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OxyGenie

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OxyGenie

OxyGenie – Mobile oxygen environment

OxyGenie is a low oxygen culture system for plant and cell biology. A miniaturised incubation platform, OxyGenie delivers researchers a small, portable, and continuous physoxic (hypoxic) environment for short term physiological oxygen and temperature studies. Ideal alternative to the InvivO2 workstation.

OxyGenie is ideal for conducting high resolution microscopy or irradiation under physiological oxygen conditions, further extending the time in which your cells can be exposed to in vivo like cell growth conditions. OxyGenie is a key tool for use in proof of concept or start-up validation for physiological cell culture within your lab, with minimal risk.

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Features & Benefits

Continuous Performance, Precise, Portable

Physiological OxyGenie provides for a continuous, physoxic (hypoxic) environment for your cells. It is a unique, miniaturised incubation platform designed to deliver the physiological O2 and CO2 conditions your cells require to thrive. Precise A temperature-controlled instrument that facilitates efficient gas delivery to deliver the specific concentration of O2 and CO2 your research and cells require. May also be utilised in conjunction with short term studies requiring other gas-controlled culture conditions. Portable Transport OxyGenie from lab to lab, floor to floor, and building to building under physoxia! OxyGenie provides non-disruptive culture conditions for up to 2 hours without ever having to connect the device to a power source. Ideal for conducting high resolution microscopy or irradiation studies under continuous physoxia, further expanding the time in which your cells are exposed to in vivo-like cell growth conditions.
  • Compact, continuous hypoxic/physoxic environment
  • Benchtop working with easy storage
  • Compliments long term studies (in a workstation)
  • Irradiation compatible (needs to be uncoupled from OxyGenie™️ before treatment)
  • Utility with non-O₂ culture
  • Facilitates non-disruptive bench top high resolution live cell imaging under physoxia/hypoxia
  • Ideal for short term hypoxia studies
  • Easy access for researchers looking to carry out short term experiments
  • Useful for shared equipment such as microscopes, electron microscopy sample preparation
  • Adherent and non-adherent cultures (dependent on culture vessel)
  • Portable physoxia/hypoxia (up to 2 hours battery life)

Additional Resources

Applications of the OxyGenie

The Baker Ruskinn OxyGenie presents a compact and portable solution for researchers conducting short-term studies under controlled oxygen conditions. This innovative system allows for the creation of either hypoxic (low-oxygen) or physioxic (normal oxygen) environments, ideal for a variety of cell culture applications.

OxyGenie’s portability makes it highly versatile, enabling researchers to use it within a fume hood, incubator, or even transport samples for analysis. This flexibility streamlines workflows and facilitates the integration of hypoxia/physoxia studies into existing research protocols. The system’s ability to maintain consistent oxygen levels ensures reliable and reproducible results, making it a valuable tool for:

Investigating cellular responses to oxygen fluctuations: Researchers can study how cells adapt to changes in oxygen availability, providing insights into various physiological processes and disease pathologies.

Drug screening under controlled oxygen conditions: OxyGenie allows for testing the efficacy and safety of potential drugs under both hypoxic and normoxic conditions, mimicking the body’s natural environment for more accurate results.

Preserving samples for downstream analysis: Cells or tissues can be maintained in a defined oxygen environment prior to further analysis, ensuring the integrity of the samples and minimising the impact of oxygen changes on downstream experiments.

By offering a portable and user-friendly platform for short-term hypoxia and physoxia studies, the OxyGenie empowers researchers to explore the complex interplay between oxygen levels and cellular function.

All life science related research can now utilise technology delivering controlled, physiologically relevant conditions at an economical price! Get results equivalent to research carried out within an InvivO2 workstation with OxyGenie (cell morphology and cell health).

Based on the technology developed by BioMediTech – Institute of Biosciences and Medical Technology, Tampere, Finland.

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