1.
Application of Nuclear DNA Ploidy Analysis in Cell Smear;
细胞核DNA倍体分析在细胞涂片中的应用
2.
A study on the relationship between nuclear DNA degradation of the rat s liver cells and the postmortem interval by using single cell gel electrophoresis;
单细胞凝胶电泳检测大鼠死后肝细胞核DNA降解
3.
Study on the stability of cell nuclear DNA at 4℃
4℃条件下血细胞细胞核DNA稳定性的探讨
4.
The Relationship Between Nuclear DNA Replication and Seed Quality
细胞核DNA复制与种子质量的关系
5.
The influence of filter on measurement of nuclear DNA content
滤光片对细胞核DNA含量检测的影响
6.
A study on the relationship between DNA in bone marrow of sternum and postmortem interval;
胸骨骨髓细胞核DNA含量与死亡时间关系的研究
7.
Relationship between the Postmortem Interval and Nuclear DNA Changes of Heart Muscular Cells in Mice;
小鼠心肌细胞核DNA变化与死亡时间的关系
8.
Detection of Nuclear DNA Degradation of the Skeletal Muscle Cells of Rat at Postmortem Interval by Comet Assay;
大鼠死后骨骼肌细胞核DNA降解的彗星电泳检测
9.
A study of the relationship between the postmortem interval and nuclear DNA degradation of muscle cells in mice;
小鼠骨骼肌细胞核DNA降解与死亡时间的关系
10.
A study on the relationship between postmortem interval and the changes of DNA content in the kidney cellule of rat;
大鼠肾细胞核DNA含量与死亡时间关系的研究
11.
Study of DNA postmortem degradation in brain cells of mice
死后小鼠脑组织细胞核DNA变化规律的研究
12.
Image analysis for degradation of DNA in retinal nuclei of rat after death
大鼠死后视网膜细胞核DNA含量变化的图像分析
13.
Karyotypic analysis and cellular DNA contents of Paracanthobrama guichenoti in Lake Taihu
太湖似刺鳊鮈染色体组型分析及细胞核DNA含量
14.
Hepatocellular Carcinoma: Correlation of Dynamic Gadolinium-enhanced MR Imaging Findings with Nuclear DNA Content;
肝细胞癌MR动态增强表现与癌细胞核DNA含量的相关性研究
15.
Analysis of postmortem DNA degradation in skeletal muscle cells by singlecell gel electrophoresis in mice;
单细胞凝胶电泳分析死后小鼠骨骼肌细胞核DNA降解
16.
DNA-methylation modification in somatic cell nuclear transfer
DNA甲基化修饰与体细胞核移植的关系
17.
Role of PCNA in DNA repair
增殖细胞核抗原PCNA在DNA修复中的作用
18.
"These free radicals will attack proteins, DNA, the nucleus of cells, the membranes of cells," Mattson says. "They can damage all those different molecules in cells."
这些自由基将破坏蛋白质、DNA、细胞核、细胞膜。他们将破环所有类型细胞的细胞核。