穗轴
- Cob;spike-stalk;axle of the ear
![穗轴](../cache/1180590.jpg)
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[axle of the ear] 一些作物果实中间附生籽粒的轴,如玉米
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超声波法从葡萄穗轴废渣中提取白藜芦醇
Ultrasonic extraction of resveratrol from waste residue of grape spike-stalk
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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 .
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说明顶部穗轴ABA含量的高低与玉米秃尖长度存在密切关系。
It indicates that there is a close relationship between the content of ABA and barren ear tip of maize .
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这项研究发现,WiFi辐射会抑制玉米穗轴的生长。
The study also found that Wi-Fi radiation could inhibit the growth of corn cobs .
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用XPS测定结合分峰拟合分析,研究稻草茎部、叶鞘、穗轴等部位皮层中硅化物的组成。
The silicide components in cuticle of rice straw stem , leaf sheath and rice shaft were studied by means of XPS-peak-differentation-imitating analysis .
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水稻不同粒位小穗轴的超微结构差异及其CaM活性的细胞化在下垂的大穗里结有黄色谷粒的粟。
Ultra-Structural Changes of the Vascular Bundles and CaM Immuno-Gold Localization at Phloem Cells among Different Positional Rachillae within a Rice Panicle millet having yellow grains in large drooping spikes .
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葡萄各部位SO2含量存在差异,从高到低依次为果梗、穗轴、果皮、果刷、果肉。
The residue of SO 2 in different parts of grape varied from high to low as such sequence : capstem , axis , peel , brush and flesh .
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分枝穗(branchedspike)通过主穗轴节上形成支穗轴着生更多小穗,从而增加了小穗的数目和穗粒数。
Branches spike through ears branched formed on the main spike node quarter main spikelet bears the team more spikelet , thus increasing the number and spikelet number of grains per ear .
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SP3穗轴长度比对照增加30%,各节间长度比对照缩短了67%~15%。
The length of ear axis for mutant increased 36 % and the length of internode reduced 67 % ~ 15 % .
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结果表明,花后同化的14C在标记后24h约78%已储存在茎鞘和穗轴中,11%已转运至籽粒,11%还滞留在叶片中;
The results showed that about 78 % of ~ ( 14 ) C-assimilates was stored in the stem and sheath after 24 hours , 11 % was transported into the kernels , and about 11 % remained in leaves .
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结果表明,小麦叶片和颖壳+穗轴游离氨基酸含量均在开花后持续增加,至花后14d达到最大值,之后开始下降。
The results showed that the free amino acid content of leaf , ear axis and husks all increased continuously after anthesis and reached the maximum value after anthesis 14 days , then began to declined .
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成熟时叶片的14C几乎都外运了,茎鞘和穗轴中还有大约65%的14C,籽粒中的14C分配率占30%~35%。
At maturity , 14C-reserves in the leaves were exported almost entirely , but in the stems , sheaths and rachises , about 65 % 14C-reserves remained , and about 30 % - 35 % was imported into the kernels .
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小麦穗轴维管组织的观察研究
Observation on the growth of the vascular system in wheat rachises
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小麦品种抗赤霉病穗轴病理解剖的研究
Pathological anatomy of rachis in Wheat Varieties with resistance against scab
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水分亏缺对小麦抽穗期穗轴维管束系统的影响
Effect of Water Deficit on Vascular Bundle System of Rachis in Wheat
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葡萄穗轴褐枯病初步研究
Preliminary Study on Spike - stalk Brown Spot of Grape
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不同部位花丝和穗轴的不同部位变化趋势一致。
The different position of silk and cob have the same trend .
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小麦穗轴节发育及其与穗部性状的遗传关系
Relationships Between Spike Structure and Rachis Node Developmental Characters
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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
Relationship between Vascular Bundle System of Rachis and Rachilla and Ear Productivity in Wheat
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帕特一直抽玉米穗轴烟斗。
Pat always smoked a corncob pipe .
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主要为害葡萄果穗幼嫩的穗轴组织。
It mainly damaged young and tender spike ~ stalk tissue of grape fruit spike .
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受感染的玉米叶子起皱、根本没有玉米穗轴,而且通常生长迟滞。
Infected maize crops have wrinkled leaves , no cobs at all and generally stunted growth .
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玉米花丝和穗轴中可溶性糖、淀粉变化规律的研究
Study on the Dynamic of Soluble Sugar and Starch in the Silk and Cob of Corn
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玉米穗轴和花丝有机营养与矿质养分变化规律研究综述
Review on the dynamic of organic nutrition and mineral elements in silk and cob of maize
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表明水分亏缺显著改变了小麦穗轴维管束系统的显微解剖结构。
It showed that the vascular bundle system of rachis in wheat changed apparently under water deficit .
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辽宁省葡萄上发生一种新病害&葡萄穗轴褐枯病
A new disease & Alternaria brown rot ( Alternaria viticola Brun . ) of Grapevine in Liaoning Province
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车前草穗枯病主要为害穗部,也为害穗轴和叶片。
Ear s , ear stems , and leaves were the parts easily infected with plantain head blight .
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花椒枯穗病是新发现的一种病害,引起叶片枯斑和穗轴坏死,造成花椒穗枯死。
Zanthoxylum Bungeanum ear blight is a new plant disease . It caused leaf spot and ear necrosis .
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花药中的胆碱类物质含量显著高于颖壳和穗轴中的含量。
Total amount of choline and betaine in the anther was significantly higher than that in the glume and rachis .
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苞皮中还原糖在乳熟前期含量较高,是籽粒中碳水化合物的主要存在形式,此变化规律与穗轴及籽粒中的变化规律相同;
The reducing sugar content of bracts is higher , it is the main existing form of carbohydrate of seeds ;