It offers optimum conditions, such as a temperature of 37°C and an atmosphere saturated with 5% CO 2, both of which are necessary to culture the cells. One key component of the bioreactor is the ...

A fully-automated bioreactor to culture human-induced pluripotent stem cells (hiPSCs) long-term has been developed by researchers at the Fraunhofer Translational Center for Regenerative Therapies.

Devices and Getinge have recently announced their partnership under which they will integrate Getinge’s bioreactors with 908 ...

Cell culture is a key technique in scientific research. It lets scientists grow and study cells outside their natural ...

“Bioreactors in which living cells grow will ... with a research background in mammalian cell culture and a recent move into the marketplace as co-founder of cultivated meat start-up, Ivy ...

The BioXplorer 100 from H.E.L is a multi-bioreactor system that has been specifically developed for the optimization of aerobic fermentations. Having a working volume as low as 50 mL, the ...

They are often used for processes that require high oxygen transfer rates. Fluidized bed bioreactors contain a bed of solid particles, such as immobilized enzymes or cells, that are suspended by an ...

Building on this invention, BioCrystal developed a fully automated Robotic Cell Culture System (RC2S) capable of processing 402 OptiCells from inoculation to harvest with almost no human intervention.

The cell culture lab is located in a HEPA filtered, clean room. Available are 3 and 5 liter bioreactors and analytical equipment to monitor them (Cedex HiRes and Bio, Bruker NIR).

The collaboration aims to enhance muscle-fiber growth, elongation and fusion into mature muscle tissue, while also boosting ...

Biotechnology company The Cultivated B has introduced a new AI-driven biosensor system designed to enhance real-time ...