多核细胞的

基本解释 (translations)

coenocytic

与多核细胞的相关的网络例句 [注：此内容来源于网络，仅供参考]

Coenocyte An area of cytoplasm containing many nuclei and enclosed by a cell wall, typically found in many fungi, certain green algaee.g.

多核细胞，多核体：一定区域的细胞质中包含许多细胞核，由细胞壁包围的生物体。

The results of light microscopical studies showed many giant and multinucleate giant cells with even more than twenty nuclei in each cell. It was possible that the formation of multinucleate giant cells associated with repeated endomitosis in a single cell.

光学显微镜观察见K562/IL-2细胞中出现较多巨大细胞及多核巨细胞，细胞核数目可多达20余个，推测多核巨细胞的形成可能与细胞核反复分裂而胞质不能分裂有关。

The splitting of the cytoplasm is also restrained therefore they form many multi-core cells. With the reducing of the microfilament the pseudopodium of the cell surface become fewer, shorter and wider.

结果发现，在CB作用下，癌细胞生长受到抑制，细胞计数减少；胞质分裂受到抑制，形成多核细胞；微丝结构减少，细胞表面的伪足变少变短变粗。

It is the first time that these phenomena were observed: Two nuclei are surrounded by plasma and locate at the central of the female gametophyte and the others nuclei are positioned at the fringe of the female gametophyte; Before the pollen tube enters the female gametophyte. the nuclei in chalazal end begin splitting of plasma and form multinuclear cell.4. The pollens of Gnetumc are spherical or applanate with single aperture. The ornamentation of exine is spine. The basis part of spine is lenience and the top part of spine is tip or obtuse sphere.

首次在买麻藤属植物的雌配子体中观察到2个游离核位于配子体的中央位置，且被一团原生质所包围的，其余的游离核位于边缘的现象以及花粉管进入雌配子体前，合点端的核已经发生胞质分裂形成多核细胞的现象 4、买麻藤的花粉近球形或扁平型，有单萌发孔，外壁表面具小刺状纹饰，小刺基部宽大，末端尖或钝圆。

IPLB LD-652Y-5d cells infected with Lymantria xylina multiple nucleopolyhedrovirus were found that the infection cells were fused together and formed syncytial giant cells. This phenomenon is probably caused by the viral envelope fusion protein in the cell membrane of the infected cells.

以黑角舞蛾核多角体病毒(Lymantria xylina multiple nucleopolyhedrovirus； LyxyMNPV)感染吉普赛舞蛾细胞株(IPLB-LD652Y-5d)后，发生细胞融合形成一大的多核细胞，此细胞融合现象可能与病毒套膜融合蛋白有关。

Results High homogenous hMSCs were obtained and after co-culture for 5 d with osteoblasts, they fused to form multinuclear cell clusters in micrograph and were postive in TRAP staining. Conclusion The co-culture system method is successful.

结果：体外分离、培养的hMSCs具有独特的细胞免疫学表型，即CD73和CD105阳性， CD34和CD45 阴性。hMSCs与成骨细胞共同培养5 d后，即可见单个核细胞融合成多核细胞，TRAP 染色可见多数细胞胞浆呈酒红色，为诱导成功的破骨细胞。

The frequencies of micronuclei and multinucleate cells in BEAS-2B cells were significantly increased by DU and these increments of micronucleated cells could be inhibited effectively by DMSO.

贫铀诱发微核细胞、多核细胞增多，DMSO对微核细胞增多有抑制作用，而对多核细胞增多无明显的抑制作用。

Senescent cells undergo a number of morphological changes, such as increase in cell size, increase in nuclear and nucleolar size, loss of the ability to utilize all the available growth surface, and appearance of multinucleated cells.

衰老细胞进行了一些形态学改变，如增加细胞大小，增加在核和核仁大小，损失的能力，利用一切可用的增长，从表面上看，和外观的多核细胞。

Methods: M-CSF-dependent bone marrow cells were isolated from 5-6 weeks old mice, and cultured in the presence of MCSF (25μg/L) with different concentrations of TNF-α(0, 1, 10, 100 μg/L) for 5 days, the formation of TRAP multinucleated cells was observed. These cells were also cultured in the presence of both RANKL (30 μg/L) and M-CSF (25 μg/L) with or without 10 μg/L TNF-α for4, 5, 6 and 9 days. The number of TRAP multinucleated cells and resorption pits on dentine slices were counted under light microscope.

选用小鼠巨噬细胞集落刺激因子依赖性非附着性骨髓细胞，在含有25μg/L M-CSF和0，1，10，100μg/L TNF-α的α-MEM培养液中培养5d后，观察抗酒石酸酸性磷酸酶染色阳性多核细胞的形成；细胞在含有25μg/L M-CSF和30μg/L sRANKL的α-MEM培养液中进行培养，比较加入和不加入10μg/L TNF-α培养4、5、6和9d后，所形成的TRAP多核细胞的数目和骨吸收面积。

Methods: M-CSF-dependent bone marrow cells were isolated from 5-6 weeks old mice, and cultured in the presence of M-CSF (25 μg/L) with different concentrations of TNF-α(0, 1, 10, 100 μg/L) for 5 days, the formation of TRAP multinucleated cells was observed.

选用小鼠巨噬细胞集落刺激因子依赖性非附着性骨髓细胞，在含有25μg/LM-CSF和0，1，10，100μg/LTNF-α的α-MEM培养液中培养5d后，观察抗酒石酸酸性磷酸酶染色阳性多核细胞的形成；细胞在含有25μg/LM-CSF和30μg/LsRANKL的α-MEM培养液中进行培养，比较加入和不加入10μg/LTNF-α培养4、5、6和9d后，所形成的TRAP多核细胞的数目和骨吸收面积。

与多核细胞的相关的网络解释 [注：此内容来源于网络，仅供参考]

coenocyte：多核细胞

coenobitism 修道士生活 | coenocyte 多核细胞 | coenocytic 多核细胞的

coenocyte：多核体 ; 多核细胞

coelomocyte 体腔细胞 | coenocyte 多核体 ; 多核细胞 | coenocytic 多核的

polyhedrosis：多角体的

polyhedron 多角体 | polyhedrosis 多角体的 | polykaryocyte 多核细胞

coenocytic：[生]多核细胞的, 多核体的

Rudolf 鲁道夫(男子名) | coenocytic [生]多核细胞的, 多核体的 | parrotry 重复学话, 学人说话

coenocytic：多核细胞的

coenocyte 多核细胞 | coenocytic 多核细胞的 | coenogenesis 后生变态

coenocytic mycelium：多核菌丝体

coenocytic alga | 多核藻类 | coenocytic mycelium | 多核菌丝体 | coenocytic | 多核细胞的, 多核体的

multinuclear; multinucleate：多核的

"多核细胞","multinuclear cell; multinucleate cell" | "多核的","multinuclear; multinucleate" | "多核细胞","multinucleate cell; multinuclear cell; apocyte"

myeloid cell,myeloplax：骨髓(多核)巨核细胞

\\"骨髓(样)的,骨髓(细胞状)的\\",\\"myeloid\\" | \\"骨髓(多核)巨核细胞\\",\\"myeloid cell,myeloplax\\" | \\"髓样肉瘤\\",\\"myeloid sarcoma\\"

polykaryocyte：多核细胞

polyhedrosis 多角体的 | polykaryocyte 多核细胞 | polykaryon 多核体

eucaryotic cell：真核细胞

真核细胞(eucaryotic cell)是构成真核生物的细胞,具有典型的细胞结构, 有明显的细胞核、核膜、核仁和核基质. 真核细胞的种类繁多, 既包括大量的单细胞生物和原生生物细胞(如原生动物和一些藻类细胞),又包括全部的多细胞生物(一切动植物)的细胞.