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生活细胞
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  “生活细胞”译为未确定词的双语例句
     VISUALIZATION OF ACTIN CYTOSKELETON IN LIVING CELLS OF TORENIA FOURINERI USING GFP-mTn FUSION PROTEIN
     GFP-mTn融合蛋白对蓝猪耳生活细胞微丝骨架的标记(英文)
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     By acquiring and analying the response information from cells, the piezoelectric cell-based sensor chip (PCSC) was used to study cells or special materials.
     细胞芯片就是以生活细胞作为探测单元或传感元件,通过检测生活细胞的基本功能信息,细胞对化合物的响应等,实时、定量地确定细胞的生活状态和被分析物性质的技术。
短句来源
     By acquiring and analying the response information from cells, the Piezoelectric Cell-based Sensor Chip (PCSC) was used to study cells or special materials.
     所以细胞芯片就是以生活细胞作为探测单元或传感元件,通过检测生活细胞的基本功能信息,细胞对化合物的响应等,实时、定量地确定细胞的生活状态和被分析物性质的技术。
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     4. the destroyed conditions of the meristematic cells and the material variation in living cells among distinct injured individuals which are planted on the same elevation;
     4.在相同海拔高度下,不同受害程度,分生细胞破坏的象征,以及生活细胞中物质的动态变化。
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     The druse mainly form in parenchyma cells, of which some of the crystal cells are dead and others are alive at the mature.
     晶簇只形成于薄壁组织的细胞中,其中有些含晶细胞是死细胞,有的则是生活细胞
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  相似匹配句对
     Life
     生活
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     LIFE IN EVERY DAY
     生活天天
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     Cellular Spectro-Analysis
     细胞光谱分析
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     ALBUMINOUS CELLS
     蛋白细胞
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     Relationship among breast cancer and negative life event and cell immunity
     乳腺癌与负性生活事件及细胞免疫的关系
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  life cells
Moreover, on day 20 of prenatal life cells without apical processes appear.
      
The lower loss in capacity per cycle for cells with unsubstituted LiCoO2, as determined from cycling studies up to 25 cycles, makes it more suitable than the substituted ones for long cycle-life cells with low capacity fade.
      
The Effects of the Space Environment on Life Cells appear to possess a tension-dependent infrastructure sensitive to mechanical stimuli.
      


This paper summarizes the characteristics of abortion in the Tai-gu ma-le-sterile wheat controlled by the Ta 1 gene,and describes the differentphenomena of the degeneration from microsporogeuesis to monokaryotic sta-ge:the early degeneration of the PMCs,the abnormality in the process ofmeiosis,unsynchronization of development,several of these abortion phen-omena being presented in one flower or in one anther.No matter whetherthe abortion taken place early or late is morphologically different,and ra-pidly and...

This paper summarizes the characteristics of abortion in the Tai-gu ma-le-sterile wheat controlled by the Ta 1 gene,and describes the differentphenomena of the degeneration from microsporogeuesis to monokaryotic sta-ge:the early degeneration of the PMCs,the abnormality in the process ofmeiosis,unsynchronization of development,several of these abortion phen-omena being presented in one flower or in one anther.No matter whetherthe abortion taken place early or late is morphologically different,and ra-pidly and thoroughly decomposes in a very short duration,which resultsin an empty anther with two incomplete anther walls.After observing the relationship between the decomposition of the ta-petum and the degeneration of the microspores in the different pollen-sacsof the same anther,we can further prove that the decomposition of theformer plays a determinant role on the degeneration of the latter.The comp-lete middle-layer still can be seen in the microspore when it degenerated af-ter the collapse of tapetum.The result of microchemical analysis indica-ted that the quantity of the life-materials RNA is much higher than thatin the fertile plants suggesting a probability of the conservation or utiliza-tion of the limited nutrition from the vascular bundles of the anthers inst-ead of transporting the nutrition normally to the tapetum,thus accelerat-es the decomposition of the tapetum.On the other hand,it proves thatthe middle-layer in a normal plant acts really as the nutrition tissue ofthe anther,The abnormality of the vascular system of the anther and theearly aberration of the living-cell indicate that the Ta 1 gene has manife-station not only in the sex cells but also in the somatic cells of the stamen.

本文总结了由 Tal 基因控制的太谷核不育小麦的败育特点;描述了从造孢细胞一直到单核花粉期的多种退化现象:花粉母细胞早期衰退,减数分裂不正常,生长发育不整齐,几种败育现象并存于一朵小花乃至一个花药之中。不论败育早晚,形态各异,其特点都是在很短时间之内就急剧而彻底地解体,最后药室空空,仅剩下两层空肥化的药壁。作者从同一花药的不同药室内小孢子退化有早有晚的观察中,证实绒毡层组织不合时宜的提前解体对加速小孢子退化起着决定性的作用。相反,中层组织在绒毡层崩溃后、小孢子退化时一般仍然保持着完整的组织结构。组化测定结果表明,核糖核酸等含量显著高于可育株,说明它可能贮存或利用了来自药隔维管束的本来有限的营养物质,没有向绒毡层正常输送,从而加速绒毡层的崩溃。另一方面证实了正常植株的中层组织确实起着花药营养组织的作用。花药维管系统不健全及其生活细胞早期畸变说明:Tal 基因不仅在育性细胞内表达,在雄蕊体细胞组织也起作用。

The hyphae of endomycorrhiza of Galeola faberi can't grow in vitro. The fibrous infection hyphae invade epidermis of lateral roots of Galeola faberi, and is formed an infect cavity in periphery of the cortical tissue. Infection proceeds toward the middle of cortical tissue and infection passage parallel to the vertical axis of lateral roots. The growing point of infection hyphaeare very turgid. The hyphae in the infection passage penetrated into cortical cells through pits and ramify in the cells with haustoria...

The hyphae of endomycorrhiza of Galeola faberi can't grow in vitro. The fibrous infection hyphae invade epidermis of lateral roots of Galeola faberi, and is formed an infect cavity in periphery of the cortical tissue. Infection proceeds toward the middle of cortical tissue and infection passage parallel to the vertical axis of lateral roots. The growing point of infection hyphaeare very turgid. The hyphae in the infection passage penetrated into cortical cells through pits and ramify in the cells with haustoria formed at the ramose tips. Nuclei in infected cells re main uncharged, but the cytoplasm became sparse. Them symbiotic state so formed remains relatively need. The cell walls of the inner 6—8 cortical cell layers thicken and lignify bala, so that, infection by hyphae is largely prevented. Only a few hyphae enters into the cells and form typical haustoria. A lot of secondary metabolites are released when the haustorium senescence and collapse. These metabolites are transported to the phloem through pits and provide nutriuts for growth and development of Galeola faberi.Small amount of RNA and protein were found in the cytoplasm of the mycorrhiza, although they were rich in the nucleus. Traces of DNA and arginine were detected in the arbuscules and haustoria, but reactions of RNA and protein were inconspicuous. The arbuscules contained lipids, but not detected in the senescent haustoria. All arbuscules and haustoria were rich in amylopectin (red starch). Callose and polyphenol compound were found at the hyphase passage way on the plant cell wall. Net work of chitine was found in the wall haustorium.Under the ttansmission electron microscopy, the highest electron density of cytoplasm was observed at the early stage of the arbuscular trunk. It contained a little vesicle and a layer cf interfacial material from cytoplas- mic hyperplasia of host, and this interracial material of membranous structure surround the hypha, and the structural features of this intergacial material were similar to Gastrodia eata. Following the development of the hyphae, the arbuscular trunk and haustorium gradually decrepitude, and the electron density material were lost. As the outer single membrane round the haustirium disrupted, the pentagonal membranous structure were released, and at last, the arbuscular trunk become an empty cavity.The renewable arbuscular trunk were formed at the basic region of the decrepit one. It contained two nuclei and the structure are clearly. Before the infection of host cells, the organelle are amyloplast mitochondrium, dictyosome and a little endoplast reticulum and ribosome. After the infection, the members of organelle occured change. It consist of microfilaments, small vacuole and multivesicular bodies which play a part in transfer and hydrolysis of material within the cell. In this paper, the difference and similarities on the ultrastructure among the Galeola faberi with V-AM and Gastrodia elata were disscussed.

山珊瑚内生菌根真菌在人工培养基上分离培养不能生长。侵染菌丝由山珊瑚侧根表皮侵入,在皮层中部形成侵染通道。进入皮层细胞后形成丛枝吸器。被侵染的寄主细胞仍是生活细胞,但细胞质变稀,蛋白质、RNA含量很少。近中柱的6至8层皮层细胞壁增厚并木质化。丛枝吸器含有丰富的红淀粉,少量的中性脂肪、碱性蛋白质和D NA。菌丝丛枝干幼龄期电子致密,周围有界面物质包围,在衰老时泡囊化,界面物质亦瓦解。吸器由五边形结构组成。寄主细胞在被侵染前含淀粉质体、线粒体、高尔基体、内质网和核糖体,在被侵染后,淀粉质体消失,其它细胞器数量明显减少,而主要是微丝和小液泡及多泡体。文章讨论了山珊瑚菌根与天麻和泡囊-丛枝菌根的异同。

Resin ducts were found in the secondary vascular tissues of stem of Pinus tabulaeformis Carr.. In the secondary xylem vertical and horizontal ducts are present, but in the secondary phloem only horizontal canals occur. The resin ducts are elongated structures developed throughout their length of epithelial cells surrounding an intercellular space. In the ducts of the secondary xylem some dead sheath cells are present, but all of the sheath cells in the secondary phloem are full of protplasm. The tylosoids in...

Resin ducts were found in the secondary vascular tissues of stem of Pinus tabulaeformis Carr.. In the secondary xylem vertical and horizontal ducts are present, but in the secondary phloem only horizontal canals occur. The resin ducts are elongated structures developed throughout their length of epithelial cells surrounding an intercellular space. In the ducts of the secondary xylem some dead sheath cells are present, but all of the sheath cells in the secondary phloem are full of protplasm. The tylosoids in vertical canals occur in heartwood.In the secondary xylem, the vertical ducts of each (?)growth-ring usually appear in the outer region of early wood and in the first formed late wood. The inner end of each radial duct is connected to a vertical duct of the secondary xylem, and the lumina of the two types of ducts are continuious. The networks thus formed are only two-dimensional. The vertical resin ducts are derived from the daughter cells of the fusiform initials, while the horizontal ones from those of the ray initials. Both of them were found to form shizogenously.

油松茎的次生结构中树脂道存在于次生维管组织中。其中,次生木质部内具有水平的和垂直的两类树脂道,而次生韧皮部内则仅有水平的树脂道。两类树脂道都由上皮细胞和鞘细胞包围着胞间道构成,其中木质部内的树脂道具有死鞘细胞,而韧皮部中的则都系生活细胞。在心材中,垂直树脂道形成拟侵填体。在次生木质部内,垂直树脂道常分布于早材的外部区域和最初形成的晚材中,它们与水平树脂道连接,腔道贯通,从而形成二维网状结构。垂直树脂道来源于纺锤状原始细胞的衍生细胞,而水平树脂道来源于射线原始细胞,两者都以裂生方式发生。

 
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