助细胞的丝状器在不同发育时期形态及大小不同；
The morphology and size of the filiform apparatus change with the development period of the synergids.
迁移细胞表面有众多丝状伪足。
The surface of migration cells exhibited numerous filopodia.
构成结缔组织的细胞外基质的丝状体之一。
Any of the filaments constituting the extracellular matrix of connective tissue.
修改后的细菌染色体再从酵母中分离，进而移植入山羊支原体，一个与原细菌亲缘的菌种中，最终创造出新型的丝状支原体细胞。
This modified bacterial chromosome was then isolated from yeast and transplanted into a related species of bacteria, Mycoplasma capricolum, to create a new type of M. mycoides cell.
单螺旋和3股螺旋两种丝状支架的力学性能和细胞黏附性能相近。
Mechanical performances and cell adhesion of simple spiral and 3-strand spiral scaffolds are similar.
茸毛：与毛发相似的细丝状突出物或刺毛，比如节肢动物的刚毛，或植物表面细胞的生成。
A filamentous projection or bristle similar to a hair, such as a seta of an arthropod or an epidermal process of a plant.
茸毛与毛发相似的细丝状突出物或刺毛，比如节肢动物的刚毛，或植物表面细胞的生成。
A filamentous projection or bristle similar to a hair such as a seta of an arthropod or an epidermal process of a plant.
2007年，该团队发表了将原生丝状支原体的基因组植入山羊支原体细胞的试验结果。结果显示山羊支原体细胞改造成丝状支原体。
In 2007 the team published results from the transplantation of the native M. mycoides genome into the M. capricolum cell which resulted in the M. capricolum cell being transformed into M. mycoides.
原植体为丝状或片状，大小不一，小的仅数个细胞，大的形态复杂如树状。
Composed of filaments or plates of cells, a thallus ranges in size from a single-celled structure to a complex treelike form.
破骨细胞细胞核核大，4 ~6个，胞浆伸出丝状或片状伪足。
Osteoclasts had 4 to 6 big nuclei, and cytoplasm extended pseudopodia of filament or sheet shape.
迁移细胞表面伪足丰富，以丝状伪足为主。
The surface of migration cells exhibits affluent pseudopods, which are mainly filopodia.
本发明还涉及丝状真菌细胞的突变体和获得该突变细胞的方法。
The present invention also relates to mutants of filamentous fungal cells and methods for obtaining the mutant cells.
微生物细胞具有各种各样的几何外形，如球状、丝状、螺旋状、玉米状、刺猬状等。
The cells of microorganism have many kinds of geometrical shapes and can be used for a template of nanomaterials.
在这，细胞器被停赛的丝状网络支持细胞骨架的。
Organelles are suspended within it, supported by the filamentous networks of the cytoskeleton.
当研究员加速结构域的活动时，他们发现神经细胞形成了指状的丝状伪足，这些丝状伪足形成的分支可以阻止细胞的迁移。
When the researchers ramped up the activity of the domain, they saw that the neurons formed the finger-like filopodia which blocked migration by inducing too many branches.
肌动蛋白呈丝状，分布于细胞质外围靠近细胞膜处，沿细胞轮廓排列走行，而在核周则无微丝分布；
Filamentous actin was distributed in the cytoplasm near the cell periphery Department, arranged to go along the cell contour lines, while no actin distribution in the nucleus;
肌动蛋白呈丝状，分布于细胞质外围靠近细胞膜处，沿细胞轮廓排列走行，而在核周则无微丝分布；
Filamentous actin was distributed in the cytoplasm near the cell periphery Department, arranged to go along the cell contour lines, while no actin distribution in the nucleus;
应用推荐