基底膜

词组短语

basement membrane · membrana basilaris

与基底膜相关的网络例句 [注：此内容来源于网络，仅供参考]

Results showed that the only intact basement membrane complex was found on the luminal surface of the ECM deried from the urinary bladder and that the basement membrane was an effectie barrier to penetration of the scaffold by the seeded cells.

结果表明，只有在膀胱来源的ECM支架内表面才发现了完整结构的基底膜复合物，而且这种基底膜结构是支架阻碍种植细胞渗透生长的有效屏障。

We conclude that the urinary bladder ECM but not the small intestine- or lier-deried ECM contains a surface with composition and morphology consistent with that of an intact basement membrane complex, that the basement membrane complex can surie processing, and that the basement membrane structure can modulate in itro cell growth patterns.

我们得到的结论是，膀胱来源的ECM含有一层组成和形貌都与完整基底膜复合物一致的表面结构，而小肠和肝来源的ECM没有这层结构；基底膜复合物结构能够在ECM整个加工过程中保证完整而且能调节体外细胞生长模式。文献摘要申领

Lamininis an important factor,which was widely found in the basement membrane in most animals and human.

层粘连蛋白是基底膜的重要成分之一，广泛存在于多种动物及人类细胞基底膜基质中。

It is very important to retain the basement membrane, which is a very critical tissue to maintain the viability of epithelial cells.

保留完整的角膜上皮基底膜有重要意义，基底膜是维持角膜上皮细胞生物活性的重要结构。

RESULTS: The following changes were found under light microscopy in keratoconus:thin epithelium and stroma,local rupture or destruction in basement membranes and Bowman"s layer,basal cell swollen,stroma disarrangement,ruptures or folds in the Descemet"s membrane and thin endothelium layer.

结果 光镜观察结果，圆锥角膜上皮层、基质层变薄，基底膜及前弹力层局限性断裂或破坏，上皮基底细胞水肿，角膜基质排列紊乱，后弹力膜皱褶或断裂，内皮细胞变薄。

Under light microscope, on H-E stain section, four types cells can be distinguish: cells with weak basophilic fibrillar elements; cells with acidophilic granular substance; cells with strong basophilic fibrillar elements and ciliated cells. In the basal lamina region under gland epithelium, there are a few connective tissue; Surface view of the hypobranchial gland could be see by scanning electron microscope, there are cilia and different kinds of secretions distributed. Ultrastructure of the hypobranchial gland could be understand by transmission electron microscope, supporting cells, sensory cells and seven types gland cell were observed to form the glandular epithelium; cells with much rough endoplasmic reticulum,smooth muscle fiber and nerve endings were found beneath glandular epithelium, among basal lamina region.

光镜下H-E染色切片中腺上皮区仅可以区分出四种类型的细胞：弱嗜碱性纤维样细胞、强嗜碱性纤维样细胞、嗜酸性颗粒分泌细胞和纤毛细胞等；腺上皮下的基底膜区有少量结缔组织存在；扫描电镜下可以观察到鳃下腺表面的纤毛及腺细胞的分泌物等情况；透射电镜下观察到腺上皮中有支持细胞、感觉细胞和7种类型的腺细胞；近基底膜区观察到富含粗面内质网的细胞；基底膜间为薄层疏松结缔组织，内含肌细胞及神经末梢等结构。

Results Non-specific antibody increased distinguishingly in each groups after drug treatment 30 days, but all tested indexes showed no anychange in 2mg/ group. Glomerular basement membrane became thick in 10mg/ group after drug treatment 90 days, but it showed normal when treatment time was shorten to 30 days. The thickness of glomerular basement membrane was very serious in in 50mg/ group and liquid containing protein was found increasing in glomerular and tubular. The thickness of glomerular basement membrane didn't ameliorate after stopping drug 30 days.

结果 给药后30天各给药组动物血清非特异性抗体明显升高。rhIL-1Ra 2mg/组其他检测指标均未见明显地改变。rhIL-1Ra 10mg/组给药后90天肾小球毛细血管基底膜明显增厚，但此剂量给药时间为30天时未见任何异常。rhIL-1Ra 50mg/组肾小球及肾小管中蛋白性液体量多，小球毛细血管基底膜增厚更为严重，且停药30天后基底膜增厚程度仍未见明显减轻或改善。

Results: The renal perfusion was increased in diabetes group after the injection of alloxan. The PSI, AUC and ascending slope rate of the curve of the time-intensity curve were increased in 1w and 2w with decreased of HPT; the pathological examination exhibited glomeruli hypertrophy and no thickening of basal lamina. The PSI and AUC in 4w and 6w were more than that of control group; the PIT and ascending slope rate of the curve got closed to normal in 4w and 6w; the intercapillary cells increased. The speed of ascending slope rate of the curve in 8w, 10w and 12w was slower, shown as PIT and HPT delayed; the pathological examination showned increasing of mesangial cell, hyperplasia of mesangial matrix and thickening of basal lamina, followed with obliteration of partial micrangium, glomerular sclerosis and reduce of PSI in 12w.

结果：糖尿病组兔注射四氧嘧啶后肾皮质血流灌注增大，1周、2周表现为时间-强度曲线参数中峰值强度升高、曲线下面积增大、达峰时间缩短、曲线上升斜率升高，此时病理可见肾小球肥大，系膜基质正常，基底膜无增厚；4周、6周，峰值强度、曲线下面积高于对照组，达峰时间、曲线上升斜率接近正常，系膜细胞增多。8周、10周、12周，达峰时间延长、曲线上升斜率减慢、峰值强度减半时间延长，病理出现肾小球系膜细胞明显增多，系膜基质增生，基底膜增厚，至12周病理出现部分毛细血管管腔闭塞，肾小球节段性硬化，峰值强度测值减低。

Results Smad4 genes were expressed throughout the postnatal cochlea of three mouse genotypes at a high level. The expression concentrated in the vascular stria, spiral ligament, basal membrane, tectorial membrane, hair cells, supporting cells and spiral ganglion cells.

结果 Smad4在三种基因型小鼠耳蜗均有广泛表达，表达部位主要集中于血管纹、螺旋韧带、基底膜、盖膜、毛细胞、支持细胞、螺旋神经节细胞等处，其中血管纹和基底膜表达最为明显。

Five hours after the noise exposure, the cochleae were harvested. mitochondria energetic function, succinate dehydrogenase activity, in the hair cells of cochleae was evaluated with a colorimetric assay using blue tetrazolium monosodium salt. the sdh-labeled organs of corti were double stained with propidium iodide, a dna intercalating fluorescent probe used to visualize the morphologic viability of hair cell nuclei.

采用琥珀酸脱氢酶（succinate dehydrogenase，sdh）染色法进行耳蜗基底膜细胞线粒体染色，细胞核dna荧光染料碘化丙啶（propidium iodide，pi）双重染色耳蜗基底膜，以未受噪声暴露动物为对照，显微镜下观察噪声暴露后耳蜗基底膜核固缩和核肿胀毛细胞琥珀酸脱氢酶染色的变化。

与基底膜相关的网络解释 [注：此内容来源于网络，仅供参考]

basement membrane：基底膜

如透明角质颗粒、被膜颗粒、张力原纤维等. 这些成分中任何一种如有缺乏,均可影响角质的形成. 由于角质上层细胞间的桥粒逐渐消失,使它们能有规律的脱落,保持表皮的正常厚度. (六)基底膜 基底膜(Basement membrane)是真皮和表皮的交界,在

basement membrane：基膜

图2-12 半桥粒和基膜超微结构模式图 3.上皮细胞的基底面 (1)基膜(basement membrane):又称基底膜. 是上皮基底面与深部结缔组织间的薄膜. 不同部位上皮的基膜甚至同一基膜的不同区域,其组成成分有所不同. 基膜含有ⅳ型胶原蛋白、层粘连蛋白和硫酸乙酰肝素蛋白多糖,

basement membrane zone：基底膜带

保税区:Free trade zone | 基底膜带:basement membrane zone | 保税区:the Bonded Zone

BM Basement membrane：基底膜

bleph blepharitis睑缘炎 | BM basement membrane基底膜 | BO base out 底向外

glomerular basement membrane：肾小球基底膜

glomerular afferent arterioles 肾小球入球小动脉 | glomerular basement membrane 肾小球基底膜 | glomerular capillary hypertension 肾小球毛细血管高压

basement membrane link protein：基底膜连接蛋白

basement membrane 基底膜 | basement membrane link protein 基底膜连接蛋白 | basic amino acid 碱性氨基酸

basilar membrane：基底膜

耳蜗(cochlea)是充满液体的螺旋管,基底膜(basilar membrane)位于中央并贯穿始终. 当镫骨振动位于耳蜗底部的卵圆窗时,耳蜗中的液体使得基膜以波浪的方式运动. (称海浪波) 基底膜的波浪形运动使得与基底膜相连的毛细胞弯曲. 当毛细胞弯曲时,

basilar membrane：底膜

赖斯纳氏膜(Reissner's membrane)分隔前庭阶和蜗管,基底膜(Basilar membrane)分隔蜗管和鼓阶. 听觉转导器官柯蒂氏器(Organ of Corti)坐落于基底膜之上、蜗管内部. 前庭阶和鼓阶在蜗孔(Helicotrema)相通. 听神经的纤维通过基底膜与内毛细胞和外毛细胞形成突触连接.

basilar membrane：基底膜(耳蜗)

基底动脉 basal artery | 基底膜(耳蜗) basilar membrane | 基底室 basal compartment

kalinin：缰蛋白[上皮细胞基底膜的一种粘着蛋白]

kafirin 高粱醇溶蛋白 | kalinin 缰蛋白[上皮细胞基底膜的一种粘着蛋白] | kallidin 胰激肽,赖氨酸缓激肽,血管舒张素