Cell co culture system COCS

Co culture refers to the cultivation of two or more types of cells in the same environment, simulating the in vivo environment to study the interactions between cells. Co culture can more accurately reflect the behavior and reactions of cells in vivo, and is therefore widely used in various studies

The significance of cell co culture is to replicate a growth system that is closer to the in vivo environment, allowing cells to communicate with each other and influence each other's growth and proliferation. Since the late 1980s, co culture has become an important approach in modern cell research. It co cultures two or more types of cells in almost the same environment to study the interactions between cells. Co culture is widely used as it can better restore the behavior and response of cells in vivo. Overall, the main functions of cell co culture include inducing directed differentiation, regulating expansion, maintaining cell function and activity, increasing metabolite production, and conducting pharmacological testing. The COCS co culture system provides a convenient co culture solution by constructing dozens of co culture chambers through special porous culture plates, which can simulate the fluid circulation environment in vivo and study the interactions between cells, including autocrine and paracrine interactions. This not only helps researchers understand the complex interactions between cells, but also provides an effective approach for the development and screening of new drugs. In addition, the stable cultivation environment, large-scale cultivation capability, and standardized operation of the COCS co cultivation system greatly improve the efficiency of co cultivation, shorten the research cycle, and effectively help users save costs.  

The COCS (CO-CURE SYSTEM) co culture system is a highly innovative product that perfectly combines traditional cell culture, microfluidic technology, and new cell co culture techniques, achieving instant use of cell co culture (which we call "BE READY"). Of course, this is also applicable to the vast majority of microfluidic based technology applications. In addition, thanks to our experience in controlling the cultivation environment, such as temperature, humidity, and gas concentration (Saiji Biotechnology also designs and provides its own brand of CO2 and three gas incubators). Therefore, the COCS co culture system is an ideal choice for users to carry out applications based on co culture technology, microfluidic technology, and 2D perfusion technology.

Characteristics of COCS co culture system:
■ Compact design, can be directly placed on the experimental table for operation, without taking up too much laboratory space;
■ Simple appearance, easy to clean;
High definition color touchscreen provides users with a great experience in both operation and data reading;
BE READY is available for immediate use, eliminating the need for users to waste precious time on co culture or microfluidic experiments to improve work efficiency and reduce costs;
Stable cultivation environment control, thanks to our development experience in carbon dioxide incubators and three gas incubators, The COCS co culture system can provide a stable cell growth environment;
Diversified perfusion culture consumables provide a broader selection space for experimental schemes based on co culture, microfluidics and other technical requirements;
Specific reagents - culture substrates that can support certain specific applications, such as maintaining dryness;
For special needs users, we can provide customized services.