动物细胞培养

动物细胞培养过程中pH和溶氧的关联控制

Interactive Control of pH and DO in the Animal Cell Culture

CX-2微载体的组织亲和性研究以及动物细胞培养实验，为新型微载体的规模化制备及应用提供了一定的理论依据。

The results provide foundational theories for preparation of the MCs and application in large-scale animal cell culture .

本文以羧甲基壳多糖（CM-CH）为材料，研制出一种用于动物细胞培养的新型微载体&CX-2。

In this research , a new MC , CX-2 has been developed using Carboxymethyl-chitosan ( CM-CH ) .

XL-HO1在人和动物细胞培养中的应用

The Application of XI-HO_1 in Human Cells and Animal Cells Culture

纤维素多孔微载体的制备及其用于动物细胞培养

Preparation and Application of Cellulose Porous Microcarriers for Animal Cell Culture

动物细胞培养过程中的细胞凋亡

Apoptosis ( Programmed Cell Death ) in Animal Cell Culture

大规模动物细胞培养的问题及对策

Problems and Solutions of Large - scale Mammalian Cell Culture

动物细胞培养及微载体技术研究进展

Animal Cell Cultivation and Progress in Technology of Microcarrier

问答题：动物细胞培养与植物，微生物细胞培养的不同？

Question-and-answer drills : Zooblast cultivates with plant , microorganism cell cultivation diversity ?

壳多糖及其衍生物在动物细胞培养中应用研究进展

The advance of Applied Research of chitosan and its derivatives in animal cell culture

水产动物细胞培养方法及前景

Tissue Culture of Aquatic Animals and its Prospect

动物细胞培养基的发展及应用

Development and application of animal cell culture medium

动物细胞培养工程的现状与展望

Present Situation and Prospects for Animal Cell Cultivation

高原现场体外动物细胞培养的实验研究

Cell culture in vitro at high altitude

重要海洋动物细胞培养。

Important marine animal cell culture .

动物细胞培养用多孔载体的研制

Porous Carriers for Animal Cell Culture

动物细胞培养基的开发与优化是动物细胞培养中的重要环节之一。

For animal cell culture , developing culture medium represents one of the most important steps .

因为，实验室通过动物细胞培养出来的食用肉将成为人类未来的营养食品。

Meat produced in a lab ( and grown from animal cells ) could be the future of nutrition .

并在此基础上探讨了动物细胞培养工程尚存在的问题以及未来的发展方向。

On the basis of above mentioned survey , the existent problems and prospects for animal cell cultivation are discussed .

目的：动物细胞培养基是体外细胞培养的重要因素，能够影响细胞生长。

OBJECTIVE : Animal cell culture medium is an important factor of cell culture in vitro , which can influence the cell growth .

这家总部位于旧金山湾区的公司正采用一种不同的方法：在实验室培育肉类，利用真正的动物细胞培养。

The Bay Area-based company is taking a different approach - growing meats in a lab , cultivating them from real animal cells .

动物细胞培养技术为研究细胞的形态、结构、功能与遗传特性，揭示细胞分裂、组织分化、器官组织形成等生命科学领域的基本问题发挥了巨大作用；

Animal cell culture techniques played an important role in the studies of the structure and function of cells , and tissue differentiation and formation .

子公司控股神州细胞工程有限公司，掌握国际先进的大规模高效动物细胞培养技术，有望成为市场王者。

Cell engineering subsidiary of China Holdings Ltd. , the international advanced high-performance large-scale animal cell culture technology , the market is expected to become king .

现代基因工程药物主要来自于重组微生物和动物细胞培养，如单克隆抗体、细胞生长因子和生长素等。

Nowadays , the recombinant microbial and mammalian cells are used to produce genetic engineering pharmaceuticals , such as monoclonal antibodies , growth factors and hormones .

动物细胞培养发展至今，已成为大量高价值生物制药产品，包括单抗、病毒疫苗和激素的主要来源。

Mammalian cell cultures represent the major source for a number of very high-value biopharmaceutical products , including monoclonal antibodies ( MAbs ), viral vaccines , and hormones .

目前各类具有明确疗效的生物制品（如病毒疫苗、基因工程蛋白质和单克隆抗体等）的工业化生产已成为动物细胞培养技术发展的主要动力。

At present the industrial productions of the therapeutic biologicals ( such as viral vaccines , recombinant proteins , and monoclonal antibodies ) become the main driving force for the development of large-scale bioprocesses using animal cells .

水产动物细胞培养在病毒分离和纯化、疾病防治、水体监测等方面具有重要意义。

It has been proved that the tissue and cell culture of aquatic animals had important value in the fields of the virus isolation and purity , the diagnosing and treating disease , the contamination examine of water and so on .

动物细胞培养技术作为现代生物医药产业的核心技术，近十年来随着抗体药物需求量的不断增加，以及越来越多的新产品进入临床研究，取得了前所未有的发展。

With the increasing demand for antibody drugs , as well as more and more new products into clinical research , animal cell culture technology , as the core technology of modern bio-pharmaceutical industry , has achieved unprecedented development in the past decade .

动物细胞培养过程中影响因子众多，细胞内部控制生长和代谢的机理复杂，细胞对培养条件的变化非常敏感，培养条件的轻微变化都会引起产量的降低或细胞的死亡。

Many factors influence mammalian cell culture . The mechanism to control the cell growth and intracellular metabolism is very complex . Due to the highly specialised culture conditions and the susceptibility to either reduced productivity or cell death as a result of slight deviations in the culture conditions .

优化动物细胞大规模培养过程，提高工业化生产过程中TNFR-Fc的质和量，是其实现产业化、提升国内外市场竞争力的关键和核心所在。

Optimization of large-scale animal cell culture for improving the quality and quantity of TNFR-Fc in the industrial production process is critical for implementing industrialization and enhancing competitiveness in domestic and international markets .