为什么使用自动细胞培养器

为什么使用自动细胞培养器  

细胞生物学家使用细胞培养箱培养几种不同类型的细胞，包括贴壁细胞、需要在CO2、饱和湿度或缺氧条件下保持的细胞系和组织。 这些细胞用于毒性研究、单克隆抗体生产、人类病毒疫苗生产、人工组织工程以及细胞和基因治疗。 自动化有助于增加产量，降低成本，并确保环境得到精确控制，没有污染的风险。 

在自动细胞培养箱中寻找什么  

自动化细胞培养箱必须在细胞培养基中提供稳定的温度、无菌性、均匀性和稳定的pH值(使用CO2气体)，并适合您的工作流程或液体处理站。  

气体气氛控制-可选择混合二氧化碳，氧气，氮气，以创建和保持适当的气氛和pH值水平。 开门后是否需要快速恢复气氛? 可以选择加油。  

精确的温度控制-选择直接加热的速度加热和选择消毒单位和水夹套加热温度均匀，并保持水无菌的附加措施。  

湿度控制——你是通过减少气流还是通过当地大气来控制湿度?  

防止污染——当门打开和加热夹套内的水时，需要保护样品。  

满足您的需求——您的实验室可能需要一个小而灵活的培养箱，或者一个大而快，但不太通用的培养箱。  

适合您的自动化平台和您的工作流程-对于大多数实验室来说，这意味着体积小，易于清洁和低维护，具有自动化选项，包括自动打开/关闭和工作在一个通信标准。  

使用INHECO SCILA CO2 4位培养箱  

该SCILA经Fraunhofer IPA/nICLAS独立验证，可用于自动工作流程中的自动细胞培养和细胞分析。  

阅读INHECO SCILA上的夫琅和费国际IPA/nICLAS申请说明  

使用inheco scila实现基于细胞分析的自动化  

SCILA正在帮助传染病专家研究疟疾。   

“SCILA孵化器与贝克曼液体处理器的集成非常优雅。 SCILA是最小的细胞培养箱，也是世界上第一个用于疟疾研究的血细胞培养自动化解决方案。” 

观看Yifat Ofir Birin博士讨论INHECO SCILA在疟疾研究中的使用  

https://www.youtube.com/watch?v=VHrgEYJtzLw 

SCILA是一个非常紧凑的系统，非常容易集成，非常适用于自动化细胞培养。 

Why use an automated cell incubator

Cell biologists use cell incubators to incubate several different cell types, including adherent cells, and cell lines and tissue that need to be kept under CO2 and saturated humidity, or hypoxic conditions. The cells are used in toxicity studies, monoclonal antibody production, human viral vaccine production, artificial tissue engineering, and cell and gene therapy. Automation helps increase throughput, reduce costs and ensure the environment is precisely controlled, without the risk of contamination.

What to look for in an automated cell incubator

An automated cell incubator must provide a stable temperature, sterility, homogeneity and stable pH value (using CO2 gas) across the cell culture medium, and fit into your workflow or liquid handling station.

Gas atmosphere control – with the option of mixing CO2, oxygen, nitrogen to create and maintain the appropriate atmosphere and pH levels. Do you need to quickly restore the atmosphere after opening the door? Look for gas boost as an option.

Precise temperature control – choose between direct heat for speed of heating and the option to sterilize the unit and water jacket heating for temperature uniformity, and additional measure to keep water sterile.

Humidity control – do you control it by minimizing airflow or through local atmosphere?

Protection from contamination – samples need protection when the door is open and from the water in the heating jacket.

Throughput that matches your needs – your lab may need an incubator that’s small and flexible or one that’s larger and faster, but less versatile.

Fits your automated deck and with your workflows – for most labs that means being small, easy to clean and low maintenance, with automation options including automatic opening/closing and working to a communication standard.

Use of the INHECO SCILA CO2 4-Position cell incubator

The SCILA is independently validated by Fraunhofer IPA/nICLAS for use in automated cell culture and cellular assays in automated workflows.

Read the Fraunhofer IPA/nICLAS application note on the INHECO SCILA

AUTOMATION OF CELL-BASED ASSAYS USING THE INHECO SCILA

The SCILA is helping infectious disease experts research malaria.

“The integration of the SCILA incubator in the Beckman's liquid handler is super elegant. SCILA is the smallest cell incubator and it's the world’s first automated solution used for blood cell cultivation in malaria research”

Watch Dr. Yifat Ofir Birin discuss the use of INHECO SCILA in malaria research

https://www.youtube.com/watch?v=VHrgEYJtzLw

“SCILA is an extremely compact system which is pretty easy to integrate & well applicable for automated cell culture”