Mini-Breathing bioreactors are used to grow tubular shaped surface cells. In order to help the cell to grow uniformly on the model surface, the tubular model support for cell growth can be rotated along the long axis. During the entire process of cell growth, all biological materials are located in a culture chamber formed by a polymer material to ensure the stability of the environment. The bracket end of the tubular model is designed to have different diameters and can fit different size models. The surface of the smaller diameter chamber in the middle is the place where cells could adhere and grow. The moving part of the model could help the model to fully contact with the cell culture fluid, so that the cells in different positions can get sufficient oxygen and nutrients, to help the cell to metabolize. The internal and external chambers can be connected or isolated with each other.
The bioreactors also can be used in a gas and temperature controlled incubator individually. In order to monitor the environmental dynamics, eg. The change of gas component and pH value. Bioreactors can connect to ORCA controller and gas monitoring device, combined with cameras and microscopes, which could provide better monitoring and data collection.
Main feature:
1. Homogenization of models and organs through cell culture and growth.
2. Using different cell types for cell culture.
3. Creating an environment for the exchange of materials between cells and models.
4. The use of fluid dynamic stimulation of cells facilitates the metabolism and differentiation of cells.
5. Mini-Breath Bioreactor for Rats and Rabbits.
6. Large respiratory bioreactor for large animals.
7. All bioreactors consist of a chamber, power unit, organ holder and a controller.
Technical Parameters:
Applicable small animal organs size: ID 1.0 to 2.5mm, OD 9.4mm, length 7.7 to 65mm.
Bracket rotation rate: 0-5 rpm
Material: Sterilizable polysulfone, polytetrafluoroethylene, polyetheretherketone resin and stainless steel.
Power: 100VAC, 60Hz or 240V, 50Hz
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