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The BioSpherix system

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The BioSpherix system is an advanced solution dedicated to cell culture and research under controlled conditions.
Designed to provide a hermetically sealed, modular environment, it enables precise parameters such as temperature, humidity and gas levels (CO₂, O₂, N₂) to be maintained.
This innovative system is ideal for research requiring stable hypoxic or hyperoxic conditions, while guaranteeing protection for samples and users.
With its unique flexibility and intuitive interface, BioSpherix optimizes the reliability of scientific experiments in modern laboratories.

Cell incubation and processing reinvented

The CytoCentric system from BioSpherix revolutionizes cell incubation and processing by offering an alternative to traditional open incubators and hoods. It consists of closed modules integrating incubators and hoods, forming fully aseptic co-chambers and sub-chambers. This modular design offers infinite flexibility, allowing a variety of configurations to suit specific laboratory requirements.

A key element of the system is the enclosed hood with integrated incubation chambers. Incubators open only in an aseptic space, greatly reducing the risk of contamination. What's more, the hood controls the same parameters as the incubator, such as temperature, CO₂, pH and O₂. As a result, when cells are being handled, they suffer no disturbance from environmental conditions. Technicians work comfortably through soft, transparent plastic gloves, ensuring complete isolation of the cells.

The Xvivo system, a component of CytoCentric, is modular and scalable. It can be adapted and expanded as research requirements evolve. For example, microscope chambers, buffer chambers or safety hoods can be added as required. This modularity ensures that the investment remains relevant, with no risk of obsolescence.

In short, BioSpherix's CytoCentric system offers unlimited flexibility, enabling laboratories to start with a basic configuration and add modules as needs evolve. This modular approach ensures that cells are maintained in optimal conditions throughout the process, while providing technicians with a safe and efficient working environment.