营养细胞

Background and Objective Pseudohypertrophic muscular dystrophy is a kind of lethal X-chain recessive inherited disease. The etiological factor is mainly due to gene mutation of Xp21 which induce the structural and functional abnormality of a kind of cell skeleton protein: dystrophin.

背景和目的假肥大型肌营养不良症(pseudohypertrophic muscular dystrophy，PMD)是一种常见的致死性X-连锁隐性遗传病，病因主要是由于X染色体短臂2区1带(Xp21)的基因突变而导致一种细胞骨架蛋白——抗肌萎缩蛋白的结构和功能异常所致。

On the 12〓 day, classical DNA ladder appeared after electrophoresis. Fine structural observation showed that the senescence process in this system is a highly ordered programmed cell death process, and its function was speculated as nutrition remobilization. All these suggested that this system is a plant cell apoptotic system.

从第8天开始有些细胞核开始出现TUNEL阳性反应，在处理12天时，总DNA电泳中出现了典型的DNA ladder，超微结构观察发现其衰老过程是一个高度有序的程序化死亡过程，推测功能上是一个营养物质再利用的过程，因而这一体系是一个细胞凋亡体系。

The effects of major nutrients on roselle cell growth and anthocyanin production were discussed.

通过单因素变化考察了培养基中主要营养成分对悬浮培养玫瑰茄细胞生长和花青素合成的影响。

This paper mainly investigated the effect of maternal undernutrition during late pregnancy on the levels of hormones which take the somatotropic axis as the center in ewes and lambs, the expression of partil hormones'mRNA and the gene localization in tissue cells on the basis of animal nutrition, endocrine physiology and by modern molecular biology technique.

中文摘要：本研究依据动物营养学和内分泌生理学理论，应用现代分子生物学技术对限制营养的妊娠母羊和羔羊以内分泌生长轴为中心的激素水平变化和部分激素及其受体mRNA表达水平的影响以及在组织细胞中基因表达定位规律等进行研究，进一步探究反刍动物补偿生长的机理，为更科学地将动物的补偿生长能力应用于畜牧业生产上奠定理论基础。

The haploid pollen cells develop in the tapetal zone from spore mother cells.

单倍体花粉细胞由绒毡层提供营养发育。

The existence of the chimaeric gene, TA29-366/GUS/NOS-T, in each kanamycin resistant tobacco plant was demonstrated by PCR and Southern analysis. The histochemical analysis of GUS activity showed that the GUS was appeared only in the tapetal cells of tobacco anther.

以组织化学法分析GUS酵素的活性，证实GUS在TA29起动子的调控下，仅在转殖菸草花药的营养层细胞表现，而在叶子等其他组织并不表现。

In the experimental study section, the rats were divided into four groups, including the normal control, the model, the Piracetam, the QPC, and copied to AD model. After the treatment, we observed the effects on the AD rats' ability of leaning and memorizing, detecting the TChE activity in whole blood and the expression levels of the related biochemical indicators of As includeing GFAP、NGF and BDNF of the AD rats' brain hippocampus, then compared the QPC with other groups to reveal the mechanism of action of the QPC treating AD to bright.

在动物实验部分，我们通过塑造AD动物模型，设立正常对照组、模型组、脑复康组和强脾益智胶囊组，观察强脾益智胶囊对AD模型大鼠空间学习记忆能力的影响，检测AD大鼠全血、海马匀浆液中乙酰胆碱酯酶活性和通过免疫组化的方法检测胶质纤维酸性蛋白、神经生长因子、和脑源性神经营养因子的表达情况来反映星形胶质细胞的增值情况，以期揭示强脾益智胶囊对AD的治疗作用机理。

Its cause of formation, it is truncal of as concatenate as root system place because of,be defeated by conduit twist together, cause sap flow slow down, cause nutrition of cambium of the place cell to had been accumulated fill, and expand ceaselessly again make Bao Bi organizes twist to be out of shape be caused by.

其成因，是树干与根系连结地方的输导管因扭结，造成树液流动减缓，致使该处细胞形成层营养积累过盛，而且又不断扩展使薄壁组织扭曲变形所致。

The happy mood can affect the nervous system the activity, thusinfluence hormone the secretion,causes the blood vessel circulation unobstructedly, the skin nutritionis sufficient; Also can promote the epidermal cell to split, theenhancement storage hypodermic fat function, enable the skin to changethe exquisite favor also to have the elasticity.

愉快的心情能影响神经系统的活动，从而影响激素的分泌，使血管循环通畅，皮肤的营养充足；还能促进表皮细胞分裂，增强储存皮下脂肪的功能，使皮肤变得细腻润泽且有弹性。

Examples of the natural green foods are Chlorella, Spirulina, Dunaliella Saline Algae, Kelp, Alfalfa, Barley Grass, Wheat Grass, Wheat Grass, Brown Rice Bran, Apply Fiber, Green Tea, Soy Lecithin, Chicory Root and etc. When they are absorbed in a diet everyday, our body cells will benefit by gaining a balanced nutrition.

实例的自然绿色食品的小球藻，螺旋藻，杜氏盐藻，海带，苜蓿，草大麦，小麦草，小麦草，布朗米糠，应用光纤，绿茶，大豆卵磷脂，菊苣根等当他们沉浸在日常的饮食，我们的身体细胞将受益于获得平衡的营养。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。