1) Rotating wall vessel bioreactor
旋转壁式生物反应器
1.
The Culture of Neural Stem Cells in Rotating Wall Vessel Bioreactor;
旋转壁式生物反应器内神经干细胞的培养研究
2.
Rotating wall vessel bioreactor (RWVB) has many virtues, such as u.
旋转壁式生物反应器(Rotating wall vessel bioreactor，RWVB)具有剪切力低、培养的细胞之间有三维联系的机会、极高的溶氧效率、营养物质浓度梯度低等特点，是一种非常理想的骨组织工程用三维培养系统。
2) rotary bioreactor
旋转式生物反应器
1.
Experimental study on mice osteoblasts cocultured with coral-hydraxyapatite scaffold in rotary bioreactor;
乳鼠成骨细胞与珊瑚-羟基磷灰石支架材料在旋转式生物反应器中培养的实验研究
3) rotating biological-filling reactor
旋转式生物填料反应器
4) Rotary cell culture system
旋转生物反应器
1.
The paper summarizes the research progress of the effect of microgravity on cytoskeleton in recent years, dis- cusses some problems in detail, such as the effect of microgravity on cytoskeleton, rotary cell culture system of simulated mi- crogravity, the technology for double staining of immunofluorescence of cytoskeleton and so on.
介绍了近年来微重力对细胞骨架影响研究的进展;详细论述了微重力对细胞骨架的影响、地面模拟微重力的装置旋转生物反应器以及细胞骨架免疫双荧光染色技术等方面的问题。
5) rotating bioreactor
旋转生物反应器
1.
Design of rotating bioreactor and its application in cell culture;
旋转生物反应器的设计及其用于细胞培养
6) bioreactor
[英][,baiəuri(:)'æktə] [美]['baɪori,æktɚ]
旋转生物反应器
1.
Objective This study investigates construction of cardiac muscle cell-porous collagen scaffold complex in a bioreactor so as to unveil the possibility of generating3-dimensional cardiac muscle tissue under the environment that mimics microgravity in vitro.
复合体在旋转生物反应器(rotarycellculturesystem,RCCS)中进行培养,观测复合体内心肌细胞的生长状况、超微结构、细胞代谢率及细胞组分的变化,并将其与正常心肌和常规培养的复合体进行比较。
2.
Objective Rotary Cell Culture System (RCCS) & Microcarrier Suspension Culture System is one new technique that connected with microcarrier and bioreactor, now is widely used in tissue engineering.
旋转生物反应器内微载体扩增骨髓间充质干细胞骨组织工程的研究 目的 微载体细胞培养技术是一种微载体与生物反应器结合的技术，现己广泛应用于组织工程领域。
3.
This study investigates construction of cardiac myocyte cell- three dimentional biodegradable polymer foams of PLGA scaffold complex in a bioreactor so as to unveil the possibility of generating 3-D cardiac muscle tissue under the environment that mimics microgravity and supply a 3-dimensional model for physiological and pharmacological studies in vitro.
本研究应用微载体技术和旋转生物反应器(RCCS)规模化培养心肌细胞，在体外模拟微重力条件下构建心肌细胞-支架材料复合体，探索组织工程化心肌组织体外再造的可行性，为生理学和药理学研究提供三维体外模型。
补充资料：旋转木马式反应器
分子式：
CAS号：
性质：使多个样品同时围绕着光源旋转以接受相同数量的辐照强度的一种仪器。光源多放在仪器的中心，也可以均匀分布在样品外圈上或二者同时采用。
CAS号：
性质：使多个样品同时围绕着光源旋转以接受相同数量的辐照强度的一种仪器。光源多放在仪器的中心，也可以均匀分布在样品外圈上或二者同时采用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条