- 更多网络例句与形态素相关的网络例句 [注：此内容来源于网络，仅供参考]
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On the presentation of Mn-P fixation, this paper reviews the latest advances in recent 10 years and concentrates on the mechanism of phosphorus fixation in acid soils. In addition, it brakes through the classical inorganic P fractionation in to Fe-P, Al-P, O-P and Ca-Pin the traditional P classification and considers Mn-P as one of the main phosphorus fixation modes in latosols, cultivated from the parent basalt material. Furthermore, fixation of P by Fe, Al, Mn is compared, and differentiation from chemical availability and bioavailability of P discussed. Based on the above, this paper presents some alienable measures for enhancing P utilization efficiency and postulates pivotal future research directions in the field of P fixation.
本文以Mn-P的提出为出发点，论述了近10年来对酸性土壤固磷机理研究的新进展，突破了常规P素形态分级研究中分为Fe-P，Al-P，O-P和Ca-P等无机磷测定的经典分级，认为玄武岩母质砖红壤中的Mn-P是P素固定的主要形式之一，进而比较了Fe、Al、Mn对P固定作用，并从P的化学有效性与生物有效性差异等方面进行了比较全面的论述，提出了减少P素固定提高磷肥利用率的措施及今后的重点研究方向。
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The results showed that the structure of mammary gland without leptin keep normal and there were little apoptosis cells in them. But in explants with leptin, the duct and gland alveolus collapsed and the apoptosis cells increased. It showed that leptin induced mammary gland apoptosis
结果显示，不加瘦素培养的组织形态保持较好，凋亡细胞较少；加瘦素培养组织的导管和腺泡结构已经开始发生解体，组织中有较多的凋亡细胞，证明瘦素在退化期乳腺组织中可明显诱导细胞凋亡。
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The experiment study about the subcritical normalizing holding temperature effects the macrostructure and hardness of the 40SiMnCrNiMoA steel shows: When subcritical normalizing holding temperature is 760℃, the ferrite in the mixture phase structure is lumpish, the hardness of the steel is low (about HRC32), and when the holding temperature is over 800℃, the hardness of the steel is about HRC49, the ferrite in the mixture phase structure is in old critical range austenite grain boundaries, it is disadvantage for the steel strengthening. When the holding temperature is 780℃, the mixture phase structure is mixture phase structure including the strip ferrite、martensite and bainite, the ferrite is less than 20%wt, its grains are fine and even, the hardness of the steel is about HRC38, it is in the range of HRC35-40 which is the long-life drill rod needed.
亚温正火温度对40SiMnCrNiMoA的组织和硬度等性能的影响的实验研究表明，当亚温正火保温温度为760℃时，复合组织中的铁素体形态是块状，处理后的材料硬度相对较低（HRC32左右）；而当采用大于800℃温度亚温正火处理，材料硬度为HRC49左右，组织中铁素体大部分较连续地存在于原奥氏体的晶界，对材料强化不利；当40SiMnCrNiMoA钢780℃亚温正火后，硬度为HRC38左右，在以往小钎杆较长寿命所需硬度范围HRC35-40内，而组织为细条状铁素体+以板条马氏体和条状无碳贝氏体为主的复合组织，晶粒细小均匀，铁素体体积含量少于20％。
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According to the feature of machine translation, the paper presents a implementation of Japanese morphological analysis based on maximum matching and second-maximum matching.
日语形态素解析是日文信息处理特有的研究课题，也是语言信息处理领域中最成熟的技术之一。
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Objective To study the morphological and functional effect of pinealectomy on CRH neurons in paraventricular nucleus of rat hypothalamus as well as thefunction of melatonin supplementation, enrich the research of the effect of pinealbody and melatonin on hypothalamic-pituitary-adrenal axis,provide theoreticalevidence of the effect of pineal body and melatonin on immune function andimmune-associated disease such as tumor and autoimmune disease.
目的： 研究松果体及其褪黑素对大鼠下丘脑室旁核CRH 神经元形态和功能的影响以及补充褪黑素的作用，丰富松果体及褪黑素对下丘脑——垂体——肾上腺轴影响的形态及功能方面的研究，为进一步揭示松果体及褪黑素对免疫功能以及免疫相关性疾病如肿瘤、自身免疫性疾病等的影响机制提供理论依据。
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Each medicine used in the study totally has obivious effect on lens sodium-pump. Either on the molecular and cellular level or on the histological and organic level , they all have their distinctive demonstration. 1.Ouabain、Digoxine、DMSO decrease the expression of αsubunit of sodium pump on mRNA level , the cell morphology and ultramicroscopic structure demonstrated destructive effect,it indicates the cause of cataract of the medicines.2.D-thyroxine、Amphotericin B、Vitamin E increase the expression of αsubunit of sodium pump on mRNA level ,from the demonstration of the cell morphology and ultramicroscopic structure ,it indicates the medicines have protective or anti-distructive effect on lens.3.The medicines have isoform-specific action on lens sodium-pump,it indicates exploitting isoform-specific medicine has a promising clinical application.4. Lens sodium-pumps are inhibited probably lead to cataract, so in clinical medication, especially to the cardiovascular doctor, while he is using the sodium-pump inhibitors, he should pay more attention to adjust the dosage and duration of the drug therapy. 5. To creat the animal model of cataract through inhibiting lens sodium-pump, whether it can be a kind of classical method or not, it is worthy of further research.
本研究所选用的药物对晶状体钠泵均有明显的影响作用，在分子水平、细胞水平、组织器官水平均有特异的表现：1、哇巴因、地高辛、二甲基亚砜三种药物可降低晶状体钠泵α亚单位在 mRNA水平的表达，在细胞形态和超微结构上表现为损伤效应，提示了其潜在的导致白内障的可能。2、D甲状腺素、两性霉素B、维生素 E三种药物可升高晶状体钠泵α亚单位在 mRNA水平的表达，从细胞形态和超微结构上的表现，提示了其对晶状体有保护作用或抗损伤效应。3、药物作用于晶状体钠泵具有重整异构特异性，提示了开发出特异的具有重整异构作用的药物是极有临床应用前景的。4晶状体钠泵抑制后可能导致白内障的发生，故临床用药，尤其是心内科医生在使用这些钠泵抑制剂时应注意调整用药剂量及药物疗程。5 通过抑制晶状体钠泵来制作白内障动物模型能否成为一种经典的制作方法，还有待于进一步研究。
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The result showed that morphologies of casting microstructures were all various residual δ-ferrite with the form of skeletal, lathy and vermiculate respectively inward into casting slabs on the austenitic matrix.
结果表明，连铸坯表面层上的组织均为在奥氏体基体上分布着不同形态的残余δ铁素体，由表及里δ铁素体的形态分别为骨架形，侧板条状和蠕虫状。
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An Application of UV and HNO_2 on Selection of Cephalosporium acremonium ;2. The morphologies of Cephalosporium acremonium were quantitatively analysed by bio-image analysis.
利用显微图像分析法对顶头孢霉菌的菌丝形态进行了定量研究，并统计分析了头孢菌素C发酵过程中的菌丝形态的变化规律，具体对菌丝长度、菌丝宽度和菌丝生长单位进行了定量分析，分析了菌丝形态分化与头孢菌素C合成的关系。
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Corn seedling were grown for 5 harvests in pot experiments to evaluate potassium supplycapacity of the soils.Results indicated that when soil avaliable potassium decreased,the dryplant matter was firstly affected,secondly was the total uptake of potassium by plant,then was thepotassium content in plant.Exchangeable,nonexchangeable and mineral potassium wereavaliable for plant,but the contribution of each potassium form was depended on soil types.
本文在研究褐土、潮土不同层次土壤的供钾特性、土壤各形态钾素的动力学行为以及小麦根系对钾素的吸收动力学特征的基础上，以玉米幼苗从土壤中的吸钾量为对照，考察了土壤钾素动力学特征与土壤钾素生物有效性的关系，运用热力动力学理论建立了土—根系统中的钾素能态链，并确立了土壤钾素生物有效性的能态指标。
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The topics in this lab course include the following areas: Microscope and cell morphology, Cell Physiology, Enzymes, Mitosis and meiosis, Cellular respiration, Photosynthesis, Mendelian genetics, Prokaryotes, Protists, Fungi and lower Plants.
本学期课程包含显微镜介绍、各种动、植物细胞形态及构造、细胞生理现象、酵素反应、细胞有丝及减数分裂、遗传性状、细胞呼吸作用、光合作用、原核生物形态、原生生物形态、真菌形态及苔藓植物形态。
- 更多网络解释与形态素相关的网络解释 [注：此内容来源于网络，仅供参考]
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aggregation pheromone：性信息素
聚集结构:Aggregation Structure | 性信息素:aggregation Pheromone | 聚集体形态:aggregation strcture
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lipid polymorphism：脂多形态
lipid peroxidation 脂质过氧化 | lipid polymorphism 脂多形态 | lipofuscin 脂褐素
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morpheme：形态素
从完全不懂的门外汉到现在略懂皮毛,可以讲出什麼是评价表现、形态素(morpheme)解析.........Orz
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ROUS：尿含铁血黄素
1.反映红细胞破坏过多的检查:血常规、红细胞形态,尿常规、尿胆原、尿潜血、尿含铁血黄素(Rous)试验,血清总胆红素、间接胆红素、血浆游离血红蛋白、血清结合珠蛋白.
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allotropic change：同素异构变化,同素异晶变化,同素异型变化
allotropic | 同素异型的 | allotropic change | 同素异构变化,同素异晶变化,同素异型变化 | allotropic form | 同素异型,同素异型结构,同素异形形态
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allotropic form：同素异型,同素异型结构,同素异形形态
allotropic change | 同素异构变化,同素异晶变化,同素异型变化 | allotropic form | 同素异型,同素异型结构,同素异形形态 | allotropic modification | 同素异型体,同素异型变体,同素异形变态
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bion：生命单元, 进化控制素, 生物型
biomorphism | (艺术上的)生物形态主义, 有机形态主义 | bion | 生命单元, 进化控制素, 生物型 | bionavigation | 生物航行, 生物导航
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morphogen：形态发生素
Hedgehog (Hh)形态发生素(morphogen)在从昆虫到哺乳动物在内的很多不同动物物种的各种不同成形事件中决定细胞的分化和增殖. 7-跨膜蛋白Smo跨越胞质膜传导Hh信号,但科学家对Smo激发的分子机制却很不了解.
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morphs：形素
morphotactics语素结构学/形态配列学 | morphs形素 | Mutilateral opposition多边对立
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thyroxin：甲状腺素
有研究[2]表明,血清促甲状腺素(thyrotropin)明显抑制,甲状腺素(thyroxin),三碘甲状腺素(triiodothyronine)均正常,ESR,C-Reactive protien明显增高. 病理特点:(1)大体形态 肿块单发,切面边界不规则,直径2~3cm,灰白色,质地密、粗.