粘液细胞中充满了大小不等的粘液颗粒。
此外，还观察到了泌氯细胞和粘液细胞。
Moreover, the chloride secreting cells and mucous cells were also observed.
粘液细胞中含草酸钙针晶和簇晶，在中柱外侧分布较密集。
There were clusters and raphides of calcium oxalate in the mucilage cells which are densely distributed in the outside of the central cylinder.
研究人员长期认为它是另一种粘液细胞外的组成部分来包裹着粘液细胞。
Researchers long thought that it was just another component of the extracellular slime that surrounds all cells.
杨宁，任素莲，宋微波。文蛤消化道粘液细胞研究。水产学报，2005 (04)。
Yang n, Ren SL, Song WB. Mucous cells in the alimentary tract of meretrix meretrix. Journal of Fisheries of China, 2005 (04).
鸭跖草的木质部为六原型，韧皮部与木质部相同排列，根皮层中分布有粘液细胞和晶体细胞。
The phloems rage alternate with xylems. There are mucus cells and crystal cells in cortex of root. And vascular bundles scatter in stem.
运用组织学、组织化学及聚丙烯酰胺凝胶电泳技术，研究了文蛤粘液细胞的类型、分布及组化特性。
The types, distribution and histochemistry characters of mucous cells of Meretrix meretrix Linnaeus were studied by histological and histochemical methods and SDS-PAGE electrophoresis.
利用组织透明法、石蜡制片法和薄切片法比较研究了樟科5属13种植物叶片中油细胞和粘液细胞的分布和结构。
The oil cells and mucilage cells in the leaves of 13 species in 5 genera (Lauraceae) were comparatively studied with the methods of tissue clearing, paraffin sectioning and semi-thick sectioning.
典型的杯状细胞类癌不形成有管腔的腺体，且肿瘤细胞呈单个浸润或表现为由粘液细胞和神经内分泌细胞组成的小的实体巢状。
Typical goblet carcinoid does not form glands with lumen, and the tumor cells infiltrate individually or as small solid nests consisting of mucocytes and neuroendocrine cells.
同样，呼吸道及气管有衬里的表面细胞及腺体产生的粘液和其它液体。
Likewise, airway and windpipe linings have surface cells and glands that produce mucus and other fluids.
粘液型：这种类型的细胞产生大量的粘液将细胞核挤压成环状。
Mucus type: the cells of this type produce a lot of mucus which presses the nucleus into a ring shape.
除啮齿类动物外，人和其它动物粘液腺中肌上皮细胞的平均体积比高于浆液腺中者。
The mean proportional volumes of mucous acini were more than those of serous acini except salivary glands of rodents.
肠易激综合症，我们把高浓度打破的粘液建设和增韧细胞膜。
For irritable bowel syndrome, we put in a high concentration to break down that mucoid buildup and that toughened cell membrane.
背景与目的哮喘是慢性气道免疫性炎症，以气道淋巴细胞、嗜酸性粒细胞浸润、气道高反应性、粘液产生增加为特征。
Background and Objective Asthma is chronic airway immune inflammation characterized by airway lymphocyte infiltration and eosinophilia, airway hyperresponsiveness (AHR) and mucus hypersecretion.
目的研究人结膜杯状细胞和粘液的形态。
To study the morphology of human conjunctival goblet cells and mucus.
结论人结膜杯状细胞和粘液具有独特的形态特征。
Conclusion The goblet cells and mucus of human conjunctiva have distinct morphologic characteristics.
目的建立一种新的小鼠气道上皮杯状细胞增生和粘液高分泌模型。
Aim Establish a novel mouse model of airway goblet cell hyperplasia and mucus hypersecretion.
因此该种细胞看起来呈透明状，发源于胆管经常产生许多粘液，尽管如此该患者的透明细胞未包含粘液和只含有一些糖原。
Therefore the cells look clear. The cancer cells originating from bile ducts often produce much mucin, however the clear cells in this case did not contain mucin, and had a little glycogen.
高倍镜可见心房粘液瘤极小的细胞结构，仅有散在的纺锤形细胞，在疏松的粘液样基质中有少量淡红的胞浆存在。
This high power microscopic appearance of cardiac myxoma shows minimal cellularity. Only scattered spindle cells with scant pink cytoplasm are present in a loose myxoid stroma.
外分泌腺可以仅由制造粘液的单细胞组成。
Exocrine Glands may consist of only single cells that make mucus.
外分泌腺可以仅由制造粘液的单细胞组成。
在茎和叶柄上，粘液毛发生于某些特化的小型表皮细胞上，花柄表皮上有无特化的细胞，尚未确定。
In stems and petioles, slime hairs were found on certain specialized smaller epidermal cells only, which are uncertain on pedicels.
对高分化小细胞性腺癌中粘液性印戒细胞癌应与间皮细胞增生时印戒样变鉴别诊断；
The mucinous signet-ring cancer cells in high differentiation small cell adenocarcinoma should be differential diagnosis from mesothelium signet-ringoid change.
目的：研究8-甲氧基补骨脂素（8-MOP）对粘液表皮样癌细胞（MEC-1）的抑制作用。
Objective:To study the inhibitory effects of 8-MOP on mucoepidermoid carcinoma MEC-1 cells.
杯状细胞的粘液颗粒主要是中性粘多糖，气管腺的粘液颗粒为酸性粘多糖和中性粘多糖。
The mucous granules in the goblet cells mainly contained the neutral mucopolysaccharides, and the granules in the glandular cells the acid mucopolysaccharides and the neutral mucopolysaccharides.
阿托品的细胞保护作用可能与增加胃粘膜屏障粘液量有关，而腐植酸的作用机理尚不清楚。
The mechanism of the cytoprotection of atropine is considered to increase gastric barrier mucus and that of humic acid is unknown.
本研究的目的在于探明阿霉素作用于细胞后，是否通过诱导粘液表皮样癌细胞凋亡而抑制肿瘤细胞生长，以进一步发挥阿霉素在治疗粘液表皮样癌中的作用。
The purpose of this experiment is to explore whether or not Adriamycin inhibits MEC cells by apoptosis so as to make further use of Adriamycin in the treatment of MEC.
这表明气管上皮中的粘液分泌细胞不是终末细胞，具有很强的DNA合成和增殖能力，是损伤后参与修复的主要细胞之一。
The resultsindicated that mucous secretory cells is not the end-stage cell . the ability to synthesize DNA and re-generate, but one of main cells of repairing tracheal epithelium after injury.
部分细胞浆内可见粘液空泡。
Intracytoplasmic mucinous vacuoles were noted in some tumor cells.
部分细胞浆内可见粘液空泡。
Intracytoplasmic mucinous vacuoles were noted in some tumor cells.
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