结果表明，条形结构优于元胞结构。
It is demonstrated that the Stripe structure is superior over the cell structure.
结果表明，条形结构优于元胞结构。
胞状结构的出现大大提高了钢的强度。
合胞体表面覆盖着一层糖萼。
A thin coat of glycocalyx is present on the tegument surface.
阳性表达定位于胃癌组织的癌细胞胞质。
The positive expression location was in the cytoplasm of cancer cell.
元胞自动机开创了复杂性研究的新途径。
Cellular automata create a new approach in the way to complexity research.
培养温度对运动发酵单胞菌有很大的影响。
The influence of culture temperature on growth of Zymomonas mobilis is remarkable.
ST呈强阳性表达，其表达形式为胞浆型；
The expression of ST showed strong positive, and plasma type;
胞体为椭圆形或圆形。
微胞藻类遍布全球。
铜绿假单胞菌是重要的医院感染条件致病菌。
P. aeruginosa is the important conditioned pathogen on hospital infection.
目的探讨绿脓假单胞菌的分型，及其耐药性。
Objective To study the type and antibiotics resistance for Pseudomonas aeruginosa.
元胞自动机是可模拟复杂结构和过程的模型。
Cellular automata is a model that can simulate complex structure and process.
成熟花粉为二胞型。
导致胞内酸性增强。
阴性对照组兔晶体上皮细胞胞核未见阳性染色。
In negative control group rabbit LEC nuclei were not positive stained.
在这种情况下，这个胞族的议事会即召开会议；
In this case the council of the opposite phratry was assembled;
靠近中心处可见一很具有很大胞核的大肿瘤细胞。
One large cell with very large nuclei is seen near the center.
该系统采用积木块式的元胞，行陈列的模式结构。
燃料胞格尺寸的大小反映了该燃料爆轰的难易程度。
The detonation cell size of the fuel indicates its detonation sensitivity.
在此条件下，胞外多糖截留率可达到95.72%。
Under this ideal condition, extracellular polysaccharide's retention rate could reach 95.72%.
从露天养鳖池中分离到红假单胞菌CZ - 2菌株。
One Rhodopseudomonas CZ-2 strain was isolated from a turtle pond.
那么，这些囊膜蛋白是如何定向地从胞质转运至核内的呢？
The mechanism of protein transporting and targeting is of quite interest to us.
为丰富元胞单元法理论，论文开展了非线性元胞单元法研究。
Nonlinear cellular element method was also studied for enriching its theory.
以假单胞菌为研究对象，考察茶多酚的抑菌作用及其抑菌机理。
Action mechanism and antimicrobial effect of tea polyphenols against the pseudomonad were studied.
肿瘤坏死因子受体相关因子是细胞胞浆内的一类重要的接头分子。
Tumor necrosis factor receptor-associated factor family is an important binding protein group in cytoplasm.
蛋白质-蛋白质之间的关系与蛋白质的胞内定位对它们的功能发挥有着长远影响。
Protein-protein interactions and protein localization within the cell can have profound influence on protein function.
前言：目的：探索建立一种经济、高效的直接抽提微生物胞内色素的方法。
Objective: To found an economic, effective and simple method for Pigment Extraction from Microorganisms.
胞状组织的尺寸大小和各元素在各相中的分布是决定矫顽力大小的关键因素。
The cell size and the element distribution are the key factor to obtain high properties.
氮化钛膜层表面呈胞状结构生长，膜层结构致密，未见显微孔洞和裂纹的存在。
The TiN surface film grow as cell-shaped structure and the film microstructure is compact.
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