤（ Nodle ）　　固氮细菌与植物共生，在根上形成的瘤状构造吸器（ …

例句：

These strains were used for further study for influence of nitrogen levels on their nodulation and nitrogen fixation efficiency.

研究了接种根瘤菌时，氮肥水平对大豆结瘤固氮和产量影响的小区试验。

Rhizobia are able to induce the organogenesis of root nodules on leguminous plants and reduce atmospheric nitrogen into ammonia.

根瘤菌与豆科植物共生固氮而在农业和生态环境中具有重要作用。

However , bacteria fix the gas only when their population is high enough to trigger the quorum -sensing machinery .

然而，只有在细菌（根瘤菌）达到一定数量时引发群体感应机制才能进行固氮。

Nodules are not found on all species of legumes , nor are all species of Rhizobium capable of making nodules on leguminous plants .

不是所有的豆类植物中都能找到根瘤，也不是所有的根瘤菌都能在豆类植物中形成根瘤。

The bodega: The beginning of the winery was started in 1910 after phylloxera was eradicated from the region .

酒窖简介：该酒厂始建于根瘤蚜从该地区根除的 1910 年。

The taxonomic systems of Rhizobia can be divided into early Rhizobium taxonomic system and latter-day Rhizobium taxonomic system .

根瘤菌的分类系统可分为早期根瘤菌的分类系统和现代根瘤菌的分类系统两个阶段。

The nodules of these plants were irregular in shape , most of them were white and brown in colour, with thick cortices .

这些植物所结根瘤在外形上多数不规则，以皮层厚和白色、棕色者居多，与非干旱区的根瘤形态显著不同。

On all but the most favorable soils, Delaware should be grafted on a phylloxera-resistant rootstock to ensure vigorous growth .

州，特拉华州应在嫁接根瘤蚜抗砧木，以确保强劲的增长。

Moreover , the ability to develop a symbiotic relationship resulting in nitrogen fixation varies markedly among strains of Rhizobium .

而且，不同的根瘤菌中这种共生关系和固氮能力明显不同。

Early study object of the biological nitrogen fixation bacterium is the Rhizobium which related to the nitrogen fixation of the Leguminosae .

其中研究的较早的生物固氮菌是与豆科植物共生固氮的根瘤菌。

Laboratory cultures of the rhizobia can fix ? ? only under special cultural conditions .

实验室培养的根瘤菌只有在特殊培养条件下才能固氮。

Examples of symbiotic organisms include Rhizobium, Frankia, and mycorrhizae .

共生微生物包括根瘤菌、弗兰克氏菌及菌根真菌。

Bacteria in the nodules of leguminous plants' roots convert soil nitrogen into ammonia , the feedstock of nitrogen fertiliser.

豆科植物根部根瘤细菌将土壤里的氮素转化为氨，也就是存储的氮肥。

Within the nodules the bacteria convert free nitrogen to nitrates , which the host plant uses for its development .

根瘤内的固氮菌将游离氮转化为硝酸盐，被宿主植物在发育中利用。

The growth enhancement of intercropped fababean and wheat has been studied via pot experiment with root barriers and rhizobia inoculation .

本文通过在不同根系分隔方式中对间作蚕豆接种不同根瘤菌株的盆栽试验，研究了间作蚕豆和小麦生长状况。

Nitrogen concentration in leaf blades was consistently higher than those in leaf petioles , stems and roots.

叶片内之氮浓度显著高于叶柄、茎及根部，而与根瘤相近；

根瘤

根瘤