1.
Pinocytosis: Fluid or particles are engulfed by a cell.
胞饮作用胞饮指细胞呑入液体或微粒。
2.
Introduction of fluids into a cell by invagination of the cell membrane, followed by formation of vesicles within the cells.
胞饮作用，饮液作用，否饮作用通过往凹细胞膜中灌浇液体注入细胞中，随着形成细胞内的细胞泡
3.
Pinocytosis of dextran was unaffected.
对葡聚糖的胞饮作用无影响。
4.
The dye Trypan Blue has a remarkable biphasic effect on pinocytosis by yolk sal.
染料锥虫蓝对卵黄囊的胞饮作用具有明显的双向作用。
5.
This vesiculation phenomenon, pinocytosis, certainly occurs in some animal and higher green plants.
这种泡囊化现象即胞饮作用确实发生于某些动物和高等绿色植物细胞。
6.
absorptive pinocytosis
吸收（型）胞饮（作用）
7.
Dual Regulatory Effect of Activin A on Pinocytic Activity of Macrophage Cell Line RAW264.7 and TLR4 Expression
激活素A对巨噬细胞系RAW264.7细胞吞饮活性及TLR4表达的双向调节作用
8.
Pinocytosis probably plays a minor role in drug transport, except for protein drugs.
除蛋白质类药物外，胞饮在药物转运过程作用不大。
9.
A Study on The Therapeutic Mechanism of Qingdu Yin and Yangzheng Pian on apoptotic leukemia;
清毒饮和养正片对白血病细胞凋亡的作用及其机理研究
10.
The Method of the Warm Sputum Inhaus Effect on the Immunoregulation of the Non-eosinophilicasthma;
温化痰饮法对非嗜酯细胞性哮喘的免疫调节作用
11.
Effect of ROS and BMK1 on the Gastric Mucosal Cell Proliferation in the Chronic Alcohol Drinking Rats;
MAPK和ROS在慢性饮酒大鼠胃黏膜细胞增殖中作用的研究
12.
An Experimental Study on the Relationship between the Proliferative Activity of Nasopharyngeal Carcinoma Cells and the Infection of Bacteria and on the Intervening Effects of Five-Ingredient Toxin-Dispersing Beverage;
细菌感染与鼻咽癌细胞增殖活性的关系及五味消毒饮的干预作用
13.
In Vitro Effects of YOU GUI YING on Culture of Osteoblasts;
右归饮对成骨细胞体外成骨作用影响的实验研究
14.
A study of the effects of oral dietary supplementation of Ai/E~(10) upon natural killer cell activity in a healthy human population
饮食补充Ai/E~(10)对健康人群自然杀伤细胞活性作用的研究
15.
Mechanism of Adaptive Cytoprotection of Gastric Mucosa in Chronic Alcohol Drinking Rats: Role of Nitric Oxide;
慢性饮用低浓度酒精引起大鼠胃粘膜适应性细胞保护作用机制的研究：NO的作用
16.
abstraction for potable water supply
抽取作可饮用水的供应
17.
The beverage prepared from the seeds of this plant.
咖啡饮料用这种植物的种子作出的饮料
18.
Research for Delayed Cardioprotection of Jiaweidanshenyin Preconditioning and the Mechanisms of Cell Signal Transduction;
加味丹参饮预处理对缺血心肌延迟保护作用及细胞信号转导调节研究