Technology

Technology

Normoxia

Normoxia is needed for natural cell responses analysis


Cell Transfection

Cell transfectionThe Petaka™ bioreactors introduce a new application of magnetic assisted transfection of cultured cells, with procedures designed for the Celartia™ cell culture system utilizing Petaka™ bioreactors and reagents produced by: OZ Bioscience

This process enables the transfection of cells more economically and efficiently, expressing the plasmids in millions of cells simultaneously.

Transfection can be achieved on both sides of the Petaka™ G3, with different plasmids allowing very sophisticated experiments on cell interactions through soluble and contact factors.

Microgravity cell culture

Tissue culture, cell culture Petaka™ G3 bioreactors can be used to grow aggregates of tissue from stem cells, which may then be implanted into an individual for regenerating organs and tissues.

To do this, the Petaka™ bioreactor is subjected to a controlled and adaptive rotation keeping the cells in microgravity conditions that induces the formation of tissues.

Cell dormancy

Cell dormancy suspended animation

Petaka™ G3 bioreactors introduce the revolutionary ability to induce cultured cells into lethargy, or suspended animation, (in-vitro dormancy) at temperatures between 15 º C and 25 º C, keeping cells alive and vital for weeks and months without cryopreservation.

This remarkable ability enables the transportation of living cells, more economically and more safely, without dry ice or refrigerated containers, even with shipments subjected to weeks of traveling. It has been shown objectively that these technologies surpass all existing cell shipping technologies on the market. These results have been validated by leading research centers worldwide and are backed by international specialists.

Automation

Automatic cell culture

The special characteristics of the CelartiaTM Cell Culture Automatic Laboratory (C-CAL), allows the development of automatic management, so that the Celartia TM cell culture system can reduce a full cell culture laboratory to a robotic device with a footprint no more than three square meters, while retaining all medical and industrial functions, as well as guaranteed reliability and security.