A lot of organelles such as mitochondria, rough endoplasmic reticula and Golgi bodies were observed in fiber cell. Then, double karyotheca disappeared, and the organelles disintegrated. Multivesicular bodies appeared in fiber cytoplasm. With the further development of fiber, fiber wall underwent continual thickening with aging, and polylaminate structure gradually appeared. While the agglutinated nucleus, transfer vesicles, plasma membrane and plasmodesmata still presented.
研究发现，次生壁形成早期，细胞核具有双层核膜，染色质凝聚，可见大量的线粒体、粗面内质网和高尔基体等细胞器存在于纤维细胞中；随后，双层核膜消失，细胞器将逐渐解体，多泡体开始出现在纤维细胞的细胞质；随着年龄的增加，纤维细胞壁逐渐增厚，并出现多层结构现象，而运输小泡、细胞膜、胞间连丝和凝聚的染色质将持续存在。
The characteristics of tetrad was that the nucleus and Golgi bodies being in the active state.
四分孢子的显著特征是细胞核和高尔基体呈活跃状态。
The ultrastructure showed numerous digital processes, moderate amount of rough and smooth endoplasmic reticulum, rich Golgi s apparatus, microfil-aments, few lysosomes without myofilaments and dense bodies.
超微结构显示，细胞表面有许多指状突起，细胞含有中等量滑面型、粗面型内质网，高尔基器丰富，胞浆内溶体含量少，有微丝，无肌丝和致密斑。
Under electron microscope osmiophilic droplets are found to occur in the mitochondria, Golgi bodies, endoplasmic reticulum, nuclear envelope and small vesicles, also on the both sides of plasmalemma in the resin-containing cells.
在光学显微镜下观察，硫酸奈尔兰染色的切片，发现树脂滴分布于细胞质中；在电子显微镜下观察锇酸染色切片，发现树脂滴分布于细胞的线粒体、高尔基体、内质网、核膜和小液泡中，同时也分布于质膜两边。
Results Secondary wall developed initially with the elongation of cells containing Golgi bodies and mitochondria in the dense cytoplasm.
结果 螺纹导管次生壁发育早期，细胞具有较大的细胞核，细胞质浓稠，具有核糖体、线粒体和高尔基体等细胞器。
The organelles, such as Golgi bodies together with small vesicles, endioplasmic and reticulum play the key role in the formation of the secondary wall of helical tracheary elements in the stem of Cucurbita moschata, though cortical microtubules are correlative with the process as well.
高尔基体及其分泌小泡和内质网等细胞器参与了导管次生壁的形成，其中周质微管也起了一定的作用。
Results There was no lymphatic vessels in central area of tumor, but around it there were many with endotheliocytic changes. Meanwhile the number of Golgi bodies and lysosome increased with rough surfaced endoplasmic reticulum dilation, degranulation, open endothelial junction and part of endothelial cells were damaged and dissoluted.
结果癌肿中心区未见淋巴管，周围区有较多淋巴管和淋巴管内皮细胞变性，高尔基体和溶酶体数量增多，粗面内质网扩张、脱颗粒，内皮间连接开放，并可见部分内皮细胞破坏溶解。
Results: Embryoid bodies grew well in Collagen Gel, the differentiated cells grew into the gel gradually; electronmicroscope showed that some induced cells were rich in Golgi`s bodies and endoplasmic reticulums, a few secretory granules were also visible, which was similar to human adult thyrocyte.
结果 拟胚体在鼠尾胶原上生长状态良好，分化细胞贴壁后逐渐陷入鼠尾胶原；电镜下诱导细胞高尔基体、内质网丰富，部分诱导细胞胞质内见不典型分泌颗粒，与人成体甲状腺细胞超微结构类似。
Hyphae, loaded with CTC under pH 6.8 condition and then grown in pH 8.0 medium for a little while to destroy the apical acidification, could gave very diffuse fluorescence images of CTC membrame bound Ca〓 and vermiform fluorescence spots due to mitochondrias under pH 6.8 no longer were clearly distinquished, which implied that besides mitochondrias, other cellular organelles with Ca〓 also were stained with CTC. Thus mitochondrias are not the only one intracellular Ca〓 storage, endoplasmic reticulums and Golgi bodies in the same zone may be also the Ca〓 storages. But the extreme apical zone under 2μm of the growing hyphal tip was still almost devoid of stain under pH 8.0.The CTC fluorescence was concentrated in the subapic zone beyond about 2μm from the tip and then gradually became lower behind about 40μm from the tip. These results did not support the hypothesis which suggested that the cell wall vesicles in the extreme apical zone were intracellular Ca〓 storages.
将菌丝在pH6.8条件下负载CTC，再置于pH8.0培养介质中短暂生长一会儿以消散菌丝顶端的酸化区域，则CTC膜结合Ca〓呈现弥散的荧光影像，在pH 6.8培养条件下显示的蠕虫状的线粒体荧光斑点不再能够清晰辨认，说明除了线粒体之外，还有其它含Ca〓细胞器，也被CTC染色，线粒体并不是细胞内唯一Ca〓库，还可能包括内质网、高尔基体等细胞器，但菌丝最顶端2μm以前的细胞壁泡囊区域不能被染色，最大荧光强度仍位于菌丝顶端2μm以后区域，约45μm以后荧光变弱，实验结果不支持细胞壁泡囊为菌丝胞内Ca〓库的假设。
However, the Golgi's bodies, the rough endoplasmic reticulum and the surface microvilli of the cells, the intercellular junctions such as tight junction, interdigitation and desmosome or acinic cavity construction were noted much more in the ABM than those in the G.
生长在ABM上的癌细胞则不受影响，但其表面微绒毛丰富、细胞间的紧密连接、交指状连接、桥粒或腺腔样结构多见，高尔基器、粗面内质网发育较好。
The organelles as mitochondria, endoplasmic reticulums and Golgi bodies, and other substructures like transfer vesicles, plasmalemma and lomasome, and the cytoskeletal systems, were together involved in fiber primary wall formation.
具有ATP酶活性的线粒体、内质网、高尔基体等细胞器和运输小泡、质膜、壁旁体等结构以及微管等细胞骨架系统一起参与了纤维细胞初生壁的形成。
There were not only abundant mitochondria, Golgi bodies and endoplasmic reticulum in the glandular hair cells, but also many plasmodesmata.
细胞内具丰富的线粒体、高尔基体和内质网等细胞器，还具发达的胞间连丝。
In addition, development of the mitochondria, Golgi apparatus, lipid bodies, plastids and endoplasmic reticulum was deferred in the mutant pollen.
另外，在突变体花粉中，线粒体、高尔基体、脂肪体、质体和内质网的发育都被延迟。
Golgi appartus developed, at 50 days, the epithelial cells have had the ultrastructure of the principal cell of adult rat, microvilli and Golgi apparatus were developed. Micro-invaginations and multivesicular bodies were abundant.
第50天上皮细胞已具成年大鼠主细胞的超微结构，微绒毛发达，微吞饮内褶和多泡体丰富，Golgi复合体发达。
Changes of Golgi Bodies during the Development of the Infected Cells in Soybean Root Nodules
大豆根瘤侵染细胞发育中高尔基体的变化
Mitochondria and Golgi bodies were also observed in the gland cells.
线粒体和高尔基复合体也被观察到。
Fiber developed initially with the elongation of cells containing ribosomes, mitochondria and Golgi bodies in the dense cytoplasm.
纤维发育早期，细胞具有较大的细胞核和核仁；
During the different stages of nectary development, the endoplasmic reticulum, Golgi bodies, plastids and mitochondria in the cells of the nectariferous tissues changes regularly.
在蜜腺发育过程中，产蜜组织细胞内的内质网、高尔基体、质体和线粒体以及液泡都发生有规律变化。
At the formative stage, the number of plastids, mitochondria and Golgi bodies in the cytoplasm increased.
在树脂道形成阶段，上皮细胞内质体数量增多，质体内所含淀粉粒也增加。
At the anthesis, starch grains accumulate in the plastids, the mitochondria have some more distinct cristae, and the Golgi bodies produce plenty of vesicles.
开花时，质体内有较大的淀粉粒，线粒体分化出较明显的嵴，高尔基体周围小泡丰富。