细胞配合

基本解释 (translations)

cytogamy

与细胞配合相关的网络例句 [注：此内容来源于网络，仅供参考]

Advance basic research has confirmed that the alkaloids extracted from thunberg fritillary bulb which is widely used in clinical medicine in vitro and in animal experiments have reversed MDR of leukemia. It will increase resistance of acute leukemia cells anticancer drug concentration and lower resistance the expression of Pgp. Pre-Clinical Experimental Research also shows that the conventional chemotherapy combined with the powder of thunberg fritillary bulb for the treatment of acute leukemia. Clinical complete response rate was higher, especially for patients with refractory or relapsed leukemia patients better clinical remission rate. In addition, Caladium particles Slices with chemotherapy in the treatment of RAL Clinical studies also show the Chinese refractory leukemia improve clinical efficacy safe and reliable.

先期基础研究已证实：临床常用的化痰散结中药浙贝母提取的生物碱体外及动物实验均有逆转白血病多药耐药的生物活性，能增加耐药的急性白血病细胞内抗癌药物浓度，降低耐药蛋白Pgp的表达；临床预实验研究也表明，常规化疗方案配合浙贝母粉用于急性白血病临床治疗，其临床完全缓解率明显高于对照组，尤其对难治及复发白血病患者临床缓解率更佳；此外，单药浙贝母颗粒配合化疗治疗RAL的临床研究亦显示中药在提高难治性白血病临床疗效方面安全可靠。

Benzaldehyde nitrogen mustard isonicotinoyl hydrazone was synthesized according to literature method. The copper , cobalt , nickel , chromium , iron , zinc and cadmium complexes of it were prepared and characterized by elemental analysis, IR, UV-vis, NMR and EPR spectra. The cytotoxicity effect of the complexes was examined on SMMC-7721 cell line. Results show that the complexes have definite antitumor activity and the synergic effect between chromium and the ligand.

依照文献合成了异烟肼苯甲醛氮芥腙及其铜、钴、铬、镍、铁、锌和镉配合物并用元素分析、红外、电子光谱、核磁共振及电子顺磁共振光谱，对这些配合物进行表征，确认了它们可能的立体结构，并研究它们对SMMC-7721人肝癌细胞的作用，结果表明它们均有一定的抗肿瘤作用，发现铬与配体存在有协同作用。

In the conjugation pair, the normal cell can finish the normal meiosis process, the gametic nuclei fused, the zygotic nucleus divided and at last formed two cells with micronucleus.

对上海四膜虫有小核细胞和无小核细胞的接合过程进行了跟踪观察，发现在四膜虫中也存在胞质配合。

Self-pollination was brought as the essential reason for causing emptied seeds by former researchers. Based on those studies, potassium antimonate and electron microscopy were used to study the calcium distribution of pollens in the micropylar canal of self-pollinated and cross-pollinated ovules and morphological changes in certain cells undergoing programmed cell death from pollination to fertilization, and observation of histo-chemical changes during microgametopyte development was performed by paraffin section.

前人研究认为自交是华北落叶松产生空粒的主要原因，本论文在此基础，运用焦锑酸钾沉淀法配合电镜观察研究了传粉后到受精前异交控制和自交辅助授粉胚珠珠孔道内花粉的钙分布情况，及此过程中细胞程序化死亡超微结构的变化，并通过石蜡切片研究了华北落叶松传粉后到受精前雌配子体发育过程及细胞内含物的变化，以研究在受精前胚珠内是否存在花粉识别与选择系统，探讨钙信号传导和花粉与胚珠相互作用及细胞程序化死亡的关系。

In SMC group, relative stable of the both ends of fracture reduce unnessary repeated stimulation of injury, and at same time, axio-stress advantageous for preosteoblast and mesenchymal cell transmit to osteoblast and chondroblast. Material and design superiority of SMC form unique internal mechanical environment, and which benefit for bone healing. The study took deep investigation of SMC on fracture healing.

上述结果证实：SMC内固定可对骨折端施加主动的、持续的轴向应力刺激，形成沿长骨骨干轴向的成骨导向力值，配合环抱翼的把持作用，形成了区别于CP、IN的独特的稳定、有效的机械内环境，骨折端的相对稳定减少了不必要的损伤再刺激，同时持续轴向应力有利于成骨祖细胞、间充质细胞向成骨细胞和成软骨细胞转化、促进了成骨诱导过程的发生与发展，加快了骨折愈合的修复与重建。

In order to know the evolutionary relationships between false vein, ISC, and VSC in Pteridaceae, 19 grnera and 82 species in Pteridaceae were sampled in this study; silica deposition types, ordinary epidermal cell morphology and veinal epidermal cells morphology of these species were surveyed. On the other hand, a convenient method was developed for this goal. In this method, a tabletop SEM with backscattered electron detector accompanied by post-cooling method was used.

为进一步探讨凤尾蕨科假脉、脉间矽异形细胞与脉上矽异形细胞之间的关系及其於凤尾蕨科内的演化，本论文选取19属82种的凤尾蕨科植物，观察其叶表面之二氧化矽堆积型式、一般表皮细胞形态以及脉上表皮细胞形态；同时，也开发出利用侦测背向散射电子之桌上型扫描式电子显微镜配合后冷却技术(post-cooling method)之快速检测法，该方法利用背向散射电子讯号强弱与平均原子数(average atomic number， Z number)之相关性得到矽异形细胞与一般表皮细胞具有明显对比之影像。

In this paper, the stable Au complexes are classified according to the coordination atoms and their characteristic structure. The recent development of the researches on the antitumor activity of Au complexes including the structure-activity relationship, biological targets and the mechanisms of action are reviewed. The structure of the coordination ligand and the leaving group have great impact on the in vitro cytotoxicity of the Au complex. Many physical and biological methods are introduced to study the interaction between the Au complexes and the suspected bio-target, such as DNA, protein, mitochondrion, thio-containing biomolecules, etc. The interaction modes (intercalating, electrostatic interaction, covalent bonding, etc.) are focused to illustrate the reason for the antitumor activity of Au complexes.

本文按配位原子的不同总结了稳定三价金配合物的结构特征，按其生物活性的构效关系、生物靶点和作用机制综述了三价金配合物抗肿瘤活性研究的最新成果：配体的结构特点以及离去基团对三价金配合物的体外细胞毒性影响较大；介绍了用于检测三价金配合物与可能的生物靶分子之间的相互作用的多种物理和生物学方法，重点关注了相互作用的模式，如嵌入/静电吸引/共价结合等，并解释了三价金配合物抗肿瘤活性的原因。

In this paper, the stable Au complexes are classified according to the coordination atoms and their structural characteristics. The recent development of the researches on the antitumor activity of Au complexes including the structure-activity relationships, biological targets and the mechanisms of action are reviewed. The structure of the coordination ligand and the leaving group have great impact on the in vitro cytotoxicity of the Au complex. Many physical and biological methods are introduced to study the interaction between the Au complexe and the suspected bio-target, such as DNA, protein, mitochondrion, thio-containing biomolecules, etc. The interaction modes (intercalating, electrostatic interaction, covalent bonding, etc.) are focused to illustrate the reason for the antitumor activity of Au complexes.

本文按配位原子的不同总结了稳定三价金配合物的结构特征，按其生物活性的构效关系、生物靶点和作用机制综述了三价金配合物抗肿瘤活性研究的最新成果：配体的结构特点以及离去基团对三价金配合物的体外细胞毒性影响较大；介绍了用于检测三价金配合物与可能的生物靶分子之间相互作用的多种物理和生物学方法，重点关注了相互作用的模式，如嵌入/静电吸引/共价结合等，并解释了三价金配合物抗肿瘤活性的原因。

Function description: The product contains ample ivy extract, coupled with massaging style, it could effectively activate lipid cells and honeycomb tissue, transform triglyceride in lipid cells into fatty acid which can be easily expelled. ROVISOME CAFFEIN slimming essence helps burn subcutaneous fat, eliminate fat accumulation, and restrain synthesis of new fat. Brown alga extract directly works on cores of lipid cells, stimulates skin micro-cycle, makes skin's temperature rise, expels a great deal of toxin out of body. Firm skin, create elegant figure.

功能说明：蕴含丰富的常春藤脂肪分解精华，配合按摩手法，有效活化脂肪细胞和蜂窝组织，将脂肪细胞中的甘油三酯转化为易于排走的脂肪酸；ROVISOME CAFFEIN瘦身精华帮助皮下脂肪燃烧，消除脂肪堆积，抑制脂肪生成，褐藻萃取精华直接作用于脂肪细胞核心，刺激皮肤的微循环，使肌肤升温，毒素大量排出体外，紧实肌肤，塑造美好身形。

This dissertation aims at finding anticancer and antibacterial polynuclear complexes targeting DNA with high activity and low toxicity. Sixteen compounds were synthesized, and characterized by means of X-ray single crystal diffraction, elemental analysis, molar conductivity and IR, and the influencing factors on structures of the compounds have been investigated. The actions of these compounds to DNA were also investigated by spectral, electrochemical and hydromechanical methods.

本论文以DNA为靶点，以寻找新结构类型的高效、低毒的抗癌、抗菌多核配合物为目标，从分子设计出发，共合成得到了16个化合物的单晶结构，对其进行了结构表征，探讨了结构影响因素，并研究了其超分子结构；采用紫外-可见吸收光谱法、荧光光谱法、电化学和粘度法，从分子水平上研究了所得配合物与DNA的相互作用；在细胞水平上，研究了草酰胺桥联双核配合物的抗菌和抗肿瘤活性。

与细胞配合相关的网络解释 [注：此内容来源于网络，仅供参考]

Biomedical Science：生物医学

本所之教学与研究特色是以生物医学(Biomedical Science)为发展方向. 教学上著重生物化学、分子生物学、与细胞生物学等基础领域之扎实训练,并配合后基因体时代之重要发展方向,开设有基因体学(genomics)、蛋白质体学(proteomics)、干细胞之应用等课程.

Cardiovascular：心血管疾病

皆为反式(Trans isomers)异构物的形态,与生物体相容性与安全性最佳,但成本高. 而我们所配合的日本知名大厂KANEKA正是采用此法制造出天然型Co-Q10. 减少细胞被自由基(free radical)攻击的损失. 减少心血管疾病(cardiovascular)的风险.

Citric：柠檬酸

柠檬酸苹果酸钙,简称"果酸钙",它是由钙(Calcium)、柠檬酸(Citric)和苹果酸(Malic Acid)按一定比例配合而形成的螯合物,故又简称为CCM钙. CCM钙中的柠檬酸和苹果酸,这两种果酸在人体细胞的能量生产周期中产生,几乎在所有中也大量存在.

cytogamy：胞质配合

文章摘要:对上海四膜虫(Tetrahymena shanghaiensis)有小核细胞和无小核细胞的接合过程进行了跟踪观察,发现在四膜虫中也存在胞质配合(cytogamy). 在接合对中,有小核细胞一方可以完成正常的减数分裂过程,既有配子核的形成、配子核的融合、配子核分裂,

cytogamy：细胞配合细胞质结合

cytoflav | 细胞黄(核黄素的一种磷酸酯) | cytogamy | 细胞配合细胞质结合 | cytogene | 胞质基因

Golgi body：高尔基体

这两种细胞在的结构(功能)上存在很大的区别,其结构的差别可以主要归纳为以下三个方面:而哺乳动物细胞内分布了承担各种不同功能的细胞器,在生长激素生产过程中比较重要的有:内质网(endoplasmic reticulum,ER)、高尔基体(Golgi body)等,配合这些重要的

mating：接合

在酵母的有性生殖过程中涉及到两种配合类型:a接合型和α接合型, 这两种单倍体之间接合(mating)能形成二倍体, 但a接合型细胞之间或α接合型细胞之间不能接合形成二倍体.

animal physiology：生理學

动物生理学(animal physiology)的任务就是研究动物机体各个系统、器官和细胞的正常活动过程,以及不同细胞、器官和系统之间的相互联系和相互作用. 认识到动物有机体由许多器官、系统组成,而各器官、系统的功能互相联系、配合、制约、依存,

Wheat Protein：小麥蛋白質

由咖啡硷(Caffeine)及透明质酸(Hyaluronic acid) 以独特的比例组成 Inject 补水循环因子,能快速为缺水的肌肤注入水份,并锁于底层肌肤细胞. 以珍贵的积雪草精华 (Pegaga)配合小麦蛋白质 (wheat protein)合成inspire再生诱因物,能刺激肌肤细胞骨胶原再生,细胞回复健康饱满.

keratin：角质素

◎ENOA亮丽青春霜配合本公司系列活肤产品可精准的修复表皮层内的颗粒层细胞活力,达到活化颗粒层细胞之效果,让颗粒层细胞释出应有的角质素(Keratin)自行分解基底层黑色素细胞释出过剩的暗红色素(黑色素),加强颗粒层对紫外线及外界有坏.