1.
Ultrastructural Research and Electron Microscopic Enzymo-Cytochemistry on the Apoptosis and Cell Differentiation during Dictyostelium Discoideum Development;
盘基网柄菌柄细胞分化和凋亡的形态特征和酶细胞化学研究
2.
The Study on the Function of gp150 and Caspase-3 during Dictyostelium Discoideum Cell Differentiation;
盘基网柄菌柄细胞中gp150蛋白和凋亡分子Caspase-3作用的研究
3.
Comparison of Ca～(2+) Location in the Plant Mature Cell Walls and Flammulina Velutipes Stipe;
黄瓜黄化苗下胚轴与金针菇菌柄细胞壁Ca～（2+）定位比较研究
4.
mRNA Differential Display Analysis of KAx-3 Cells and AK127 Cells in Dictystelium Discoideum;
盘基网柄菌KAx-3细胞和AK127细胞mRNA差异显示分析
5.
Studies of Gene Differential Expression in Dictyostelium Discoideum Cells;
盘基网柄菌细胞差异表达基因的研究
6.
The multicellular proembryo and globular embryo possessed uniserial or untidy disposal multi-cellular suspensor.
在多细胞原胚及球形胚期具有单列或不规则排列的多细胞胚柄。
7.
Langerhans cell histiocytosis of the infundibulum in adult: a case report
1例成人垂体柄孤立性朗格汉斯细胞组织细胞增多症
8.
Classification of Haemocytes in Styela clava by Flow Cytometry and Histology Method
流式细胞术结合组织学方法对柄海鞘血细胞的分类
9.
The proembryo from zygotic cell divisions may be divided into three parts: proper, hypoblast and suspensor.
玉米合子细胞分裂形成的原胚分为胚柄、基与胚体三部分。
10.
DIF Signalling Pathways and Cell-Fate Determination in Dictyostelium discoideum
盘基网柄菌中分化诱导因子信号与细胞命运决定
11.
Studies of Influence of gp150 on Gene Expression During Dictyostelium Discoideum Development;
gp150蛋白对盘基网柄菌多细胞发育基因表达的影响
12.
Preliminary Study of Allantoicase Function in the Multi-cellular Development of Dictyostelium Discoideum;
尿囊酸酶基因在盘基网柄菌多细胞发育中功能的初步研究
13.
Effect of Adhesion Molecule gp150 on Dictyostelium Discoideum cAMP-dependent Protein Kinase (DdPKA) during Multicellular Development;
gp150蛋白对盘基网柄菌多细胞发育期间DdPKA活性影响的研究
14.
Investigation on The Mechanism through Which The Shrimps Living in The Natural Pond Regulate Their Body Color;
日本沼虾眼柄神经激素对其色素细胞调节机制的研究
15.
KATP channels expressed in the neurosecretory cells of MTXO in the eyestalks of Eriocheir sinensis
中华绒螯蟹眼柄神经内分泌细胞表达ATP敏感钾通道
16.
The positive cells increased after perforation in the annulus and handle of malleus region,but no immunostaining cells were found at the edge of perforation.
紧张部急性穿孔后鼓环和锤骨柄阳性细胞数量增加 ,穿孔边缘无阳性染色。
17.
Early division phase embryos may use metabolites provided by the suspensor, persistent and degenerating synergids.
早期分裂时期的胚可以利用胚柄，宿存和退化中的助细胞所提供的代谢物。
18.
CMTs Reorganization Relation to Cell Morphogenesis of Aerenchyma in Sagittaria Trifolia Petiols and Study on Live Probes of MTs;
周质微管重组与慈姑叶柄通气组织细胞形态建成的关系以及微管活体探针研究