吞饮

基本解释 (translations)

pinocytosis

与吞饮相关的网络例句 [注：此内容来源于网络，仅供参考]

RESULTS: The transmission electron microscope showed that the retinal photorecepter cells, the retinal pigment epithelium and the retina inner and outer barriers were damaged in the tPVR group. In the tPVR treated with GM 6001 group, the membranous discs of the outer segment of the retinal photorecepter cells were still clear. There were plenty of chondriosome, pinocytosis bullules and smooth endoplasmic reticulum in the cytoplasm. The cell junction was regular.

结果：透射电镜示tPVR组大鼠视网膜光感受器细胞和RPE、视网膜内外屏障受损，而外伤后应用GM 6001组视网膜光感受器细胞外节膜盘结构尚清晰，RPE基底部质膜内褶较tPVR组多，胞质中含大量线粒体、吞饮小泡和滑面内质网，细胞连接规则。

Changes of lung ultrastructures: The results of electron microscope showed that in group 1, there were swelling mitochondria was arranged in disorder, less matrix, and hyalomere appeared, thin double-deck membrane in 50% samples: Interalveolar septum stroma was with edema in 60% samples; Polymorphonuclear leukocyte gathered in vessel or emigrated out of vessel in 50% samples; In group 2, double-deck membranes of mitochondria were integral, densely matrix showed micro-granule shape in 90% samples; Pinocytosis in epithelial cells of type Ⅰ lung strengthened, being destroyed, and pinocytosis in endothelial cells strengthened in 10% samples; lnteralveolar septum stroma was with edema, no polymorphonuclear leukocyte gathered in vessel or emigrated out of vessel or corpuscule was empty in type Ⅱ alveolar epithelium in 20% samples.

肺组织超微结构改变观察：纯氧机械通气组50%标本线粒体肿胀、排列紊乱，基质变浅，出现透明区，双层膜变薄，60%标本肺泡隔间质水肿，50%标本多形核白细胞血管内聚集或游出血管外现象；34%氧浓度机械通气组90%线粒体双层膜较完整，基质致密呈细颗粒状；10%标本可观察到Ⅰ型肺上皮细胞有吞饮增强、破坏及内皮细胞吞饮增强；20%标本肺泡隔间质水肿；未见到多形核白细胞血管内聚集或游出血管外现象及Ⅱ型肺泡上皮板层小体排空。

The changes included that the protrusions on the cell surface diminished, myofilaments and pinosomes in the myoepithelial cells of grade Ⅱ,Ⅲ atypical hyperplasia decreased, and the irregularity of the nuclear morphosis and the increase of nuclear heterochromosome were found.

乳腺不典型增生时肌上皮细胞数目增多，排列紊乱，电镜下可见：①细胞表面的棒状突起消失；②Ⅱ、Ⅲ级不典型增生时胞浆内的肌微丝和吞饮小泡减少；③细胞核增大，不规则，异染色质增多。

Results After oral administration of ST pinocytosis vesicles began to increase in endothelial cells of blood vessel in 1 hour,apocrine of ependymal cells began to increase and myelin sheath degeneration appeared in 2 hours,extensive myelin sheath degeneration and mitochondrion degeneration and incisure and vacuoles in nucleus of neuron were found in 4 and 8 hours.

结果 ST灌胃后1 h血管内皮细胞吞饮囊泡开始增多，2 h组室管膜细胞的顶浆分泌增多，部分神经髓鞘变性；4 h和8 h组神经纤维广泛变性，神经元线粒体变性、核切迹和空泡出现；16 h组神经元胞浆内线粒体变性更加明显，并出现脂褐素。

Borneol ; in vitro blood-brain barrier model ; Matin-Darby canine kidney epithelial cells ; intercellular tight junction ; pinocytosis vesicle

冰片；血脑屏障体外模型；马丁达比狗肾上皮细胞；细胞间紧密连接；细胞吞饮囊泡

MethodsBorneol contained serum was prepared and using Matin-Darby canine kidney epithelium cell line as the in vitro BBB model to observe the effects of borneol on intercellular tight junction and pinocytosis vesicles of BBB model.

方法制备含冰片的家兔血清，应用马丁达比狗肾上皮细胞系作为血脑屏障的体外模型，观察冰片对血脑屏障细胞间紧密连接、细胞吞饮囊泡的影响。

DC takes up antigen through phagocytosis, pinocytosis, and endocytosis via different groups of receptor families, such as C-type lectin receptors for antigen capture and presentation, Toll-like receptors for pathogen recognition and DC activation.

DC通过不同的受体吞饮、吞噬和胞吞抗原，例如C型凝集素受体捕获和呈递抗原，通过Ton样受体识别病原体和激活DC。

Let us not seek to sati- sfy our thirst for freedom by drinking from the cup of bitterness and hatred.

我们切不要吞饮仇恨辛酸的苦酒，来解除对于自由的饮渴。

Let us not seek to satis fy our thirst for freedom by drinking from the cup of bitterness and hatred.

我们切不要吞饮仇恨辛酸的苦酒，来解除对于自由的饮渴。

We cannot turnback.

我们切不要吞饮仇恨辛酸的苦酒，来解除对于自由的饮渴。

与吞饮相关的网络解释 [注：此内容来源于网络，仅供参考]

physiologyical hemostasis：生理性止血

phagocytosis吞噬作用 | physiologyical hemostasis生理性止血 | pinocytosis胞饮或吞饮作用

Pinocytosis：吞饮作用

2、吞饮作用(pinocytosis)是细胞摄入溶质或液体的过程. 细胞吞饮时局部质膜下陷形成一小窝,包围液体物质,然后小窝离开质膜形成小泡,进入细胞. 吞饮作用分为液相内吞和吸附内吞. 前一种方式为非特异性细胞把细胞外液及其内可溶性物质摄入细胞内.

Pinocytosis：吞饮

是多数寄生原虫的基本生活型许多原虫的滋养体在不良条件下分泌外壁,形成不活动的包囊(cyst)或卵囊(oocyst),用以抵抗不良环境,实现宿主转换,成为传播上的重要环节.前者有吞噬(phagocytosis)和吞饮(pinocytosis),分别指摄取固态和液态食物,

absorptive pinocytosis：吸收(型)胞饮(作用)

absorptive endocytosis吸收(型)胞吞(作用) | absorptive pinocytosis吸收(型)胞饮(作用) | absorptivity吸光系数;吸收性

absorptive pinocytosis：吸取(型)胞饮(作用)

吸取(型)胞吞(作用) absorptive endocytosis | 吸取(型)胞饮(作用) absorptive pinocytosis | 吸光系数;吸取性 absorptivity

absorptive pinocytosis：吸收(型)胞饮(效用)

absorptive endocytosis 吸收(型)胞吞(效用) | absorptive pinocytosis 吸收(型)胞饮(效用) | absorptivity 吸光系数;吸收性

absorptive pinocytosis：接收(型)胞饮(效用)

absorptive endocytosis 接收(型)胞吞(效用) | absorptive pinocytosis 接收(型)胞饮(效用) | absorptivity 吸光系数;接收性

pinocytosis activating factor：吞饮活化因子

吞噬百分数 percentage of phagocytosis | 吞饮活化因子 pinocytosis activating factor | 均相酶免疫试验 homogenous enzyme-immunoassay

absorptive endocytosis：吸收(型)胞吞(作用)

absorption spectrum吸收光谱;吸收谱 | absorptive endocytosis吸收(型)胞吞(作用) | absorptive pinocytosis吸收(型)胞饮(作用)

absorptive endocytosis：吸收(型)胞吞(效用)

absorption spectrum 吸收光谱;吸收谱 | absorptive endocytosis 吸收(型)胞吞(效用) | absorptive pinocytosis 吸收(型)胞饮(效用)