核仁磷酸蛋白是一类穿梭于核仁、核质和胞质的蛋白质。
Nucleophosmin is a protein that shuttles between the nucleus, nucleoplasm and cytoplasm.
中央细胞以后的发育主要是极核的发育和极核周围胞质的变化。
Further development of the central cell mainly involved changes in the orientation of the polar nuclei and the distribution of the cytoplasm.
结果提示：在细胞凋亡及其形态变化的过程中，可能伴随着细胞胞质的异常运动。
The results suggest that the process and the morphological changes of apoptosis may be accompanied with the disrupture of cytoskelet and the abnormal cytoplasmic movement.
免疫组织化学方法法显示一氧化氮合酶的表达，用光学显微镜在高倍镜下观察，识别黑素细胞，观察细胞胞质的染色及特点。
Expression of NOS was assayed with immunohistochemical method and melanocyte was identified under high-times optic microscope to observe stain and characteristic of cytoplasm.
副皮质区随着中等大小的胞质清、核不规则的淋巴瘤细胞而扩大。
Paracortical areas expanded with moderate size lymphoma cells with clear cytoplasm and irregular nuclei.
磷酸甘油糖异构酶1和胞质环氧水解酶是参与烫伤大鼠代谢的下调蛋白。
Triosephosphate isomerase 1 and cytosolic epoxide hydrolase were down-regulating proteins participated in metabolism of scalded rats.
这些细胞的特点是它们令人瞩目的神经纤维(即轴突)，这些结构大多从胞体上生出，但是从浓密的原生质衍生物(即树突)上生出的情况也很常见。
The special character of these cells is the striking arrangement of their nerve filament [axon], which arises from the cell body but also very often from any thick, protoplasmic expansion [dendrite].
除了通常的有机质小团，他们还发现了一种名为“煤胞”的中空微粒。
Besides the usual miniscule clumps of organic matter, they also found tiny bubble-filled particles called cenospheres.
首先鉴定出的TRAF家族成员是TRAF1和TRAF2，发现它们能够与TNF受体2 (TNFRII)的胞质结构域相互作用(4)。
The first TRAFs identified, TRAF1 and TRAF2, were found by virtue of their interactions with the cytoplasmic domain of TNF-receptor 2 (TNFRII) (4).
在酶的解液中进行消化期间，可以观察到一些原生质体自然融合，融合的原生质体体积大、胞质浓、形状各异。
During digestion in the enzyme solution some spontaneous fusion of protoplasts could be observed and the fused protoplasts were generally large, cytoplasmic dense and varied in shape.
CD 24并不具有胞质内结构域，但通过Siglec - g传递的信号就包括了一个免疫受体酪氨酸相关抑制性基序immune receptor tyrosine - based inhibitorymotif (ITIM)。
CD24 does not contain a cytosolic domain, and signals through Siglec-G, which contains an immune receptor tyrosine-based inhibitory motif (ITIM).
脑膜瘤细胞有大量的粉红色胞质。
插图显示典型的巨细胞，圆形，有粉红色胞质包涵体。
The inset demonstrates a typical giant cell with a round, pink intracytoplasmic inclusion.
鳞状细胞癌，癌组织有由多边形细胞组成的癌巢，多边形细胞边界清楚，胞质为粉红色。细胞核染色深，形状有角。
This is the microscopic appearance of squamous cell carcinoma with nests of polygonal cells with pink cytoplasm and distinct cell borders. The nuclei are hyperchromatic and angular.
该单克隆抗体是通过用包含人EGF受体胞质域的融合蛋白免疫动物而制备的。
Monoclonal antibody is produced by immunizing animals with a fusion protein containing the cytoplasmic domain of human EGF receptor.
高倍镜下，细胞边界清楚、细胞间桥、粉红色胞质均是鳞状细胞癌的特征。
The pink cytoplasm with distinct cell borders and intercellular Bridges characteristic for a squamous cell carcinoma are seen here at high magnification.
用光镜和透射电镜的系统观察表明，小孢子母细胞间胞质通道的发育是棉花小孢子发生过程中最显著的特点之一。
Light and electron microscopy studies revealed that the cytoplasmic channel in the wall of adjacent meiocytes was an obvious feature during microsporogenesis in Gossypium hirsutum.
因此，蛋白质的核质转运作为介导胞核与胞质物质交换、信号交流的关键机制，在凋亡过程中就显得尤为重要。
Some of the apoptotic proteins, distributing in both cytoplasm and nucleus, shuttle between the two compartments by virtue of nucleocytoplasmic transport.
细胞游离面部分微绒毛的微丝形成中心根并深入胞质。
The microfilaments of some microvilli formed core rootlets and entered into the cytoplasm.
附加体，游离体某些细胞的遗传粒子，尤其是细菌细胞，能够自动存在于胞质中或成为染色体的一部分。
A genetic particle of certain cells, especially bacterial cells, that can exist either autonomously in the cytoplasm or as part of a chromosome.
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.
S100A13蛋白主要表达于HC C细胞的胞质中，部分细胞核偶见表达，此外在癌旁次生胆小管中及部分炎细胞中也存在高表达。
S100A13 protein was mainly expressed in the cytoplasm of HCC cells, occasionally in the nucleus; the secondary bile canaliculi and some inflammatory cells also showed high S100A13 protein expression.
对于细胞的辐射敏感性，有丝分裂与辐射效应的表现，以及辐射作用对于胞质和胞核的影响等问题作了初步的讨论。
The problems, such as the cellular radiosensitivity, the mitosis and the expression of the radiation effects, and the action of radiation on cytoplasm and nucleus, are tentatively discussed.
胞质流还仅仅是一种解释真菌中转移的假说。
Streaming is still the only hypothesis to account for translocation in fungus.
供体核和受体胞质是影响核移植重构胚重编程的主要因素。
The donor cell and recipient cytoplasm are main factors in the nuclear transfer reprogramming.
胞质内有丰富的线粒体、粗面内质网、核糖体。
There were abundant mitochondria, rough surfaced endoplasmic reticulum and ribosome.
胞质内有丰富的线粒体、粗面内质网、核糖体。
There were abundant mitochondria, rough surfaced endoplasmic reticulum and ribosome.
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