1.
Detachment of Root Cap Cells of Maize and Its Effect on the Relationship Between Root and Rhizosphere
玉米根冠细胞的脱落及其对根与根际关系的影响
2.
COLONIZATION OF AM FUNGI IN MERISTEMATIC ZONE AND CAP CELLS OF PLANT ROOTS
丛枝菌根真菌对植物根尖分生区和根冠细胞的侵染(英文)
3.
In addition,the toxin could significantly inhibit the growth of roots and shoots and kill the root cap cells of rice.
毒素可导致水稻幼苗萎蔫、胚根胚芽生长受抑和根冠细胞死亡；
4.
As soon as border cells detach from root cap periphery, their metabolic activity dramatically increases in accordance with a differential gene expression from that in root cap cells.
边缘细胞一旦从根表皮游离后 ,其代谢活性大大上升、基因表达明显不同于根冠细胞。
5.
Several Improvements for Bioassay of Verticillium dahliae Kleb Coarse Toxin in Cotton Root Cap Cell
大丽轮枝菌粗毒素在棉花根冠细胞生物学测定方法上的研究
6.
The inducing death of root cap cells bioassay was firstly used to measure the toxicity of toxin from Curvularia spp.
利用玉米根冠细胞死亡法测定了玉米弯孢霉毒素的生物毒性，方法简单可行。
7.
The Structural Characteristics and Symplastic Transport Function of the Ectodesmata-like of Root Cap Tissue in Zea Mays;
玉米根冠细胞中类外连丝形成的结构特征及其共质传输功能的探讨
8.
The Effect of Pathogenic-Fungi Toxin of Rice Blast on Living Cells of Rice Root-Cap
稻瘟病毒素对水稻根冠活细胞的影响
9.
The structure of the root apex of Pyrus betulaefolia Bunge consists of the stelar meristem,cortical cells and the root cap.
杜梨根端的结构,可分成中柱分生组织,皮层细胞和根冠。
10.
Studies on Programmed Cell Death of Peripheral Cells of Root Cap of Zea mays and Allium sativum
玉米和洋葱根冠外缘细胞编程性死亡特征的研究
11.
Ultrastructural studies on peripheral cells of root cap of Allium sativum in the process of programmed cell death
洋葱根冠外缘细胞编程性死亡过程中的超微结构研究
12.
Apoptosis in Detached Corn Root Cap Cells Treated by HMC-toxin Under Fluorescent Microscope
HMC毒素引起玉米根冠活细胞凋亡的荧光显微观察
13.
Then celk from the foot of the teeth were scraped off the teeth.
然后，刮下牙根的细胞，
14.
Study on Activity of PHGPx in Erythrocyte of Patients with Coronary Heart Disease and Hyperlipemia;
冠心病患者红细胞PHGPx活性的研究
15.
Subcellular Localization Analysis of SARS Coronavirus ORF9b;
SARS冠状病毒ORF9b的亚细胞定位研究
16.
Function of Dendritic Cells in Patients with Coronary Heart Disease;
冠心病患者树突状细胞功能状态分析
17.
Advance in coronary artery disease:transfusion of endothelial progenitor cells
冠心病治疗的新展望:输注内皮祖细胞
18.
Stem Cell Therapy in Coronary Heart Disease: Current Status and Future Prospects
干细胞移植治疗冠心病的现状与未来