粘细胞

1998年在疫区内某对虾养殖场，用对虾副粘病毒细胞培养灭活疫苗，对日本和中国对虾苗（体长0.8～1cm）进行了浸泡免疫试验。

On one Penaeid shrimp culture farm in the epidemic area of paramyxovirus disease in 1998 , the killed paramyxovirus vaccine was used to immunize shrimp fingerlings of Penaeus chinensis and Penaeus japonicus by immersion inoculation .

海洋粘细菌细胞行为及其分子机制研究

The Cell Behavior and Its Molecular Mechanism of Marine Myxobacteria

鲜艳表皮可以吸引鸟类来啄食，石细胞的内果皮可以保护其种子免遭鸟胃内消化液的消化，中果皮的粘胶质细胞可以使果核从鸟体内排出后牢牢粘在寄主枝条上；

Colorful epidermis could attract birds to eat the fruit , endocarp which was made up of stone cells could prevent seed from being digested by digestive juice in birds ' stomach , and gelatinous cell of mesocarp could make the seed stick to the trunk of its host .

利用粘红酵母静息细胞高效转化7-ACA成7-ADCA

Efficient Biotransformation of 7-ACA to 7-ADCA by Resting Cell of Rhodotorula glutinis

方法：采用微管吮吸技术和基因芯片技术分析苦参碱处理前后K562细胞粘弹系数和细胞骨架蛋白基因表达的改变。

Methods : Micropipette aspiration technique was adopted to investigate the viscoelasticity of K562 cells , while the different expression of cytoskeletal protein gene was analyzed by DNA microarray .

目的：探讨冠心病（CHD）患者全血粘弹性改变的细胞和分子机制及其临床意义。

Objective : To explore the cellular and molecular mechanisms of the change of whole blood viscoelasticity in the patients with coronary heart disease ( CHD ) and its clinical significances .

静息细胞法研究影响西索米星生物合成因素利用粘红酵母静息细胞高效转化7-ACA成7-ADCA

Study on biosynthesis of sisomicin using resting cell system Efficient Biotransformation of 7-ACA to 7-ADCA by Resting Cell of Rhodotorula glutinis

几种中药对血液粘弹性和红细胞变形性的作用研究

The Effects of Four Traditional Chinese Herbal Medicines on Blood Viscoelasticity and Erythrocyte Deformability

高粘血症与内皮细胞损伤相互作用、影响，形成恶性循环，加重微循环障碍。

Hyperviscosity and endothelial injury interact to form vicious circle , thus aggravating microcirculation dysfunction .

粘孢子与营养细胞形态略有不同，呈圆短杆状，长约3-5μm，宽约0.9～1.5μm。

Myxospores , slightly different with vegetative cells , have round-short-rod shape , about 3-5 μ m long and 0 . 9-1 . 5 μ rn broad .

瘀血证表现为凝血酶原时间缩短，血浆纤维蛋白原含量升高，血液高粘状态，红细胞和血小板数升高及血压变化；

The blood stasis type was characterized by tendency of high viscosity and high coagulant state , the blood pressure increased , prothrombin time shortened , fibrinogen content raised and RBC and platelet count increased ;