染色体骨架

应用DGD包埋去包埋剂电镜方法研究染色体骨架

Using DGD Embedment-Embedment Free Section Electron Microscopy Techniques to study Chromosome Scaffold

说明RNP中的蛋白质含有银染的酸性蛋白，即所观察到的染色体骨架非组蛋白、RNP中的蛋白部分、银染蛋白三者是一致的。

It indicated that Ag staining protein was nonhistone protein of chromosome scaffold and protein components of RNP , that is , nonhistone protein observed , protein components of RNP and Ag staining protein was the same .

染色体骨架的非组蛋白、RNP与银染蛋白三者关系的电镜研究

Electron microscopic studies on the relationship among the nonhistone , RNP and AG-STAINING proteins of chromosomes scaffold

本文应用分离染色体骨架的TEM技术、超薄切片甩镜细胞化学、RNase一胶体金标记和银染电镜技术结合研究了牛肾（BK）细胞的分离染色体骨架和完整的中期染色体骨架。

The isolated or intact metaphase chromosome scaffold of BK ( Bovine Kidney ) cell has been studied by using several techniques , such as isolated chromosome scaffold TEM , ultra thin-sectioning cytochemical EM , RNase-gold complexes labeling and Ag-staining .

小麦染色体骨架与轴关系的研究

Studied on the relationship between chromosome scaffold and core in common wheat

间接免疫斑点印迹实验结果进一步证实，细胞核骨架和染色体骨架的蛋白质成分中存在与肌动蛋白抗体呈阳性显色反应的抗原。

The results of the indirect immunodotting experiment further verified the presence of actin antibody in their constituent .

核骨架和染色体骨架的结构与功能是细胞生物学的重要研究领域。

The structure and function of nuclear scaffold and chromosomal scaffold is an important research field of cell biology .

结果表明：染色体骨架在小麦中是真实存在的，骨架蛋白以颗粒和纤维状的形式分布于整个染色体中。

These results indicated that a nonhistone protein scaffold really existed and distributed as granules and fibres over the whole chromosomes .

上述结果证明，肌动蛋白是多头绒泡菌细胞核和染色体及其骨架的组成成分。

The above results showed that actin is a constituent of the nuclear matrix and chromosome scaffold of P.polycephalum .

对高等植物细胞核和染色体以及核骨架和染色体骨架是否含有肌动蛋白等问题进行了讨论。

Presence of actin in nuclei and chromosomes as well as in DNA - and histone-depleted nuclei and chromosomes of higher plants is discussed .

本文应用细胞化学方法对小麦根尖分生组织细胞的染色体进行原位处理，对染色体骨架存在的真实性和化学本质进行了探讨；

In this thesis , the chromosomes of the root tip meristematic cells of common wheat were treated by histochemistry methods to understand the reality and chemical nature of chromosome scaffold .