目的探讨离心管培养软骨作为移植材料的可能性。
Objective To investigate possibility of cartilage cultured in centrifuge tube as graft materials.
细胞培养板，细胞培养瓶，细胞培养皿，离心管。
Cell Culture Plates, Cell Culture Dishes, Cell Culture Flask, Centrifuge tubes.
方法：自1月龄兔分离软骨细胞，离心管培养2周形成软骨。
Methods:Chondrocytes were isolated from articular cartilage surface of rabbit aged 1 month and formed cartilage after cultivation for 2 weeks.
方法：自3周龄兔关节面分离软骨细胞，经离心管培养2周形成软骨。
Methods:Chondrocytes were isolated from joint surfaces of rabbits aged 3 weeks and formed cartilages by cultivation in centrifuge tubes for 2 weeks.
方法：自3周龄兔关节软骨分离软骨细胞，经离心管培养2周形成软骨。
Methods: Chondrocytes were isolated from articular cartilages of 3 week old rabbits and formed cartilages by cultivation in centrifuge tubes for 2 weeks.
产品包括移液器、分液器和离心机，以及微量离心管和移液吸头等耗材。
Its product range includes pipettes, dispensers and centrifuges as well as consumables such as micro test tubes and pipette tips.
以石棉水泥砂浆离心管作为内模衬管，浇筑混凝土后构成现浇混凝土空心板。
With asbestos cement mortar pipe being used as inner liner, concrete is cast to form hollow slab.
结论离心管培养软骨具有独特的超微结构，可作为关节软骨和生长板的移植物。
Conclusion cartilage cultured in centrifuge tube has unique ultrastructure and may be used as graft materials for articular cartilage and growth plate.
小心将液体的上清移至一新的微量离心管中，不要搅动收集管中的细胞残渣沉淀。
Carefully transfer the supernatant of the flow-through to a new microcentrifuge tube (not supplied) without disturbing the cell-debris pellet in the collection tube.
结果表明单个的组织滴虫在离心管生长很困难，10个管中只有2个管中的虫体有增殖。
The results shows that the growth of Histomonas in Eppendorf tube is very difficult, only found 2 to 10 tubes were proliferated.
方法分别自3周龄大耳白兔关节软骨和半月板分离软骨细胞，行单层传代培养和离心管培养。
Methods Chondrocytes isolated from articular cartilage and meniscus of rabbits aged 3 weeks were respectively passaged in monolayer and cultured in centrifuge tube.
目的探索应用离心管培养技术进行体外构建组织工程化关节软骨组织的可行性，并研究其结构和功能。
Objective To explore the feasibility of tissue engineered articular cartilage constructed by the technique of centrifuge tube culture and study its structure and function.
结果高温环境下生长的果蝇进入可以吃到食物的离心管的数量少于正常温度和低温环境下生长的果蝇。
Results the number of Drosophila bred at high temperature entering the tube and eating the food was fewer than that at normal temperature and low temperature.
离心管培养形成的软骨有独特的超微结构，与关节软骨及骺板有一定的相似性，而与半月板有明显区别。
Cartilage cultured in centrifuge tube has unique ultrastructure and was similar to articular chondrocyte and epiphyseal plate, but it was markedly different from meniscus.
结果离心管培养软骨具有独特的超微结构，与关节软骨和生长板有一定的相似性，而与半月板有明显区别。
Results cartilage cultured in centrifuge tube possessed unique ultrastructure and was similar to articular cartilage and growth plate, but it was markedly different from meniscus.
本发明披露了一种用于离心管的支架，包括多个座，所述多个座的尺寸适于贴合地接收各种不同直径离心管中的一种。
A rack for centrifuge tubes is disclosed including a plurality of receptacles sized to snugly receive one of a variety of different diameter centrifuge tubes.
另一只离心管也有食物，果蝇只可以嗅到味道而不能吃到食物。将果蝇在不同的温度下饲养后，观察不同温度下饲养的果蝇进入两只离心管内的数量变化。
Drosophila can smell and eat food through pores in one centrifuge tube but Drosophila can only smell but not eat food through pores in another centrifuge tube with obstacle.
另一只离心管也有食物，果蝇只可以嗅到味道而不能吃到食物。将果蝇在不同的温度下饲养后，观察不同温度下饲养的果蝇进入两只离心管内的数量变化。
Drosophila can smell and eat food through pores in one centrifuge tube but Drosophila can only smell but not eat food through pores in another centrifuge tube with obstacle.
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