玉米根

一种叫玉米根虫的害虫每年会让粮食减产10%。

Each year ten percent of the crop is lost to a pest called corn rootworm .

稀土对玉米根际土壤P形态分布及生物有效性的影响

Effect of Rare Earth Elements on the Distribution of P forms in the Rhizosphere Soil and P Uptake by Maize Plant

玉米根ABA结合蛋白的亚细胞定位及动力学性质

Subcellular localization and kinetic characterization of ABA binding proteins in maize root

PEG处理玉米根细胞使ABA含量上升了3倍；

In maize root cells , PEG treatment make the ABA content increase by 3 times ;

玉米根际联合固氮菌Klebsiellaplanticola19-1固氮特性的研究

Characterization of nitrogen fixation in maize root associated Klebsiella planticola 19 1

用gfp基因标记法研究金龟子绿僵菌在玉米根际的定殖动态

Colonization of Metarhizium anisopliae in Corn Rhizosphere as Studied with gfp Marker Gene

玉米根微粒体ABA结合蛋白的性质及逆境胁迫的影响

Characteristics of ABA Binding Protein in Microsome of Maize Roots and Effects of Environment Stresses on Its Activity

小麦、玉米根际磷转化及VA菌根对其影响研究

The Transformation of Phosphorus in the Rhizosphere of Crops and Effect of VA to Phosphorus Transformation

NaCl胁迫对玉米根质膜H~+分泌和氧化还原系统的影响

Effect of NaCl stress on the H ~ + - extrusion and redox system of the plasma membrane of corn roots

利用GFP和抗性双类型标记监测联合固氮菌在玉米根际的定殖

Use of GFP and antibiotic resistance as selective markers to monitor colonization of associated nitrogen-fixing bacteria in Maize Rhizosphere

缺铁玉米根cDNA文库的构建及蛋白和cDNA差异比较

Construction of cDNA Library from Iron | deficiency Induced Maize Roots and Comparing the Difference of Protein and cDNA between Iron | deficient and Iron | sufficient Condition

Zn和ABT的应用改善了玉米根际微生态环境，为有效利用土壤和肥料磷打下基础。

Application of Zn and ABT could improve maize rhizosphere microecology , and found for effective utilization of phosphorus from soil and fertilizer .

玉米根际细菌中PGPR的筛选及初步鉴定

Screening of PGPR Strains Isolated From the Rhizosphere of Maize

fdr（Fe-deficiency-related）是从缺铁诱导的玉米根cDNA文库中筛选得到的cDNA克隆，其全长为3.3kb。

Fdr ( Fe-deficiency-related ) is one of the differential screened clones from cDNA expression library of Fe-deficient-induced maize root .

结果看到玉米根端线粒体ATP酶在8～32℃范围内活化能在15.5℃处出现了一个折点。

It was observed that from 8 ° to 32 ℃, the activation energy of ATPase in mitochondria in the corn root apex had a break at 15.5 ℃ .

研究发现，玉米根中的生长素（IAA）在近根尖部位（0&10cm）含量最高，沿根尖至根基部方向降低。

It was found that IAA concentration was higher in the root sections close to root apex ( 0-10 cm ), and decreased towards the root base .

除红壤小麦和黄褐土玉米根际与非根际土壤CEC差异不显著外，其他处理差异达到显著；

Except wheat rhizosphere of red soil and corn rhizosphere of yellow cinnamon , all the difference of rhizosphere soil 's CEC was obvious ;

结果如下：1.建立了适合提取玉米根和叶的总RNA的体系，并反转录成双链cDNA，完整性较好。

The results were as follow . 1 . Establishing the isolation technology system adaptable for total RNA in roots and leaves , and reverse transcription into double-stranded cDNA . Its integrality was fine . 2 .

增加外源钙的浓度，在一定程度上缓解了H~+和NH4~+-N对玉米根发育的抑制作用；

Increase of Ca ~ ( 2 + ) in outer medium could alleviate to some extent the inhibitory effects of low pH and NH_4 ~ + - N on the development of maize roots .

根据土壤有机碳δ13C变化计算，玉米根际碳沉积对土壤有机碳的贡献为4%～25%，随玉米生长时间的延长，玉米根际碳沉积对土壤有机碳的贡献增大。

Based on the changes in δ 13C , the contribution of rhizodeposition to SOC was calculated to be from 4 % to 25 % , increased with the maize growing time .

玉米根围土壤中腐霉菌的分离鉴定及核糖体DNA-ITS序列分析

Isolation , identification , and sequence analysis of rDNA-ITS of Pythium species sampled from rhizosphere soil of corn

错开双圆盘开沟器用于玉米根茬地的试验研究

Study on the Stagger Double-disk Opener for the Corn Root Field

施氮量对玉米根区土壤微生物区系的影响

Effects of Nitrogen Application on Maize Root in Soil Microbial Flora

我国北方地区玉米根寄生线虫的种类鉴定研究

Species of The Nematodes Associated with The Corn Roots From Northern China

玉米根际与非根际土壤中4种原生动物分布特征

Distribution of Four Protozoan Genera in Rhizosphere and Non-rhizosphere Soil of Corn

玉米根细胞质膜硝酸还原酶的研究

Studies on nitrate reductase in plasma membrane of maize roots

两相分配法制备玉米根质膜及其纯度鉴定

Identification of Plasma Membrane of Maize Roots Prepared by Two phase Partition

切挖处理播种带玉米根茬研究

Study on the Mechanism of Cutting and Digging Corn Rootstalk

玉米根际土壤中不同重金属的形态变化

Changes in fractions of heavy metals in maize rhizosphere soil

不同磷源在玉米根际的形态转化及有效性研究

Study on transformation and availability of different P in rhizosphere of Maize