基本释义:

穗轴

网络释义

1)Cob,穗轴

2)Rachis,穗轴

3)grape spike-stalk,葡萄穗轴

4)RACHIS NODE,穗轴节

5)RACHIS NODE NUMBER,穗轴节数

6)Rachilla,小穗轴

用法和例句

Study on the Dynamic of Soluble Sugar and Starch in the Silk and Cob of Corn;

玉米花丝和穗轴中可溶性糖、淀粉变化规律的研究

Review on the dynamic of organic nutrition and mineral elements in silk and cob of maize;

玉米穗轴和花丝有机营养与矿质养分变化规律研究综述

The dynamic of nutrition (soluble sugar, starch, amnio acid, protein) and mineral element (nitrogen, phosphorus, potassium, calcium, magnesium, sulfur, iron, manganese, copper, zinc) in the different position (top, middle and base) of silk and cob was studied during the growth, development and senescence of silk.

本文以掖单12(穗型短粗)和掖单19(穗型细长)为材料，在花丝生长发育期间对果穗穗轴的上部、中部和下部及对应部位花丝中的有机营养(可溶性糖、淀粉、氨基酸和蛋白质)以及矿质养分(氮、磷、钾、钙、镁、硫、铁、锰、铜、锌元素)进行了测定。

Effect of Water Deficit on Vascular Bundle System of Rachis in Wheat;

水分亏缺对小麦抽穗期穗轴维管束系统的影响

Relationship between Vascular Bundle System of Rachis and Rachilla and Ear Productivity in Wheat;

小麦穗轴和小穗轴维管束系统及与穗部生产力关系的研究

In this studay, pot experiments were carried out to learn the contribution of different organs to grain weight through the treatments of defoliate, darken ear and darken stem and the microstructure of rachis in different genotype wheat under water stress.

本研究选用不同小麦品种,采用盆栽试验,通过水分胁迫处理以及剪叶、包穗、包茎处理,研究了水分亏缺下不同器官光合产物对籽粒产量的贡献以及穗轴显微结构的变化,测定了水分亏缺下小麦不同生育期叶片保护酶活性、蔗糖磷酸合成酶(SPS)的活性以及光合特性等生理指标。

The extraction of resveratrol and proanthocyanidins from grape spike-stalk was studied by the orthogonal design.

利用正交实验对葡萄穗轴中白藜芦醇、原花色素的提取条件,即乙醇浓度、固液比、提取时间、提取温度进行了优化。

The waste residue of grape spike-stalk was developed as a novel resource to extract resveratrol.

作者开发了以新的原料葡萄穗轴废渣提取白藜芦醇的工艺。

The extraction of resveratrol from waste residue of grape spike-stalk was investigated.

对从葡萄穗轴废渣中提取白藜芦醇的工艺进行了研究。

Relationship between Vascular Bundle System of Rachis and Rachilla and Ear Productivity in Wheat;

小麦穗轴和小穗轴维管束系统及与穗部生产力关系的研究

Study on the constructure of vascular network of a rachilla in rice ( Oryza sativa L.);

水稻小穗轴维管系统网络结构探讨

Ultra-Structural Changes of the Vascular Bundles and CaM Immuno-Gold Localization at Phloem Cells among Different Positional Rachillae within a Rice Panicle

水稻不同粒位小穗轴的超微结构差异及其CaM活性的细胞化

Relationship between Vascular Bundle System of Rachis and Rachilla and Ear Productivity in Wheat

小麦穗轴和小穗轴维管束系统及与穗部生产力关系的研究

Inheritance of Resistance to Furasium Moniliforme Kernel and Cob Rot in Maize

玉米穗粒腐病穗轴及籽粒抗性遗传研究

maize in sheaves cobs or threshed

玉米束、玉米穗轴或脱粒玉米

The different position of silk and cob have the same trend.

不同部位花丝和穗轴的不同部位变化趋势一致。

The trend in different position of cob was accord with the silk.

不同部位的穗轴和花丝中变化趋势一致。

The result was showed that the model of kernel∶ cob as 3∶10 was the best.

结果表明,采用籽粒∶穗轴为3∶10的培养方式较好。

STRUCTURE OF RACHILLAE AND ITS CHANGES OURING FLOWER OPENING AND CLOSURE IN RICE

水稻小穗轴的结构及其在开闭颖过程中的变化

Study on the purification of Purple Pigment from Maize Ear Axle by resin

玉米穗轴紫色素的吸附和解析特性研究

Study on Enzymatic Extraction of Proanthocyanidins and Resveratrol from Grape Spike-stalk

酶法提取葡萄穗轴中原花色素、白藜芦醇的研究

Study on the Dynamic of Soluble Sugar and Starch in the Silk and Cob of Corn

玉米花丝和穗轴中可溶性糖、淀粉变化规律的研究

Review on the dynamic of organic nutrition and mineral elements in silk and cob of maize

玉米穗轴和花丝有机营养与矿质养分变化规律研究综述

Study on the Dynamic of the Organic Nutrition and the Mineral Elements in the Silk and Cob of Summer Maize(Zea Mays L.)

夏玉米花丝和穗轴有机营养和矿质养分变化规律的研究

139 were more than that of No. 1,the overall husk areas were larger than that of No. 1. (4) The female cob of No.

(4)139号雌穗轴比1号粗而长,且139号籽粒比1号的大而饱满。

Ultra-Structural Changes of the Vascular Bundles and CaM Immuno-Gold Localization at Phloem Cells among Different Positional Rachillae within a Rice Panicle

水稻不同粒位小穗轴的超微结构差异及其CaM活性的细胞化

1 .In the end, we analysed the abnormal development causes of the husk and cob from the organic nutrition transportation respect.

就上述结果从物质运输方面分析了139号苞叶与穗轴发育失调的原因。

A low-growing, weedy grass(Paspalum distichum) with spikelets arranged in two rows along the rachis.

两耳草一种小穗沿叶轴排成两行的低矮蔓生草（两耳草雀稗属）

Anatomical Study on the Cause of the Abnormal Grape Spike-stem and Spike-stalk Treated with the Mixture of GA_3 and 6-BA

GA_3与6-BA混合处理下葡萄果穗柄和轴致畸原因的解剖学研究

Spadix rachis flat, margin with bract-like appendages; flowers small, monoecious, in 2 series on rachis, apetalous.

肉穗花序轴扁平，边缘有苞片状附属物；花小，单性，雌雄同株，呈2列排列于花序轴上，无花被。