Jiawei Yinchenhao Decoction of liver tissue dose group structure is clearly compared with the model group, liver cell degeneration, necrosis was significantly reduced compared with the model group.

The tissue dose obtained by fractional curettage before operation was too little to perform with pathological stage;

术前诊刮获取的组织量少，造成难以进行病理分类；

Tissue design module can realize the function of tissue integration and tissue disintegration, Tissue integration can obtain many kinds of tissue pattern because of the different method of pulling on heddle.

组织设计可以实现组织的综合以及分解，综合可以通过各种穿综方法获得不同的组织意匠图，而组织的分解可以由组织图分解得到某种穿综方式的穿综图和纹板图。

Furthermore, reported for the first time are the pharmacognostic characteristics tissue disintegration and powder of the drug.

本文首次提供了毛冬青的组织解离和粉末显微特征，有可能为鉴别毛冬青提供新的鉴别方法和指标。

There are some MSCs in adult marrow, it can turn into many mesoblast tissue by differentiation, including bone and cartilage tissue, tendon, muscle, fat and marrow stroma tissue.

成年人骨髓中存在一定数目的MSCS，能够通过分化形成多种中胚层组织，包括骨和软骨组织、肌鲢、肌肉、脂肪组织以及骨髓基质结缔.组织。

Results ① The positive rates of cyclin G2 in non cancer tissue, differentiation and low differentiation type cancer were 90%, 83 3% and 22 7% ( P < 0.01).

结果①Cyclin G2在非癌组织、分化型癌和差分化型癌组织中的阳性率和表达强度逐渐下降且差异有统计学意义（P

Conclusion There are higher rate of HPV16 detection in women.L1 expressed in epithelium which affected by tissue's differentiation.

结论HPV16L1蛋白的表达同时受宫颈组织损伤程度及宿主细胞分化状态的影响。

Bone marrow mesenchymal stem cell is characterized by easily materializing, potentiality of multiple tissue differentiation, stable genetic background, non-rejection in implant button and high proliferation. All properties determine that it will be a useful thing in cell and gene therapy as well as tissue engineering.

骨髓间充质干细胞具有易于取材、多组织分化潜能、遗传背景稳定、植入体内无排斥反应、高增殖的特性，决定了其将会成为细胞、基因治疗以及组织工程中十分有用的工具。

Auxin plays a key role in regulating wood formation through its effects on cambial activity and vascular tissue differentiation in plants: controlling the period of cambial activity, maintaining the morphology and arrange orientation of fusiform cells, regulating the differentiation of phloem and xylem.

生长素在形成层活动和维管组织分化中起着极其重要的调控作用，包括：控制形成层活动周期，维持纺锤状细胞的形态和排列方向，控制木质部和韧皮部的分化。

During the initial start-up culture stage of explants, the soluble sugar, protein and amylum were mainly used to provide nutrition for its differentiation, and their concentration degree had no significant correlations with the tissue differentiation ratio.

可溶性糖、可溶性蛋白质和淀粉在外植体启动培养初期主要被用于提供分化所需养分，其含量的高低与组织分化率关系不很明显。

As a new kind of regulatory factors, in both animals and plants, miRNA play many important roles range over tissue differentiation, cell proliferation, embryonic development, signal transduction and diseases.

miRNA作为一类新的调控因子，在动物和植物的生命活动中发挥了重要的作用，包括组织分化、细胞增殖、发育进程、器官形成、信号转导以及疾病等方面都有重要的调控作用。

Flow cytometry showed PI was significantly correlated with TNM stage, tissue differentiation and tissue classification ( P < 0.05), but PI was not significantly correlated with LN metastasis.

流式细胞术结果显示PI在TNM分期、组织分化、组织类型中均存在显著性差异（P

Based on the large scale EST data, we performed comprehensive data analysis to find important functional genes related to osteoarthritis and to obtain information on tissue differentiation and specificity of gene expression.

本文在获得的大规模EST数据基础上进行数据分析、挖掘，以期发现与骨关节炎发病相关的重要功能基因，并获取基因表达的组织差异和特异信息。

Through different treatment method, taking leaves as explant, we have carried out a study on the initial induced culture and tissue differentiation of Ranunculus asiaticus.

以花毛茛的叶片为外置体，通过不同的处理方法，对花毛茛的组织培养进行了初步探索。

The middle development stage and the late development stage were the most complicated of all in the tissue differentiation, within which the shoot bud formed all structures. 2.

其中，笋芽发育中期及发育后期为笋芽内各组织分化最为复杂的时期，这一阶段竹笋的大体结构具有雏形。

EYA was thought to function as a transcriptional regulatory factor that plays an important role in cell proliferation, tissue differentiation and embryonic development.

EYA蛋白作为重要的转录调控因子，直接参与胚胎发育过程中的细胞增殖、组织分化和器官发育。

The rice embryo development was investigated by paraffin section, and the results indicated that cell and tissue differentiation was interfered during embryo development.

通过石蜡切片观察了转基因水稻幼胚的发育情况，结果表明细胞和组织的分化在胚的发育过程中被阻断了。

Both healthy plant and pathogen-free plant had not these symptoms, yet there were some different in tissue differentiation of both.

健株和脱病植株地上部营养器官均不存在上述症状，但两者在组织结构分化程度上有所区别。

Effect of Microelement on The Inductivity and Tissue Differentiation of Pinellia ternata Tissue Culture

微量元素对半夏组织培养诱导率及分化率的影响

Seasonal Growth and Tissue Differentiation of Hevea brasiliensis

巴西橡胶树的季节生长与组织分化

Animal cell culture techniques played an important role in the studies of the structure and function of cells, and tissue differentiation and formation.

动物细胞培养技术为研究细胞的形态、结构、功能与遗传特性，揭示细胞分裂、组织分化、器官组织形成等生命科学领域的基本问题发挥了巨大作用；